Page 1 Du line ® Fieldbus Installationbus Mastergenerator G3800 X036 Operation Manual Last Update: January 2016...
Page 2: Table Of Contents
2.5.2. Roller blind master 2.6. Counter and Multiplexer 2.6.1. Multiplexer (transmission of counter values) 2.6.2. Multiplexer (transmission of analog values) 2.7 Reference to data from other Dupline networks 2.7.1. General 2.7.2. External reference 2.7.3. Read external input 2.7.4. Status Indicator...
Page 3 4.5. RS485 4.6. Setup of Communication Ports 5. GSM Modem functions 5.1. SMS Setup 5.2. Event-based SMS messages 5.3. SMS Control commands and Requests for Dupline data 6. Data Logging Functions 6.1. General 6.2. Dupline-Online 6.3. Dupline-Online Transmission Media 6.3.1. Using GSM Modem 6.3.2.
Page 4: Introduction
When G3800xxxxTool is started, two windows will open: To the left, the main window showing the 128 addresses available in Dupline and the menus. To the right, the properties window, which for each function shows the parameters related to the selected functions.
Page 5: Functions In The Main Window
Download the present configuration file to the Mastergenerator Read Mastergenerator: Read the configuration file from the Mastergenerator Export configuration: Create Dupline-Online configuration file to be exported to the Central Server during registration (see chapter 6) Print: The following options are available:...
Page 6: Edit Menu
G 3800 X036 Operation Manual August 2006 1.2.2. Edit menu Menu Item: Explanation: Basic Setup: Basic setup of the Mastergenerator Logic Setup: Configuration of logic functions Holiday Setup: Setup of holiday period. The holiday setup is active when the current date falls within any of the set time intervals. SMS Setup Basic setup of the SMS messaging functions facilitated by the built-in GSM modem.
Page 7: Tools Menu
G 3800 X036 Operation Manual August 2006 1.2.3. Options menu Menu Item: Explanation: Language: Select between available languages. By using the “Select new” menu, other languages can be chosen to appear in the language menu. Serial port: Selection of serial communication ports from Com 1 to Com 10, for connection of the Mastergenerator.
Page 8 These tools are used to display the immediate digital status on the Dupline channels. When enabled, control of the Dupline channels is possible as well. This tool provides a good overview of the activity on the Dupline bus and is particularly good when testing the application.
Page 9 1.2.4.4. OnLine Tool: When connected to the G3800xx36, this tool becomes available. The functions are used to test functionality, in conjunction with the “Dupline-OnLine”. Ping: Pressing this button causes a “Connect to Server” telegram to be sent from the Mastergenerator to the Dupline-OnLine server.
Page 10 Pressing this, will cause the log-memory in the Mastergenerator to be erased. Important note: this function will cause the Mastergenerator to be restarted, hence this should only be used while the Dupline wires are disconnected. © 2006 Carlo Gavazzi Industri A/S. All rights reserved...
Page 11: Help Menu
G 3800 X036 Operation Manual August 2006 1.2.5. Help menu Menu Item: Explanation: General information: You can call the Help menu at any time by pressing F1. About program: Shows the opening screen © 2006 Carlo Gavazzi Industri A/S. All rights reserved...
Page 12: Configuration Of Channel Functions
G 3800 X036 Operation Manual August 2006 1.2.6. Configuration of channel functions When the basic settings have been made under “Basic Setup”, the functions of the remaining channels to be used are defined as follows: Activate one of the channels, then click on the right mouse button for pop-up menu. Click on the desired channel function with the left mouse button.
Page 13: Basic Setup
No. of Adresses For selection of the number of channels desired in the system. The minimum is 16, the maximum is 128 in one Dupline network. Restore Channel Status upon Power-up When this function is selected, the Mastergenerator will memorize the channel status on toggle channels and real-time channels in case of a loss of power.
Page 14 G 3800 X036 Operation Manual August 2006 Enable automatic update of realtime status upon Config-download and System power-up If this box is checked, the Generator will automatically set the correct status for realtime channels according to the switch-time settings, provided that the actual Day of the week matches the internal Day of the week of the Generator.
