Bellman & Symfon Visit 868 BE1410 Manual

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Page 1 engliSh 1.4 Technical Solutions...
Page 2: Safety Regulations
Safety regulations • Read these Instructions. • Keep these Instructions. • Heed all Warnings. • Follow all instructions. • Do not use this apparatus near water. • Clean only with a dry cloth. • Do not block any of the ventilation openings. Install in accordance with the manufacturers instructions. • Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat. • Do not defeat the safety purpose of the polarized or grounding - type plug. A polarized plug has two blades with one wider than the other. A grounding type plug has two blades and a third grounding prong. The wide blade or the third prong are provided for your safety. When the provided plug does not fit into your outlet, consult an electrician for replacement of the obsolete outlet. • Protect the power cord from being walked on or pinched particularly at plugs, convenience receptacles, and the point where they exit from the apparatus. • Only use attachments/accessories specified by the manufacturer. • Unplug this apparatus during lightning storms or when unused for long periods of time. • Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as power-supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has been exposed to rain or moisture, does not operate normally, or has been dropped.
Page 3: Table Of Contents
Sida 3 Technical Solutions Bellman Visit System Information Content Technical Solutions ..........................................1 Safety regulations ..........................................2 Content ..............................................3 Bellman Visit 868 Transmitters Be1410 Bellman Visit 868 Door Transmitter ................................5 Be1420 Bellman Visit 868 Pushbutton Transmitter ..............................15 Be1430 Bellman Visit 868 Telephone Transmitter ..............................21 Be1480 Bellman Visit 868 Smoke Alarm ...................................29 Be1490 Bellman Visit 868 Baby Cry Transmitter ..............................37 Be1510 Bellman Visit 868 Repeater.....................................43...
Page 4: Bellman Visit
Sida 4 Technical Solutions Bellman Visit System Information Welcome to Bellman & Symfon AB! Thank you for your interest in our products. We hope that you will make extensive use of this technical manual, which describes the products in our Hearing Solutions range. Please note that Bellman & Symfon AB are continually working to improve and develop the products used by our customers. Bellman & Symfon AB therefore reserve the right to alter the physical or functional properties of products without prior notification, and some products may therefore differ from their description in this manual. For the latest version of the Technical manual, see http://www.bellman.se or http://www.bellman.com Please contact us with any comments or questions regarding this manual or our products. Our contact information is: Bellman & Symfon AB Södra Långebergsgatan 30 421 32 Västra Frölunda Sweden Email: service@bellman.se Tel: +46 31 68 28 20 Fax: +46 31 68 28 90 With kind regards, Bellman & Symfon AB Jonas Eek Production and Service Manager...
Page 5 Be1410 Page 5 Technical Solutions Bellman Visit System Information Bellman Visit 868 Door Transmitter Be1410 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in the surrounding area and transmit a radio signal to the receivers. The receivers pick up this signal and provide indications using light, sound and/or vibration. Technical information Power supply The transmitter determines what type of light, sound or vibration should be displayed so that the reason for the indication is evident. Battery power: 9 V 6LR61 alkaline 9 V 6F22 lithium Read through the entire user manual first and then start to install the system. Operating time: 6LR61 alkaline: approximately 5 years Refer to the illustration of the Bellman Visit 868 System on the inside of the 6F22 lithium: approximately 10 years Power consumption: Active: < 30 mA cover.
Page 6: Be1410 Bellman Visit 868 Door Transmitter
Be1410 Page 6 Technical Solutions Bellman Visit System Information Function General The BE1410 Bellman Visit 868 Door Transmitter is a radio transmitter within the Bellman Visit 868 System for indoor use, which recognises the sound emitted by a doorbell. The door transmitter is activated by the built-in microphone, via electromagnetic fields or via a BE9199/BE9200 Bellman External Door Microphone (accessory). On delivery the Door Transmitter is set to standard detection, which is suitable for most doorbells. The BE1410 Bellman Visit 868 Door Transmitter is suitable for use with a doorbell which gives a clear tone without any significant and rapid variations in sound. If the doorbell is electromechanical, the Door Transmitter also detects the electromagnetic field emitted by the doorbell. It is important that the Doorbell emits a detectable sound so that the door transmitter does not misinterpret it as speech, music, a vacuum cleaner or something else one does not want the door transmitter to respond to. If there are difficulties in getting the Door Transmitter to respond to the doorbell, a BE9199 or BE9200 Bellman External Door Microphone can be used instead of the Door Transmitter’s internal microphone. If the current doorbell, door telephone or telephone sound is difficult to detect even with the External Door Microphone, we recommend using a different solution. Other conceivable solutions are the BE1420 Bellman Visit 868 Pushbutton Transmitter or BE1430 Bellman Visit 868 Telephone Transmitter. The Pushbutton Transmitter is a transmitter that can be placed on the outside of the door and this means that a normal doorbell is not required. The Telephone Transmitter is a multiway transmitter which can be connected electrically to an existing doorbell. This cannot be done with all doorbells, door telephones or telephones. Using the Bellman External Door Microphone BE9199/BE9200 If the BE9199/BE9200 Bellman External Door Microphone is used, the Bellman Visit 868 Door Transmitter can detect the difference between the sound coming from the internal microphone and the external door microphone. Using this function, the Door Transmitter can transmit different signals depending on which microphone the sound is coming from. The External Door Microphone can, for example, be used for a doorbell with a sound that is difficult for the internal microphone to detect, a door telephone or a telephone.
Page 7 Be1410 Page 7 Technical Solutions Bellman Visit System Information Change the Programming Switch (8) from Normal to the desired position, Int. Mic. 1, Int. Mic. 2 (for detection via the internal microphone) or Ext. Mic. (for detection via a Bellman External Door Microphone). Place the Door Transmitter near to the doorbell that is to be trained to it.
Page 8 Be1410 Page 8 Technical Solutions Bellman Visit System Information Fault warning The LED (1) flashes yellow when the Door Transmitter is exposed to high noise levels or an electromagnetic field for longer than 15 seconds. If the LED blinks even when there is no noise, the reasons may be: 1. It is located in a constant electromagnetic field. 2. The microphone fitted in the external microphone socket (9) is faulty. Troubleshooting in brief Problem Solution Nothing happens when the transmitter is activated with the • The Door Transmitter waits until it has been quiet for two seconds in Test Button (2). order to avoid acoustic feedback. Try again. • Change the battery. Only use an alkaline 6LR61 or a lithium 6F22 type battery. The LED (1) lights up yellow when the Door Transmitter is • Change the battery. Only use an alkaline 6LR61 or a lithium 6F22 activated. type battery. The LED (1) lights up green when the Door Transmitter is • Check the battery in the receiver. activated, but the receivers are not signalling. • Check that the receivers are not placed too far away by moving them The LED (1) blinks yellow closer to the transmitter. • Check that the Door Transmitter is set to the correct Radio Key. For further information see Function/Radio key. The LED (1) blinks yellow • Make sure that it is quiet by the Door Transmitter.
Page 9 Be1410 Page 9 Technical Solutions Bellman Visit System Information LED. Combined transmission and battery indicator. For further information see Indicators and Signals Test button/pushbutton Battery cover Microphone Wall mount bracket Signal switch Radio key switch Programming switch which should remain in the “Normal” position External microphone socket...
Page 10 Be1410 Page 10 Technical Solutions Bellman Visit System Information Appendix Further information Connection Connecting an External Microphone The BE1410 Bellman Visit 868 Door Transmitter has an option to connect a BE9199/BE9200 Bellman External Door Microphone (accessory) to the Microphone Socket (9). By using the external microphone the Door Transmitter can also pick up sounds from sound sources which are not located close to the Door Transmitter, e.g. door phones and telephones with a suitable ring signal. For more information about the indications provided by the receivers in the Bellman Visit 868 System, refer to Appendix/Further information/Settings/Signal pattern and Appendix/Further information/Settings/Setting the activation pattern. Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. • To alter the Radio Key, move the Radio Key Switches (7) to the desired positions. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 11 Be1410 Page 11 Technical Solutions Bellman Visit System Information Setting the Activation Pattern The Bellman Visit 868 Door Transmitter can be activated in three different ways. On delivery the Door Transmitter sends the same signal regardless of the input causing the activation. Using the Training Mode, different sounds can make a Door Transmitter Magnetic Transmitted detection signal, see transmit different signal patterns according to the sound that has activated the manual Door Transmitter. For further information see Settings/Sound training. The figure below shows the standard settings that are available: Signal pattern on activation from: electromagnetic Signal switch detection Standard, int. Mic. 1 int. Mic. 2 ext.Mic.
Page 12 Be1410 Page 12 Technical Solutions Bellman Visit System Information Electromagnetic detection To further improve the flexibility of the Bellman Visit 868 Door Transmitter, it can detect the electromagnetic fields emitted by an electromechanical doorbell. The advantage of this is a further detection option, which eliminates the risk of missed activations. The Door Transmitter must be mounted 3 cm max. from the doorbell for the best results. If there is a constant magnetic field close to the Door Transmitter, this will be indicated by the LED (1) blinking orange. In this case turn off electromagnetic detection by setting the first switch on the Signal Switches (6) to OFF. For further information see Appendix/Further information/Settings/Setting the Activation Pattern. Testing It is easy to test the Bellman Visit 868 Door Transmitter. If it does not work as described below, you can check further under Troubleshooting/Troubleshooting guide. How to test Proceed as follows to check the Door Transmitter’s transmitter: • Press the Test Button (2). • The Door Transmitter should now light up LED (1) to show that it has been activated and to show that it is transmitting a signal to the receivers in the Bellman Visit 868 System. • The receivers in the system will indicate an alarm according to the way that the Door Transmitter has been set up using the Signal Switches (6). Proceed as follows to check all Door Transmitter functions: • Check that the Door Transmitter is correctly connected. Refer to Getting started/Unpacking, fitting and testing the unit for connection instructions. • Activate the Door Transmitter with the relevant doorbell. •...
Page 13 Be1410 Page 13 Technical Solutions Bellman Visit System Information Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting Problem Solution Nothing happens when the transmitter is activated with the test • The Door Transmitter waits until it has been quiet for two button. seconds in order to avoid acoustic feedback. Try again. • Change the battery. Only use an alkaline 6LR61 or a lithium 6F22 type battery. • Check that all the connections are correct. The LED (1) lights up yellow when the Door Transmitter is • Change the battery. Only use an alkaline 6LR61 or a activated. lithium 6F22 type battery. The LED (1) lights up green when the Door Transmitter is • Check the battery in the receiver. activated, but the receivers are not signalling. • Check that all units in the Bellman Visit 868 System are set to the same Radio Key. For further information see Appendix/Further information/Settings/Radio key. • Check that the receivers are not placed too far away by moving them closer to the transmitter. The receiver emits an alarm with a different signal pattern from •...
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Page 15: Be1420 Bellman Visit 868 Pushbutton Transmitter
Page 15 Technical Solutions Be1420 Bellman Visit System Information Bellman Visit 868 Pushbutton Transmitter Be1420 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters Technical information and receivers. The transmitters detect different events in the surrounding Power supply area and transmit a radio signal to the receivers. The receivers pick up this Battery: signal and provide indications using light, sound and/or vibration. 6 V PX28A alkaline 6 V PX28L lithium The transmitter determines what type of light, sound or vibration should be displayed so that the reason for the indication is evident. Operating time: approximately 2 years Read through the entire user manual first and then start to install the Power consumption: system. Active: 35 mA Idle position: < 0,05 μA Refer to the illustration of the Bellman Visit 868 System on the inside of Radio function the cover.
Page 16 Be1420 Page 16 Technical Solutions Bellman Visit System Information Radio Key On delivery all Bellman Visit 868 units are tuned to the same Radio Key. If you have a neighbour with a similar system, you can change to different Radio Keys so that you do not affect each other’s systems. If you use the Radio Key Switch (4) to change the Radio Key on this transmitter, you must also change all other units in your Bellman Visit 868 System to the same Radio Key. Refer to the user manual for the relevant unit. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group. Indicators and Signals System indicators The LED (1) lights up when the Pushbutton Transmitter transmits radio signals.
Page 17 Page 17 Technical Solutions Be1420 Bellman Visit System Information LED. Combined transmission and back-up battery Radio Key Switch indicator. For further information see Indicators and Neck strap attachment Signals Battery cover/front Pushbutton Wallmount bracket Signal Switch Neck strap...
Page 18 Be1420 Page 18 Technical Solutions Bellman Visit System Information Appendix Further information Connection The Bellman Visit 868 Pushbutton Transmitter can only be activated via the Pushbutton (2). Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio Key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. • To alter the Radio Key, move the Radio Key Switches (4) to the desired positions. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 19 Page 19 Technical Solutions Be1420 Bellman Visit System Information Signal Pattern A Signal Pattern is the name for the way in which a receiver in the Bellman Visit 868 System indicates activation. Changing the transmitters’ Signal Switch changes the Signal Pattern which the receivers display when the transmitter is activated. Follow the instructions under Appendix/Further information/Settings/ Setting the activation pattern to make your choice. The following signal patterns are available for the Bellman Visit 868 Pushbutton Transmitter: Type leD pattern Sound Vibration Flash 1 x ding dong, low- Green 1 Green is constantly lit Separate frequency tone Green blinks in 2 x ding dong, low- Green 2 Separate sequences of two frequency tone Green blinks in 1 x ding dong, high- Green 3 Separate sequences of three frequency tone 2 x ding dong, high- Green 4 Green blinks constantly Separate...
Page 20 Be1420 Page 20 Technical Solutions Bellman Visit System Information Testing It is easy to test the Bellman Visit 868 Pushbutton Transmitter. If the Pushbutton Transmitter does not work as described below, you can check further under Troubleshooting/Troubleshooting guide. How to test A receiver in the Bellman Visit 868 System which is set to the same Radio Key as the Pushbutton Transmitter is required to test the BE1420 Bellman Visit 868 Pushbutton Transmitter. • Press the transmitter’s Pushbutton (2). • The Pushbutton Transmitter will now light up the LED (1) to show that it has been activated and that it is transmitting a signal to the receivers in the Bellman Visit 868 System. • The receivers in the system will indicate an alarm according to the way that the Pushbutton Transmitter has been set up using the Signal Switches (3). Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens when the transmitter is activated • Check that the battery is inserted the right way with the Pushbutton (2). round. • Change the battery. Only use an alkaline PX28A or a lithium PX28L type battery. • Check that all the connections are correct. Nothing happens when the transmitter is activated • Change the battery. Only use an alkaline PX28A with the Pushbutton (2). or a lithium PX28L type battery. The LED (1) lights up green when the transmitter • Check the battery in the receiver.
Page 21 Page 21 Technical Solutions Be1430 Bellman Visit System Information Bellman Visit 868 Telephone Transmitter Be1430 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in the surrounding area and transmit a radio signal to the receivers. The receivers pick up this signal and provide indications using light, sound and/or vibration. Technical information The transmitter determines what type of light, sound or vibration should be displayed so that the reason for the indication is evident. Power supply Battery power: Read through the entire user manual first and then start to install the system. 9 V 6LR61 alkaline 9 V 6F22 lithium Refer to the illustration of the Bellman Visit 868 System on the inside of the Operating time: cover. 6LR61 alkaline: approximately 5 years 6F22 lithium: approximately 10 years Power consumption: Getting started Active: 30 mA Idle position: < 5 μA...
Page 22: Be1430 Bellman Visit 868 Telephone Transmitter
Be1430 Page 22 Technical Solutions Bellman Visit System Information Function Activation Via test button General Via analogue telephone network: 26 - 120 V The BE1430 Bellman Visit 868 Telephone Transmitter is a radio transmitter RMS, 15 - 100 Hz. within the Visit 868 System for indoor use, which recognises ring signals from an analogue telephone system via a plug, which is inserted into the Exterior external trigger: 3.5 mm stereo (mono provides a connection) jack plug (3) telephone socket. In addition to using the telephone input, the telephone transmitter can also operate as a multifunction transmitter, either via a Connection: between the inner and outer pushbutton or via 2 connectors for an external trigger. All inputs can be pins of the mono type 3.5 mm jack plug or detected separately and transmit different signal patterns to the receivers between the middle/inner and outer pins of the stereo type 3.5 mm jack plug, see in the Bellman Visit 868 system depending on which has activated the diagram. telephone transmitter. There is a range of options for connecting the telephone transmitter to various applications. DC: 2 to 30 V between the inner pin and middle pin on the stereo type 3.5 mm jack plug, see diagram. Radio key On delivery all Bellman Visit 868 units are tuned to the same Radio Key.
Page 23 Page 23 Technical Solutions Be1430 Bellman Visit System Information Troubleshooting in brief Problem Solution Nothing happens when the transmitter is activated with the • Change the battery. Only use an alkaline 6LR61 or a test button. lithium 6F22 type battery. • Check that all the connections are correct. The LED (1) lights up yellow when the Telephone • Change the battery. Only use an alkaline 6LR61 or a Transmitter is activated. lithium 6F22 type battery. The LED (1) lights up green when the Telephone Transmitter • Check the battery in the receiver. is activated, but the receivers are not signalling. • Check that the receivers are not placed too far away by moving them closer to the transmitter. • Check that the Telephone Transmitter is set to the correct Radio Key. For further information see Function/Radio key. The receiver signals when no transmitter is activated. • Change the Radio Key on all units in the system. For further information see Function/Radio key LED. Combined transmission and battery Analogue telephone connector indicator. For further information see Connection box for interior Indicators and Signals external trigger Test button/pushbutton Battery cover Exterior external trigger Wall mount bracket...
Page 24 Be1430 Page 24 Technical Solutions Bellman Visit System Information Appendix Further information Connection The BE1430 Bellman Visit 868 Telephone Transmitter has the following methods of activation: • the telephone transmitter is connected via the telephone connector (6) using the telephone flex supplied for the telephone socket. • various accessories can be connected via the exterior external trigger socket (3), see below. • various accessories can be connected via the interior external trigger connection block (7), see below. • with pushbutton (2) For more information about the indications provided by the receivers in the Bellman Visit 868 System, refer to Appendix/Further information/Settings below. Connecting an External Trigger An external trigger on the BE1430 Bellman Visit 868 Telephone Transmitter can be connected to the vibrator output on several of Bellman & Symfon AB’s products or to other equipment that produces a voltage or contact for activation. In addition, the following accessories can be used: • magnetic switch BE9023 (accessory) • door entering contact mat BE9024 (accessory) • a pushbutton that produces a contact...
