TruPortal Wireless Locks Quick Reference

Transcription

1 TruPortal Wireless Locks Quick Reference en-us Introduction This document describes how to connect the following wireless locks to TruPortal hardware: Schlage AD-400, which connects to TruPortal hardware via a Schlage Panel Interface Module (PIM) 400-TD2. Assa Abloy Aperio C IA, which connects to TruPortal hardware via the Assa Abloy Aperio AH20 Standard Wiegand Interface Communication Hub. See page 4 for details. The Schlage PIM400-TD2 PIM and Assa Abloy Aperio AH20 both connect to the following TruPortal devices: TruPortal Dual-Door base system (TP-SYS-2D) TruPortal Dual-Door Interface Module (TP-ADD-2D) Two TruPortal Dual-Door Interface Modules (TP-ADD-4D) TruPortal IP-based Single Door Controller (TP-IPSDC) 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 buildup. Connecting Schlage AD-400 Locks The Schlage AD-400 wireless locking system combines the hardware components required for a complete access control system that includes the wireless lock, credential reader, requestto-enter and request-to-exit sensors, door position switch, and other features. In addition, AD-400 locks have built-in intelligence that allows users to monitor the status of each door in the TruPortal User Interface via the Events page. Interface The Schlage PIM400-TD2 uses a Wiegand (data 1/data0) interface to connect up to two (2) AD-400 locks to a TruPortal door controller as follows: Door 1 connects through Access Point 1 connections on J8 and J10. Door 2 connects through the Access Point 2 connections on J7 and J11. WARNING: Disconnect the board power and batteries while wiring the PIM400-TD2 to a TruPortal door controller. Wiring and Setup For installation and operating instructions, refer to this document and the PIM400 and PIM401 User Guide at support. Use shielded cables for the signal wiring between the PIM400-TD2 and a TruPortal device which must have a UL 294- listed power supply capable of sourcing at least or 24 VDC. For maximum cable requirements, refer to the Specifications section on page 6. P/N A REV JUL13 1

2 Use the following table to connect the TP-SYS-2D to the PIM400-TD2. From TP-SYS-2D To PIM400-TD2 Door 1 strike relay connection CN7 RLY 1 - C STRIKE INPUT - 1 J8 Reader 1 connection CN11 CLK/D1 D1/CLK Door 1 contact 1k, 1%. Use pin with lowest voltage. CN9 IN1-2 DOOR 1 STATUS J10 Door 1 Request to Exit (RTE) 1k 1%. Use pin with lowest voltage. CN8 IN2-2 REQ. TO EXIT Door 2 strike relay connection CN14 RLY 4 - C STRIKE INPUT - 1 J7 Reader 2 connection CN18 CLK/D1 D1/CLK Door 2 contact 1k, 1%. Use pin with lowest voltage. CN16 IN5-2 DOOR 2 STATUS J11 Door 2 RTE 1k, 1%. Use pin with lowest voltage. CN15 IN6-2 REQ. TO EXIT Use the following table to connect the TP-ADD-2D OR TP-ADD-4D to the PIM400-TD2. From TP-ADD-2D/4D To PIM400-TD2 Door 1 strike relay connection TB8 RLY 1 - C STRIKE INPUT - 1 J8 Reader 1 connection TB11 CLK/D1 D1/CLK Door 1 contact 1k, 1%. Use pin with lowest voltage. TB10 IN1-2 DOOR 1 STATUS J10 Door 1 RTE 1k, 1%. Use pin with lowest voltage. TB9 IN2-2 REQ. TO EXIT Door 2 strike relay connection TB5 RLY 4 - C STRIKE INPUT - 1 J7 Reader 2 connection TB2 CLK/D1 D1/CLK Door 2 contact 1k, 1%. Use pin with lowest voltage. TB4 IN5-2 DOOR 2 STATUS J11 Door 2 RTE 1k, 1%. Use pin with lowest voltage. IN6-2 REQ. TO EXIT 2 TruPortal Wireless Locks Quick Reference

