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Summary of Contents for INIM IB200
- Page 1 EN 50131-1 EN 50131-3 EN 50130-4 EN 50130-5 CEB T031 IB200 I-BUS isolators Installation and programming manual...
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Page 2: Table Of Contents
Table of contents 1. Description of IB200 1.1 Description of parts 1.2 Technical specifications of IB200 2. Installation of IB200 2.1 Installation of I B200/A IB200/P 2.2 Installation of I B200/U 2.3 Anti-tamper 2.4 Configuration 2.5 Connecting to the I-BUS line 2.6 IB200 connection 2.7 Addressing of IB200 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- 130... -
Page 3: Description Of Ib200
regeneration of communication signals, limiting losses caused by the excessive length of the I-BUS cable detection of functional anomalies in direction of the output section and the consequent isolation of the section concerned Models 3 versions are available: IB200/P, model with BUS isolation functions, signal regeneration on BUS, uninsulated power supply; comes in a plastic enclosure with protection against forced opening and dislodgement IB200/U, model with BUS isolation functions, signal regeneration on BUS, uninsulated power sup- ply; comes in a plastic enclosure with on-view terminals, without protection against forced opening and dislodgement IB200/A, model with BUS isolation functions, signal regeneration on BUS, insulated power supply and DC/DC converter; comes in a plastic enclosure with protection against forced opening and dis- lodgement Insolator The isolator makes it possible to create two groups of peripheral devices by means of the galvanic isolation of the power supply, the ground and the data channels 8D9 and 8S9 of each group. In this way it is possible to separate one group of peripherals connected and powered directly via the control panel (8group A9) from the group connected to the control panel via isolator and not powered via the control panel (8group B9). The protection function is achieved by isolating group B in the event the isolator detects malfunctions in this group: short-circuit between terminals 8+9 and 839 short-circuit between terminals 8D9 and 8+9 or 8D9 and 839 short-circuit between terminals 8S9 and 8+9 or 8S9 and 839 short-circuit between terminals 8D9 and 8S9 IB200 | © 2023 Inim Electronics S.r.l. -
Page 4: Description Of Parts
1. Description of IB200 current absorption higher than 1A between the 8+9 and 839 terminals (only if the IB200/A model is used) Once one of these malfunctions has been detected, the isolator will isolate group B thus protecting group A. This status will remain active for 10 seconds or until the next control panel reset operation. mains power (230V) on the group B. Devices of the BUS B group and the B section of the isolator will be damaged, while the devices of the BUS A group will be kept safe. 1.1 Description of parts Installation and programming manual- 130... - Page 5 I-BUS B communication LED (yellow) I-BUS A communication LED (yellow) Isolation activated LED (red) Dip switch for addressing [K] BUS A power supply LED (green) [L] BUS B power supply LED (green) [M] Mounting screw hole [N] Cable entry [O] Hole for ant-dislodgement device [P] Hole for the cover screw Terminal board identifier description TAMPER Terminal for signalling presence of mains network 3-4-5-6 + Da Sa - BUS terminals side 8A9 7-8-9-10 + Db Sb - BUS terminals side 8B9 IB200 | © 2023 Inim Electronics S.r.l.
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Page 6: Technical Specifications Of Ib200
1. Description of IB200 LEDs The blinking of the I-BUS A and B yellow LEDs (Description of parts, [G] and Description of parts, [H]) indic- ate communication on the relative group of the BUS. The red LED (Description of parts, [I]): ON solid indicates that the isolation function is active because of malfunctioning on the BUS. blinking indicates that the isolation function is active because of current consumption higher than 1A (for IB200/A model only). 1.2 Technical specifications of IB200 Model IB200/U IB200/P IB200/A Voltage 9.5 V minimum input voltage 15 V maximum input voltage 13.8 V output voltage 1 A... -
Page 7: Installation Of Ib200
1. Choose a suitable mounting placement. If the control panel cabinet is used, the control panel must be disconnected c ompletely from both the primary-power source (230V~) and the buffer battery. 2. Secure the device enclosure inside the box. If the control panel cabinet is used, secure the plastic enclosure via the threaded holes on the back plate. 3. Pull the wires through the cable entry and wire up the device. 4. Install the device tamper protection. 5. Complete the configuration. 6. Enroll the device. 7. Close the box. 8. If the control panel cabinet is used, power up the control panel again by connecting the primary- power source (230V~) and the buffer battery. IB200 | © 2023 Inim Electronics S.r.l. -
Page 8: Anti-Tamper
