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Summary of Contents for INIM Isopower
- Page 1 EN 50131-1 EN 50131-6 EN 50130-4 EN 50130-5 CEB T031 Isopower Power-supply stations Installation and programming manual...
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Page 2: Table Of Contents
Table of contents 1. Description of Isopower 1.1 Description of parts 1.2 Technical specifications of Isopower 1.3 Terminal board 1.4 LED signalling 1.4.1 Possible faults 2. Installation of Isopower 2.1 Wall-mounting 2.2 Connecting the Mains power supply 2.3 Connecting the battery 2.4 Thermal probe 2.5 Connecting to the I-BUS line 2.6 Power-supply station connection 2.7 Isopower project 2.7.1 Addressing via serial code 2.7.2 Manual addressing 3. General information 3.1 About this manual 3.2 Manufacturer's details 3.3 Warranty 3.4 Limited warranty 3.5 Documents for the users 3.6 Disposal of the product Installation and programming manual- 100... -
Page 3: Description Of Isopower
1. Description of Isopower The Isopower power-supply station are available in two versions: Isopower/B2, which provides a stabilized voltage at 13.8V and a maximum current of 2A and is cap- able of housing a 12V 7Ah lead-acid battery. Isopower/B5, which provides a stabilized voltage at 13.8V and a maximum current of 5A and is cap- able of housing a 12V 18Ah lead-acid battery. The Isopower power-supply station connects to the Inim Electronics anti-intrusion control panel via the I- BUS. The control panel is thus capable of fully controlling it and of receiving from it all the necessary signals (faults, tamper events, etc.). Isopower is equipped with a BUS isolator which keeps the input side of the BUS galvanically separated (con- ventionally called 8A9) from the output side (conventionally called 8B9). The on-board power supply is capable of powering the entire 8B9 side of the device, that is, all the circuitry present downstream of the isolator, which in turn will power and manage all the peripherals located downstream of the power station. The Isopower device is therefore to be considered for the purposes of the BUS as an isolator, and as such must be included in the total number of isolators that can be connected in cascade. The battery housed in the station box is controlled by the furnished power supply, that is capable of trans- fering all the fault and status information which the power station then communicates directly to the control panel. Isopower | © 2022 Inim Electronics S.r.l. -
Page 4: Description Of Parts
1.1 Description of parts Installation and programming manual- 100... - Page 5 1.1 Description of parts [A] Back plate of the metal enclosure [B] Mother board [C] Switching power supply Thermal probe connector Battery connector Mains input terminal board Isopower/B2 Isopower/B5 AC Input AC Input 230V ~ 50/60 Hz 230V ~ 50/60 Hz [G] Mains cable entry Earth connection screw [I] Earth wire for front plate [J] Wires between switching-power supply and motherboard Mounting holes for the metal enclosure Isopower | © 2022 Inim Electronics S.r.l.
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Page 6: Technical Specifications Of Isopower
[L] Compartment for backup battery [M] Holes for fixture of external devices [N] Lateral cable entries (on the sides of the enclosure) [O] Anti-tamper device Mounting hole for anti-tamper device [Q] Slots for the front plate of metal enclosure [R] Mounting holes for the front plate of metal enclosure 8ENROLL9 button 1.2 Technical specifications of Isopower Model Isopower/B2 Isopower/B5 PS type Power supply voltage 230V~ (-15% + 10%) 50/60Hz Output voltage 13.8 V nominal from 9.5 to 15 V range maximum ripple Output current 3.2 A 6.2 A total 1.2 A... -
Page 7: Terminal Board
7-8-9- + Da Sa - coming from the control panel BUS terminals side 8B9, 11-12- downstream of the + Db Sb - 13-14 power-supply station Output controlled by the 15, 17 AUX1, AUX2 anti-intrusion control panel 12V output +12V 2, 4, 6, Negative power ter- 16, 18, minals (Negative or GND) Isopower | © 2022 Inim Electronics S.r.l. -
Page 8: Led Signalling
