PW5K1R2 Honeywell Pro-Watch Compatible RS485 Interface
Manufacturer: Honeywell
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Part Number: PW5K1R2
Condition:New with Original Package
Product Type: Access Control Modules
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Country of Origin: USA
Payment:T/T, Western Union
Shipping port: Xiamen
Warranty: 12 months
Product Overview
The Honeywell PW5K1R2 (PW5K 1R2) functions as a sophisticated dual-reader interface module within the Honeywell PW-5000 Series ecosystem. This 100% brand new, original hardware manages high-security entry points by interfacing between intelligent controllers and physical door hardware. It coordinates up to two doors using bi-directional readers or four doors utilizing single-directional readers. By leveraging a supervised RS485 bus at 38,400 bps, the PW5K1R2 ensures authenticated data transmission for enterprise-level facilities. It provides localized decision-making support for anti-passback and credential verification, making it a critical component for corporate campuses, government infrastructure, and high-stakes industrial sites.
Technical Specifications
The PW5K1R2 board-level installation offers a high-density I/O array for comprehensive door monitoring and control.
| Specification | Technical Detail |
| Reader Capacity | 2 Bi-directional or 4 Single-directional readers |
| Door Management | 2 Doors (Entry/Exit) or 4 Doors (Entry only) |
| Communication | Supervised RS485 (38,400 bps) |
| Inputs | 8 Supervised Inputs (End-of-Line Resistor support) |
| Outputs | 6 Form-C Relay Outputs (5 A @ 28 VDC) |
| Operating Voltage | 12 to 24 VDC ± 10% |
| Current Draw | 250 mA Maximum |
| Security Standards | UL294 Recognized, FCC Part 15 Class A, CE |
| Operating Temperature | 0 to +49 Celsius |
| Humidity Range | 5% to 95% RH (Non-condensing) |
Engineering Advantages
The Honeywell PW5K1R2 solves the complex requirements of modern physical security through robust hardware engineering:
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Flexible Door Topology: This module adapts to various security protocols. It controls two doors with "In/Out" reader tracking for strict anti-passback zones or maximizes efficiency by managing four separate doors for standard access.
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Supervised Circuitry Integrity: The board features eight supervised inputs. These circuits detect not only the "Open/Closed" status but also identify tampering, wire cutting, or short circuits in the field wiring. This proactive monitoring alerts security personnel to physical breaches before a door even opens.
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Pro-Watch Ecosystem Synergy: Full compatibility with Honeywell Pro-Watch software allows for rapid, centralized configuration. Administrators push credential formats and access levels directly to the hardware, reducing manual setup time during large-scale facility commissioning.
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Reliable Power Versatility: The 12–24 VDC power range accommodates diverse power supply architectures. This flexibility allows engineers to utilize existing security power grids without requiring specialized voltage converters.
FAQs
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Does the PW5K1R2 work as a standalone controller?
No. The PW5K1R2 acts as an interface module. It requires a connection to a Honeywell Intelligent Controller, such as the PW6K1IC or PW3K1IC, to process the access control database and execute system-wide commands.
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Which reader technologies does this module support?
The module supports standard Wiegand protocol readers and various clock-and-data formats. This allows you to integrate proximity cards, smart cards, or biometric readers depending on your facility's security requirements.
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What is the benefit of the supervised RS485 bus?
The supervised RS485 bus constantly monitors the communication health between the controller and the PW5K1R2. If a communication line fails or undergoes an interception attempt, the system triggers an immediate alarm in the Pro-Watch management suite.
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How do the Form-C relays handle high-current locks?
The six on-board Form-C relays support up to 5 A at 28 VDC. This capacity directly drives most standard magnetic locks and electric strikes, though we recommend using external surge suppression (diodes or MOV) for inductive loads to protect the module's circuitry.