Description

 

🔐 Product Introduction

The Honeywell PW7K1IC is a PW7000-Series Intelligent Controller designed for enterprise access-control applications. It provides two onboard reader ports for direct connection of up to two readers and can control two doors directly. The controller also provides onboard I/O, Ethernet communication, local decision-making, alarm management, scheduled operations, and expansion through downstream PW7000 modules.

The controller uses an embedded Linux operating environment and an onboard cryptographic memory chip. It supports Wiegand and OSDP Version 2 Secure Channel Protocol, with TLS 1.2 for host communication. Honeywell also states that the PW7000 hardware is backward compatible with selected PW6000 controllers, reader boards, I/O boards, and enclosures.

Honeywell currently identifies the PW7K1IC product as discontinued. Existing systems can still require this controller as a replacement or spare, making exact part-number verification important when purchasing surplus or new-old-stock equipment.

 

📋 Product Datasheet

Parameter	Specification
Brand	Honeywell Security
Model	PW7K1IC
Series	PW7000 Series
Product Name	Intelligent Controller / 2-Reader Controller
Country of Origin	USA / Honeywell manufacturing location may vary by production lot
Product Status	Discontinued
Controller Architecture	Intelligent embedded Linux controller
Reader Capacity	2 onboard readers / 2 doors
Maximum Openings	Up to 64 openings with supported downstream expansion
Host Communication	10/100 Mbps Ethernet, TLS 1.2
IP Protocol	IPv4 / IPv6

Honeywell specifies the PW7K1IC as having two onboard reader ports, eight onboard inputs, four onboard outputs, and capacity for up to 64 openings when appropriately expanded.

 

⚙️ Main Technical Features

🔹 Dual Reader Support — Two readers can be connected directly to the controller for two-door access-control applications.

🔹 OSDP Secure Channel — Supports OSDP V2 Secure Channel Protocol for enhanced reader communication security.

🔹 Wiegand Support — Compatible with Wiegand-based access-control readers.

🔹 Ethernet Connectivity — Provides 10/100 Mbps host communication and supports IPv4/IPv6 networking.

🔹 TLS 1.2 — Supports encrypted host communication.

🔹 Onboard I/O — The controller provides 8 onboard inputs and 4 onboard outputs.

🔹 Large Cardholder Capacity — Published specifications list up to 240,000 cardholders.

🔹 Transaction Storage — Up to 50,000 transactions can be stored according to the published specification.

🔹 Distributed Intelligence — The controller can continue performing programmed access-control functions independently of the host for supported operations.

🔹 Modular Expansion — PW7K1IN, PW7K1OUT, and reader modules can be combined with the controller for larger installations.

🔹 Pro-Watch Integration — The onboard Ethernet interface connects the controller to Honeywell Pro-Watch platforms.

🔹 Embedded Security — Honeywell specifies an onboard crypto memory chip for protecting sensitive information.

 

🛠️ Operating Procedure & How to Use

⚠️ The PW7K1IC is an access-control security controller. Installation and configuration should be performed by qualified security-system personnel using the approved system design and Honeywell-compatible software.

1. Hardware Installation

🔧 Install the PW7K1IC in the appropriate PW-Series enclosure.

🔌 Connect the approved DC power supply.

🌐 Connect the Ethernet cable to the controller’s host/network port.

🚪 Connect Reader 1 and Reader 2 using the selected reader interface.

🔐 For new installations, OSDP Secure Channel should be considered where supported by the reader and system configuration.

🔘 Connect door-position switches, request-to-exit devices, alarm inputs, locks, relays, and other field devices to the appropriate I/O.

🔎 Check polarity, termination, addressing, and wiring before applying power.

2. Controller Configuration

💻 Connect the controller to the Honeywell Pro-Watch environment or supported configuration software.

🌐 Assign the appropriate IP/network parameters.

🆔 Define the controller address and system identity.

🚪 Configure the connected doors.

👤 Configure reader technology, card formats, access levels, and credential parameters.

🔔 Configure alarm inputs and output actions.

⏰ Configure schedules and time-based access rules.

🔄 Download the approved configuration to the controller.

3. Reader Configuration

For Wiegand readers:

🔹 Verify the reader’s wiring and data format.

🔹 Configure the appropriate card format.

🔹 Confirm the reader’s LED and buzzer behavior.

For OSDP readers:

🔹 Verify RS-485 wiring.

🔹 Assign the reader address.

🔹 Configure OSDP communication parameters.

🔐 Where supported, enable OSDP Secure Channel and verify secure communication before commissioning.

 

⚡ Power-Up Sequence

For a normal installation or replacement:

1. 🔧 Complete and inspect all field wiring.
2. 🌐 Confirm Ethernet/network connections.
3. 🚪 Check reader and door-lock wiring.
4. 🔋 Verify the DC power source and polarity.
5. ⚡ Apply power to the controller.
6. 💡 Check controller status indicators.
7. 🌐 Confirm Ethernet link/activity.
8. 💻 Verify controller communication with Pro-Watch.
9. 🚪 Test Reader 1 and Reader 2.
10. 🔐 Test authorized and unauthorized credentials.
11. 🚨 Test door-position and request-to-exit inputs.
12. 🔄 Verify programmed door and alarm actions.
13. ✅ Confirm the controller is operating normally before returning the access-control system to service.