Page 25 Page 25 Technical Solutions Be1430 Bellman Visit System Information Entry monitor Magnetic switch Pushbutton Door phone 3.5 mm jack plug Exterior external trigger Interior external trigger Analogue telephone connection...
Page 26 Be1430 Page 26 Technical Solutions Bellman Visit System Information Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. • To alter the Radio Key, move the Radio Key Switches (5) to the desired positions. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 27 Be1430 Page 27 Technical Solutions Bellman Visit System Information Setting the Activation Pattern The Bellman Visit 868 Telephone Transmitter can be activated in four different ways, see above diagram. On delivery the Telephone Transmitter sends the same signal regardless of the input causing the activation. By changing the Signal Switches (4), different inputs on the same Telephone Transmitter can transmit different Signal Patterns. In this way the same Telephone Transmitter can, for example, be used to transmit a Telephone Signal when activated via the telephone socket (6), Door Signal when activated via the interior external trigger (7), Door Signal 2 when activated via the Exterior External Trigger (3) and Baby Cry Signal when activated via the Test Button (2). This is all done with the same unit. The figure below shows the standard settings that are available. Signal pattern on activation from: Signal switch Pushbutton Telephone input exterior external interior external trigger trigger YELLOW1 YELLOW1 GREEN1 YELLOW4...
Page 28 Be1430 Page 28 Technical Solutions Bellman Visit System Information Testing It is easy to test the Bellman Visit 868 Telephone Transmitter. If the Telephone Transmitter does not work as described below, you can check further under Troubleshooting/Troubleshooting guide. How to test Proceed as follows to check the Telephone Transmitter’s transmitter: • Press the Telephone Transmitter’s test button (2). • The Telephone Transmitter should now light up LED (1) to show that it has been activated and that it is transmitting a signal to the receivers in the Bellman Visit 868 System. • The receivers in the system will indicate an alarm according to the way that the Telephone Transmitter has been set up using the Signal Switches (4). To check all the functions on the telephone transmitter: • Check that the Telephone Transmitter is correctly connected. Refer to Getting started/Unpacking, fitting and testing the unit for connection instructions. • Activate the Telephone Transmitter in the appropriate way. You can use any of the four activation options. • The Telephone Transmitter should now light up LED (1) to show that it has been activated and that it is transmitting a signal to the receivers in the Bellman Visit 868 System. • The receivers in the system will indicate an alarm according to the way that the Telephone Transmitter has been set up using the Signal Switches (4). Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens when the transmitter is activated with the test • Change the battery. Only use an alkaline 6LR61 or a lithium button. 6F22 type battery. • Check that all the connections are correct. The LED (1) lights up yellow when the Telephone Transmitter is • Change the battery. Only use an alkaline 6LR61 or a lithium activated.
Page 29: Be1480 Bellman Visit 868 Smoke Alarm
Page 29 Technical Solutions Be1480 Bellman Visit System Information Bellman Visit 868 Smoke Alarm Be1480 Introduction Technical information Thank you for choosing products from Bellman & Symfon. Power supply The Bellman Visit 868 System consists of a number of radio Battery power: 9 V battery: Duracell MN1604, transmitters and receivers. The transmitters detect different events in Energizer 522 or Ultralife U9VL-J the surrounding area and transmit a radio signal to the receivers. The Operating time: receivers pick up this signal and provide indications using light, sound Duracell MN1604/Energizer 522: and/or vibration. On the Bellman Visit 868 System: approximately 3 years On the Fire Alarm System: The transmitter determines what type of light, sound or vibration approximately 2 years should be displayed so that the reason for the indication is evident.
Page 30 Be1480 Page 30 Technical Solutions Bellman Visit System Information Fitting the Smoke Alarm Preferably place the Bellman Visit 868 Smoke Alarm in the centre of the ceiling outside the bedrooms, but at least 50 cm from any wall. If the bedrooms are located in different areas of the house, we would recommend having a Bellman Visit 868 Smoke Alarm outside each bedroom. We would also recommend that at least one Bellman Visit 868 Smoke Alarm be installed on each floor of a multi-storey property. The antenna (2) should be straight and pointed directly down to achieve best coverage between Bellman Visit 868 Smoke Alarms and receivers within the Bellman Visit 868 System. Always check that the receivers are within the Smoke Alarm’s coverage area. Refer to Getting started/Testing and maintenance. Avoid installing alarms in kitchens, fireplaces or garages, as the smell of cooking or occasional fires and car exhausts may cause an alarm to be indicated. The Bellman Visit 868 Smoke Alarm should not be installed in damp spaces, close to fans, etc. or in agricultural buildings. Do not paint over the Bellman Visit 868 Smoke Alarm. M = Minimum E = Additional Smoke Alarm...
Page 31 Page 31 Technical Solutions Be1480 Bellman Visit System Information Testing and maintenance Test the Smoke Alarm regularly, preferably each week, e.g. during cleaning, but at least once per month. Always test it immediately after any holidays or other extended periods of absence. A receiver in the Bellman Visit 868 System which is set to the same Radio Key as the Smoke Alarm is required to test the Bellman Visit 868 Smoke Alarm. Blow smoke into the Smoke Alarm or hold down the Test Button (1) for more than five seconds. The Bellman Visit 868 Smoke Alarm beeps with a shrill tone and transmits a radio signal and the Bellman Visit 868 receivers will indicate the Smoke Alarm. The Smoke Alarm will transmit fire alarm signals as long as the Test Button (1) is held down, or as long as there is smoke inside the Smoke Alarm. There is an LED in the Test Button (1) which blinks with a red light once per minute. This indicates that the battery has been connected correctly and is in good condition. For cleaning, the Smoke Alarm should be occasionally wiped externally with a slightly damp cloth. When the battery is changed, the Smoke Alarm should be vacuum cleaned with a soft brush. When the Smoke Alarm emits a low battery warning, the battery should be replaced immediately by a new 9V battery, either a Duracell MN1604, Energizer 522 (alkaline) or Ultralife U9VL-J (lithium). Always test the Smoke Alarm after cleaning. What you can do to prevent fires Make sure that matches are kept out of the reach of children. Never leave candles unattended. Never empty ashtrays into waste paper baskets or bin liners without making sure that everything has been properly extinguished. Pour water into the ashtray before emptying it – or leave it standing overnight. Make sure that tiled stoves or open fireplaces have been properly extinguished or that the seat of the fire is screened so that no sparks can come out.
Page 32 Be1480 Page 32 Technical Solutions Bellman Visit System Information Function General The BE1480 Bellman Visit 868 Smoke Alarm is a radio transmitter within the Bellman Visit 868 System for indoor use, which detects smoke and heat. The Bellman Visit 868 Smoke Alarm does this even more reliably than smoke alarms which only have one of these functions. When smoke and abnormal heat is detected, the Smoke Alarm will transmit a fire alarm signal to all Bellman Visit 868 receivers which are within its range while chirping like a normal smoke alarm. Radio Key On delivery all Bellman Visit 868 units are tuned to the same Radio Key. If you have a neighbour with a similar system, you can change to different Radio Keys so that you do not affect each other’s systems. If you use the Radio Key Switch (6) to change the Radio Key on this transmitter, you must also change all other units in your Bellman Visit 868 System to the same Radio Key. Refer to the user manual for the relevant unit. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 33 Page 33 Technical Solutions Be1480 Bellman Visit System Information The Bellman Visit 868 Smoke Alarm will beep once per minute while the LED (1) blinks red twice in succession when the battery is becoming completely flat. A flat battery alarm signal will also be transmitted at regular intervals to the Bellman Visit 868 System which causes the receivers to briefly indicate a fire alarm at the same time as the receivers’ fire alarm LED blinks once every five seconds. Sensitivity When the Smoke Alarm is in reduced sensitivity mode the LED (1) will blink twice with a red light at 8 second intervals. For further information see Function/Reduced sensitivity function Troubleshooting in brief Problem Solution Nothing happens when the transmitter is activated with • Change the battery. Use a Duracell MN1604, Energizer 522 or the Test Button (1). Ultralife U9VL-J. The Bellman Visit 868 receivers occasionally indicate a • Change the battery. Use a Duracell MN1604, Energizer 522 or fire alarm for no apparent reason. Ultralife U9VL-J. • Change the Radio Key on all units in the system. For further information see Function/Radio Key The Smoke Alarm can be activated but the receivers are • Check the battery in the receiver. not responding. • Check that the receivers are not placed too far away by moving them closer to the Smoke Alarm. • Check that the Smoke Alarm is set to the correct Radio Key. For further information see Function/Radio Key. The receiver signals when no transmitter is activated. • Change the Radio Key on all units in the system. For further information see Function/Radio Key The Smoke Alarm beeps and chirps in a different way • The Smoke Alarm is defective and needs to be sent for repair.
Page 34 Be1480 Page 34 Technical Solutions Bellman Visit System Information Appendix Further information Connection The Bellman Visit 868 Smoke Alarm does not require any connections. Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio Key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. • To alter the Radio Key, move the Radio Key Switches (6) to the desired positions. Note that switches (7) and (8) are not Radio Key Switches. • The broadcast switch (7) has the function of switching on and off an additional safety function which makes the smoke alarm transmit to all receivers within its range regardless of the Radio Key that is set. Please note: all Bellman Visit 868 products within a system must be tuned to the same Radio Key in order to operate as a group.
Page 35 Page 35 Technical Solutions Be1480 Bellman Visit System Information Testing It is easy to test the Bellman Visit 868 Smoke Alarm. If the Smoke Alarm does not work as described below, you can check further under Troubleshooting/Troubleshooting guide. How to test Test the Smoke Alarm at least once per month and preferably each week, e.g. during cleaning. Always test it immediately after any holidays or other extended periods of absence. A receiver in the Bellman Visit 868 System which is set to the same Radio Key as the Smoke Alarm is required to test the Smoke Alarm with the Test Button (1) or by blowing in smoke. Proceed as follows: • Hold down the Test Button (1) or blow smoke into the Smoke Alarm. The Bellman Visit 868 Smoke Alarm will transmit a radio signal after about five to ten seconds. • The Bellman Visit 868 receivers will then indicate the Smoke Alarm. Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens when the transmitter is activated with the Test • Change the battery. Use a Duracell MN1604, Energizer 522 or Button (1). Ultralife U9VL-J. The Bellman Visit 868 Receivers occasionally indicate a fire alarm • Change the battery. Use a Duracell MN1604, Energizer 522 or for no apparent reason. Ultralife U9VL-J. • Change the Radio Key on all units in the system. For further information see Function/Radio Key The Smoke Alarm can be activated with the test button (1) but • Check that the Smoke Alarm’s antenna is straight and points to the receivers are not responding.
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Page 37 Page 37 Technical Solutions Be1490 Bellman Visit System Information Bellman Visit 868 Baby Cry Transmitter Be1490 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters Technical information and receivers. The transmitters detect different events in the surrounding Power supply area and transmit a radio signal to the receivers. The receivers pick up this Battery power: signal and provide indications using light, sound and/or vibration. 9 V 6LR61 alkaline 9 V 6F22 lithium The transmitter determines what type of light, sound or vibration should Operating time: be displayed so that the reason for the indication is evident. 6LR61 alkaline: approximately 1 year 6F22 lithium: approximately 2 years Power consumption: Read through the entire user manual first and then start to install the Active: 30 mA system.
Page 38: Be1490 Bellman Visit 868 Baby Cry Transmitter
Be1490 Page 38 Technical Solutions Bellman Visit System Information Function General The BE1490 Bellman Visit 868 Baby Cry Transmitter is a radio transmitter within the Bellman Visit 868 System for indoor use, which recognises the sound from a crying baby. The Baby Cry Transmitter is activated by the built- in microphone and can transmit different signal patterns to the receivers in the Bellman Visit 868 System. The sensitivity can be controlled via the sound sensitivity switch (4) and the delay time before the Baby Cry Transmitter transmits radio signals can be controlled via the delay switches (7). 3 = On, high sensitivity 2 = On, normal sensitivity 1 = On, low sensitivity 0 = Off 1 sec Baby 1 Delay Signal 5 sec Baby 2 10 sec Baby 3 30 sec Baby 4 Radio key On delivery all Bellman Visit 868 units are tuned to the same Radio Key. If you have a neighbour with a similar system, you can change to different Radio Keys so that you do not affect each other’s systems. If you use the Radio Key Switch (8) to change the radio key on this transmitter, you must also change all other units in your Bellman...
Page 39 Page 39 Technical Solutions Be1490 Bellman Visit System Information Troubleshooting in brief Problem Solutions Nothing happens when the transmitter is activated.s • Check that the Baby Cry Transmitter is switched on. • Change the battery. Only use an alkaline 6LR61 or a lithium 6F22 type battery. The LED (1) lights up yellow when the Baby Cry • Change the battery. Only use an alkaline 6LR61 or a Transmitter is activated. lithium 6F22 type battery. The LED (1) lights up green when the Baby Cry • Check the battery in the receiver. Transmitter is activated, but the receivers are not signalling. • Check that the receivers are not placed too far away by moving them closer to the transmitter. • Check that the Baby Cry Transmitter is set to the correct radio key. For further information see Function/Radio key. The Baby Cry Transmitter does not signal even though • Increase the sensitivity using the sound sensitivity switch the child is crying. (4) or place the Baby Cry Transmitter closer to the child, but not close enough for the child to reach it. For further information see Function/General. The Baby Cry Transmitter transmits a signal even though • Reduce the sensitivity using the sound sensitivity switch the baby is not making much noise. (4) or move the Baby Cry Transmitter further away from the child. For further information see Function/General.
Page 40 Be1490 Page 40 Technical Solutions Bellman Visit System Information Appendix Further information Connection Activation The BE1490 Bellman Visit 868 Baby Cry Transmitter is activated via the built-in microphone (2). Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same radio key, channel 0. This means that all radio key switches on the transmitters are set to the OFF position. • To alter the Radio Key, move the Radio Key Switches (8) to the desired positions. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 41 Page 41 Technical Solutions Be1490 Bellman Visit System Information Adjusting the sound sensitivity, signal pattern and delay time Both the sensitivity and the time can be adjusted to adapt the Bellman Visit 868 Baby Cry Transmitter to the child and to the surrounding environment. High sensitivity reacts to faint sounds whereas low sensitivity requires a louder sound to react. The delay time can be adjusted to four preset levels, see table below. Switch (4) Adjusts sensitivity to three preset levels. 3 = On, high sensitivity 2 = On, normal sensitivity 1 = On, low sensitivity 0 = Off Switch (7) Adjusts the length of time for which the child needs to cry before the Bellman Visit 868 Baby Cry Transmitter will respond and the type of signal pattern that the receivers in the Bellman Visit 868 System will emit. 1 sec Baby 1 Delay Signal 5 sec Baby 2 10 sec Baby 3...
Page 42 Be1490 Page 42 Technical Solutions Bellman Visit System Information Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens when the transmitter is activated with the test • Check that the Baby Cry Transmitter is switched on. button. • Change the battery. Only use an alkaline 6LR61 or a lithium 6F22 type battery. The LED (1) lights up yellow when the Baby Cry Transmitter is • Change the battery. Only use an alkaline 6LR61 or a lithium 6F22 activated. type battery. The LED (1) lights up green when the Baby Cry Transmitter is • Check the battery in the receiver. activated, but the receivers are not signalling. • Check that all units in the Bellman Visit 868 System are set to the same radio key. For further information see Appendix/Further information/Settings/Radio key. • Check that the receivers are not placed too far away by moving them closer to the transmitter. The receiver emits a strange sounding alarm when activated by the • Set the Signal Switch (7) to 00. Baby Cry Transmitter. The Baby Cry Transmitter does not signal even though the child is • Increase the sensitivity using the sound sensitivity switch (4) or place crying. the Baby Cry Transmitter closer to the child, but not close enough for the child to reach the it. For further information see Appendix/ Further information/Settings/Setting the sound sensitivity, signal pattern and delay time above.
Page 43 Page 43 Technical Solutions Be1510 Bellman Visit System Information Bellman Visit 868 Repeater Be1510 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in the surrounding area and transmit a radio signal to the receivers. The receivers pick up this signal and provide indications using light, sound and/or vibration. Technical information The transmitter determines what type of light, sound or vibration should be displayed so that the reason for the indication is evident. Power supply Read through the entire user manual first and then start to install the Mains power: 6 V DC/800 mA with system. power supply unit BE9018 (Europe) or BE9083 (United Kingdom). Refer to the illustration of the Bellman Visit 868 System on the inside of Back-up battery: 9 V 6LR61 alkaline the cover. 9 V 6F22 lithium Power consumption: Active: 40 mA Idle position: < 10 μA Getting started...
Page 44 Page 44 Be1510 Technical Solutions Bellman Visit System Information Activation Function Via test button General The Bellman Visit 868 Repeater, BE1510, is a repeater in the Bellman Visit 868 System for indoor use which receives a radio signal from a transmitter in the Bellman Visit 868 System and transmits this radio signal to the receivers in the system. The aim is to increase the range and obtain reception in locations in which it is not otherwise possible by using Bellman Visit 868 Repeaters. The Repeater also operates as a multi-function transmitter, either via a pushbutton or via an input for an Exterior External Trigger. The Test Button and Exterior External Trigger can be detected separately and transmit different Signal Patterns to the receivers in the Bellman Visit 868 System depending on what has activated the Bellman Visit 868 Repeater. There is a Exterior external trigger: 3.5 mm range of options for connecting the Bellman Visit 868 Repeater to various stereo (mono provides a connection) jack plug. applications. We recommend using a maximum of one Repeater per system. Connection: between the inner and Radio key outer pins of the mono type 3.5 mm On delivery all Bellman Visit 868 units are tuned to the same Radio Key. jack plug or between the middle/inner and outer pins of the stereo type 3.5 If you have a neighbour with a similar system, you can change to different mm jack plug, see diagram.