Page 15: Objects
Description The use of blank objects in Dupline is based on the circumstance that in- and output are independent of each other. Since this object does not fulfill a function between in- and output, an input on the address configured as blank function will be ineffective.
Page 16: Push-Button
The push-button function - the most simple object of the Mastergenerator - makes it possible to connect any type of push-button switch and contact to the Dupline bus. With this function, outputs can indirectly be con- trolled with logic functions.
Page 17 G 3800 X036 Operation Manual August 2006 Application Example Task: A lamp is to be switched on and off by means of a switch. Solution: Use for example the universal input module to provide the input signal and configure one of the inputs for address A1.
Page 18: Toggle Switch
G 3800 X036 Operation Manual August 2006 2.2.3. Toggle switch • Function: Bistable Flip-Flop • Application: Connection of switches and contacts for load switching • Can be used in intruder alarm systems Description The toggle switch is used for the basic Light-switching. The status of the addres changes to its opposite upon every new activation.
Page 19 G 3800 X036 Operation Manual August 2006 Application Example Task: A lamp is to be switched on and off by means of a conventional switch. Solution: Use for example the universal input module to provide the input signal and configure one of the inputs for address A1.
Page 20: Timer/Recycler
G 3800 X036 Operation Manual August 2006 2.2.4. Timer/Recycler • Function: Timer or Recycler • Application: Switching with on- or off-delay or recycler • Activation by signal or impulse • Activation by additional channel or flag Description This object makes it possible to select between two modes of operation: timer and recycler. In both modes, an input coded to the channel of the timer starts the functions, but the input can also be activated by a different channel or flag.
Page 21 G 3800 X036 Operation Manual August 2006 Parameter Description Enabled by address Entering of an additional adress (A1..P8) or flag which will also enable the timer function. To prevent locking, the channel assigned to the timer itself must not be used.
Page 22 G 3800 X036 Operation Manual August 2006 Recycler The impulse is generated upon activation of the input. A pulse cycle consists of the On-time and the Off-time. When the input is switched off, the pulse cycle stops. Application Example Task: A fan in a bathroom is to start 5 min after the light has been switched on and run for 10 min.
Page 23: Real-Time Clock / Night Setback
G 3800 X036 Operation Manual August 2006 2.2.5. Real-time clock / Night setback • Function: Real-time clock with week and holidays • Application: Real-time-controlled switching • Also applicable as switching function • Holiday setting can be performed centrally for all clocks Description The real-time clock enables on- and off-switching of loads in relation to the internal time setting of the Mastergenerator.
Page 24 G 3800 X036 Operation Manual August 2006 Time characteristics t 1 : The real-time clock activates the output at the pre-defined time without affecting the input channel. t 2 : By activation of the input, the output switches off directly. t 3 : By activating the input once more, the output switches on again.
Page 25: Master Function
G 3800 X036 Operation Manual August 2006 2.2.6. Master function • Function: Simultaneous on- and off-switching of multiple toggle switch functions, real-time clocks, etc, upon activation of input. • Integrated real-time clock with four switch times • Application: Simultaneous off- on on-switching of multiple loads, calling lighting scenes in connection with dimmers.
Page 26 G 3800 X036 Operation Manual August 2006 Parameter Description Address matrix Mark the addresses to be switched on by the master function with “1” and the addresses to be switched off with “0”.* Addresses marked with “x” are not affected. Addresses which are automatically marked with a red line cannot be controlled by a master function, eg.
Page 27 G 3800 X036 Operation Manual August 2006 Application Example Task: The master function is to control four lamps in a building - Master on: Switches all lamps on - Master off: Switches all lamps off - Both master functions turn on a surveillance light in the hall Solution: Two push-buttons are configured on addresses A1 to A2 to initiate the master function for the On and The Off.
Page 28: Light Synch
* Select with mouse Description The Guide Light object is designed to ease indications for Dupline pushbutton switches with LED indications. The object reads the address of the pushbutton, and output its status to the address of the LED indicator. When inverted function is selected, the Output acts as ‘Guide Light’, Led on, when switch is off.
