Interlogix TruPortal TP-ADD-IO-BRD Quick Reference

1 TruPortal™ Input Expansion Board Quick Reference en-US Introduction A TruPortal system can be expanded by adding an Input/Output Expansion module (TP-ADD-IO-BRD) that consists of: • One TruPortal Input Expansion board (TP-ADD-IN-BRD) that monitors up to 16 supervised inputs. • One TruPortal Output Expansion board (TP-ADD-OUT-BRD) that provides eight relay output points to connect to devices such as sirens, indicators, or other peripherals. For details about the TP-ADD-OUT-BRD, refer to the TruPortal Output Expansion Board Quick Reference. Both boards communicate with the TruPortal System Controller (TP-SYS) on the SNAPP bus (RS-485) and interface with each other via VBUS internal cabinet communications. The boards are available in the following configurations: • The TruPortal Input/Output Add-on Kit (TP-ADD-IO) consists of a TruPortal 16-input, 8-output I/O Expansion Module kit installed in a UL-listed enclosure with an integrated power supply. (The kit is also available with a CE enclosure (TP-ADD-IO-E), but cannot be used in UL installations.) • The TruPortal Input/Output Expansion Module (TP-ADD- IO-BRD) consists of one TP-ADD-IN-BRD and one TP-ADD-OUT-BRD that can either be installed in a two-door base kit (TP-SYS-2D) that consists of a System Controller in a UL-listed enclosure with integrated power supply, or used for spare parts. One TP-ADD-IN-BRD and up to two TP-ADD-OUT-BRDs can be mounted in a System Controller enclosure. Devices can be powered from the SNAPP bus if the total power consumption does not exceed the limits of the system. Packing List • 16-input expansion board (quantity = 1) • 8-output relay expansion board (quantity = 1) • Mounting plate (depending on option ordered) • UL or CE enclosure with power supply (depending on option ordered) • Installation kit which includes: - Two positional terminal plug-in block (quantity = 2) - Three positional terminal plug-in block (quantity = 19) - Four positional terminal plug-in block (quantity = 1) - End of line resistors 1k ohm, 1% (quantity = 32) - Machine screws (quantity = 8) - Tamper spring (quantity = 1) - Plastic board supports for optional mounting (quantity = 8) Installation Procedure To install the I/O Expansion Module (TP-ADD-IO-BRD), perform the procedures described in the following sections, in the order in which they are presented. 1. Mount the enclosure. 2. Mount the module in the enclosure. 3. Wire the supervised inputs to the Input Expansion board. 4. Wire the relay output points to the Output Expansion board. (Refer to the TruPortal Output Expansion Board Quick Reference for details.) 5. Wire the power and communications inputs. 6. Ensure that the jumpers are configured correctly on the Output Expansion board (no jumpers installed). 7. Apply power to the unit and listen for the relays to click. 8. Observe LED indicators to verify correct board operation. 9. Ensure all wires are clear and secure the cover. WARNING: Circuit board components are vulnerable to damage by electrostatic discharge (ESD). ESD can cause immediate or subtle damage to sensitive electronic parts. An electrostatic charge can build up on the human body and then discharge when touching a board. A discharge can be produced when walking across a carpet and touching a board, for example. Before handling any board, make sure to dissipate any charge by touching the ground. This discharges any static electricity build-up.