Page 45 Page 45 Technical Solutions Be1510 Bellman Visit System Information 1. LED. Combined transmission and back-up battery indicator. For further information see Indicators and Signals 2. Test button/pushbutton 3. Exterior External Trigger. 4. Signal switch 5. Radio key switch 6. Connector for power supply unit 7. Battery cover 8. Wall mount bracket...
Page 46: Be1510 Bellman Visit 868 Repeater
Page 46 Be1510 Technical Solutions Bellman Visit System Information Appendix Further information Connection Connecting an Exterior External Trigger The BE1510 Bellman Visit 868 Repeater has the following methods of activation: • various accessories can be connected via the Exterior External Trigger socket (3), see below. • with pushbutton. For more information about the indications provided by the receivers in the Bellman Visit 868 System, refer to Appendix/Further information/Settings below. An Exterior External Trigger on the BE1510 Bellman Visit 868 Repeater can be connected to the vibrator output on several of Bellman & Symfon AB’s products or to other equipment that produces a voltage or contact for activation. In addition, the following accessories can be used: • magnetic switch BE9023 (accessory) • door entering contact mat BE9024 (accessory) • a standard pushbutton 1. Entry monitor 2. Magnetic switch 3. Pushbutton 4. Door phone 5. 3.5 mm jack plug 6. Exterior external trigger...
Page 47 Page 47 Technical Solutions Be1510 Bellman Visit System Information Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. • To alter the Radio Key, move the Radio Key Switches (5) to the desired positions. Please note: all Bellman Visit 868 products within a system must be tuned to the same Radio Key in order to operate as a group.
Page 48 Page 48 Be1510 Technical Solutions Bellman Visit System Information Setting the Activation Pattern The Bellman Visit 868 Repeater can be activated in two different ways. On delivery the Repeater sends the same signal regardless of the input causing the activation. By changing the Signal Switches (4), different inputs on the same Repeater can transmit different Signal Patterns. In this way the same Repeater can be used to forward signals from the Bellman Visit 868 System at the same time as it can transmit a Door Signal when activated via the Exterior External Trigger (3) and a Baby Cry signal when activated via the Test Button (2). The figure below shows the standard settings that are available: Signal pattern on activation from: Signal switch exterior external Pushbutton trigger Green 1 Green 1 Green 2 Green 2 Green 3 Green 3 Green 4 Green 4 Orange 1 Green 4 Orange 2 Green 3...
Page 49 Page 49 Technical Solutions Be1510 Bellman Visit System Information Testing It is easy to test the Bellman Visit 868 Repeater. If the Repeater does not work as described below, you can check further under Troubleshooting/Troubleshooting guide. How to test A transmitter in the Bellman Visit 868 System which is set to the same radio key as the Repeater is required to test the radio reception on the BE1510 Bellman Visit 868 Repeater. • Press the transmitter test button. • The Bellman Visit 868 Repeater will indicate by blinking with the LED (1). To test the Transmitter: • Make sure that the Repeater is correctly connected. • Activate the Repeater via the Test Button (2) or via the Exterior External Trigger (3). • The Repeater should now light up LED (1) to show that it has been activated and that it is transmitting a signal to the receivers in the Bellman Visit 868 System. • The receivers in the system will indicate an alarm according to the way that the Repeater has been set up using the Signal Switches (4). Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens when the transmitter is • Check that the power supply unit is connected correctly.
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Page 51 Page 51 Technical Solutions Be1520 Bellman Visit System Information Bellman Visit 868 Bridge Be1520 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in the surrounding area and transmit a radio signal to the receivers. The receivers pick up this signal and provide indications using light, sound and/or vibration. Technical information The transmitter determines what type of light, sound or vibration should be Power supply displayed so that the reason for the indication is evident. Mains power: 6 V DC / 800 mA with power supply unit BE9018 (Europe) Read through the entire user manual first and then start to install the system. or BE9083 (United Kingdom). Back-up battery: 9 V 6LR61 alkaline Refer to the illustration of the Bellman Visit 868 System on the inside of the 9 V 6F22 lithium cover. Power consumption: Active: 40 mA This is how the Bellman Visit 868 Bridge works Idle position: < 10 μA The Bellman Visit 868 Bridge conveys signals between the Bellman Visit...
Page 52: Be1520 Bellman Visit 868 Bridge
Be1520 Page 52 Technical Solutions Bellman Visit System Information Function Activation Via test button General Exterior External Trigger: The BE1520 Bellman Visit 868 Bridge is a product for indoor use and 3.5 mm stereo (mono provides a operates as an interpreter, which conveys radio signals between the connection) jack plug (3) Bellman Visit and Bellman Visit 868 systems. With a Bellman Visit 868 Bridge, you can therefore use products from the old and new system side Connection: between the inner and by side. outer pins of the mono type 3.5 mm jack plug or between the middle/inner The Bellman Visit System will not of course have the same wide range and outer pins of the stereo type 3.5 of new indication options as the new Bellman Visit 868 System, but the mm jack plug, see diagram. system will emit signals. DC: 2 to 30 V between the inner pin The Bellman Visit 868 Bridge also operates as a multi-function and middle pin on the stereo type 3.5 transmitter, either via a pushbutton or via an input for an Exterior mm jack plug, see diagram. External Trigger. The Pushbutton and the Exterior External Trigger can be detected separately and transmit different Signal Patterns to AC: 3 to 24 V RMS 5 -150 Hz the receivers in the Bellman Visit 868 System depending on what has between the inner pin and middle pin activated the Bellman Visit 868 Bridge. There is a range of options for on the stereo type 3.5 mm jack plug,...
Page 53 Page 53 Technical Solutions Be1520 Bellman Visit System Information Troubleshooting in brief Problem Solution Nothing happens when the transmitter is activated with • Check that the power supply unit is connected the test button. correctly. • If the power supply unit is not connected, change the back-up battery. Only use an alkaline 6LR61 or a lithium 6F22 type battery. Make sure that the power supply unit is connected correctly. The LED (1) blinks yellow when the Bellman Visit 868 • Change the back-up battery. Only use an alkaline Bridge is activated! 6LR61 or a lithium 6F22 type battery. Make sure that the power supply unit is connected correctly. The LED (1) blinks green when the Bellman Visit 868 • Check the batteries in the receivers. Bridge is activated but the receivers are not responding. • Check that the receivers are not placed too far away by moving them closer to the Bellman Visit 868 Bridge. • Check that the Bellman Visit 868 Bridge is set to the correct Radio Key. For further information see Function/Radio Key. The receiver signals when no transmitter is activated. • Change the Radio Key on all units in the system. For further information see Function/Radio Key LED. Combined transmission and back-up battery indicator. For further information see Indicators and Signals Test button/pushbutton Exterior External Trigger.
Page 54 Be1520 Page 54 Technical Solutions Bellman Visit System Information Appendix Further information Connection Connecting an Exterior External Trigger The BE1520 Bellman Visit 868 Bridge has the following methods of activation: • various accessories can be connected via the Exterior External Trigger socket (3), see below. • with pushbutton For more information about the indications provided by the receivers in the Bellman Visit 868 System, refer to Appendix/Further information/Settings below. An Exterior External Trigger on the BE1520 Bellman Visit 868 Bridge can be connected to the vibrator output on several of Bellman & Symfon AB’s products or to other equipment that produces a voltage or contact for activation. In addition, the following accessories can be used: • magnetic switch BE9023 (accessory) • door entering contact mat BE9024 (accessory) • a standard pushbutton.
Page 55 Page 55 Technical Solutions Be1520 Bellman Visit System Information Entry monitor Magnetic switch Pushbutton Door phone 3.5 mm jack plug Exterior External Trigger...
Page 56 Be1520 Page 56 Technical Solutions Bellman Visit System Information Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio Key In order to use several Bellman Visit 868 and/or Bellman Visit Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches (5) on the transmitters are set to the OFF position. The Radio Key setting (referred to as a radio channel in the Bellman Visit System) is identical for both systems. • To alter the Radio Key, move the Radio Key Switches (5) to the desired positions. Please note: All Bellman Visit 868 and Bellman Visit products within a system must be tuned to the same Radio Key in order to operate as a group.
Page 57 Page 57 Technical Solutions Be1520 Bellman Visit System Information The following signal patterns for the Bellman Visit System are available to the Bellman Visit 868 Bridge: Type leD pattern Sound Vibration Flash 1 x ding dong, low- Green Green is constantly lit Long frequency tone Yellow Yellow is constantly lit 1 x ring, low-frequency tone Short Orange Orange is constantly lit Baby Long Red and Orange constantly VMA constant Constant blink alternately Fire alarm Red blinks constantly Fire alarm constant Constant...
Page 58 BE1520 Be1520 Page 58 Page 58 Technical Solutions Technical Solutions Bellman Visit System Information Setting the Activation Pattern The Bellman Visit 868 Bridge can be activated in two different ways. On delivery the Bellman Visit 868 Bridge transmits the same signal regardless of the input causing the activation. By changing the Signal Switches (4), different inputs on the same Bridge can transmit different Signal Patterns. In this way the same Bridge can be used to forward signals from the Bellman Visit System to the Bellman Visit 868 System and vice versa at the same time as it can transmit a Door Signal when activated via the Exterior External Trigger (3) and a Baby Cry signal when activated via the Test Button (2). The figure below shows the standard settings that are available: Signal Pattern for the Bellman Visit 868 Signal Pattern for the Bellman Visit System when activated by: System when activated by: exterior external exterior external...
Page 59 Page 59 Technical Solutions Be1520 Bellman Visit System Information Transferring signal patterns between systems Since the Bellman Visit 868 System has more indication methods than the older Bellman Visit System, the systems will not give the same indications, for obvious reasons. The similarities will, as far as possible, mean that the same LED colour will be used. The red LED is reserved for a fire alarm in the Bellman Visit 868 System, so that if the red LED is used by the Bellman Visit System, the indication given by the Bellman Visit 868 System will use a different colour. See the tables below. The tables below show how the different Signal Patterns are transferred between the different systems. From 433 To 868 Green Green 1 Yellow Yellow 1 Orange Orange 1 Green 4 Fire alarm Fire alarm From 868 To 433 Green 1 Green Green 2 Green Green 3 Green...
Page 60 Be1520 Page 60 Technical Solutions Bellman Visit System Information Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens when the transmitter is activated with • Check that the power supply unit is connected correctly. the test button. • If the power supply unit is not connected, change the back-up battery. Only use alkaline 6LR61 or lithium 6F22 type batteries. Make sure that the power supply unit is connected correctly. • Check that all the connections are correct. The LED (1) blinks yellow when the Bellman Visit 868 • Change the back-up battery. Only use an alkaline 6LR61 or Bridge is activated. lithium 6F22 type battery. Make sure that the power supply unit is connected correctly. The LED (1) blinks green when the Bellman Visit 868 • Check the batteries in the receivers. Bridge is activated but the receivers are not responding. • Check that the receivers are not placed too far away by moving them closer to the Bellman Visit 868 Bridge. • Check that all units in the Bellman Visit 868 and Bellman Visit Systems are set to the same Radio Key. For further information see Appendix/Further information/Settings/Radio Key. One of the systems is working but the other one is not • Check that all units in the Bellman Visit 868 and Bellman Visit working. Systems are set to the same radio key. For further information see Appendix/Further information/Settings/Radio key. The receiver emits a strange alarm when activated by the • Set the Signal Switch to 0000.
Page 61: Receivers
Page 61 Technical Solutions Be1530/Be1550 Bellman Visit System Information Bellman Visit 868 Smoke Alarm Transmitter Be1530/Be1550 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in the surrounding area and transmit a radio signal to the receivers. The receivers pick up this signal and provide indications using light, sound and/or vibration. Technical information The transmitter determines what type of light, sound or vibration should Power supply be displayed so that the reason for the indication is evident. Battery power: 9 V battery: Duracell MN1604, Energizer 522 Read through the entire user manual first and then start to install the (alkaline) or Ultralife U9VL-J (lithium). system. Operating time: Duracell MN1604/Energizer 522: Approx. 5 years Refer to the illustration of the Bellman Visit 868 System on the inside of Ultralife U9VL-J: Approx. 10 years the cover.
Page 62 Be1530/Be1550 Page 62 Technical Solutions Bellman Visit System Information Fitting the Smoke Alarm Preferably place the Bellman Visit 868 Smoke Alarm in the centre of the ceiling outside the bedrooms, but at least 50 cm from any wall. If the bedrooms are located in different areas of the house, we would recommend having a Bellman Visit 868 Smoke Alarm outside each bedroom. We would also recommend that at least one Bellman Visit 868 Smoke Alarm be installed on each floor of a multi-storey property. The antenna (2) should be straight and pointed directly down to achieve best coverage between Bellman Visit 868 Smoke Alarms and receivers within the Bellman Visit 868 System. Always check that the receivers are within the Smoke Alarm’s coverage area. Refer to Getting started/Testing and maintenance. Avoid installing alarms in kitchens, fireplaces or garages, as the smell of cooking or occasional fires and car exhausts may cause an alarm to be indicated. The Bellman Visit 868 Smoke Alarm should not be installed in damp spaces, close to fans, etc. or in agricultural buildings. Do not paint over the Bellman Visit 868 Smoke Alarm. M = Minimum E = Additional Smoke Alarm...
Page 63 Page 63 Technical Solutions Be1530/Be1550 Bellman Visit System Information Testing and maintenance Test the Smoke Alarm regularly, preferably each week, e.g. during cleaning, but at least once per month. Always test it immediately after any holidays or other extended periods of absence. A receiver in the Bellman Visit 868 System which is set to the same Radio Key as the Smoke Alarm is required to test the Bellman Visit 868 Smoke Alarm. Blow smoke into the Smoke Alarm or hold down the Test Button (1) for more than five seconds. The Bellman Visit 868 Smoke Alarm beeps with a shrill tone and transmits a radio signal and the Bellman Visit 868 receivers will indicate the Smoke Alarm. The Smoke Alarm will transmit fire alarm signals as long as the Test Button (1) is held down, or as long as there is smoke inside the Smoke Alarm. There is an LED in the Test Button (2) which blinks with a red light once per minute. This indicates that the battery has been connected correctly and is in good condition. For cleaning, the Smoke Alarm should be occasionally wiped externally with a slightly damp cloth. When the battery is changed, the Smoke Alarm should be vacuum cleaned with a soft brush. Always test the Smoke Alarm after cleaning. What you can do to prevent fires Make sure that matches are kept out of the reach of children. Never leave candles unattended. Never empty ashtrays into waste paper baskets or bin liners without making sure that everything has been properly extinguished. Pour water into the ashtray before emptying it – or leave it standing overnight. Make sure that tiled stoves or open fireplaces have been properly extinguished or that the seat of the fire is screened so that no sparks can come out. Handle and store flammable liquids safely. Only use fuses of the correct rating in the electrical system.
Page 64 Be1530/Be1550 Page 64 Technical Solutions Bellman Visit System Information Function General The BE1530/BE1550 Bellman Visit 868 Smoke Alarm is a radio transmitter within the Bellman Visit 868 System for indoor use, which detects smoke. When smoke is detected, the Smoke Alarm will transmit a fire alarm signal to all Bellman Visit 868 receivers which are within its range. Bellman Visit Smoke Alarms are activated by smoke detected by a built-in smoke detector. There are two types of smoke detector: optical (BE1530) and ionising (BE1550). The differences between the two types are explained briefly below: • Ionising smoke alarms measure electrical resistance in the air and will therefore react to both visible and invisible smoke. Ionising smoke alarms are considered most useful for detecting rapid (or explosive) fires that burn completely, i.e. fires with open flames and a supply of oxygen. This type of fire can spread quickly and produce a large number of invisible combustion particles. Such fires include fires in waste paper baskets, TV fires or grease fires in kitchens. • The optical smoke alarm contains no radioactive material but has a very advanced photocell system, which detects visible smoke particles using infrared light. This is a very effective system for detecting smouldering fires. A fire can burn for several hours without developing into a fire with open flames. Examples of such fires include cigarettes touching furniture or overheated electric cables. The majority of international investigations have demonstrated that both optical and ionising smoke alarms are needed to detect fires in the shortest possible time, regardless of cause. The majority of countries therefore recommend that either both types of smoke alarm, or combined smoke alarms with both ionic and optical detectors, be installed. This is of course the best alternative, as it will detect a fire as soon as possible, regardless of the cause. For example, a cigarette lying in a waste paper bin will cause an explosive fire in a very short length of time, whilst a cigarette resting on a sofa will cause a smouldering fire that takes longer to burn. Radio Key On delivery all Bellman Visit 868 units are tuned to the same Radio Key. If you have a neighbour with a similar system, you can change to different Radio Keys so that you do not affect each other’s systems. If you use the Radio Key Switch (5) to change the Radio Key on this transmitter, you must also change all other units in your Bellman Visit 868 System to the same Radio Key. Refer to the user manual for the relevant unit. Broadcasting Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 65 Page 65 Technical Solutions Be1530/Be1550 Bellman Visit System Information The Bellman Visit 868 Smoke Alarm will beep once per minute while the LED (2) blinks when the battery is becoming completely flat. A flat battery alarm signal will then be transmitted to the Bellman Visit 868 System which causes the receivers to briefly indicate a fire alarm at the same time as the receivers’ fire alarm LED blinks once every five seconds. Troubleshooting in brief Problem Solution Nothing happens when the transmitter is activated with • Change the battery. Use a Duracell MN1604, Energizer 522 or the Test Button (2). Ultralife U9VL-J. The Bellman Visit 868 receivers occasionally indicate a • Change the battery. Use a Duracell MN1604, Energizer 522 or fire alarm for no apparent reason. Ultralife U9VL-J. • Change the Radio Key on all units in the system. For further information see Function/Radio key. The Smoke Alarm can be activated but the receivers are • Check the battery in the receiver. not responding. • Check that the receivers are not placed too far away by moving them closer to the Smoke Alarm. • Check that the Smoke Alarm is set to the correct Radio Key. For further information see Function/Radio key. The receivers in the system transmit signals for no • Change the Radio Key on all units in the system. For further reason. information see Function/Radio key. The Smoke Alarm beeps and chirps in a different way • The Smoke Alarm is defective and needs to be sent for repair.