I-BUS terminals + Da Sa -, BUS arrival terminals from the branch coming from the control unit, on the positive of this BUS there is an absorption of about 60mA + Db Sb -, BUS output terminals, galvanically isolated from side 8A9 and designed to power down- stream peripherals, up to 4A can be supplied by this BUS Signalling terminals MAINS, open-collector output, active when the mains is present (when the output is active it assumes the ground potential) and is capable of managing a maximum current of 300mA FAULT, open-collector output, active when one of the power supply outputs delivers a current higher than its over-current threshold (when the output is active it assumes the ground potential) and is cap- able of managing a maximum current of 300mA OVER CURR, open-collector output, active when one of the power supply outputs delivers a current higher than its over-current threshold (when the output is active it assumes the ground potential) and is capable of managing a maximum current of 300mA 1.4 LED signalling There are 7 LEDs present on the motherboard. The activity of 6 of these is reported on the front panel of the Isopower station, as described below: Installation and programming manual- 100... -
Page 9: Possible Faults
Provided is a list of all the faults that the Isopower power-supply station is capable of detecting and sig- nalling to the control panel via I-BUS and via the terminals and the 8FAULT9 LED on the front panel: The internal resistance of the battery exceeds the allowed values (see table Resistance internal battery 8Features9) Battery in short-circuit A short-circuit condition has been detected between the battery terminals Battery disconnected The battery is not connected to the power supply Power-supply overload The power supply is delivering too high a current Overheating on power-supply The internal components of the power supply have exceeded the permitted tem- unit perature threshold Earth fault The power supply has detected an earth resistance that is too high Overvoltage AUX1 Terminal voltage has exceeded 15.2V Overvoltage AUX2 Terminal voltage has exceeded 15.2V Overvoltage +12V Terminal voltage has exceeded 15.2V Overvoltage +BUS side 8B9 Terminal voltage has exceeded 15.2V Undervoltage on AUX1 The voltage on the terminal has dropped below 11V Undervoltage on AUX2 The voltage on the terminal has dropped below 11V Undervoltage on +12V The voltage on the terminal has dropped below 11V Voltage too low on + BUS The voltage on the terminal has dropped below 11V side 8B9 Isopower | © 2022 Inim Electronics S.r.l. - Page 10 Short-circuit terminal AUX 1 The terminal is short-circuited with ground of the system Short-circuit terminal AUX 2 The terminal is short-circuited with ground of the system Short-circuit terminal +12V The terminal is short-circuited with ground of the system Short-circuit terminal +BUS The terminal is short-circuited with ground of the system side 8B9 Overload terminal AUX1 The current required on the terminal is greater than 850mA Overload terminal AUX2 The current required on the terminal is greater than 850mA Overload terminal +12V The current required on the terminal is greater than 850mA Overload terminal +BUS side The current required on the terminal is greater than 3.6A Network not present No mains power supply Low voltage battery The battery is brought below 11V Installation and programming manual- 100...
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Page 11: Installation Of Isopower
The cable gland must be flame class rating V-1 or higher. 2.2 Connecting the Mains power supply The control panel must be powered through a separate line coming from the mains box. The line must be protected by a safety-standards compliant circuit breaker (trip switch). The circuit breaker (trip switch) must be positioned externally to the apparatus and should be easily acces- sible. The distance between contacts must be at least 3mm. The manufacturer strongly advises the use of a magnetothermic switch with C intervention curve and nominal (maximum) current 16A. The electrical earthing system of the site must be compliant with all safety standards and laws in force. Attention! Ensure that the Mains is switched Off during the mains connection phase. Danger of electric shock. Isopower | © 2022 Inim Electronics S.r.l. - Page 12 Installation and programming manual- 100...
- Page 13 Note The end of a stranded wire must not be consolidated with soft soldering in points where the wire is subjected to contact pressure. 4. Crimp the earth wire to the eyelet terminal [E] (included). 5. Using the nut (supplied) attach the wire with the eyelet terminal to the earthing screw ([F], Description of parts, [H]) of the control panel. Isopower | © 2022 Inim Electronics S.r.l.