Page 29 G 3800 X036 Operation Manual August 2006 Parameter Description Input address Enter the address to be monitored Disable address Entering of an additional channel (A1..P8) or flag (W1..Z8) which will disable the output function. To prevent oscillation, the channel assigned to the Guide Light itself must not be used.
Page 30: Multigate
G 3800 X036 Operation Manual August 2006 2.2.9. Multigate * Function: Multiple input And, Or and Compare * Logic operator * Select with mouse Description The Multigate object is designed to ease monitoring of multiple channels. The object reads the current status of all addresses.
Page 31: Thermostat
G 3800 X036 Operation Manual August 2006 Application Example Task: A pump needed to be started, upon request from 3 different temperature sensors. Solution: Use for example 3 AnaLink temperature transmitter, coded for B1,B2 and B3. Assign address A1 to one of the outputs of a relay module. Configure channel A1 in the Mastergenerator as a Multigate with Or function.
Page 32: Special Objects
• Select with mouse “Analink Sensor” Description The objects of the analog sensors offer the possibility of integrating analog measuring devices in Dupline and processing their values. It is possible to select among four types of sensor functions. Measuring sensor General sensor object, with which all the other sensor types can be integrated (the following sensors, such as the light sensor, are indicated by different icons and the measuring ranges are partly pre-defined).
Page 33 Select this function if the sensor are used to activate a relay on the same address. If the analog value is to be read by other Dupline modules or interfaces for, then the contol output should be left un-checked. Invert limits This option inverts the switching function in relation to the limit values.
Page 34 In this application, the displayed value follows the actual value after a short delay. Note: The final measuring value is reached within 30 seconds from power up of the system, or if a new sensor is attached to the Dupline. Sensor as switching channel...
Page 35 G 3800 X036 Operation Manual August 2006 Application Example Task: A heating element is to keep the room temperature between 19°C and 21°C during daytime. At night, the temperature must be lowered by 4°C. A temperature sensor located in the room is coded for address A2 and displays the temperature on a Touchscreen.
Page 36: Motion Detector
The object “Motion detector” makes it possible to include Dupline Passive Infrared Detector (PIR), eg G8910 1127 and conventional motion detectors, which are connected to the Dupline bus via binary inputs. The PIR detector can have an off time defined and be integrated in the intruder alarm system. Thereby it becomes possible to avoid false alarms by setting the number of impulses which must be detected within a 10 s time window before the alarm starts.
Page 37 Solution: G 8910 1127 must be connected to the Dupline bus and given an address (here A1). In this example, increase of the signal transmission time through the DIP switch is to be switched out.
Page 38: Dimmer Functions
G 3800 X036 Operation Manual August 2006 2.3.3. Dimmer functions • Function: Setting up Dimmers for both the simple Dim up/down to the more complex scenarios. • Application: Setting various light scenes to adapt light setting in rooms, according to activity or moods.
Page 39 G 3800 X036 Operation Manual August 2006 Dual Output Dimmer Select this when using the 2*230W dimmer type G3448 5234 The dimmer icons appear in Yellow colors. Deselect this when using the 1*600W dimme type G3448 4134 The dimmer icons appear in Green colors. Dimmer Up/Down The Basic dimmer function The selected address has to match the coding of the Dimmer module’s Dim...
Page 40 G 3800 X036 Operation Manual August 2006 Step 2 Select a Scenario Once a set of Dimmer controls is given, the Dimmer function function "Dimmer scenario" is available. Step 3 Now select which dimmers (lamps) are to be controlled by the scenario. The symbol lit lamp, indicates an included dimmer.
Page 41: Light Functions
G 3800 X036 Operation Manual August 2006 2.3.4. Light functions • Function: Setting up various light control functions • Application: Automatic light functions depending of any combination including Motion/Proximity switch, Lux meters and Real-time switching, still having the possibility for Manual control. •...
Page 42 G 3800 X036 Operation Manual August 2006 Combinations of light functions On by Off By Motion detector Manual and activation of the Either Manual or Motion detector by elapse of the Motion detector time The switch and the Motion detector are located in the same room. The Manual activation switches on or off the function of the Motion detector.