Page 66 Be1530/Be1550 Page 66 Technical Solutions Bellman Visit System Information Appendix Further information Connection The Bellman Visit 868 Smoke Alarm does not require any connections. Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio Key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. • To alter the Radio Key, move the Radio Key Switches (5) to the desired positions. Note that switch (6) is not a Radio Key Switch. • The broadcast switch (6) has the function of switching on and off an additional safety function which makes the smoke alarm transmit to all receivers within its range regardless of the Radio Key that is set. Please note: All Bellman Visit 868 products within a system must be tuned to the same Radio Key in order to operate as a group.
Page 67 Page 67 Technical Solutions Be1530/Be1550 Bellman Visit System Information Testing It is easy to test the Bellman Visit 868 Smoke Alarm. If the Smoke Alarm does not work as described below, you can check further under Troubleshooting/Troubleshooting guide. How to test Test the Smoke Alarm at least once per month and preferably each week, e.g. during cleaning. Always test it immediately after any holidays or other extended periods of absence. A receiver in the Bellman Visit 868 System which is set to the same Radio Key as the Smoke Alarm is required to test the Smoke Alarm with the Test Button (2) or by blowing in smoke. Proceed as follows: • Press the Test Button (2) until the Bellman Visit 868 Smoke Alarm starts to beep with a shrill tone and then release the Test Button immediately. • The Bellman Visit 868 receivers will then indicate a flat battery. • Hold down the Test Button (2) for at least 5 seconds or blow smoke into the Smoke Alarm. The Bellman Visit 868 Smoke Alarm will transmit a radio signal after about five to ten seconds. • The Bellman Visit 868 receivers will then indicate the Smoke Alarm. Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens when the transmitter is activated with the Test • Change the battery. Use a Duracell MN1604, Energizer 522 Button (2). (alkaline) or Ultralife U9VL-J (lithium). The Bellman Visit 868 Receivers occasionally indicate a fire alarm • Change the battery. Use a Duracell MN1604, Energizer 522 for no apparent reason. (alkaline) or Ultralife U9VL-J (lithium). • Change the Radio Key on all units in the system. For further information see Function/Radio Key The Smoke Alarm can be activated with the test button (2) but • Check that the Smoke Alarm’s antenna is straight and points to...
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Page 69 Page 69 Technical Solutions Be1440 Bellman Visit System Information Bellman Visit 868 Flash Receiver Be1440 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in the surrounding area and transmit a radio signal to the receivers. The receivers pick up this Technical information signal and provide indications using light, sound and/or vibration. Power supply The transmitter determines what type of light, sound or vibration should be Mains power: displayed so that the reason for the indication is evident. 7.5 V DC / 1500 mA with power supply unit BE9092 (Europe) and Read through the entire user manual first and then start to install the BE9217 (United Kingdom). Power consumption: system. Active: 1000 mA Idle position: 15 mA Refer to the illustration of the Bellman Visit 868 System on the inside of the cover. Radio function Radio frequency: 868.3 MHz Getting started...
Page 70: Be1440 Bellman Visit 868 Flash Receiver
Be1440 Page 70 Technical Solutions Bellman Visit System Information Function General The BE1440 Bellman Visit 868 Flash Receiver is a receiver within the Bellman Visit 868 system for indoor use, which attracts the attention of the user with a flashing light, light signal, and also by vibration if a BE1270 Bellman Bed-shaker (accessory) is connected. It is activated via radio signals from one of the Bellman Visit 868 System transmitters or via direct connection to an analogue telephone socket. The flash head can be rotated to point in the direction required The flash head can, for example, be pointed towards a wall to prevent dazzle. A short press on the Test Button (9) activates BE1440 so that it repeats its last indication. Radio key On delivery all Bellman Visit 868 units are tuned to the same Radio Key. If you have a neighbour with a similar system, you can change to different Radio Keys so that you do not affect each other’s systems. The Radio Key on this receiver can be changed by holding down the Test Button (9) for about five seconds until the LEDs (4) and (5) blink alternately. Then press the transmitter’s test button so that the receiver’s LEDs (3-6) blink to confirm that the Radio Key has been changed. All units in a Bellman Visit 868 System must have the same Radio Key in order to operate as a group. Refer to the user manual for the relevant unit. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 71 Page 71 Technical Solutions Be1440 Bellman Visit System Information When the Bellman Visit 868 Flash Receiver is activated, the flash light flashes (2) with a sharp white light. The flash head can be rotated to point in the direction required The flash head can, for example, be pointed towards a wall to prevent dazzle. Vibration The Bellman Visit 868 Flash Receiver can power a BE1270 Bellman Bed-shaker (accessory) connected to the socket (10). The bed shaker is placed under the pillow to wake the user up when the Bellman Visit 868 Flash Receiver is activated. Refer to the user manual for the relevant Bellman Visit 868 transmitter for more information about vibration patterns. Power supply When the LED (13) lights up, the Bellman Visit 868 Flash Receiver is correctly connected to the power supply. Troubleshooting in brief Problem Solution Nothing happens. • Check that the power supply unit is connected correctly. The LED (13) should light up green. • Check that there is current in the wall socket. The receiver is not activated. • Check the battery in the transmitters. • Check that the receiver is not placed too far away from the transmitters by moving it closer to the transmitters. • Check that the receiver is set to the correct radio key. For further information see Function/Radio key. The receiver signals when no transmitter is • Change the Radio Key on all units in the system. For further activated. information see Function/Radio key.
Page 72 Be1440 Page 72 Technical Solutions Bellman Visit System Information Appendix Further information Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. A Bellman Visit 868 transmitter is also required to alter the radio key on the Bellman Visit 868 Flash Receiver. Proceed as follows to change the Radio Key: • Set a Bellman Visit 868 Transmitter to the desired Radio Key by altering its Radio Key Switch to the desired Radio Key. See the transmitter user manual for further information. • Hold down the Test Button (9) on the Bellman Visit 868 Flash Receiver until the green (4) and yellow (5) LEDs blink alternately. The Bellman Visit 868 Flash Receiver will now be in programming mode for about 30 seconds. • Press the Bellman Visit 868 transmitter’s test button. • The LEDs (3, 4, 5 and 6) will now blink five times in quick succession to indicate a successful change of radio key. • After changing the radio key, the Bellman Visit 868 Flash Receiver will automatically return to normal mode. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 73 Page 73 Technical Solutions Be1440 Bellman Visit System Information Signal pattern A Signal Pattern is the name for the way in which a receiver in the Bellman Visit 868 System indicates activation. Changing the transmitters’ Signal Switch changes the Signal Pattern which the receivers display when the transmitter is activated. The following signal patterns are available for the Bellman Visit 868 System: (Please note that the Flash Receiver does not emit any sound): Type leD pattern Sound Vibration Flash 1 x ding dong, low- Green 1 Green is constantly lit Separate frequency tone Green blinks in sequences 2 x ding dong, low- Green 2 Separate of two frequency tone Green blinks in sequences 1 x ding dong, high- Green 3 Separate of three frequency tone 2 x ding dong, high- Green 4 Green blinks constantly Separate...
Page 74 Be1440 Page 74 Technical Solutions Bellman Visit System Information Proceed as follows: 1. Hold down the Test Button (9) on the Bellman Visit 868 Flash Receiver until the green (4) and yellow (5) LEDs blink alternately. The Bellman Visit 868 Flash Receiver will now be in programming mode for about 30 seconds. 2. Hold down the Test Button (9) at the same time as the relevant Bellman Visit 868 transmitter is activated in precisely the way in which it is intended to be used. Note that all inputs are individual. It is therefore not possible to use the Test Button on a Bellman Visit 868 Telephone Transmitter whose telephone input will indicate the relevant pattern. 3. Scroll through the different LED options by a short press on the Test Button (9). Select the relevant indication by holding down the Test Button (9) until the LED (13) goes out and starts to shine with a constant green light again. 4. Scroll through the different vibration options by a short press on the Test Button (9). Select the relevant indication by holding down the Test Button (9) until the LED (13) goes out and starts to shine with a constant green light again. 5. The Bellman Visit 868 Flash Receiver will now show the indication method programmed. End the display with a short press of the Test Button (9). 6. After a short while, the Bellman Visit 868 Flash Receiver will automatically return to normal mode. This function is essential where a transmitter has to work in a special way with regard to a specific receiver. Resetting advanced programming It is quite easy to reset the Bellman Visit 868 Flash Receiver if it needs to be reset after it has been programmed using advanced programming. 1. Hold down the Test Button (9) on the Bellman Visit 868 Flash Receiver until the green (4) and yellow (5) LEDs blink alternately. The Bellman Visit 868 Flash Receiver will now be in programming mode for about 30 seconds.
Page 75 Page 75 Technical Solutions Be1440 Bellman Visit System Information • Press the transmitter test button. • The Bellman Visit 868 Flash Receiver will give the following indications: o Flashing with the flash light (2). o The LEDs (3-6) which the transmitter has been set to indicate with or which have been programmed into the Flash Receiver with Advanced Programming will be switched on. o If the BE1270 Bellman Bed-shaker (accessory) is connected, it will vibrate as the transmitter has been set to indicate or in the way the Flash Receiver has been programmed with Advanced Programming. To test the analogue telephone input: • Connect the Bellman Visit 868 Flash Receiver to an analogue telephone socket via the Telephone Input (8). Use the BE9105 Telephone Flex (accessory) and an adapter plug (accessory). • Ring the telephone number. The Bellman Visit 868 Flash Receiver will then start flashing, the yellow LED (5) will light up and, if a BE1270 Bellman Bed-shaker (accessory) is connected, it will vibrate. A short press on the Test Button (9) activates BE1440 so that it repeats its last indication. Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens. • Check that the power supply unit is connected correctly. • Check that there is current in the wall socket. The Flash Receiver does not pick up signals • Check that the Bellman Visit 868 Flash Receiver is set to the from the Bellman Visit 868 Transmitters. same radio key as the other units in the relevant Bellman Visit 868 system. For further information see Appendix/Further information/Settings/Radio key. • Check that the flash is functioning by pressing the Test Button (9) on the Flash Receiver. • Check that the receiver is not placed too far away by moving it closer to the transmitter.
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Page 77: Be1450 Bellman Visit 868 Portable Receiver
Page 77 Technical Solutions Be1450 Bellman Visit System Information Bellman Visit 868 Portable Receiver Be1450 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in the surrounding area and transmit a radio signal to the receivers. The receivers pick up this signal and provide indications using light, sound and/or vibration. Technical information The transmitter determines what type of light, sound or vibration should be Power supply displayed so that the reason for the indication is evident. Mains power: 7.5 V DC controlled output voltage/1000 Read through the entire user manual first and then start to install the system. mA with power supply unit BE9201 (Europe) BE9202 (United Kingdom). Refer to the illustration of the Bellman Visit 868 System on the inside of the Battery power: 4 x 1.5 V LR14 (C) alkaline. cover. Operating time: Alkaline: 2 – 3 years Power consumption: Active: 1000 mA Getting started Idle position: 0.1 mA...
Page 78 Be1450 Page 78 Technical Solutions Bellman Visit System Information Radio key On delivery all Bellman Visit 868 units are tuned to the same Radio Key. If you have a neighbour with a similar system, you can change to different Radio Keys so that you do not affect each other’s systems. The Radio Key on this receiver can be changed by holding down the Test Button (12) for about five seconds until the LEDs (5) and (6) blink alternately. Then press the transmitter’s test button so that the receiver’s LEDs (4-7) blink to confirm that the Radio Key has been changed. All units in a Bellman Visit 868 System must have the same Radio Key in order to operate as a group. Refer to the user manual for the relevant unit. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 79 Page 79 Technical Solutions Be1450 Bellman Visit System Information Power supply When the LED (2) lights up green during activation, the unit is working correctly. When the LED (2) lights up yellow during activation, the unit is working correctly, but the batteries are flat and must be changed. Only use LR14 alkaline type batteries. When the LED (2) is constantly green, the Bellman Visit 868 Portable Receiver is powered by an external power supply (accessory) via the power supply unit connection socket (9). Troubleshooting in brief Problem Solution Nothing happens. • Change the batteries. Only use LR14 alkaline type batteries. The receiver is not emitting any sound signals. • Turn up the volume using the volume control (1). The receiver emits a sound but no light signal. • Check that on/off light signal switch (11) is set to the ON position. The LED (2) lights up yellow when the Receiver is • Change the batteries. Only use LR14 alkaline type batteries. activated. The receiver is not activated, but works when the test • Check the battery in the transmitters. button is used. • Check that the receiver is not placed too far away from the transmitters by moving it closer to the transmitters. • Check that the receiver is set to the correct radio key. For further information see Function/Radio key. The receiver signals when no transmitter is asctivated. • Change the Radio Key on all units in the system. For further information see Function/Radio key.
Page 80 Be1450 Page 80 Technical Solutions Bellman Visit System Information Appendix Further information Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. A Bellman Visit 868 transmitter is also required to alter the radio key on the Bellman Visit 868 Portable Receiver. Proceed as follows to change the Radio Key: • Set a Bellman Visit Transmitter to the desired radio key by altering its radio key switch to the desired radio key. See the transmitter user manual for further information. • Hold down the Test Button (12) on the Bellman Visit 868 Portable Receiver until the green (5) and yellow (6) LEDs blink alternately. The Bellman Visit Portable Receiver will now be in programming mode for about 30 seconds. • Press the Bellman Visit 868 transmitter’s test button. • The LEDs (4, 5, 6 and 7) will now blink five times in quick succession to indicate a successful change of radio key. • After changing the radio key, the Bellman Visit 868 Portable Receiver will automatically return to normal mode. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 81 Page 81 Technical Solutions Be1450 Bellman Visit System Information Signal pattern A Signal Pattern is the name for the way in which a receiver in the Bellman Visit 868 System indicates activation. Changing the transmitters’ Signal Switch changes the Signal Pattern which the receivers display when the transmitter is activated. The following signal patterns are available for the Bellman Visit 868 System: Type leD pattern Sound Vibration Flash Green 1 Green is constantly lit 1 x ding dong, low-frequency tone Separate Green 2 Green blinks in sequences of two 2 x ding dong, low-frequency tone Separate Green 3 Green blinks in sequences of three 1 x ding dong, high-frequency tone Separate Green 4 Green blinks constantly 2 x ding dong, high-frequency tone Separate Yellow 1 Yellow is constantly lit 1 x ring, low-frequency tone Short Yellow 2 Yellow blinks in sequences of two...
Page 82 Be1450 Page 82 Technical Solutions Bellman Visit System Information Advanced programming Advanced programming provides additional options for those who wish to make special modifications to the Bellman Visit 868 Portable Receiver. The idea is that it should be possible to select a completely unique signal pattern which is linked to activation from a specific input on a special Bellman Visit 868 transmitter. The function works regardless of the radio key settings on the units that are programmed. Please note that, for safety reasons, the function does not work with the BE1480 Bellman Visit 868 Smoke Alarm. By using advanced programming of the Bellman Visit 868 Portable Receiver, it can be adjusted so that its signal pattern corresponds exactly to what is required. In other words an entirely individual signal pattern can be programmed, such as displaying an orange permanently lit LED with a sound like a doorbell and a constant vibration. In order to adjust the setting, the Bellman Visit 868 Transmitter to which the Bellman Visit 868 Portable Receiver should be adapted must be available. The transmitter must also be connected so that it can be activated in the way in which it is intended to be used. Proceed as follows: Hold down the Test Button (12) on the Bellman Visit 868 Portable Receiver until the green (5) and yellow (6) LEDs blink alternately. The Bellman Visit 868 Portable Receiver will now be in programming mode for about 30 seconds. Hold down the Test Button (12) at the same time as the relevant Bellman Visit 868 transmitter is activated in precisely the way in which it is intended to be used. Note that all inputs are individual. It is therefore not possible to use the Test Button on a Bellman Visit 868 Telephone Transmitter whose telephone input will indicate the relevant pattern. Scroll through the different LED options by a short press on the Test Button (12). Select the relevant indication by holding down the Test Button (12) until the LED (2) goes out and starts to shine with a constant yellow light. Scroll through the different sound options by a short press on the Test Button (12). Select the relevant indication by holding down the Test Button (12) until the LED (2) goes out and starts to shine with a constant yellow light. Scroll through the different vibration options by a short press on the Test Button (12). Select the relevant indication by holding down the Test Button (12) until the LED (2) goes out and starts to shine with a constant yellow light. The Bellman Visit 868 Portable Receiver will now show the indication method programmed. End the display with a short press of the Test Button (12). After a short while, the Bellman Visit 868 Portable Receiver will automatically return to normal mode. This function is essential where a transmitter has to work in a special way with regard to a specific receiver. Resetting advanced programming It is quite easy to reset the Bellman Visit 868 Portable Receiver if it needs to be reset after it has been programmed using advanced programming. Hold down the Test Button (12) on the Bellman Visit 868 Portable Receiver until the green (5) and yellow (6) LEDs blink alternately. The Bellman Visit 868 Portable Receiver will now be in programming mode for about 30 seconds.
Page 83 Page 83 Technical Solutions Be1450 Bellman Visit System Information Testing It is easy to test the BE1450 Bellman Visit 868 Portable Receiver. If the Portable Receiver does not work as described below, you can check further under Troubleshooting/Troubleshooting guide. How to test A transmitter in the Bellman Visit 868 System which is set to the same radio key as the Portable Receiver is required to test the radio reception on the BE1450 Bellman Visit 868 Portable Receiver. • Press the transmitter test button. • The Bellman Visit 868 Portable Receiver will give the following indications: o The green LED (2) will light o The LEDs on the front (3) will blink (if the light signal switch (11) is set to ON) o The LEDs (4-7) which the transmitter has been set to indicate with or which have been programmed into the Portable Receiver with Advanced Programming will be switched on. o The sound signal which the transmitter has been set to indicate with or which has been programmed into the Portable Receiver with Advanced Programming will be emitted. o If the BE1270 Bellman Bed-shaker (accessory) is connected, it will vibrate as the transmitter has been set to indicate or in the way the Portable Receiver has been programmed with Advanced Programming. • A short press on the test button activates BE1450 so that it repeats the last indication. Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens. • Change the batteries. Only use LR14 alkaline type batteries. The Portable Receiver does not pick up signals from the • Check that the Bellman Visit 868 Portable Receiver is set to Bellman Visit 868 transmitters, but works when the test the same radio key as the other units in the relevant Bellman...