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Page 14: Connecting The Battery
The power supply cables used for the product wiring must have an adequate section and must comply with stan- dard IEC 60332-1-2 or IEC 60332-2-2. 2.3 Connecting the battery The metal enclosure of the Isopower/B2 power-supply station is capable of housing one lead battery @12V 7Ah. The metal enclosure of the Isopower/B5 power-supply station is capable of housing one lead battery @12V 18Ah. Note The battery casing must have HB flame rating or higher. -
Page 15: Connecting To The I-Bus Line
The shield must be connected to one of the ground terminals (or GND) only on the control panel side and must follow the entire BUS without being connected to ground in other points. The control panel connection is done using terminals 8+ D S -9 on the motherboard. Sizing The sizing of the I-BUS line, i.e. the distribution of peripherals and the use of cables to connect them, must be done on the basis of various project factors, in order to ensure the diffusion of the signals of conductors 8D9 and 8S9 and the power supplied by conductors 8+9 and 8-9. The factors are: The current consumption of the connected devices. In the case of insufficient power supply from the BUS line to peripherals and detectors (refer to the Technical specifications table), this can also be supplied by external power supplies. Cable type The cable section used affects the dispersion of the conductor signals. Isopower | © 2022 Inim Electronics S.r.l. -
Page 16: Power-Supply Station Connection
Recommended cable Cable number of conductors section (mm2) I-BUS terminal AF CEI 20-22 II 4 wire cable + shield 0.22 6 wire cable + shield 0.22 0.22 available 0.75 6 wire cable + shield 0.22 0.22 available Communication speed over the BUS This parameter can be changed by means of the programming software (38.4, 125 or 250kbs). BUS sizing maximum admissible length BUS speed (sum of the sections downstream of the control panel or of an isolator) 38.4kbps 500m 125kbps... - Page 17 2.6 Power-supply station connection Inhomogeneous peripheral distribution Supposing that from the control panel [A] it is necessary to reach an electrical panel which is distant from it and in which there are many peripherals (for example, for home-automation purposes) and that, without any additional power-supply device, the voltage would drop to 10 - 11V when all the peripherals are connected. In this case it would be advisable to add the power-supply station [B] before the electrical panel to ensure that all the peripherals are powered with the correct power supply voltage. Homogeneous peripheral distribution Supposing that the system is very extensive but homogeneous, therefore the peripherals are arranged on each section of the BUS that starts from the control panel [A] in an electrically balanced manner. In this case the power-supply station [B] will be positioned at the centre of each section to ensure that both the resulting segments of the section undergo a maximum lowering of the supply voltage that does not exceed that recommended (maximum 1.5V). The result will be that the power-supply voltage will not drop below 12 - 12.5V at any point on the section. Isolators Note that the power station is also equipped with an isolator. It must therefore be counted in the maximum number of isolators that can be connected in cascade. Below are the guidelines for the arrangement and maximum length of the various BUS sections: Isopower | © 2022 Inim Electronics S.r.l.
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Page 18: Isopower Project
250kbps 200m The lengths (8L9) shown here can be identified with: the length of the wiring between an isolator and subsequent peripherals or between two successive isolators/stations, in the case of a single line the sum of the lengths of all the lines starting from an isolator/station and arriving at subsequent iso- lators/stations or ending with peripherals, in the case of branched lines For this purpose, we provide an example for a system with a BUS speed of 125kbps: Where: l1, l2, l3, l4, l5, l6, l7, l8< L l1 + l2 < L l4 + l5 < L [A] Isolator / power-supply station [B] Control panel [C] BUS branch: 1 isolator in cascade connection [D] BUS branch: 2 isolators in cascade connection [E] BUS branch: 3 isolators in cascade connection 2.7 Isopower project After installing the control panel peripherals and connecting them to the BUS, it is necessary to allow the control panel to recognize and distinguish one from another in order for them to be placed in the con- figuration. This is possible firstly by assigning an address to each peripheral. The addressing procedure changes in accordance with the type of peripheral. The types available are: Installation and programming manual- 100... -
Page 19: Addressing Via Serial Code
Note All the letters entered for the code must be uppercase. The control panel will put forward the first free address for the type of peripheral identified. The installer can change this address as desired or confirm it by pressing the OK button. 2.7.2 Manual addressing It is possible to set the device address manually by clicking on the 8ENROLL9 button as follows: 1. Press and hold the 8ENROLL9 button during normal operation of the peripheral for at least 3 seconds. 2. After 3 seconds, the address of the peripheral will be shown in binary form on LEDs 2 - 7 on the motherboard. To view only the current address, simply avoid pressing the 8ENROLL9 button for at least 10 seconds, the LEDs will automatically return to stand-by status and the address will remain unchanged. 3. By continuously pressing and releasing the 8ENROLL9 button, the address can be incremented up to a maximum of 100. 4. Once the desired address has been reached, it can be confirmed by pressing and holding the 8ENROLL9 button for at least 3 seconds. Isopower | © 2022 Inim Electronics S.r.l. - Page 20 Once this operation has been carried out, the LEDs will return to operating n ormally and the peri- pheral will assume the newly selected address. To assign an address to the device that is lower than its current one, press the 8ENROLL9 button repeatedly until the maximum allowed address (100) is reached and then return to address 1. ENROLL LED 6 LED 5 LED 4 LED 3 LED 2 Address Address Address ...