3 Use the following table to connect the TP-IPSDC to the PIM400-TD2. From TP-IPSDC To PIM400-TD2 Door 1 strike relay connection J2 RLY 1 - C STRIKE INPUT - 1 J8 Reader 1 connection J1 CLK/D1 D1/CLK Door 1 contact 1k, 1%. Use pin with lowest voltage. J2 IN1-2 DOOR 1 STATUS J10 Door 1 RTE 1k, 1%. Use pin with lowest voltage. IN2-2 REQ. TO EXIT Door 2 strike relay connection J4 RLY 4 - C STRIKE INPUT - 1 J7 Reader 2 connection J3 CLK/D1 D1/CLK Door 2 contact 1k, 1%. Use pin with lowest voltage. J4 IN5-2 DOOR 2 STATUS J11 Door 2 RTE 1k, 1%. Use pin with lowest voltage. IN6-2 REQ. TO EXIT Access Point Links and Status The PIM400-TD2 status is communicated by a red/green LED for each access point. A red LED communicates Real Time and Trouble status: Real Time status: - D40 = Access Point 1 - D43 = Access Point 2 Trouble status: - D1 = Access Point 1 - D2 = Access Point 2 Each access point has clock (CLK) and data () LEDs that indicate card and keypad data communication from the PIM400- TD2 to the access control panel. Placing the PIM400-TD2 into Link Mode 1. Power up the PIM400-TD2. 2. Press the LINK button(s): a. LINK 1 button (SW2): Press for 2 3 seconds, and then release to link Access Point 1. The corresponding LED (LED1 for LINK1) flashes red and green. This indicates that the PIM400-TD2 is in Link Mode. To abort Link Mode, press the same switch again. b. LINK 2 button (SW3): Press for 2 3 seconds, and then release to link to Access Point 2. The corresponding LED (LED2 for LINK2) flashes red and green. When the PIM goes into Link Mode, it is ready for the wireless lock to initiate linking. 3. While the PIM is in Link Mode (up to 30 minutes), push down on the interior door handle and present the badge. The LED on the lock will begin blinking rapidly for seconds. 4. After the LED stops blinking, release the interior door handle back into the horizontal position. Configuring the PIM400TD-2 and AD-400 To configure the PIM400-TD2 and AD-400, refer to the Schlage Utility Software User Guide at Note the following details about how AD-400 locks interact with Door Configuration Options configured on the System Administration > Devices page in the TruPortal User Interface: The AD-400 ignores the Normal Grant Access Time. Configure the Relatch After value in the Schlage Utility Software instead. The AD-400 ignores the Extended Grant Access Time. The AD-400 ignores the Door Strike Mode. TruPortal Wireless Locks Quick Reference 3

4 Connecting Assa Abloy Aperio Locks This section describes how to connect the Assa Abloy Aperio AH20 Communication hub to TruPortal devices. For installation and operating instructions, refer to this document and the documentation that accompanied the AH20 hub and locks. Assa Abloy Aperio locks work by communicating credentials wirelessly to the AH20 hub. The hub then communicates this information to the TruPortal System Controller, which makes the decision to grant or deny access. That decision is then sent back to the hub, which communicates it back to the wireless lock. Wiring and Setup Use twisted-pair cables for the signal wiring between the AH20 hub and a TruPortal device, which must have a UL 294-listed power supply capable of sourcing at least or 24 VDC. For cable requirements, refer to the Specifications section on page 6. Use the following table to connect the TP-SYS-2D to the AH20 hub. From TP-SYS-2D Door 1 strike relay connection CN7 RLY 1 - C STRIKE INPUT - 1 J103 Reader 1 connection CN11 CLK/D1 D1/CLK J100 Door 1 contact 1k, 1%. Use pin with lowest voltage. CN9 IN1-2 DOOR 1 STATUS J103 Door 1 RTE 1k, 1%. Use pin with lowest voltage. CN8 IN2-2 REQ. TO EXIT Door 2 strike relay connection CN14 RLY 4 - C STRIKE INPUT - 1 J103 Reader 2 connection CN18 CLK/D1 D1/CLK J100 Door 2 contact 1k, 1%. Use pin with lowest voltage. CN16 IN5-2 DOOR 2 STATUS J103 Door 2 RTE 1k, 1%. Use pin with lowest voltage. CN15 IN6-2 REQ. TO EXIT Use the following table to connect the TP-ADD-2D OR TP-ADD-4D to the Assa Abloy Aperio AH20 hub. From TP-ADD-2D/4D Power TB11 V VDC J100 0 V Reader TB11 Green LED GREEN D1 D0 D1 D0 4 TruPortal Wireless Locks Quick Reference