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Page 85: Be1452 Bellman Visit 868 Portable Audio Receiver
Page 85 Technical Solutions Be1452 Bellman Visit System Information Bellman Visit 868 Portable Audio Receiver Be1452 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in the surrounding area and transmit a radio signal to the receivers. The receivers pick up this signal and provide indications using light, sound and/or vibration. Technical information The transmitter determines what type of light, sound or vibration should be Power supply displayed so that the reason for the indication is evident. Mains power: 7.5 V DC controlled output voltage/1000 Read through the entire user manual first and then start to install the system. mA with power supply unit BE9201 (Europe) BE9202 (United Kingdom). Refer to the illustration of the Bellman Visit 868 System on the inside of the Battery power: 4 x 1.5 V LR14 (C) alkaline. cover. Operating time: Alkaline: 2 – 3 years Power consumption: Active: 1000 mA Getting started...
Page 86 Be1452 Page 86 Technical Solutions Bellman Visit System Information Radio key On delivery all Bellman Visit 868 units are tuned to the same Radio Key. If you have a neighbour with a similar system, you can change to different Radio Keys so that you do not affect each other’s systems. The Radio Key on this receiver can be changed by holding down the Test Button (12) for about five seconds until the LEDs (5) and (6) blink alternately. Then press the transmitter’s test button so that the receiver’s LEDs (4-7) blink to confirm that the Radio Key has been changed. All units in a Bellman Visit 868 System must have the same Radio Key in order to operate as a group. Refer to the user manual for the relevant unit. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 87 Page 87 Technical Solutions Be1452 Bellman Visit System Information Power supply When the LED (2) lights up green during activation, the unit is working correctly. When the LED (2) lights up yellow during activation, the unit is working correctly, but the batteries are flat and must be changed. Only use LR14 alkaline type batteries. When the LED (2) is constantly green, the Bellman Visit 868 Portable Audio Receiver is powered by an external power supply (accessory) via the power supply unit connection socket (9). Troubleshooting in brief Problem Solution Nothing happens. • Change the batteries. Only use LR14 alkaline type batteries. The receiver is not emitting any sound signals. • Turn up the volume using the volume control (1). The receiver emits a sound but no light signal. • Check that on/off light signal switch (11) is set to the ON position. The LED (2) lights up yellow when the Receiver is • Change the batteries. Only use LR14 alkaline type batteries. activated. The receiver is not activated, but works when the test • Check the battery in the transmitters. button is used. • Check that the receiver is not placed too far away from the transmitters by moving it closer to the transmitters. • Check that the receiver is set to the correct radio key. For further information see Function/Radio key. The receivers in the system transmit signals for no • Change the Radio Key on all units in the system. For further reason.
Page 88 Be1452 Page 88 Technical Solutions Bellman Visit System Information Appendix Further information Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. A Bellman Visit 868 transmitter is also required to alter the radio key on the Bellman Visit 868 Portable Audio Receiver. Proceed as follows to change the Radio Key: • Set a Bellman Visit Transmitter to the desired radio key by altering its radio key switch to the desired radio key. See the transmitter user manual for further information. • Hold down the Test Button (12) on the Bellman Visit 868 Portable Audio Receiver until the green (5) and yellow (6) LEDs blink alternately. The Bellman Visit Portable Audio Receiver will now be in programming mode for about 30 seconds. • Press the Bellman Visit 868 transmitter’s test button. • The LEDs (4, 5, 6 and 7) will now blink five times in quick succession to indicate a successful change of radio key. • After changing the radio key, the Bellman Visit 868 Portable Audio Receiver will automatically return to normal mode. Please note: all Bellman Visit 868 products within a system must be tuned to the same Radio Key in order to operate as a group. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 89 Page 89 Technical Solutions Be1452 Bellman Visit System Information Signal pattern A Signal Pattern is the name for the way in which a receiver in the Bellman Visit 868 System indicates activation. Changing the transmitters’ Signal Switch changes the Signal Pattern which the receivers display when the transmitter is activated. Please note: the Bellman Visit 868 Portable Audio Receiver does not have a vibrator function. The following signal patterns are available for the Bellman Visit 868 System: Type leD pattern Sound Vibration Flash Green 1 Green is constantly lit 1 x ding dong, low-frequency tone Separate Green 2 Green blinks in sequences of two 2 x ding dong, low-frequency tone Separate Green 3 Green blinks in sequences of three 1 x ding dong, high-frequency tone Separate Green 4 Green blinks constantly 2 x ding dong, high-frequency tone Separate Yellow 1 Yellow is constantly lit 1 x ring, low-frequency tone Short Yellow 2...
Page 90 Be1452 Page 90 Technical Solutions Bellman Visit System Information Advanced programming Advanced programming provides additional options for those who wish to make special modifications to the Bellman Visit 868 Portable Receiver. The idea is that it should be possible to select a completely unique signal pattern which is linked to activation from a specific input on a special Bellman Visit 868 transmitter. The function works regardless of the radio key settings on the units that are programmed. Please note that, for safety reasons, the function does not work with the BE1480 Bellman Visit 868 Smoke Alarm. By using advanced programming of the Bellman Visit 868 Portable Receiver, it can be adjusted so that its signal pattern corresponds exactly to what is required. In other words an entirely individual signal pattern can be programmed, such as displaying an orange permanently lit LED with a sound like a doorbell and a constant vibration. In order to adjust the setting, the Bellman Visit 868 Transmitter to which the Bellman Visit 868 Portable Receiver should be adapted must be available. The transmitter must also be connected so that it can be activated in the way in which it is intended to be used. Proceed as follows: Hold down the Test Button (12) on the Bellman Visit 868 Portable Audio Receiver until the green (5) and yellow (6) LEDs blink alternately. The Bellman Visit 868 Portable Audio Receiver will now be in programming mode for about 30 seconds. Hold down the Test Button (12) at the same time as the relevant Bellman Visit 868 transmitter is activated in precisely the way in which it is intended to be used. Note that all inputs are individual. It is therefore not possible to use the Test Button on a Bellman Visit 868 Telephone Transmitter whose telephone input will indicate the relevant pattern. Scroll through the different LED options by a short press on the Test Button (12). Select the relevant indication by holding down the Test Button (12) until the LED (2) goes out and starts to shine with a constant yellow light. Scroll through the different sound options by a short press on the Test Button (12). Select the relevant indication by holding down the Test Button (12) until the LED (2) goes out and starts to shine with a constant yellow light. The Bellman Visit 868 Portable Audio Receiver will now show the indication mode programmed. End the display with a short press of the Test Button (12). After a short while, the Bellman Visit 868 Portable Audio Receiver will automatically return to normal mode. This function is essential where a transmitter has to work in a special way with regard to a specific receiver. Resetting advanced programming It is quite easy to reset the Bellman Visit 868 Portable Receiver if it needs to be reset after it has been programmed using advanced programming. Hold down the Test Button (12) on the Bellman Visit 868 Portable Audio Receiver until the green (5) and yellow (6) LEDs blink alternately. The Bellman Visit 868 Portable Audio Receiver will now be in programming mode for about 30 seconds. Press the Test Button (12) three times in quick succession.
Page 91: Radio Transmitter
Page 91 Technical Solutions Be1452 Bellman Visit System Information Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens. • Change the batteries. Only use LR14 alkaline type batteries. The Portable Receiver does not pick up signals from the • Check that the Bellman Visit 868 Portable Receiver is set to Bellman Visit 868 transmitters, but works when the test the same radio key as the other units in the relevant Bellman button is used. Visit 868 system. For further information see Appendix/ Further information/Settings/Radio key. • Check that the receiver is not placed too far away by moving it closer to the transmitter. The receiver signals when no transmitter is activated. • Change the Radio Key on all units in the relevant Bellman Visit 868 System. There is probably another system nearby with the same Radio Key. The receiver does not emit any sound signals. • Turn up the volume using the volume control (1). The receiver emits a sound but no light signal. • Check that on/off light signal switch (11) is set to the ON position. The green LED (2) lights up yellow when the Receiver • Change the batteries. Only use LR14 alkaline type batteries. is activated. No sound is reaching the linked audio system. • Check the connection to the audio output (8). • Check the connection by referring to the user manual for the linked audio system.
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Page 93 Page 93 Technical Solutions Be1465 Bellman Visit System Information Bellman Visit 868 guard Receiver Be1465 Introduction Thank you for choosing products from Bellman & Symfon. Technical information The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events Power supply in the surrounding area and transmit a radio signal to the receivers. Mains power: 7.5 V DC / 1500 mA with power supply unit BE9201 (Europe) and BE9202 (United Kingdom). The receivers pick up this signal and provide indications using Battery power: 4 Bellman & Symfon C400T NiMh batteries. light, sound and/or vibration. Please note! • Do not use any batteries other than C400T or the batteries recommended by Bellman The transmitter determines what type of light, sound or vibration &...
Page 94 Be1465 Page 94 Technical Solutions Bellman Visit System Information Getting started Unpacking, installing and testing the unit 1. Unscrew the screws (15) and open the battery cover (14). 2. Fit the four C400T type NiMh batteries supplied or the batteries recommended by Bellman & Symfon AB. Make sure that they are inserted the right way round. The batteries should be changed every four years. 3. Fit one 9V battery, either a Duracell MN1604, Energizer 522 (alkaline) or Ultralife U9VL-J (lithium) in the battery compartment. 4. Connect the power supply unit to the socket (10). 5. Press the Test Button (2). The Bellman Visit 868 Guard Receiver will then start flashing and the Bed Shaker will start to vibrate. 6. After 5-10 minutes the two yellow warning LEDs (8) and (5) will have stopped blinking and glowing. 7. Position the Smoke Alarm as instructed in the Smoke Alarm User Manual. 8. The bed shaker should be placed under the pillow so that the vibrations will wake anyone sleeping on the pillow if there is a fire. Set the Radio Key If the Guard Receiver has to work with an existing Bellman Visit 868 System, it must be set to the same Radio Key as this system.
Page 95: Be1465 Bellman Visit 868 Guard Receiver
Page 95 Technical Solutions Be1465 Bellman Visit System Information Function General The BE1465 Bellman Visit 868 Guard Receiver is primarily intended as a central unit in a Smoke Alarm System but is also a receiver in the Bellman Visit 868 System. The product is intended for indoor use and attracts the attention of the user with a flashing light, light signal and vibration via the Bed Shaker (19). The Guard Receiver monitors the radio link to all BE1480 Bellman Visit 868 Smoke Alarms which are registered to the Guard Receiver and gives a warning if the smoke alarm does not respond correctly. At the same time the Guard Receiver works together with the Bellman Visit 868 System. In other words you can use your existing Bellman Visit 868 products together with a Guard Receiver. It is activated via radio signals from any transmitter within the Bellman Visit 868 System or via an external trigger input (9). A short press on the Test Button (2) activates BE1465 so that it repeats its last indication. Radio key On delivery all Bellman Visit 868 units are tuned to the same Radio Key. If you have a neighbour with a similar system, you can change to different Radio Keys so that you do not affect each other’s systems. If the Guard Receiver has to work with an existing Bellman Visit 868 System, it must be set to the same Radio Key as this system. 1. Check the system’s Radio Key by looking at setting of the Radio Key Switch on the existing transmitters, 2. Set the Radio Key Switch on the Guard Receiver (17) and on the Smoke Alarm (21) to the same Radio Key as the other units. Please note! It is NOT possible to set the Radio Key via the Test Button as can be done with the other receivers. 3. Press the test button on a Bellman Visit 868 transmitter and the Guard Receiver will start to flash and emit light signals and the Bed Shaker will vibrate.
Page 96 Be1465 Page 96 Technical Solutions Bellman Visit System Information Smoke alarm system The smoke alarm setting button (16) has the following three functions: • A long press, (more than 5 seconds), registers a new smoke alarm with the Smoke Alarm System, see the section “Add a new smoke alarm to the Smoke Alarm System”. • A long press and then 3 short presses deletes all registered smoke alarms from the system, see the section “Delete all smoke alarms from the system”. • A short press shows the number of registered smoke alarms by flashing once for each registered smoke alarm, see the section “Check the number of smoke alarms connected”. Add a new smoke alarm to the Smoke Alarm System A maximum of 8 BE1480 Bellman Visit Smoke Alarms can be registered to one Guard Receiver. 1. Set the BE1480 type Bellman Visit 868 Smoke Alarm to the position in which it can operate with the Smoke Alarm System by setting the Smoke Alarm System switch on the Smoke Alarm (23), set the switch marked number 8 to the ON position. See the Smoke Alarm User Manual for further information. 2. Set the Smoke Alarm Radio Key (21) to the same Radio Key as the one the Guard Receiver (17) is set 3. Insert the battery in the smoke alarm and wait for about 10 seconds for the Smoke Alarm self-test. The Smoke...
Page 97 Page 97 Technical Solutions Be1465 Bellman Visit System Information Check the number of smoke alarms connected You can check how many smoke alarms are registered in the system. You can do this as follows: 1. Unscrew the screws (15) and remove the Battery Cover (14). 2. Give one short press on the Smoke Alarm Setting Button (16). 3. The Guard Receiver flashes once for each registered BE1480 type Smoke Alarm (maximum 8). 4. Refit the Battery Cover (14) and screw the screws back in (15) Testing the Smoke Alarm System After changing the batteries or when a product is replaced, all units should be tested. 1. Change the battery that needs changing and wait for about 10 seconds. 2. Press the Test Button (24) on all the smoke alarms and check that the Guard Receiver is giving a fire alarm warning. Check that the yellow fire alarm LED (8) stops blinking yellow within 5-10 minutes. Indicators and Signals It is generally the transmitters in the Bellman Visit 868 System that determine how the receivers will indicate an alarm. See the description in the relevant transmitter user manual for further information.
Page 98 Be1465 Page 98 Technical Solutions Bellman Visit System Information Power supply The power supply LED (6) can give the following indications: • a constant green light indicates that the power supply unit is connected correctly and the batteries are charged. • green light indicates that the Bellman Visit 868 Guard Receiver is battery operated and the batteries a blinking are charged. • a constant yellow light indicates that the power supply unit is connected correctly but the batteries are low and need to be charged for about 24 hours. If the LED is still glowing yellow after 24 hours, the batteries are probably defective and need to be replaced. • yellow light indicates that the Guard Receiver is operated by batteries which are nearly flat and must a blinking be charged. Connect the power supply unit and charge the Guard Receiver for at least 24 hours. Bellman Visit 868 Smoke Alarm, BE1480 When the smoke alarm is registered to a Smoke Alarm System it can give more indications via the built-in LED than normal. • The LED in the Smoke Alarm Test Button (24) blinks red and the Smoke Alarm beeps about once a second immediately after the batteries have been connected. This means that the battery that has been connected is flat and that you need to replace the battery with a new one instead.
Page 99 Page 99 Be1465 Technical Solutions Bellman Visit System Information • Check that the Bed Shaker (19) vibrates when you press the Test Button The LED (5) lights yellow! (2). If necessary, buy a new BE1270 type Bellman Bed Shaker. Nothing happens when the Smoke Alarm is • Change the battery. Use a Duracell MN1604, Energizer 522 (alkaline) activated with the Test Button (24). or Ultralife U9VL-J (lithium). The receiver is not activated. • Check the batteries in the transmitters. • Check that the flash is functioning by pressing the Test Button (2) on the Guard Receiver • Check that the receiver is not placed too far away from the transmitters by moving it closer to the transmitters. • Check that the receiver is set to the correct Radio Key. For further information see Function/Radio key The receivers in the system transmit signals for • Change the Radio Key on all units in the system. For further no reason. information see Function/Radio key. For further information about the product in English, refer to the Appendix. RADIO 1 2 3 4 5 6 7 8 RADIO 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8...
Page 100 Be1465 Page 100 Technical Solutions Bellman Visit System Information Appendix Further information Settings No adjustments other than those described in the manual section are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different Please note: systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all all Bellman Visit 868 products within the same Radio Key Switches on the transmitters are set to the OFF position. system must be tuned to the same Radio Key in order to operate as a group.
Page 101 Page 101 Technical Solutions Be1465 Bellman Visit System Information Signal pattern on external trigger See figure below to adjust the signal type during external activation. Indicators and signals activated by an external trigger can be altered using the switches (18). DIP switch settings Signal pattern Green 1 1 2 3 4 5 6 7 8 Yellow 1 1 2 3 4 5 6 7 8 Orange 1 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 Advanced programming...
Page 102 Be1465 Page 102 Technical Solutions Bellman Visit System Information Resetting advanced programming It is quite easy to reset the Bellman Visit 868 Guard Receiver if it needs to be reset after it has been programmed using advanced programming. 1. Hold down the Test Button (2) on the Bellman Visit 868 Guard Receiver until the green (4) and yellow (7) LEDs blink alternately. The Bellman Visit 868 Guard Receiver will now be in programming mode for about 30 seconds. 2. Press the Test Button (2) three times in quick succession. 3. The LEDs (3, 4, 7 and 8) remain constantly on for a few seconds. 4. All the advanced programming has now been deleted and the Bellman Visit 868 Guard Receiver will automatically return to normal mode. Test It is easy to test the BE1465 Bellman Visit 868 Guard Receiver. If the Guard Receiver does not work as described below, you can check further below under Appendix/Further information/Troubleshooting/Troubleshooting guide. How to test the Guard Receiver 1. A transmitter in the Bellman Visit 868 System which is set to the same Radio Key as the Bellman 868 Guard Receiver is required to test the flashing light and vibration, if the BE1270 Bellman Bed Shaker is connected, and the radio reception on the BE1465 Bellman Visit 868 Guard Receiver. a. Press the transmitter test button. b. The Bellman Visit 868 Guard Receiver will give the following indications: Flashing with the four flashing lights (1).