Page 43: Temperature Control
G 3800 X036 Operation Manual August 2006 Real-time and Motion Manual or Either Manual or Automatic when the Switch-On times Automatic by one of the Switch-Off and activation of the times or Motion detector by elapse of the Motion detector time The Motion detector only controls the light within a certain time interval.
Page 44 G 3800 X036 Operation Manual August 2006 Parameters Parameter Description Heater Output address Optional: Set up the output for the heater, this also selects the heater-function to operate. Not necesssary when cooling only. Cooler Output address Optional: Set up the output for the Cooler, this also selects the cooler-function to operate. Not necessary when heating only.
Page 45: Wireless Base
The Wireless Base is the joint-module, between the normal Dupline network and the Dupline Wireless modules. The set up of the wireless base is needed when using wireless output modules. This channel object feeds information of which outputs the Wireless Base has to keep updated.
Page 47: Alarm Functions
2.4.2.1. In-/output on one channel The alarm systems benefit more than any objects fromt he capability of Dupline to differ between in- and out- puts on the same adress. Thereby it is possible to use a Normally open contact to reset the system and sub- sequently switch it in and out alternately.
Page 48: Isa Alarm
Normally open input. This object makes it possible to include passive detectors. When the contact is activated and a “1”-Signal consequently transmitted on the Dupline bus, an alarm is started. Active detector: Normally closed input. This object makes it possible to include active detectors.
Page 49 G 3800 X036 Operation Manual August 2006 If a contact is activated during resetting, the system triggers off a new alarm When this object is configured, the operation mode “Standard” is automatically selected. Lamp test: This object makes it possible to test the function of lamps indicating the status of the alarm contacts.
Page 50 G 3800 X036 Operation Manual August 2006 On-delay Enter a time value in seconds (0..255) for which the alarm signal must persist in order to activate the alarm. Acknowledge No configuration possibilities. Reset No configuration possibilities. Lamp test No configuration possibilities. Alarm siren Siren time This setting determines for how long the alarm output is to remain activated in...
Page 51 G 3800 X036 Operation Manual August 2006 The above illustration shows the normal sequence and reset of an alarm in the operation mode “Standard”: t 1 : When all contacts are in off-position, the Mastergenerator alerts the alarm system automatically upon loading of the application.
Page 52 G 3800 X036 Operation Manual August 2006 Application Example Task: In a chemical factory, eight laboratories are to be provided with alarm switches. Upon activation of an alarm button, the fire staff of the factory is informed via a siren. When the fire staff has acknowledged the alarm, they go to the lab where the alarm was started.
Page 53: Smoke Alarm
Normally open input. This object makes it possible to include passive detectors. When the contact is activated and a “1”-Signal consequently transmitted on the Dupline bus, an alarm is started. Active detector: Normally closed input. This object makes it possible to include active detectors.
Page 54 G 3800 X036 Operation Manual August 2006 Parameters: Parameter Description Passive detector Disable address Enter an address or a flag whose activation (“1”-signal) will leave out the Passive detector function of the monitoring system whereby it cannot trigger off any further alarms.
Page 55 G 3800 X036 Operation Manual August 2006 Parameter Description Alarm siren Siren time With this setting, you determine the duration of the activation of the alarm output upon the occurence of an alarm. The value can lie between 0 and 60 min. The entered value is automatically adopted by the Common Siren.
Page 56 G 3800 X036 Operation Manual August 2006 Time characteristics Passive detector (IN) TO n Passive detector (OUT) Reset (IN) Reset (OUT) Siren Alarm signal The above illustration shows the normal sequence and reset of an alarm: t 1 : When power supply is connected, the system becomes alert after elapse of the set reset delay T R , indicated by reset of the reset output.
Page 57 G 3800 X036 Operation Manual August 2006 Application Example Task: In a residential building, eight rooms are to be equipped with smoke detectors. When an alarm occurs, a siren switches on and the fire authorities are notified. Solution: The alarm channels of the smoke detector are assigned to channels C1 to C8. The alarm source is indicated on a panel whose LED is activated by mimic display.
Page 58: Intruder Alarm
This object makes it possible to control windows, doors, etc. with Active detector. When the contact is activated and a “0”-Signal consequently transmitted on the Dupline bus, an alarm is started. Manual The Manual armouring operates like a toggleswitch, and is used to start and armouring: stop the Intruder alarm system.