5 From TP-ADD-2D/4D Door contact* TB10 1 NCL1 J103 2 COM1 3 NOP1 Request to Exit* TB9 1 NCL2 2 COM2 3 NOP2 Low Battery NCL3 COM3 NOP3 Tamper NCL4 COM4 NOP4 *Select either Normally Open (NO) or Normally Closed (NC). Use the following table to connect the TP-IPSDC to the Assa Abloy Aperio AH20 hub. From TP-IPSDC Door 1 strike relay connection J2 RLY 1 - C STRIKE INPUT - 1 J103 Reader 1 connection J1 CLK/D1 D1/CLK J100 Door 1 contact 1k, 1%. Use pin with lowest voltage. J2 IN1-2 DOOR 1 STATUS J103 Door 1 RTE 1k, 1%. Use pin with lowest voltage. IN2-2 REQ. TO EXIT Door 2 strike relay connection J4 RLY 4 - C STRIKE INPUT - 1 J103 Reader 2 connection J3 CLK/D1 D1/CLK J100 Door 2 contact 1k, 1%. Use pin with lowest voltage. J4 IN5-2 DOOR 2 STATUS J103 Door 2 RTE 1k, 1%. Use pin with lowest voltage. IN6-2 REQ. TO EXIT TruPortal Wireless Locks Quick Reference 5

6 Specifications The following data was available in data sheets provided by the manufacturers and is subject to change. Contact the manufacturers directly for additional information. Schlage PIM400-TD2 Specifications* Frequency range: MHz - Modulation 900 MHz spread spectrum, direct sequence, 10 channels Communication range: - Up to 200 feet (61 m) with obstructions - Up to 1000 feet (305 m) with clear line of site - Up to 2000 feet (609 m) line of site with high gain antenna on PIM400 - Up to 4000 feet (1219 m) line of site with high gain antennas on PIM400 and WRI400 Cable requirements: - DC Power Input: 18 AWG, 2 conductors (Belden 8760 or equivalent) up to 1000 feet (303 m) - PIM400-TD2 to TruPortal device: 22 AWG, 8 conductors shielded (Alpha 1298C or equivalent) up to 500 feet (152 m) Power: VDC Voltage: VDC Maximum current requirement: Up to 250 ma Environment: - Temperature: -31 to 151 F operating (-35 to 66 C) - Humidity: 0 100% condensing Mechanical: - Dimensions: 7.1 x 7.1 x 3.0 in. (18.0 x 18.0 x 7.6 cm) - Weight: 1.25 lb. (.56 kg) Certifications - NEMA 1, 4, 4X, 6 - UL294 - FCC Part 15 - Canada RSS RoHS Assa Abloy Aperio AH20 Hub Specifications* Radio standard: IEEE (2.4 GHz); 16 channels (11 26) Encryption (radio communication): AES 128 bits Communication range: Up to 82 feet (25 m), depending on building environments Receiver sensitivity: 100 dbm 20% Wireless transmit power: 10 dbm/mhz Cable requirements: - Use twisted-pair cable with Ohm characteristic impedance - Maximum bus length is 3280 feet (1000 m) Power: 8 24 VDC Current: 250 ma; Minimum 80 ma at 12 VDC Environment: - Temperature: +41 to +95 F operating (+5 to +35 C) - Humidity: 0 95% condensing - Class of protection: Ingress Protection (IP) 20 Dimensions: 7.1 x 7.1 x 3.0 in. (.32 x.323 x.14 cm) Certifications - CE - ETL - FCC Part 15 - IC - C-Tick Safety and Emissions - FCC 47CFR Part 15 subpart B and subpart C - IC RSS EN ETSI v EN ETSI v EN ed UL C22.2 Contact Information Customer support: 25JUL13 United Technologies Corporation Interlogix is part of UTC Climate Controls & Security, a unit of United Technologies Corporation. All rights reserved. Document number: A - July TruPortal Wireless Locks Quick Reference