Page 103 Page 103 Technical Solutions Be1465 Bellman Visit System Information 3. Check the number of smoke alarms that are connected (maximum 8) as follows: a. Unscrew the screws (15) and open the battery cover (14). b. Give one press on the Smoke Alarm Setting Button (16) c. The Guard Receiver flashes once for each smoke alarm that is connected. d. Refit the battery cover (14) using the screws (15). 4. Check the Radio Links between the Guard Receiver and connect the smoke alarm(s) Check that the Smoke Alarm System LED (8) is not blinking yellow. Check that the Smoke Alarm System Switches (23)on all Smoke Alarms are set to ON. Also check that they are not blinking yellow with the Smoke Alarm Test Button (24). Take the battery out of a smoke alarm The Smoke Alarm System LED (8) should start to blink yellow after about 5-10 minutes. Insert the battery again and wait for about 10 seconds until the smoke alarm is blinking red. Test the Smoke Alarm by pressing and holding in its Test Button for 5 seconds. The Guard Receiver will indicate an alarm via the smoke alarm system LED (8), flash and vibration, via the Best Shaker, The Smoke Alarm System LED (8) should stop blinking yellow after about 5-10 minutes. Repeat the points a to i with all the smoke alarms that are connected.
Page 104 Be1465 Page 104 Technical Solutions Bellman Visit System Information Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide • Nothing happens. Check that the power supply unit is connected correctly. The LED (6) should light up green. • Check that there is current in the wall socket. • Check the batteries. Please note! After changing the batteries, all units in the system should be tested. Do not use any batteries other than C400T or the batteries recommended by Bellman &...
Page 105 Page 105 Technical Solutions Be1465 Bellman Visit System Information The receiver is not activated. • Check the batteries in the transmitters. • Check that the flash is functioning by pressing the Test Button (2) on the Guard Receiver. • Check that the receiver is not placed too far away from the transmitters by moving it closer to the transmitters. • Check that the receiver is set to the correct Radio Key. For further information see Function/Radio key. The receivers in the system transmit signals for no reason. • Change the Radio Key on all units in the system. For further information see Function/Radio key.
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Page 107 Page 107 Technical Solutions Be1470 Bellman Visit System Information Bellman Visit 868 Pager Be1470 Introduction Thank you for choosing products from Bellman & Symfon. The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in the surrounding area and transmit a radio signal to the receivers. The receivers pick up this signal and provide indications using light, sound and/or vibration. Technical information The transmitter determines what type of light, sound or vibration should Power supply be displayed so that the reason for the indication is evident. Mains power: Via Bellman Visit Charger, BE1260 Read through the entire user manual first and then start to install the Battery power: 1 x 1.5 V AAA alkaline or 1.2 V AAA NiMh rechargeable battery. system. Operating time: Alkaline: 2 – 3 weeks Refer to the illustration of the Bellman Visit 868 System on the inside of NiMh: Approx. 1 week on one charge the cover. Power consumption: Active: Approximately 220 mA Getting started...
Page 108: Be1470 Bellman Visit 868 Pager
Be1470 Page 108 Technical Solutions Bellman Visit System Information When using rechargeable NiMh-batteries, the Bellman Visit 868 Pager can also be connected to the BE1260 Bellman Visit Charger (separate product). This charges the unit and allows up to two BE1270 Bellman Bed-shakers (accessory) to be connected via the charger. Charging of the BE1260 Bellman Visit Charger (separate product) is controlled by the pager and takes up to 8 hours. During charging the LED on the charger will light up green but go out when charging is finished. If the Pager remains in the charger after charging is finished, the LED on the charger will blink green now and then to indicate that the battery is being trickle charged. Please note: WHEN USING the Bellman Visit Charger ONLY USE RECHARGEABLE NiMH BATTERIES. non-rechargeable batteries will start to leak if re-charged! The acid in the batteries will damage the electronics in the Bellman Visit 868 Pager, Be1470 and the resulting damage will not be covered by any guarantee.
Page 109: Be1260 Bellman Visit Charger
Page 109 Technical Solutions Be1470 Bellman Visit System Information Indicators and Signals It is generally the transmitters in the Bellman Visit 868 System that determine how the receivers will indicate an alarm. See the description in the relevant transmitter user manual for further information. System indicators The LEDs (2 - 5) that indicate which transmitter has activated the Bellman Visit 868 Pager normally have the following meanings. • Orange LED (2) indicates a baby cry transmitter. • Green LED (3) indicates a door transmitter. • Yellow LED (4) indicates a telephone transmitter. • Red LED (5) indicates a smoke alarm. If the green (3) and yellow (4) LEDs blink alternately, this indicates that the Bellman Visit 868 Pager is in radio key selection mode. The Pager will then wait for a radio signal from a transmitter in the Bellman Visit 868 system which will adjust the receiver to the same radio key as the transmitter is tuned to. Vibration The built-in vibrator vibrates differently according to which transmitter has activated the Pager. Refer to the user manual for the relevant Bellman Visit 868 transmitter for more information about vibration patterns. When using rechargeable NiMh batteries, the Bellman Visit 868 Pager can be connected to the BE1260 Bellman Visit Charger (separate product) to which two BE1270 Bellman Bed-shakers (accessory) can also be connected. These are placed under the pillow so that the user is woken up when the Bellman Visit 868 Pager is activated. Power supply Please note: The pager will not vibrate whilst inserted in the charger. Other indicators will act as normal.
Page 110 Be1470 Page 110 Technical Solutions Bellman Visit System Information Function button Yellow low battery LED indicator Orange LED Battery cover Green LED Battery removal button Yellow LED Clip for attaching to an article of clothing Red LED Appendix Further information Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. A Bellman Visit 868 transmitter is also required to alter the radio key on the Bellman Visit 868 Pager. Proceed as follows to change the Radio Key: • Set a Bellman Visit 868 Transmitter to the desired radio key by altering its radio key switch to the desired radio key. See the transmitter user manual for further information. • Hold down the function button (1) on the Bellman Visit 868 Pager until the green (3) and yellow (4) LEDs blink alternately. The Bellman Visit 868 Pager will now be in programming mode for about 30 seconds. • Press the Bellman Visit 868 transmitter’s test button. • The LEDs (2, 3, 4 and 5) will now blink five times in quick succession to indicate a successful change of radio key. • After changing the radio key, the Bellman Visit 868 Pager will automatically return to normal mode. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 111 Page 111 Technical Solutions Be1470 Bellman Visit System Information Signal pattern A Signal Pattern is the name for the way in which a receiver in the Bellman Visit 868 System indicates activation. Changing the transmitters’ Signal Switch changes the Signal Pattern which the receivers display when the transmitter is activated. The following signal patterns are available for the Bellman Visit 868 system. (Note that the Pager does not emit any sound or flash): Type leD pattern Sound Vibration Flash Green 1 Green is constantly lit 1 x ding dong, low-frequency tone Separate Green 2 Green blinks in sequences of two 2 x ding dong, low-frequency tone Separate Green 3 Green blinks in sequences of three 1 x ding dong, high-frequency tone Separate Green 4 Green blinks constantly 2 x ding dong, high-frequency tone Separate Yellow 1 Yellow is constantly lit 1 x ring, low-frequency tone Short Yellow 2 Yellow blinks in sequences of two 2 x ring ring, low-frequency tone...
Page 112 BE1470 Page 112 Technical Solutions Bellman Visit System Information Advanced programming Advanced programming provides additional options for those who wish to make special modifications to the Bellman Visit 868 Pager. The idea is that it should be possible to select a completely unique signal pattern which is linked to activation from a specific input on a special Bellman Visit 868 transmitter. The function works regardless of the radio key settings on the units that are programmed. Please note that, for safety reasons, the function does not work with the BE1480 Bellman Visit 868 Smoke Alarm. By using advanced programming of the Bellman Visit 868 Pager, it can be adjusted so that its signal pattern corresponds exactly to what is required. In other words an entirely individual signal pattern can be programmed, such as displaying an orange permanently lit LED and a constant vibration. In order to adjust the setting, the Bellman Visit 868 Transmitter to which the Bellman Visit 868 Pager should be adapted must be available. The transmitter must also be connected so that it can be activated in the way in which it is intended to be used. Proceed as follows: 1. Hold down the Function Button (1) on the Bellman Visit 868 Pager until the green (3) and yellow (4) LEDs blink alternately. The Bellman Visit 868 Pager will now be in programming mode for about 30 seconds. 2. Hold down the Function Button (1) at the same time as the relevant Bellman Visit 868 transmitter is activated in precisely the way in which it is intended to be used. The yellow LED (6) will light up. Note that all inputs are individual, so that it is not possible to use the test button on a Bellman Visit 868 Telephone Transmitter whose telephone input will indicate the relevant pattern. 3. Scroll through the different LED options by a short press on the Function Button (1). Select the relevant indication by holding down the Function Button (1) until the LED (6) goes out and starts to shine with a constant yellow light again. 4. Scroll through the different vibration options by a short press on the Function Button (1). Select the relevant indication by holding down the Function Button (1) until the LED (6) goes out and starts to shine with a constant yellow light again. 5. The Bellman Visit 868 Pager will now show the indication method programmed. End the display with a short press of the Function Button (1).
Page 113 Page 113 Technical Solutions BE1470 Bellman Visit System Information Testing It is easy to test the BE1470 Bellman Visit 868 Pager. If the Pager does not work as described below, you can check further below under Appendix/Further information/Troubleshooting/Troubleshooting guide. How to test A transmitter in the Bellman Visit 868 system which is set to the same radio key as the Pager is required to test the radio reception on the BE1470 Bellman Visit 868 Pager. • Press the transmitter test button. • The Bellman Visit 868 Pager will give the following indications: o The LEDs (2-5) which the transmitter has been set to indicate with or which have been programmed into the Bellman Visit 868 Pager with Advanced Programming will be switched on. o It will vibrate as the transmitter is set to indicate or in the way the Bellman Visit 868 Pager has been programmed with advanced programming. Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens. • Change or charge the battery. Only use an alkaline AAA type battery or a rechargeable NiMh AAA type battery The LED (6) blinks yellow. • Change or charge the battery. Only use an alkaline AAA type battery or a rechargeable NiMH AAA type battery. The Pager does not pick up signals from the Bellman Visit 868 • Check that the Bellman Visit 868 Pager is set to the same radio Transmitters. key as the other units in the relevant Bellman Visit 868 system. For further information see Appendix/Further information/Settings/ Radio key.
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Page 115 Page 115 Technical Solutions Be1260 Bellman Visit System Information Bellman Visit Charger Be1260 Function The BE1260 Bellman Visit Charger is a charger for the BE1470 Bellman Visit 868 Pager (separate product) and is for indoor use only. When the Bellman Visit 868 Pager is fitted in the charger, the charger can attract the user’s attention with up to BE1270 Bellman Bed-shakers (accessory). To ensure reliable operation, the Bellman Visit Charger must always be Technical information charged for 24 hours either when first used or when the internal back-up batteries have run down. The power supply unit should generally be connected at all times so that the internal back-up batteries are charged Power supply automatically. Mains power: 8 V DC / 800 mA with built- Charging of the Bellman Visit 868 Pager (separate product) is controlled in power supply unit. by the pager. Charging generally takes up to 8 hours. When charging the Back-up battery: Internal NiMh batteries. The internal back-up batteries must be LED (3) will light up green. The LED will go out when trickle charging. changed at a service workshop. The charger has built-in back-up batteries that are automatically charged Charging the back-up battery: Via the when the charger is connected to the mains. In the event of a power power supply unit. Discharged back-up batteries will take at least 24 hours to charge.
Page 116 BE1260 Page 116 Technical Solutions Bellman Visit System Information 4. Vibrator output B. Vibrator output A Also used for connecting the 2. Charger plug BE1340 Bellman Alarm Clock. 3. Supporting legs Indicators Bellman Visit functions Neither a radio nor an indicator is built into this product. However, the BE1470 Bellman Visit 868 Pager (separate product) and BE1270 Bellman Bed-shaker (accessory) are connected to the Visit System signal communications, and the BE1270 will vibrate in the same manner as the pager and light the relevant LED via the pager. The pager operates and indicates as usual, but will not vibrate whilst inserted into the charger. Power supply When the green LED (3) is constantly lit, the BE1470 Bellman Visit 868 Pager (separate product) is correctly connected and charging. The LED will turn off when the pager is fully charged. Charging takes at least 20 minutes. Troubleshooting Problem Solution The pager does not charge when inserted into the charger. Check that the power supply unit is inserted in the wall socket and the pager is correctly inserted in the charger. The charger light (3) on the charger will light up when the pager is inserted in the charger.
Page 117: Alarm Clock
Page 117 Technical Solutions Be1500 Bellman Visit System Information Bellman Visit 868 Alarm Clock Be1500 Introduction Thank you for choosing products from Bellman & Symfon. Technical information The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in Power supply the surrounding area and transmit a radio signal to the receivers. The Mains power: receivers pick up this signal and provide indications using light, sound 7.5 V DC / 1500 mA with power supply unit BE9092 (Europe) and BE9217 (United and/or vibration. Kingdom). Battery power: The transmitter determines what type of light, sound or vibration Internal NiMh type back-up battery. The should be displayed so that the reason for the indication is evident. internal back-up battery must be changed at a service workshop. Charging: Via the power supply unit. The Read through the entire user manual first and then start to install the discharged back-up battery will take at least 24 system.
Page 118: Be1500 Bellman Visit 868 Alarm Clock
Be1500 Page 118 Technical Solutions Bellman Visit System Information Function Technical information General Activation The BE1500 Bellman Visit 868 Alarm Clock is a combined Alarm call: B uilt-in clock/alarm call function Alarm Clock and receiver within the Bellman Visit 868 System Radio: Bellman Visit 868 System for indoor use, which attracts the attention of the user using sound and light signals and also vibration if a BE1270 Bellman Via analogue telephone network: Bed-shaker (accessory) is connected. 26 - 120 V RMS, 15 - 100 Hz. It is activated by the clock’s alarm, by radio signals from one of the transmitters within the Bellman Visit System, by connection to an external trigger input or via direct connection to a telephone socket. Radio Key On delivery all Bellman Visit 868 units are tuned to the same Radio Key. If you have a neighbour with a similar system, you can change to different Radio Keys so that you do not affect each External trigger: 3.5 mm stereo (mono provides a other’s systems.
Page 119 Page 119 Technical Solutions Be1500 Bellman Visit System Information Snooze function The snooze button lights when the alarm is activated and blinks when the snooze function is activated. To conserve the built-in back-up battery, the snooze button will not light or blink when the external power supply is disconnected, e.g. during a power failure. The snooze function on the alarm delays the alarm call for approximately 3.5 minutes by pressing the Snooze Button (8). During this time the LEDs in the Snooze Button (8) will blink. Switching off the alarm call The alarm is switched off completely by switching the Alarm Dial (9) to position 0. Illumination of the clock face The clock face’s background light will come on when the alarm clock sounds or the snooze button (8) is pressed. Telephone connection The telephone is connected via the Telephone Input (19). Use the BE9105 Telephone Flex (accessory) and an adapter plug (accessory). During activation via the telephone connection (19), further activations can be ignored for 45 seconds if the Snooze Button (8) is pressed. External trigger It is possible to connect the vibrator output on several of Bellman & Symfon AB’s products or other equipment that forms a contact or voltage to an external trigger (17) for activation. In this way the Bellman Visit 868 Alarm Clock can be made to work as alarm equipment, e.g. for an existing fire alarm. During activation via the External Trigger (17), further activations can be ignored for 45 seconds if the Snooze Button is pressed.
Page 120 Be1500 Page 120 Technical Solutions Bellman Visit System Information Vibration The Bellman Visit 868 Alarm Clock can power two BE1270 Bellman Bed-shakers BE1270 (accessory) which are placed under the pillow to wake the user up when the Bellman Visit 868 Alarm Clock is activated. The Bed Shaker is connected to the sockets (18). Refer to the user manual for the relevant Bellman Visit 868 transmitter for more information about vibration patterns. Power supply The LED (1) is constantly green when the power supply unit is connected correctly. When the LED (1) blinks green, the internal back-up battery is charged but the power supply unit is disconnected. The Bellman Visit 868 Alarm Clock has no external power supply. When the LED (1) blinks yellow, the back-up battery is nearly flat and must be charged. Connect the power supply unit and charge the Alarm Clock for at least 24 hours. Troubleshooting in brief Problem Solution Nothing happens. • Check that the power supply unit is connected correctly and that the LED (1) is constantly green. The LED (1) blinks. • Check that the power supply unit is connected correctly. The LEDs in the Snooze Button (8) do not come • Check that the power supply unit is connected correctly. on when the alarm clock is switched on. The receiver does not emit any sound signals. • Check that the Sound Switch (11) is in the ON position. The receiver does not emit any flash signals. • Check that the Flash Switch (13) is in the ON position. The receiver is not activated. • Check the batteries in the transmitters.
Page 121 Page 121 Technical Solutions Be1500 Bellman Visit System Information Power supply LED Alarm pointer Orange LED Green LED Yellow LED Red LED Illuminated clock face Illuminated snooze button Alarm dial 10. Base 11. Sound switch 12. Signal switches for external trigger 13. Flash switch 14. Alarm call knob 15. Time setting knob 16. Input for power supply unit 17. External trigger input. 18. Vibrator outputs 19. Analogue telephone input 20. Programming switch 21.
Page 122 Be1500 Page 122 Technical Solutions Bellman Visit System Information Appendix Further information Settings No adjustments apart from setting the time and selecting the call time are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio Key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. A Bellman Visit 868 transmitter is also required to alter the Radio Key on the Bellman Visit 868 Alarm Clock. Proceed as follows to change the Radio Key: • Set a Bellman Visit 868 Transmitter to the desired Radio Key by altering its Radio Key Switch to the desired Radio Key. See the transmitter user manual for further information. • Hold down the Snooze Button (8) on the Bellman Visit 868 Alarm Clock until the green (4) and yellow (5) LEDs blink alternately. The Bellman Visit 868 Alarm Clock will now be in programming mode for about 30 seconds. • Press the Bellman Visit 868 transmitter’s test button. • The LEDs (3, 4, 5 and 6) will now blink five times in quick succession to indicate a successful change of Radio Key. • After changing the Radio Key, the Bellman Visit 868 Alarm Clock will automatically return to normal mode. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 123 Page 123 Be1500 Technical Solutions Bellman Visit System Information Signal pattern A Signal Pattern is the name for the way in which a receiver in the Bellman Visit 868 System indicates activation. Changing the transmitters’ Signal Switch changes the Signal Pattern which the receivers display when the transmitter is activated. The following signal patterns are available for the Bellman Visit 868 System: Type leD pattern Sound Vibration Flash Green 1 Green is constantly lit 1 x ding dong, low-frequency tone Separate Green 2 Green blinks in sequences of two 2 x ding dong, low-frequency tone Separate Green 3 Green blinks in sequences of three 1 x ding dong, high-frequency tone Separate Green 4 Green blinks constantly 2 x ding dong, high-frequency tone Separate Yellow 1 Yellow is constantly lit 1 x ring, low-frequency tone Short Yellow 2 Yellow blinks in sequences of two...