- Page 21 LED Off LED On Flashing LED Isopower | © 2022 Inim Electronics S.r.l.
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Page 22: General Information
3. General information 3.1 About this manual Manual code: DCMIINE0ISOPOWER Revision: 100 Copyright:The information contained in this document is the sole property of Inim Electronics S.r.l.. Copy- ing, reprinting or modification of this document, in part or as a whole, is not permitted without prior autho- rization in writing from Inim Electronics S.r.l.. All rights reserved. 3.2 Manufacturer's details Manufacturer: Inim Electronics S.r.l. Production plant: Centobuchi, via Dei Lavoratori 10 63076 Monteprandone (AP), Italy Tel.: +39 0735 705007 Fax: +39 0735 734912 E-mail info@inim.biz Web: www.inim.biz The persons authorized by the manufacturer to repair or replace the parts of this system have authorization to work only on devices marketed under the brand Inim Electronics. 3.3 Warranty Inim Electronics S.r.l.. (Seller, Our, Us) warrants the original purchaser that this product shall be free from defects in materials and workmanship under normal use for a period of 24 months. As Inim Electronics does not install this product directly, and due to the possibility that it may be used with other equipment not approved by Us;Inim Electronics does not warrant against loss of quality, degradation of performance of this product or actual damage that results from the use of products, parts or other repla- ceable items (such as consumables) that are neither made nor recommended by Inim Electronics. Seller obligation and liability under this warranty is expressly limited to repairing or replacing, at Seller's option, any product not meeting the specifications. In no event shall Inim Electronics be liable to the purchaser or any other person for any loss or damage whether direct of indirect or consequential or incidental, including without limitation, any damages for lost profits, stolen goods, or claims by any other party caused by defec- tive products or otherwise arising from the incorrect or otherwise improper installation or use of this product. This warranty applies only to defects in parts and workmanship relating to normal use. It does not cover ... -
Page 23: Limited Warranty
3.6 Disposal of the product Informative notice regarding the disposal of electrical and electronic equipment (applicable in countries with differentiated waste collection systems) The crossed-out bin symbol on the equipment or on its packaging indicates that the product must be disposed of correctly at the end of its working life and should never be disposed of together with gene- ral household waste. The user, therefore, must take the equipment that has reached the end of its working life to the appropriate civic amenities site designated to the differentiated collection of electrical and elec- tronic waste. As an alternative to the autonomous-management of electrical and electronic waste, you can hand over the equipment you wish to dispose of to a dealer when purchasing new equipment of the same type. You are also entitled to convey for disposal small electronic-waste products with dimensions of less than 25cm to the premises of electronic retail outlets with sales areas of at least 400m2, free of charge and without any obligation to buy. Appropriate differentiated waste collection for the subsequent recycling of the discarded equipment, its treatment and its environmentally compatible disposal helps to avoid possible negative effects on the environment and on health and favours the re-use and/or recycling of the materials it is made of. Isopower | © 2022 Inim Electronics S.r.l. - Page 24 Inim Electronics S.r.l. Via dei Lavoratori 10, Loc. Centobuchi 63076 Monteprandone (AP) I TALY Tel. +39 0735 705007 _ Fax +39 0735 704912 info@inim.biz _ www.inim.biz DCMIINE0ISOPOWER-100-20220624...
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