Page 59 G 3800 X036 Operation Manual August 2006 Door lock The Door Lock armoring operates like a push-button, and when armouring: activated the Intruder alarm system is started. The Door Lock armouring must be kept active as long as the alarm system should be running. The Door Lock armouring prevents the alarm-detectors to react upon their respective disable addresses.
Page 60 G 3800 X036 Operation Manual August 2006 Parameter Description Active detector Disable address Enter an address or a flag whose activation (“1”-signal) will prevent the detector to cause an alarm. This feature may be used to have more alarm zones, when the alarm is armoured by the Manual Armouring. Manual armouring Door-lock armouring Code lock armouring...
Page 61 G 3800 X036 Operation Manual August 2006 Parameter Description Flash when Alarm Select this to setup the 'Visual' alarm effects. This allows you to select which channels are to flash while the Siren is activated. Only when selected, the "Flash interval" entry and the "Flash addresses" button are visible.
Page 62 G 3800 X036 Operation Manual August 2006 Time characteristics Passive detector (IN) Passive detector (OUT) T EV Manual armouring (IN) Manual armouring (OUT) Alarm siren Alarm signal The above illustration shows the normal sequence of an alarm using manual armouring to start and stop the alarm: t 1 : When the Mastergenerator is switched on, the alarm system becomes alert through activation (once) of the Manual Armouring function.
Page 63 G 3800 X036 Operation Manual August 2006 t 6 : After elapse of the alarm signal delay T M set at the object “Alarm signal”, the channel is briefly activated. At the same time, the alarm contact is continuously switched off and the Manual Armouring output continu- ously switched on.
Page 64: Water Alarm
Normally open input. This object makes it possible to include passive detectors. When the contact is activated and a “1”-Signal consequently transmitted on the Dupline bus, an alarm is started. Active detector: Normally closed input. This object makes it possible to include active detectors.
Page 65 G 3800 X036 Operation Manual August 2006 Parameters Parameter Description Passive detector Disable address Enter an address or a flag whose activation (“1”-signal) will leave out the Passive detector function of the monitoring system whereby it cannot trigger off any further alarms.
Page 66 G 3800 X036 Operation Manual August 2006 Parameter Description Alarm siren Siren time With this setting, you determine the duration of the activation of the alarm output upon the occurence of an alarm. The value can lie between 0 and 60 min. The entered value is automatically adopted by the Common Siren.
Page 67 G 3800 X036 Operation Manual August 2006 Time characteristics Passive detector (IN) T EV Passive detector (OUT) Reset (IN) Reset (OUT) Siren Alarm signal The above illustration shows the normal sequence and reset of an alarm: t 1 : When power supply is connected, the system becomes alert after elapse of the set reset delay T R , indicated by reset of the reset output.
Page 68 G 3800 X036 Operation Manual August 2006 Application Example Task: In a residential building, eight rooms are to be protected against water damage. When an alarm occurs, a siren switches on and the house owner is informed by means of an SMS-message. The room in question should be recognizable on a panel.
Page 69: Common Siren
G 3800 X036 Operation Manual August 2006 2.4.7. Common Siren • Function: Common output of ISA-, Smoke-, Intruder- and Water alarm • Application: Output of several alarms on one siren in addition to or in replacement of alarm system specific sirens •...
Page 70: Roller Blind Control
• Tilted blinds for sun blinds and priority control for example for wind sensor. Description The decentralized roller blind up-down control makes it possible to run Dupline roller blind control modules for roller blind and sun blind motors. By organizing the up- and down-channels, the Mastergenerator ensures undisturbed operation by preventing both directions from being activated at the same time and ensuring that the delay time is observed.
Page 71 G 3800 X036 Operation Manual August 2006 Parameters Parameter Description Roller blind control (Decentralized Up-Down) Roll time Insert the times (seconds) for which the motor is to run in each direction. The value must be within 0 and 255 s. The selected time interval should ensure that the roller blinds can reach the end positions in both directions where an end position contact must switch the motor off.