Page 124 Be1500 Page 124 Technical Solutions Bellman Visit System Information Advanced programming Advanced programming provides additional options for those who wish to make special modifications to the Bellman Visit 868 Alarm Clock. The idea is that it should be possible to select a completely unique signal pattern which is linked to activation from a specific input on a special Bellman Visit 868 transmitter. The function works regardless of the Radio Key settings on the units that are programmed. Please note that, for safety reasons, the function does not work with the BE1480 Bellman Visit 868 Smoke Alarm. By using advanced programming of the Bellman Visit 868 Alarm Clock, it can be adjusted so that its signal pattern corresponds exactly to what is required. In other words an entirely individual signal pattern can be programmed, such as displaying an orange permanently lit LED with a sound like a doorbell and a constant vibration. In order to adjust the setting, the Bellman Visit 868 Transmitter to which the Bellman Visit 868 Alarm Clock should be adapted must be available. The transmitter must also be connected so that it can be activated in the way in which it is intended to be used. Proceed as follows: 1. Hold down the Snooze Button (8) on the Bellman Visit 868 Alarm Clock until the green (4) and yellow (5) LEDs blink alternately. The Bellman Visit 868 Alarm Clock will now be in programming mode for about 30 seconds. 2. Hold down the Snooze Button (8) at the same time as the relevant Bellman Visit 868 transmitter is activated in precisely the way in which it is intended to be used. Note that all inputs are individual, so that it is not possible to use the test button on a Bellman Visit 868 Telephone Transmitter whose telephone input will indicate the relevant pattern. 3. Scroll through the different LED options by a short press on the Snooze Button (8). Select the relevant indication by holding down the Snooze Button (8) until the LED (1) goes out and starts to shine with a constant yellow light again. 4. Scroll through the different sound options by a short press on the Snooze Button (8). Select the relevant indication by holding down the Snooze Button (8) until the LED (1) goes out and starts to shine with a constant yellow light again.
Page 125 Page 125 Technical Solutions Be1500 Bellman Visit System Information Testing It is easy to test the BE1500 Bellman Visit 868 Alarm Clock. If the Alarm Clock does not work as described below, you can check further below under Appendix/Further information/Troubleshooting/Troubleshooting guide. How to test The BE1500 Bellman Visit 868 Alarm Clock should always be connected to the electric socket with the enclosed power supply unit. To test the flashing light, sound and vibration with the BE1270 Bellman Bed-shaker (accessory): • Switch on the alarm with the Alarm Dial (9) by turning it to position 1 • Turn the Alarm Pointer anticlockwise using the Alarm Call Knob (14) until the alarm on the clock is activated. • The Bellman Visit 868 Alarm Clock will give the following indications: o Flashing with the flashing lights (21) on the front, provided that the Flash Switch (13) is in the ON position. o Switching on clock face background illumination (7). o Emitting a sound signal, provided that the sound switch (11) is in the ON position. o A BE1270 Bellman Bed-shaker (accessory) will vibrate if connected A transmitter in the Bellman Visit 868 System is required to test the radio reception. • Press the transmitter test button. • The Bellman Visit 868 Alarm Clock will give the following indications: o Flashing with the flashing lights (21) on the front, provided that the Flash Switch (13) is in the ON position. o Switching on the LEDs (3 - 6) which the transmitter has been set to indicate with or which have been programmed into the Alarm Clock with Advanced Programming. o Emitting the sound signal which the transmitter has been set to indicate with or which has been programmed into the Alarm Clock with Advanced Programming. This requires the Sound Switch (11) to be in the ON position. o If the BE1270 Bellman Bed-shaker (accessory) is connected, it will vibrate as the transmitter has been set to indicate or in the way the Alarm Clock has been programmed with Advanced Programming.
Page 126 Be1500 Page 126 Technical Solutions Bellman Visit System Information o Emitting the sound signal selected via the external trigger signal switch (12), provided that the Sound Switch (11) is in the ON position. o If the BE1270 Bellman Bed-shaker (accessory) is connected, it will vibrate in the way selected via the external trigger signal switch (12). To test the built-in telephone connection: • Connect input (19) on the Bellman Visit 868 Alarm Clock to an analogue telephone socket using a BE9105 telephone flex (accessory) and an adapter plug (accessory). • Ring the telephone number • The Bellman Visit 868 Alarm Clock will give the following indications: o Flashing with the flashing lights (21) on the front, provided that the Flash Switch (13) is in the ON position. o Switching on the yellow LED (5). o Emitting a ring-type sound signal, provided that the Sound Switch (11) is in the ON position. o The BE1270 Bellman Bed-shaker (accessory) will vibrate if connected. Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens. • Check that the power supply unit is connected correctly. The LED (1) blinks. • Check that the power supply unit is connected correctly. The LEDs in the Snooze Button (8) do not • Check that the power supply unit is connected correctly. come on when the alarm clock is switched on. The receiver does not emit any sound signals. • Check that the Sound Switch (11) is in the ON position. The receiver does not emit any flash signals. • Check that the Flash Switch (13) is in the ON position. The Alarm Clock does not pick up signals from • Check that the Bellman Visit 868 Alarm Clock is set to the same the Bellman Visit 868 Transmitters.
Page 127 Page 127 Technical Solutions Be1540 Bellman Visit System Information Bellman Visit 868 Portable Flash Receiver Be1540 Introduction Thank you for choosing products from Bellman & Symfon. Technical information The Bellman Visit 868 System consists of a number of radio transmitters and receivers. The transmitters detect different events in the surrounding Power supply area and transmit a radio signal to the receivers. The receivers pick up this Mains power: signal and provide indications using light, sound and/or vibration. 7.5 V DC / 1500 mA with power supply unit BE9216 (Europe) and BE9217 (United The transmitter determines what type of light, sound or vibration should be Kingdom). displayed so that the reason for the indication is evident. Battery power: 4 x TMK C400T NiMh batteries. Power consumption: Read through the entire user manual first and then start to install the Active: 1500 mA system.
Page 128: Be1540 Bellman Visit 868 Portable Flash Receiver
Be1540 Page 128 Technical Solutions Bellman Visit System Information Function Technical information General Activation The BE1540 Bellman Visit 868 Portable Flash Receiver is a Radio: Bellman Visit 868 System receiver within the Bellman Visit 868 system for indoor use, External trigger: 2.5 mm stereo (mono provides a which attracts the attention of the user with a flashing light, light connection) jack plug. signal, and also by vibration if a BE1270 Bellman Bed Shaker (accessory) is connected. Connection: between the inner and outer pins of the mono type 2.5 mm jack plug or between the middle/inner and outer pins of the stereo type 2.5 mm jack plug, see It is activated via radio signals from any transmitter within the diagram. Bellman Visit 868 System or via an external trigger input (8). A short press on the Test Button (2) activates BE1540 so that it DC: 2 to 30 V between the inner pin and middle pin on repeats its last indication. the stereo type 2.5 mm jack plug, see diagram. AC: 3 to 24 V RMS 5 -150 Hz between the inner pin and middle pin on the stereo type 2.5 mm jack plug, see Radio Key diagram. On delivery all Bellman Visit 868 units are tuned to the same Radio Key. If you have a neighbour with a similar system, you Output signals can change to different Radio Keys so that you do not affect each 15 Candela.
Page 129 Page 129 Technical Solutions Be1540 Bellman Visit System Information Flashing light When the Bellman Visit 868 Portable Flash Receiver is activated, the four flashing lights flash (1) with a bright white light. Vibration The Bellman Visit 868 Portable Flash Receiver can power a BE1270 Bellman Bed Shaker (accessory) connected to the socket (10). The bed shaker is placed under the pillow to wake the user up when the Bellman Visit 868 Portable Flash Receiver is activated. Refer to the user manual for the relevant Bellman Visit 868 transmitter for more information about vibration patterns. Power supply The LED (7) is constantly green when the power supply unit is connected correctly. The LED (7) blinks green when the Bellman Visit 868 Portable Flash Receiver is battery operated. When the LED (7) blinks yellow, the batteries are nearly flat and must be charged. Connect the power supply unit and charge the Portable Flash Receiver for at least 24 hours. Troubleshooting in brief Problem Solution Nothing happens. • Check that the power supply unit is connected correctly. The LED (7) should light up green. • Check that there is current in the wall socket. • Check the batteries. Please note! Do not use any batteries other than TMK C400T! The LED (7) lights up yellow when the Receiver • Charge the batteries by connecting the power supply unit to is activated. the charging socket (9). Please note! Do not use any batteries other than TMK C400T! The receiver is not activated.
Page 130 Be1540 Page 130 Technical Solutions Bellman Visit System Information Appendix Further information Settings No adjustments apart from setting the time and selecting the call time are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio Key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. A Bellman Visit 868 transmitter is also required to alter the radio key on the Bellman Visit 868 Portable Flash Receiver. Proceed as follows to change the Radio Key: • Set a Bellman Visit 868 Transmitter to the desired Radio Key by altering its Radio Key Switch. See the transmitter user manual for further information. • Hold down the Test Button (2) on the Bellman Visit 868 Portable Flash Receiver until the green (4) and yellow (6) LEDs blink alternately. The Bellman Visit 868 Portable Flash Receiver will now be in programming mode for about 30 seconds. • Press the Bellman Visit 868 transmitter’s test button. • The LEDs (3, 4, 5 and 6) will now blink five times in quick succession to indicate a successful change of radio key. • After changing the radio key, the Bellman Visit 868 Portable Flash Receiver will automatically return to normal mode. Please note: All Bellman Visit 868 products within the same system must be tuned to the same Radio Key in order to operate as a group.
Page 131 Page 131 Technical Solutions Be1540 Bellman Visit System Information Signal pattern A Signal Pattern is the name for the way in which a receiver in the Bellman Visit 868 System indicates activation. Changing the transmitters’ Signal Switch changes the Signal Pattern which the receivers display when the transmitter is activated. The following signal patterns are available for the Bellman Visit 868 System: (Please note that the Bellman Visit Portable Flash Receiver does not emit any sound): Type leD pattern Sound Vibration Flash Green 1 Green is constantly lit 1 x ding dong, low-frequency tone Separate Green 2 Green blinks in sequences of two 2 x ding dong, low-frequency tone Separate Green 3 Green blinks in sequences of three 1 x ding dong, high-frequency tone Separate Green 4 Green blinks constantly 2 x ding dong, high-frequency tone Separate Yellow 1 Yellow is constantly lit 1 x ring, low-frequency tone Short Yellow 2...
Page 132 Be1540 Page 132 Technical Solutions Bellman Visit System Information Advanced programming Advanced programming provides additional options for those who wish to make special modifications to the Bellman Visit 868 Portable Flash Receiver. The idea is that it should be possible to select a completely unique signal pattern which is linked to activation from a specific input on a special Bellman Visit 868 transmitter. The function works regardless of the Radio Key settings on the units that are programmed. Please note that, for safety reasons, the function does not work with the Bellman Visit 868 Smoke Alarm. Through the use of advanced programming of the Bellman Visit 868 Portable Flash Receiver, it can be adjusted so that its signal pattern corresponds exactly to what is required. In other words an entirely individual signal pattern can be programmed, such as displaying an orange permanently lit LED and a constant vibration. In order to adjust the setting, the Bellman Visit 868 Transmitter to which the Bellman Visit 868 Portable Flash Receiver should be adapted must be available. The transmitter must also be connected so that it can be activated in precisely the way in which it is intended to be used. Proceed as follows: 1. Hold down the Test Button (2) on the Bellman Visit 868 Portable Flash Receiver until the green (4) and yellow (6) LEDs blink alternately. The Bellman Visit 868 Portable Flash Receiver will now be in programming mode for about 30 seconds. 2. Hold down the Test Button (2) at the same time as the relevant Bellman Visit 868 transmitter is activated in precisely the way in which it is intended to be used. Note that all inputs are individual. It is therefore not possible to use the Test Button on a Bellman Visit 868 Telephone Transmitter whose telephone input will indicate the relevant pattern. 3. Scroll through the different LED options by a short press on the Test Button (2). Select the relevant indication by holding down the Test Button (2) until the LED (7) goes out and starts to shine with a constant green light again. 4. Scroll through the different vibration options by a short press on the Test Button (2). Select the relevant indication by holding down the Test Button (2) until the LED (7) goes out and starts to shine with a constant green light again. 5. The Bellman Visit 868 Portable Flash Receiver will now show the indication mode programmed. End the display with a short press of the Test Button (2). 6. After a short while, the Bellman Visit 868 Portable Flash Receiver will automatically return to normal mode.
Page 133 Page 133 Technical Solutions Be1540 Bellman Visit System Information How to test A transmitter in the Bellman Visit 868 System which is set to the same Radio Key as the Bellman Visit 868 Portable Flash Receiver is required to test the flashing light, and vibration - if the BE1270 Bellman Bed Shaker (accessory) is connected - and the radio reception on the BE1540 Bellman Visit 868 Portable Flash Receiver. • Press the transmitter test button. • The Bellman Visit 868 Portable Flash Receiver will give the following indications: o Flashing with the four flashing lights (1). o The LEDs (3-6) which the transmitter has been set to indicate with or which have been programmed into the Flash Receiver with Advanced Programming will be switched on. o If the BE1270 Bellman Bed Shaker (accessory) is connected, it will vibrate as the transmitter has been set to indicate or in the way the Flash Receiver has been programmed with Advanced Programming. Two tests are required to carry out a full test of the external trigger; one to test contact and another to test voltage. For further information see Appendix/Further information/Technical information/Activation below. Please note that when the Snooze Button (2) is pressed during an alarm from an external trigger, any further alarm via the external trigger will be ignored for about 45 seconds. • Connect the alarm unit to the external trigger input (8). • Activate the alarm. • The Bellman Visit 868 Portable Flash Receiver will give the following indications: o Flashing with the flashing lights (1) on the front. o Switching on the LEDs (3 - 6) which were selected via the external trigger signal switch (14). o Emitting the sound signal selected via the external trigger signal switch (14). o If the BE1270 Bellman Bed Shaker (accessory) is connected, it will vibrate in the way selected via the external trigger signal switch (14). A short press on the Test Button (2) activates BE1540 so that it repeats its last indication. Troubleshooting in brief Problem Solution...
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Page 135 Technical Solutions Be1560/Be1570 Page 135 Bellman Visit Systeminformation Bellman Visit 868 Wrist Receiver and Charger Be1560/Be1570 Introduction Technical information BE1560 Thank you for choosing products from Bellman & Symfon. Power supply The Bellman Visit 868 System consists of a number of radio transmitters Mains power: and receivers. The transmitters detect different events in the surrounding Via Bellman Visit Wrist Receiver Charger, area and transmit a radio signal to the receivers. The receivers pick up this BE1570. signal and provide indications using light, sound and/or vibration. Battery power: The transmitter determines what type of light, sound or vibration should 1 x 1.2 V VARTA V40H rechargeable be displayed so that the reason for the indication is evident. NiMH battery. The battery cover can be opened with a coin. Read through the entire user manual first and then start to install the Operating time: Approximately 30 hours system.
Page 136 Page 136 Technical Solutions Be1560/Be1570 Bellman Visit Systeminformation To charge the Wrist Receiver: 1. A ngle the Wrist Receiver slightly outwards so that the 2 small holes in the edge of the Wrist Receiver point downwards and move it towards the lower moveable part of the Charger. 2. P ress the Wrist Receiver and the moveable button downwards. 3. M ove the upper part of the Wrist Receiver towards the back edge and release carefully. The green LED (12) should light up. Technical information BE1570 Power supply Mains power: 7.5 V DC/1500 mA with power supply unit BE9201 (Europe) and To use the Wrist Receiver when it has finished charging: BE9202 (United Kingdom).
Page 137 Technical Solutions Be1560/Be1570 Page 137 Bellman Visit Systeminformation Indicators and Signals It is generally the transmitters in the Bellman Visit 868 System that determine how the receivers will indicate an alarm. See the description in the relevant transmitter user manual for further information. System indicators The LEDs l j m k (2 - 5) that indicate which transmitter has activated the Bellman Visit 868 Wrist Receiver normally have the following meanings: • Orange LED l (2) indicates a baby monitor • Green LED j (3) indicates a door transmitter • Yellow LED m (4) indicates a telephone transmitter • Red LED k (5) indicates a smoke alarm If the green j (3) and yellow m (4) LEDs blink alternately, this indicates that the Bellman Visit 868 Wrist Receiver is in radio key selection mode. The Wrist Receiver will then wait for a radio signal from a transmitter in the Bellman Visit 868 system which will adjust the receiver to the same Radio Key as the transmitter is...
Page 138 Page 138 Be1560/Be1570 Technical Solutions Bellman Visit Systeminformation Troubleshooting in brief Problem Solution Nothing happens. • Check that the power supply unit is connected correctly and that the green LED (10) on the Charger lights up. • Charge or renew the battery in the Wrist Receiver. Only use a rechargeable VARTA V40H NiMH battery. If the battery is completely flat, you can still use the Wrist Receiver by placing it in the Charger. The Wrist Receiver needs to be charged for about two hours before it can be used separately. • Check that the Wrist Receiver has been correctly placed in the Wrist Receiver Charger and that the LED (12) lights up green. It is not possible to charge the • Check that the power supply unit is connected correctly and that the Wrist Receiver. green LEDs (10 and 12) on the Charger light up. • Charge or change the batteries in the Wrist Receiver Charger. Only use rechargeable TMK AAA60CT NiMH batteries. Nothing happens when the power • Charge or renew the batteries in the Charger. Only use rechargeable supply unit is disconnected. Nor TMK AAA60CT NiMH batteries. does the Test Button (11) work. • Charge or renew the battery in the Wrist Receiver. Only use The LED p (6) on the Wrist a rechargeable VARTA V40H NiMH battery. If the battery is...