Mounting the Enclosure A TP-ADD-IO-BRD assembly can be installed into either a TruPortal System Controller enclosure, or a TP-ADD-IO or TP-ADD-IO-E enclosure. To install an TP-ADD-IO-BRD assembly into a TP-ADD-IO or TP-ADD-IO-E enclosure: 1. Remove enclosure from shipping container and remove any packing material. 2. Using the template provided (part number 531119001 or 531120001), mark and then drill mounting holes. 3. To mount on dry wall, use 1/8 in. (3.175 mm) hollow wall, expansion anchors. Unscrew the screws from the anchors. Mark the mounting holes. Force a starter hole in each mark with a sharp tool. Hammer the anchors into each hole. Align the box mounting holes over the anchor holes and screw in the anchors until tight. To mount on a concrete surface, hold the enclosure on the mounting surface. Mark the mounting holes. Use a hammer drill with a 3/16 in. (4.76 mm) carb alloy drill bit and make 1- in. (25.4 mm) deep holes in each marking. Insert a # 6-8 plastic anchor in each hole and hammer them in. Use # 8 X 1 in.(25.4 mm), Phillips, wood screws to screw into the plastic anchors and mount the enclosure. 4. The enclosure includes standard cable knockouts on each side, including the back. Use the proper size and type of cable strain reliefs to secure cables to the enclosure. Figure 1: TP-ADD-IO enclosure Mounting the Module in the Enclosure One TP-ADD-IN-BRD paired with exactly one TP-ADD-OUT-BRD can be installed inside the TruPortal System Controller enclosure. The universal mounting plate is not required in this case. To install a TP-ADD-IO-BRD assembly into a TP-ADD-IO or TP-ADD-IO-E enclosure, determine the series of eight standoffs for mounting the module. Insert the module and mounting plate assembly, attaching it with the eight nuts provided. Note: Do not overtighten the mounting screws. • To mount the module in the AL400 enclosure using the mounting plate, see Figure 3 on page 3. • To mount the module in the AL600 enclosure using the mounting plate, see Figure 4 on page 3. • To mount the module in AL400 enclosure without the mounting plate, see Figure 5 on page 4. • To mount the module in AL600 enclosure without the mounting plate, see Figure 6 on page 4. Callout Description 1 Front view (cover not shown) 2 Bottom view; top view is the same. 3 Side view (typical) 4 0.20 in. (05 mm) and .38 in. (9.6 mm) double keyhole; 3 holes 5 Combination 1.125 in. (28.6 mm) and .875 in. (22.2 mm) knockout (typical)

3 Figure 3: Mounting in AL400 Enclosure with Mounting Plate Figure 4: Mounting in AL600 Enclosure with Mounting Plate Callout Description 1 TP-ADD-IO-BRD (Input Expansion board) 2 TP-ADD-IO-BRD (Output Expansion board) 3 28058B-02 mounting plate 4 TP-ADD-IO (AL400) enclosure 5 #6-32 SEMS nut, 8 holes 6 #6-32 x .38 in. (9.652 mm) screw, 8 holes Callout Description 1 TP-ADD-IO-BRD (Input Expansion board) 2 TP-ADD-IO-BRD (Output Expansion board) 3 28058B-02 mounting plate 4 TP-ADD-IO (AL600) enclosure 5 #6-32 SEMS nut, 8 holes 6 #6-32 x .38 in. (9.652 mm) screw, 8 holes

Figure 5: Mounting in AL400 Enclosure without Mounting Plate Figure 6: Mounting in AL600 Enclosure without Mounting Plate Anti-Attack Bushing Cap If this module will be mounted in the same enclosure as the Intelligent Power Supply Unit (IPSU), an anti-attack bushing cap covers a rear tamper spring. It fits inside an O-ring bushing located in the enclosure’s rear wall anti-tamper spring knockout. Leave the O-ring bushing and cap in place if the rear tamper is not used. 1. Remove the cap with the edge of a flat screwdriver. 2. Discard the cap. The tamper spring can now move freely through the bushing and make contact with the enclosure. 3. Secure the enclosure to the mounting surface. Callout Description 1 TP-ADD-IO-BRD (Input Expansion board) 2 TP-ADD-IO-BRD (Output Expansion board) 3 #6-32 x 1.00 in. (25.4 mm) plastic standoff, 4 holes 4 TP-ADD-IO (AL400) enclosure 5 #6-32 x .312 in. (7.925 mm) screw, 4 holes Callout Description 1 TP-ADD-IO-BRD (Input Expansion board) 2 TP-ADD-IO-BRD (Output Expansion board) 3 #6-32 x 1.00 in. (25.4 mm) plastic standoff, 8 holes 4 TP-ADD-IO (AL600) enclosure 5 #6-32 x .312 in. (7.925 mm) screw, 4 holes