Page 72 G 3800 X036 Operation Manual August 2006 Time characteristics Up-button Down-button Up-channel Down-channel The above illustration is based on a roller blind application with adjustment of tilting blinds (Reverse Up time T V of 3 s). t 1 : The button for the up-direction is activated. Since the impulse is shorter than the Reverse Up time T V (3 s), the motor stops when the button is released.
Page 73 The roof window is to close by rain. Solution: The roller blinds as well as the roof window are activated through Dupline roller blind control modules. For the group-wise and the master control, roller blind master controls are used. The address of the wind sensor is marked directly in the roller blind controls as priority address.
Page 74: Roller Blind Master
G 3800 X036 Operation Manual August 2006 2.5.2. Roller blind master • Function: Group-wise or master control of decentralized roller blinds • Application: Group-wise or master control of motors for roller blinds, • Roll time with priority over individual roll times adjustable •...
Page 75 G 3800 X036 Operation Manual August 2006 Parameters Parameter Description Roller blind master Operation mode The setting determines whether the roller blinds are started simultaneously or sequentially. With the setting “Sequentially”, the roller blinds start and stop successively at 1 second intervals. This time interval is also observed in con- nection with change of direction or tilting blind (Reverse Up time).
Page 76 G 3800 X036 Operation Manual August 2006 Time characteristics Up-button central Down-button central Up-channel (roller blind 1) Down-channel (roller blind 1) Up-channel (roller blind 2) The above illustration is based on a roller blind master application with sequential operation mode and a Reverse Up time T R .
Page 77: Counter And Multiplexer
Access to and output of the stored counter values is only done through the Modbus communication interface of the Mastergenerator. There are basically 3 possibilities of continued processing: 1. Representing the values in visualization software or operator panel (eg on a PC with the Dupline Web-Server).
Page 78 Solution: The counter modules G4420 7401 are built into the local power cabinets. Four Dupline energy Energy Kwh meters supply one G4420 7401 with the corresponding count-pulses. The Mastergenerator is configured to 8 digits, occupying addresses from B1 to F8.
Page 79: Multiplexer (Transmission Of Analog Values)
• Configuration under the option “Multiplexer channels” in the Basic setup Description The (original) multiplexing of analog values makes it possible to read and write Dupline multiplex analog values. As opposed to AnaLink transmission with analog sensors, two addresses are needed instead of one, which allows transmission of accurate analog values.
Page 80 Modbus communication interface, but also to change them. There are basically two possibilities of value processing: 1. Representing the values in visualization software or operator panel (eg on a PC with the Dupline Web Server). 2. Through communication programmes, eg the Dupline DDEServer - an open software interface to for example Microsoft ®...
Page 81: Reference To Data From Other Dupline Networks
Example 2: In a 3-floor building, there is a Dupline network on each floor controlling the local lights. It is desired to have a pushbutton on the lower floor for turning OFF all the lights in the building. The Dupline network on the lower floor has ID no 1, the middle floor network has ID no 2, and the network on the top floor has been defined as RS485 Master (see sec.
Page 82: Read External Input
This function is only available for addresses used for Analink signals. The function makes it possible to use the Analink value transmitted on one Dupline network in all the other Dupline networks. If for example the sig- nal from a wind speed sensor is transmitted on the top floor Dupline network, then the "Read External Input"...
Page 83: Status Indicator
When "Read External Input" is selected for an address configured as Analink, it becomes possible to enter the Dupline ID no. and address from which the Analink shall be read and used as input. In the example above, address D2 has been defined as Analink wind sensor, but because "Read External Input" is selected, the wind speed value does not come from the local Dupline network, but from the Dupline network with ID no 02 address F5.
Page 84: Logic Setup
G 3800 X036 Operation Manual August 2006 3. Logic Setup 3.1. Introduction The preceding chapters have illustrated the simplicity of configuring channels with the pre-defined objects. Praxis, however, is not always so simple. Many functions cannot be implemented by use of the predefined objects.
Page 85: Application
G 3800 X036 Operation Manual August 2006 Abb. 1) Designation Values Description Output A1..P8 Channel or flag whose status is to be changed Q1..Z8 Input 1 A1..P8 Channel or flag causing the first part of the Q1..Z8 conditions for the change in output status -,/,\ Function AND, OR, XOR...