 

⛔ Power-Off / Shutdown Sequence

The controller should not normally be powered down during active access-control operation.

For authorized maintenance:

1. 🚨 Notify the security/control-room personnel.
2. 🔒 Place affected doors and access-control areas into the approved maintenance condition.
3. 💾 Back up the controller configuration if required.
4. 🌐 Disconnect or disable communication as specified by the maintenance procedure.
5. ⚡ Remove the DC supply.
6. 🛠️ Perform the required maintenance.
7. 🔌 Restore wiring and connections.
8. ⚡ Reapply power.
9. 🌐 Confirm network communication.
10. 🚪 Test both readers and controlled doors.
11. 🔔 Test alarm and input/output functions.
12. ✅ Return the system to normal operation.

 

📖 Product Usage Instructions

The PW7K1IC functions as an intelligent access-control decision point. Reader information is received by the controller, credentials are evaluated against the programmed access rules, and the controller operates the associated door outputs according to the configured permissions and schedules.

The controller can also process alarm inputs and scheduled procedures. Honeywell describes the PW7K1IC as capable of access control, alarm management, and scheduled operations in a single controller.

For larger systems, additional PW7000 I/O and reader boards can be added. Honeywell’s modular architecture allows controllers and downstream boards to be combined according to the application.

The PW7K1IC can also operate as part of a Pro-Watch access-control environment. The controller uses Ethernet to communicate with the host system, while local intelligence allows supported access-control functions to continue without depending on constant host processing.

 

🔍 Recommended Commissioning Checks

Before handing the system over, verify:

🔹 Controller powers up without abnormal indications.

🔹 Ethernet communication is stable.

🔹 Controller is recognized by the host software.

🔹 Reader 1 communicates correctly.

🔹 Reader 2 communicates correctly.

🔹 Authorized credentials are accepted.

🔹 Unauthorized credentials are rejected.

🔹 Door locks and unlocks correctly.

🔹 Door-position monitoring works correctly.

🔹 Request-to-exit input works correctly.

🔹 Alarm inputs generate the correct events.

🔹 Relay outputs perform the programmed functions.

🔹 Event transactions appear correctly in the host system.

🔹 Controller configuration has been backed up.

 

❓ Common Questions & Answers

Q1: What is the Honeywell PW7K1IC?

A: It is a PW7000-Series intelligent access-control controller with two onboard reader ports, designed for controlling access points, managing alarms, and communicating with a host access-control platform.

Q2: How many readers can connect directly to the PW7K1IC?

A: Honeywell specifies two onboard reader ports supporting up to two readers/two doors. OSDP configurations can provide additional reader capacity depending on the supported system configuration.

Q3: How many doors can the PW7K1IC control?

A: The controller directly supports two doors, while the published PW7000 architecture specifies up to 64 openings managed by a PW7K1IC with suitable expansion.

Q4: Does it support OSDP?

A: Yes. PW7K1IC supports OSDP V2 Secure Channel Protocol. It also supports Wiegand reader technology.

Q5: Does it support Ethernet?

A: Yes. The controller provides 10/100 Mbps Ethernet host communication and supports IPv4/IPv6.

Q6: Is TLS supported?

A: Yes. The published specifications identify TLS 1.2 for host communication.

Q7: How many inputs and outputs are built into the PW7K1IC?

A: The published specifications list 8 onboard inputs and 4 onboard outputs.

Q8: How many cardholders can it support?

A: The published PW7000 specifications list a maximum of 240,000 cardholders for the PW7K1IC.

Q9: Is the PW7K1IC compatible with PW6000 equipment?

A: Honeywell states that PW7000 controllers, reader boards, I/O boards, and enclosures are backward compatible with selected PW6000-Series hardware. Compatibility should still be checked against the exact enclosure, firmware, reader board, and Pro-Watch version.

Q10: Is PW7K1IC still manufactured?

A: Honeywell’s current product page identifies the PW7000 Intelligent Controller as discontinued. Existing installations may therefore require replacement stock or new-old-stock units.

 

🔧 Recommended Honeywell Related Models

1. Honeywell PW7K1ICE — PW7000 Intelligent IP Access Controller
2. Honeywell PW7K1R1 — PW7000 Single Reader Module
3. Honeywell PW7K1R2B — PW7000 Dual Reader Module
4. Honeywell PW7K1IN — PW7000 16-Input Module
5. Honeywell PW7K1OUT — PW7000 16-Relay Output Module
6. Honeywell PWLP1501 — Intelligent Controller
7. Honeywell PWMR62E — IP Door Controller
8. Honeywell PW5K2ENC1 — PW-Series High-Density Enclosure
9. Honeywell PW5K2ENC2 — PW-Series 19-Inch Rack Enclosure
10. Honeywell PW7KPSU120 — PW-Series 110 VAC, 4 A Power Supply

The PW7K1IC is particularly suitable as a replacement or spare for existing PW7000/PW6000-based Honeywell access-control installations where reader communication, Ethernet connectivity, local access decisions, and modular I/O expansion are required.

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