5 VBUS VBUS is an internal communication bus that related VBUS modules are used with. The VBUS is not intended for external use. It is designed to be used in a protected enclosure with adjoining interconnection between modules in the same enclosure. VBUS devices must be located behind the tamper switch of its host device. Therefore, the wire length cannot exceed the size of the box. Three conductors are required. Figure 7: 16 TP-ADD-IN-BRD with VBUS Alarm Input Wiring The Input Expansion module contains 16 software-configurable alarm inputs that can be used for alarm device monitoring. Each input can be configured, via the TruPortal User Interface, as either NO (normally open) or NC (normally closed) in combination with either supervised or non-supervised wiring. Figure 8: Alarm Input Wiring Power Power is supplied to the Output Expansion board from the Input Expansion board. Power for the Input Expansion board can be passed through the SNAPP connection. Optionally, auxiliary power may be used to power the I/O Expansion Module. The 12 VDC auxiliary output (at TB13) supports up to 10 mA. Callout Description Callout Description 1 Terminal Block (TB) 7 — TB10 inputs 9 TB13 Auxiliary power input; +12 V 2 TB1 tamper (off-the- wall) 10 4 mounting holes: 0.156 in. (04 mm) 3 SW1 front tamper switch (enclosure) 11 TB2 Module (SNAPP) bus; +12 V, ground, Data A and B 4 P1 jumper to disable front tamper 12 TB11 VBUS AUX; +12V 5 Not used 13 TB12 output 1 and 2; open collector[1] 1. These outputs are used to drive an external devices like an alarm relay. The output is controlled by use of a bypass resistor. 6 Processor OK LED (green) 14 TB3 —TB6 inputs 7 VBUS active LED (yellow) 15 OP1 and OP2 output LEDs (green) 8 Power On LED (green) 16 SW2 bottom (off-the-wall) tamper switch Callout Description 1 Door Contact or Request to Exit NC[1] 1. Typical for each Input IN1 — IN16; state must match or follow the door state. 2 Door Contact or Request to Exit NO[1] 3 1K 1% resistor typical[2] 2. Install resistors as close to door as possible 4 Input 5 COM/Shared

Status LEDs Note the following details about Input Expansion board LEDs: • The VBUS yellow LED will flash on and off if there is no VBUS board communicating on the VBUS. If a VBUS board is present, the VBUS LED will remain off. • The green Power On LED stays on providing the operating voltage remains above 9.5 V. If the voltage is lower, the LED will flash on and off. • The two output LEDs follow when the outputs are active. Serial Number Display When the Input Expansion board is initially powered, the serial number is displayed in an encoded form. The number of times the VBUS yellow LED flashes while the green Processor OK LED stays on steady gives the digit value. For example, if the green LED is on and the yellow LED flashes three times, then the green LED goes off, the first digit is “3.” Then if the green LED turns back on and the yellow LED flashes nine times, then the green LED goes off, the second digit is “9,” etc. “0” is indicated by the green LED turning on and the yellow LED not flashing. The entire serial number will be displayed, one digit at a time. It takes several seconds to complete the entire process. When the process is complete, the Processor OK green LED will flash on and off at a more moderate rate. Specifications The TP-ADD-IN-BRD is for use in low voltage, Class 2 circuits only. These specifications are subject to change without notice. • Power ratings - Input: 12 VDC, 100 mA - Output: 12 VDC, 210 mA • Inputs: 16 inputs, standard EOL: 1k ohm in series, 1k ohm in parallel • Outputs: Two relay outputs • Communication: SNAPP, VBUS • Cable requirements: 22 AWG (0.644 mm / 0.326 mm2), stranded - SNAPP bus: four conductors - VBUS: three conductors - Input wiring: two conductors - Power input: two conductors • Dimensions: 5.75 x 2.875 x 0.6 in. (146 x 73 x 15 mm) • Environmental - Temperature: +32 to +120° F (+0 to +49° C) - Humidity: 5—85% RHNC - BTU output: 4.1 BTU/hour • Certifications - UL294 Listed - FCC Part 15 - CE marking Regulatory Information Contact Information www.interlogix.com Customer support: www.interlogix.com/support © 25JUL13 United Technologies Corporation Interlogix is part of UTC Climate Controls & Security, a unit of United Technologies Corporation. All rights reserved. Document number: 460803001C - July 2013 Manufacturer Interlogix Headquarters and Regulatory responsibility: Interlogix 3211 Progress Dr. Lincolnton, NC 28092 USA EU authorized manufacturing representative: UTC Climate, Controls & Security B.V., Kelvinstraat 7, 6003 DH Weert, The Netherlands Year of manufacture The first two digits of the product serial number (located on the product identification label) are the year of manufacture. North American standards UL 294 FCC compliance This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Certification European Union directives We declare under our sole responsibility that this product is in conformity with Directive 1999/5/EC (R&TTE), 2004/ 108/EC (EMC), 2006/95/EC (LVD), and 93/68/EEC (Marking) based on test results using harmonized standards in accordance with the Directives mentioned.