Page 86: Inversion And Edge Triggering
G 3800 X036 Operation Manual August 2006 The following tables summarize the results of the logic setups: Example: If in the XOR-function, both input 1 (E1) and input 2 (E2) have the value “1”, the output (A) will assume the value “0”. 3.3.2.
Page 87: Using The On-Board I/Os
Q5 = B5 and B5 Input 2 If it is desired that on-board Input number 3 shall be transmitted on Dupline address Input 3 C4, the following line can be entered: C4 = Q3 and Q3.
Page 88: Communication Ports
Appendix C of this manual. The signal status of a given Dupline address can be read in any location related to that address in the Modbus memory map, but obviously, meaningful data is only achieved from the memory location reflecting the actual use of that address.
Page 89: Rs485
Mastergenerators in all the other Dupline networks will be able to read and use the wind speed in the local roller blind control function.
Page 90: Setup Of Communication Ports
COM-port of the PC to one of the RS232 ports of the Mastergenerator operating as RS485 master. This enables the PC to read and control data in all the Dupline networks, and to read or write a configuration file to any Mastergenerator using the Modbus protocol.
Page 91 If “Clear slave data upon loss of communication” is selected, then the Mastergenerator will disregard the data from other Dupline networks in its con- trol function. If not selected, the Mastergenerator will use the last received valid data from the other Dupline networks.
Page 92: Gsm Modem Functions
The G38001036 Mastergenerator has a built-in GSM Modem, which can be used in two different Operation Modes. In the mode "Send SMS to Dupline Online", the Mastergenerator sends the Log Records to a Central Server using the GSM network. In this operation mode, the Mastergenerator can also receive control com- mands from the Central Server via SMS messages.
Page 93 Up to 4 telephone numbers to which the SMS messages shall be sent can be entered. In case "Send SMS to Dupline Online" is selected, only the telephone number of the Central Server needs to be entered. The country code must be included in the numbers (e.g. +4520213324).
Page 94: Event-Based Sms Messages
August 2006 5.2. Event-based SMS messages If the mode "SMS to Dupline Online" is not selected, the GSM modem is used for control and monitoring from mobile phones. There are 3 different ways to use the SMS messaging: If the "SMS by ON" box is checked, the Mastergenerator will send an SMS with the time and date, the identifying text, the description text for the channel and the status, whenever E1 becomes active.
Page 95: Sms Control Commands And Requests For Dupline Data
G 3800 X036 Operation Manual August 2006 5.3. SMS Control commands and Requests for Dupline data Commands for control or triggering of channel functions can be sent to the Mastergenerator via messages. Also, it is possible to send an SMS to the Mastergenerator with request for channel status.
Page 96: Data Logging Functions
Mastergenerator can be programmed to log any combination of digital, analogue and counter signals based on events or time and send them to the central Dupline-Online Database via the built-in GSM Modem (option- al) or via the Internet. Users can then access own real-time and historical data on their existing internet- connected IT-equipment by entering username and password on the homepage www.dupline-online.com.
Page 97: Dupline-Online Transmission Media
"Automatic Data Logging" (see sections 4.4 and 4.6). Also, "COM2 Baud Rate" must be set to 9600. This is the only configuration required in the "Communication Setup" menu in order to set up Dupline-Online operation. In terms of hardware, an external RS232-to-Ethernet converter (item number ETHCONV1) is required.
Page 98: Time-Based Logging
Log Data to GSM log record to the Dupline-Online Webserver each time this Dupline channel changes status from OFF to ON or ON to OFF. If selected for an Analink channel, the Mastergenerator will send a Log Record each time the Analink value crosses one of the user-defined limits, and whenever the log interval time selected in the menu “Analink Log Set-up”...
Page 99: Time-Based Logging Of Counters
Defines the ratio of pulses per unit of measure. If eg an Energy- meter with 640 pulses/kWh is used, then the figure 640 must be entered to get the correct kWh reading from the Dupline-Online database. © 2006 Carlo Gavazzi Industri A/S. All rights reserved...