2. Installation of IB200 2.3 Anti-tamper The peripherals with visible terminals and which do not have an anti-tamper device can still be equipped with protection by intervening on the assembly procedure. Please note that in order to comply with security standards, all the control panel peripherals must be pro- tected against tamper. Here we provide information on one of the possible procedures that can be adopted. This involves the assembly of a microswitch on the device, which signals any attempted tamper, and the consequent pro- gramming of the terminal used for this contact. 1. Procure a microswitch with at least two normally-open contacts [A] (preferably with 3 contacts: COM- NO-NC). 2. Employ a terminal and program it as a 824H9 input, whose description type is 8Tamper9, balanced with a single 6K8« [B] resistance, unlimited alarm cycles and belonging to a partition that is viewable on at least one keypad. 3. Using 2 wires, connect the microswitch to the 824H9 input terminal. 4. On the microswitch: identify the common contact (COM) and connect it using one of the two wires, to the GND ter- minal of the 824H9 terminal [C]. identify the normally open contact (N.O., which is the contact that generates a short-circuit bet- ween the contact itself and the COM contact when the switch lever is compressed) and con- nect one end of the 6k8« resistor to it [D]. Connect the other end of the resistance to the wire which is connected to the 824H9 input ter- minal. ... -
Page 9: Configuration
Default configuration. Without interrupting the power isolation jumpers, the isolator provides galvanic isolation and rege- neration of the 8D9 and 8S9 signals whereas the electrical power is carried over BUS A and BUS B. This configuration must be used in case of low voltage drops and reduced absorption currents of the BUS B group peripherals. Interrupting the power isolation jumpers (Description of parts, [F]). This configuration isolates the electrical power and ground (8+9 and 839) of BUS A and BUS B. This configuration will allow you to power BUS B from an external power supply via its 8+9 and 839 ter- minals. IB200/A The IB200/A model operates using the configuration which provides galvanic isolation of the 8D9 and 8S9 signals and the electrical power. It also has an isolated DC/DC converter which powers the devices connected to BUS B, without the need of an external power supply. The output power voltage supplied by the converter is 13.8V. Anti-tamper The IB200/P and IB200/A isolators manage open-enclosure and dislodgement tamper signals via micro- switch (Description of parts, [D]) which regenerates the signal to the control panel via the <TAMPER= ter- minal (Description of parts, [C]). This terminal is normally closed. By removing the jumper from the anti-sabotage enablement connectors (Description of parts, [E]), the protection function can be disabled. IB200 | © 2023 Inim Electronics S.r.l. -
Page 10: Connecting To The I-Bus Line
2. Installation of IB200 2.5 Connecting to the I-BUS line branch “A” branch “B” Control panel Peripheral device Peripheral device The peripheral devices of Inim Electronics control panels are to be connected to the control panel via the I- BUS. The connection between the control panel and its peripherals is achieved through a shielded 4 wire (or more) cable. Attention! 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. -
Page 11: Ib200 Connection
2.6 IB200 connection For proper installation of the isolator, and therefore of the BUS, it is necessary to size the BUS branch in which the isolator is located based on the number of peripherals connected to the branch and their total cur- rent absorption. This absorption is therefore to be compared with the <Maximum absorption from the control panel= data. Another feature is the length of the line that is downstream of the isolator up to the successive isolator or EOL. Following is a table with indicative values of the length depending on the BUS speed: Cable length downstream of the isolator Maximum number of cascaded iso- speed lators 38.4kbps 500m 125kbps 350m 250kbps 200m The lengths (8L9) shown here can be identified with: the length of the cables between an isolator and the successive peripherals or, in the case of a single line, between two successive isolators. the sum of the lengths of all the lines that start from an isolator and arrive at successive isolators or, in the case of branched lines, ending with peripherals. For this purpose, we provide an example for a system with a BUS speed of 125kbps: IB200 | © 2023 Inim Electronics S.r.l. -
Page 12: Addressing Of Ib200
2. Installation of IB200 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 It is not recommended to position an isolator immediately after the control panel Each isolator should be positioned in the points where the quality of the BUS drops drastically. 2.7 Addressing of IB200 If more than one isolator is used on an I-BUS line, it is necessary to allow the control panel to be able to distinguish the various isolators for maintenance or monitoring operations. Therefore, it is necessary to assign a different address to each isolator. The address must assigned via the dip-switch (Description of parts, [J]), by setting a value between 1 and Switch in 8OFF9 position Switch in 8ON9 position ... - Page 13 2.7 Addressing of IB200 IB200 | © 2023 Inim Electronics S.r.l.
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Page 14: General Information
3. General information 3. General information 3.1 About this manual Manual code: DCMIINE0IB200 Revision: 130 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 ... -
Page 15: 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. IB200 | © 2023 Inim Electronics S.r.l. - Page 16 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 DCMIINE0IB200-130-20230801...
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