Page 139 Be1560/Be1570 Technical Solutions Page 139 Bellman Visit Systeminformation Changing wristbelt 1. Function button 2. Orange LED l 3. Green LED j 4. Yellow LED m 5. Red LED k 6. Yellow low battery LED indicator p 7. Wrist Receiver battery cover 8. Wrist Strap 9. Charger battery cover 10. Green LED for mains connection 11. Test button 12. Green LED for charging Wrist Receiver 13. Charging area for Wrist Receiver 14. Bed-shaker socket n 15. Power supply unit socket rst...
Page 140 Page 140 Technical Solutions Be1560/Be1570 Bellman Visit Systeminformation Appendix Further information Settings No adjustments are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Radio key In order to use several Bellman Visit 868 Systems close to one another without interference, different Radio Keys can be set on the different systems. All Bellman Visit 868 System units are supplied from the factory tuned to the same Radio Key, channel 0. This means that all Radio Key Switches on the transmitters are set to the OFF position. A Bellman Visit 868 transmitter is also required to alter the Radio Key on the Bellman Visit 868 Wrist Receiver. Proceed as follows to change the Radio Key: • Set a Bellman Visit 868 Transmitter to the desired Radio Key by altering its Radio Key Switch to the desired Radio Key. See the transmitter user manual for further information. • Hold down the Function Button (1) on the Bellman Visit 868 Wrist Receiver until the green j (3) and yellow m (4) LEDs blink alternately. Release the button and the Bellman Visit 868 Wrist Receiver will now be in programming mode for about 30 seconds. • Press the Bellman Visit 868 transmitter’s test button. • The LEDs l j m k (2, 3, 4 and 5) will now blink five times in quick succession to indicate a successful change of radio key.
Page 141 Technical Solutions Be1560/Be1570 Page 141 Bellman Visit Systeminformation Signal Pattern for the Bellman Visit 868 System Type leD pattern Sound Vibration Flash Green 1 Green is constantly lit 1 x ding dong, low- Separate frequency tone Green 2 Green blinks in sequences of two 2 x ding dong, low- Separate frequency tone Green 3 Green blinks in sequences of three 1 x ding dong, high- Separate frequency tone Green 4 Green blinks constantly 2 x ding dong, high- Separate frequency tone Yellow 1...
Page 142 Page 142 Technical Solutions Be1560/Be1570 Bellman Visit Systeminformation Proceed as follows: 1. Hold down the Function Button (1) on the Bellman Visit 868 Wrist Receiver until the green j (3) and yellow m (4) LEDs blink alternately. The Bellman Visit 868 Wrist Receiver will now be in programming mode for about 30 seconds. 2. Hold down the Function Button (1) at the same time as the relevant Bellman Visit 868 transmitter is activated in precisely the way in which it is intended to be used. The yellow LED p (6) will light up. Note that all inputs are individual, so that it is not possible to use the test button on a Bellman Visit 868 Telephone Transmitter whose telephone input will indicate the relevant pattern. 3. Scroll through the different LED options by a short press on the Function Button (1). Select the relevant indication by holding down the Function Button (1) until the LED p (6) goes out and starts to shine with a constant yellow light again. 4. Scroll through the different vibration options by a short press on the Function Button (1). Select the relevant indication by holding down the Function Button (1) until the LED p (6) goes out and starts to shine with a constant yellow light again. 5. The Bellman Visit 868 Wrist Receiver will now show the indication method programmed. End the display with a short press of the Function Button (1). 6. After a short while the Bellman Visit 868 Wrist Receiver will automatically return to normal mode. This function is essential where a transmitter has to work in a special way with regard to a specific receiver. Resetting advanced programming It is quite easy to reset the Bellman Visit 868 Wrist Receiver if it needs to be reset after it has been programmed using advanced programming. 1. Hold down the Function Button (1) on the Bellman Visit 868 Wrist Receiver until the green j (3) and yellow m (4) LEDs blink alternately. The Bellman Visit 868 Wrist Receiver will now be in programming mode for about 30 seconds.
Page 143 Technical Solutions Be1560/Be1570 Page 143 Bellman Visit Systeminformation Troubleshooting You can carry out a number of checks yourself before sending a product for repair. Troubleshooting guide Problem Solution Nothing happens. • Check that the power supply unit is connected correctly and that the green LED (10) on the Charger lights up. • Charge or renew the battery in the Wrist Receiver. Only use a rechargeable VARTA V40H NiMH battery. If the battery is completely flat, you can still use the Wrist Receiver by placing it in the Charger. The Wrist Receiver needs to be charged for about two hours before it can be used separately. • Check that the Wrist Receiver has been correctly placed in the Wrist Receiver Charger and that the LED (12) lights up green. It is not possible to charge • Check that the power supply unit is connected correctly and that the green the Wrist Receiver. LEDs (10 and 12) on the Charger light up • Charge or change the batteries in the Wrist Receiver Charger. Only use rechargeable TMK AAA60CT NiMH batteries. Nothing happens when • Charge or change the batteries. Only use rechargeable TMK AAA60CT the power supply unit is NiMH batteries. disconnected. Nor does the Test Button (11) work.
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Page 145: Be1010 Bellman Ringer
Be1010 Page 145 Technical Solutions Bellman Visit System Information Bellman Ringer Be1010 Function The BE1010 Bellman Ringer is an indoor alerting system that helps the user to identify when an analogue telephone/text phone/fax machine is ringing. The Bellman Ringer draws the user’s attention by emitting an extra loud and adjustable sound signal from the built-in loudspeaker and via a light signal from an LED fitted in the front of the unit. The Bellman Outdoor Telephone ringer BE9003 is an optional extra that is connected by a cable into the Bellman Ringer and emits an extra loud and adjustable ring tone for external or industrial use. The Bellman Ringer is connected Technical information in the usual manner by an adapter plug into the telephone socket or can Power supply be connected to other sources, such as certain door signals. This is carried out by a special connection via the built-in telephone input (9). Battery power: 4 x 1.5 V LR06 AA alkaline Operating time: AA (alkaline) service Installation and connection life approx. 2-3 years Power consumption The Bellman ringer is generally installed on a wall, however the product can also be placed horizontally, e.g. on a desk.
Page 146 Be1010 Page 146 Technical Solutions Bellman Visit System Information Wall bracket Vound signal on/off Battery cover Volume control loudspeaker output Pitch control Telephone input Ring signal speed Indicators Ring signal indicator The red LED (1) will light when activated, even if the sound signal in the Bellman Ringer is turned off. Signals Sound The Bellman Ringer sounds an alarm with a built-in sound signal of 95 dBA maximum at 1 metre with a main frequency of 500 – 1000 Hz. The sound is adjustable for volume, frequency and signal type. A Bellman Outdoor Telephone ringer BE9003 (accessory) can be connected to the Bellman Ringer to emit a signal of 95 dBA maximum at 1 metre. The sound is adjustable for volume, frequency and signal type.
Page 147 Page 147 Technical Solutions Be1341 Bellman Visit System Information Bellman Alarm Clock Be1341 Thank you for choosing products from Bellman & Symfon. Technical information Bellman & Symfon AB have both separate products and also complete systems geared to helping people with impaired hearing. An example of Power supply this is the Bellman Visit 868 System, which consists of a number of radio Mains power: 7.5 V DC / 1500 mA with transmitters and receivers. The transmitters detect different events in the power supply unit BE9216 (Europe) and BE9217 (United Kingdom). surrounding area and transmit a radio signal to the receivers. The receivers Battery power: Internal NiMh type back- pick up this signal and provide indications using light, sound and/or up battery. The internal back-up battery vibration. must be changed at a service workshop.
Page 148 Be1341 Page 148 Technical Solutions Bellman Visit System Information Function General The BE 1341 Bellman Alarm Clock is an Alarm Clock for indoor use, which attracts the attention of the user using sound and light signals and also vibration if a BE1270 Bellman Bed-shaker (accessory) is connected. It is activated by the clock’s alarm, by connection to an external trigger input (13) or via direct connection to a telephone socket (15). Clock The Bellman Alarm Clock will indicate an alarm call via sound, flash and vibration for up to 15 minutes unless the alarm is turned off or onto snooze. The sound ranges across several frequencies and increases in volume to attract attention better. Setting the current time Set the correct time with the Time Setting Knob (11). Setting an alarm call Turn the Alarm Pointer anticlockwise to the desired call time using the Alarm Call Knob (10). Activate the alarm by turning the Alarm Dial (5) to position 1. If the power supply unit is connected, the LEDs in the Snooze Button (4) will light up. Snooze function The snooze button lights when the alarm is activated and blinks when the snooze function is activated. To conserve the built-in back-up battery, the snooze button will not light or blink when the external power supply is disconnected, e.g. during a power failure. The snooze function on the alarm delays the alarm call for approximately 3.5 minutes by pressing the Snooze Button (4). During this time the LEDs in the Snooze Button (4) will blink. Switching off the alarm call The alarm is switched off completely by switching the Alarm Dial (5) to position 0. Illumination of the clock face The clock face’s background light will come on when the alarm clock sounds or the snooze button (4) is pressed. Telephone connection The telephone is connected via the Telephone Input (15). Use the BE9105 Telephone Flex (accessory) and an adapter plug (accessory).
Page 149 Page 149 Technical Solutions Be1341 Bellman Visit System Information Indicators and Signals Sound The Bellman Alarm Clock sounds an alarm. The sound volume is 80 dBA maximum at 1 metre. The main frequency range is 500 - 1000 Hz. Ljudet kan stängas av med Ljudomkopplaren (7). Flashing light When the Bellman Alarm Clock is activated, 4 built-in flashing lights (17) flash with a bright white light. The flashing light can be switched off via the Flash Switch (9). Vibration The Bellman Alarm Clock can power two BE1270 Bellman Bed-shakers (accessory) which are placed under the pillow to wake the user up when the Bellman Alarm Clock is activated The Bed-shaker is connected to the sockets (14). Power supply The LED (1) is constantly green when the power supply unit is connected correctly. When the LED (1) blinks green, the internal back-up battery is charged, but the Alarm Clock has no external power supply, either because of a power failure or because the power supply unit is not connected. When the LED (1) blinks yellow, the back-up battery is nearly flat and the Alarm Clock has no external power supply, either because of a power failure or because the power supply unit is not connected. The battery must be charged by connecting the power supply unit and allowing the Alarm Clock to charge for at least 24 hours. Troubleshooting in brief Symptom Solution Nothing happens.
Page 150 Be1341 Page 150 Technical Solutions Bellman Visit System Information Power supply LED 11. Time setting knob Alarm pointer 12. Input for power supply unit Illuminated clock face 13. External trigger input. Illuminated snooze button 14. Vibrator output Alarm dial 15. Analogue telephone input Base 16. Programming switch Sound switch 17. Flashing lights Signal switches for external trigger Flash switch 10. Alarm call knob...
Page 151 Page 151 Technical Solutions Be1341 Bellman Visit System Information Appendix - Further information Further information Adjustments No adjustments apart from setting the time and selecting the call time are required for normal use. The relevant descriptions are provided below, if you wish to change a setting for some reason. Signal pattern on external trigger The signal type set during external activation and indicators and signals activated by an external trigger can be altered using the switches (8), see figure below. DIP switch LED pattern Sound Vibration Flash settings Up, Down, Not Used Green is constantly 1 x ding dong, low- Separate frequency tone Green blinks 2 x ding dong,...
Page 152: Be1341 Bellman Alarm Clock
Be1341 Page 152 Technical Solutions Bellman Visit System Information Testing It is easy to test the Bellman Alarm Clock, BE1341. If the Alarm Clock does not work as described below, you can check further under Troubleshooting guide. How to test The BE1341 Bellman Alarm Clock should always be connected to the electric socket with the enclosed power supply unit. To test the flashing light, sound and vibration with the BE1270 Bellman Bed-shaker (accessory): • Switch on the alarm with the Alarm Dial (5) by turning it to position 1 • Turn the Alarm Pointer anticlockwise using the Alarm Call Knob (10) until the alarm on the clock is activated. • The Bellman Alarm Clock will give the following indications: o Switching on clock face background illumination (3). o Flashing with the flashing lights (17) on the front, provided that the Flash Switch (9) is in the ON position. o Emitting a sound signal, provided that the sound switch (7) is in the ON position. o A BE1270 Bellman Bed-shaker (accessory) will vibrate if connected Two tests are required to carry out a full test of the external trigger; one to test contact and another to test voltage. For further information see Activation. Please note that when the Snooze Button (4) is pressed during an alarm from an external trigger, any further alarm via the external trigger will be ignored for 45 seconds. • Connect the alarm unit to the external trigger input (13). • Activate the alarm. • The Bellman Alarm Clock will give the following indications: o Flashing with the flashing lights (17) on the front, provided that the Flash Switch (9) is in the ON position.
Page 153: Be1390 Bellman Ringer Flash
Be1390 Page 153 Technical Solutions Bellman Visit System Information Bellman Ringer Flash Be1390 Function The BE1390 Bellman Ringer Flash is a product for indoor use that calls the attention of the user by a flashing light and also by sound, if used in conjunction with the BE9003 Bellman Outdoor Telephone ringer (accessory). It is activated via direct connection into a telephone socket. The flash head can be rotated to point in the direction required. Technical information Installation & connection The unit is usually placed on a level surface or mounted on the wall using Power supply the special BE9075 wall bracket. Mains power: 9 V DC / 500 mA with The Bellman Ringer Flash can be connected to mains power using the power supply unit BE9096 (Europe) and BE9097 (United Kingdom). power supply unit supplied. Activation via It is connected to the telephone via telephone input (7) with the BE9105 Telephone cord (accessory) and an adapter plug. Analogue telephone network: 30 - 90 V DC, 13 - 60 Hz.
Page 154 Be1390 Page 154 Technical Solutions Bellman Visit System Information Indicators Power supply When the green LED (3) is constantly lit, the unit is being powered by the power supply unit. Signals Flash The Bellman Ringer Flash signals with flashing light. Sound The Bellman Ringer Flash can sound an alarm if used with the BE9003 Bellman Outdoor Telephone ringer (accessory). Settings Functions Flash head (1) The flash head can be rotated to point in the direction required. Volume control (4) The sliding control regulates the volume of Outdoor Telephone ringer. Troubleshooting Problem Solution The Bellman Ringer Flash does not 1) Check that the telephone cable is correctly connected to the unit and flash when the telephone rings. telephone network. 2) Check that the mains adapter is connected to both the wall socket and unit. The mains indicator (3) will light up green. 3) Try a different telephone socket.
Page 155: Be1270 Bellman Bed-Shaker
Page 187 Technical Solutions Be1270 Bellman Visit System Information Bellman Bed-shaker Be1270 Function The BE1270 Bellman Bed-shaker is a vibrator for indoor use that is placed in the bed to attract the attention of the user via vibrations. The Bed-shaker vibrates when instructed to do so by the unit to which it is connected. Installation & connection The Bellman Bed-shaker is usually placed under a pillow or close to the body. The BE1270 connects to a range of Bellman & Symfon products with vibrator outputs. Technical information Testing Power supply Connect the Bed-shaker to a Visit receiver or other product with Operating voltage: 2.0 – 4.0 V DC vibrator output and follow the relevant testing procedure. from the Bellman Visit receiver Power consumption: 250 - 750 mA Additional information For indoor use only Dimensions WxHxD: 88 x 88 x 27 mm Troubleshooting Weight: 120 g Colour: White with red rubber...
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Page 157: Be9023 Bellman Magnetic Switch
Page 189 Technical Solutions Be9023/Be9024 Bellman Visit System Information Bellman Magnetic switch Be9023 Technical information Function The BE9023 Bellman Magnetic switch consists of two parts; a Magnetic Output signals switch and a magnet. The Magnetic switch is open when near to the magnet Connector: 3.5mm mono jack plug. and closes to form a contact when the magnet is moved away. The BE9023 is most suitable for use with for example the Bellman Telephone transmitter to Contact breaker identify whether windows or doors, etc., are open. Close to magnet (max 1 cm): Open At least 2 cm from magnet: Closed Additional information For indoor use only Dimensions WxHxD: 25 x 62 x 13 mm Weight: 25 g...
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Page 159 Page 191 Technical Solutions Be9200/Be9199 Bellman Visit System Information Bellman external Door Microphone Be9200 and Be9199 Technical information Function Output signals The BE9200/BE9199 Bellman External Door Microphone is a Microphone type: Piezoelectric microphone for indoor use. It is designed to be connected to the Connector: 3.5mm mono jack plug. BE1410 Bellman Visit 868 Door Transmitter (separate product) so that the Door Transmitter can detect doorbells or telephones which are not Additional information located close to the Door Transmitter. Dimensions WxHxD: 33 x 36 x 4 mm Weight: 15 g Colour: White Flex length: BE9199: 0.75m BE9200: 2.50 m...
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Page 161: Be9086 Bellman External Trigger Cable
Page 193 Be9086 Technical Solutions Bellman Visit System Information Bellman external Trigger Cable Be9086 Function Technical information The BE9086 Bellman External Trigger Cable is a connecting cable Output signals between the BE1341 Bellman Alarm Clock and a unit that releases an alarm pulse in the form of a voltage. Such units include the vibrator Connection to alarm source: 3.5mm mono jack plug. output on a BE1450 Bellman Visit 868 Portable receiver or BE1470 Contact to BE1340: 3.5mm stereo jack plug Bellman Visit 868 Pager when combined with the BE1260 Bellman Additional information Visit Charger, or a direct connection to a property’s central fire alarm system. For indoor use only Weight: 20 g Colour: White Flex length: 1.5 m Input voltage circuits Stereo...
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Bellman & Symfon Visit 868 BE1410 Manual

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