Page 100: Time-Based Logging Of Multiplexed Analog Data
Unit of measure Defines the unit of measure for the Counter. If eg an Energy- meter with 640 pulses/kWh is used, then the “kWh” must be entered to get the correct reading from the Dupline-online data base. Log interval Defines the time interval between Counter log Records.
Page 101: Export Of The Configuration To The Dupline-Online Webserver
The configured logging functions with addresses, descriptions, scaling, units of measure etc. and the unique ID code of the Mastergenerator need to be uploaded to the Dupline-Online Webserver in order to ensure accept of Log Records received from this ID-code and correct handling of data. Therefore, after the configuration of the Mastergenerator has been finalized, "Export Configuration"...
Page 102: Radio Modem Functions
Mastergenerators via the radio modem network, and in this way it makes the entire system operate as one big Dupline network. Apart from increased reaction time (depending on the number of remote Mastergenerators), the system will operate as if it was one Mastergenerator connected to all the I/O-modules with cable. The Mastergenerator supports the Radio Modem type 2ASxE and all 3AS types from the Finnish manufacturer SATEL (www.satel.fi).
Page 103: Setup Of Radio Modem Central
G 3800 X036 Operation Manual August 2006 7.2. Setup of Radio Modem Central Parameter: Radio Modem Central Parameter Description Defines the time delay the Mastergenerator uses when changing between Modem turn-around time receiving and transmitting. This can be used to adapt to individual radio modem types, which may have different requirements for this parameter.
Page 104: Setup Of Radio Modem Substation
Clear data upon loss of radio communication Per default, the substations maintain the last received Dupline output data no matter how long time has passed since the last telegram was received from the central Mastergenerator. If "Clear data upon loss of radio communication" is checked, then the output data will be cleared when the time-out defined in "Time to Data-clear"...
Page 106: Appendix B - Modbus Functions
Modbus-RTU interface Modbus-RTU is implemented with the function of a slave. The following Modbus functions are supported: 01, 02, 03, 05, 06 and 16. All 128 Dupline ® Digital, Analink, Counter, and BCD channels are placed as follows: Modbus-RTU Functions implemented in the Master Generator...
Page 107 Reading of 1 to 32 registers possible CD-F Input Table EF-0 Input Table Dupline group AB holds the actual Mux-address on the 4 most significant bits. EF-F Input Table The remaining bits holds the digital transmit information from channel A5..B8 GH-0...
Page 108 Mastergenerator ModBus Functions Read AnaLink channels Set-Point values, as configured or as set by a previous 16384 4000 A1 Limit 1 Low Setup ModBus write-command. 16385 4001 A1 Limit 1 High Setup 16386 4002 A1 Limit 2 Low Setup Legal Values lies in the range from 0 to 255, and must be scaled according to the type of analink signal.
Page 109 Value 0: allowed, but has no function. 12414 307E 12415 307F Write a bit, for set or reset of a Dupline Channel 12544 3100 12545 3101 This command will enforce the channel into On or Off , as if a masterfunction...
Page 110 Write data for Forcing the Output on Dupline channels. Writing 1’s will force the channels on, as if a masterfunction activated the 4112...
Page 111 Mastergenerator ModBus Functions Write Realtime channels Set-up values 24576 6000 HI: hour Lo: min On-time1 Setup 24577 6001 hour Off-time 1 Setup Write On/Off times and day/holiday setup. 24578 6002 x x x Days Day select 1 Setup Hour and Minutes in BCD 24579 6003 x x x...
Page 112: Appendix C - Rs485 Communications
Wiring diagram Find below an example of a complete wiring diagram for a system with 3 Master Generators connected in an RS485 network. 6-30 VDC 6-30 VDC DUPLINE G 3800 0015 230 G 3800 0015 800 DUPLINE 0,1 A 30 V...

Dupline G3800 X036 Operation Manual

Table of Contents

1 Introduction

2 Objects

3 Logic Setup

4 Communication Ports

5 GSM Modem Functions

6 Data Logging Functions

7 Radio Modem Functions

Appendix A

Appendix B - Modbus Functions

Appendix C - RS485 Communications

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Summary of Contents for Dupline G3800 X036

Table of Contents