Honeywell 620-1536 Processor Module | IPC 620 CPU Unit

Overview

The Honeywell 620‑1536 is a high-performance processor module designed for the IPC 620 control platform and Universal Control Network (UCN). Serving as the central CPU, it manages control logic execution, coordinates communication with connected I/O modules, and ensures reliable system diagnostics. Built for industrial-grade environments, this USA-manufactured processor delivers consistent operation under demanding process-control conditions.

Technical Specifications

General

• Model: 620‑1536

• Product Type: Processor Module

• Compatible System: Honeywell IPC 620 / UCN

• Country of Origin: USA

Processing & Function

• Executes and manages control logic for IPC 620 applications

• Handles communication with I/O modules and UCN network devices

• Front-panel LEDs provide real-time diagnostic and operational status

• Configuration and serial communication via 9-pin Sub-D connector

Indicators & Interfaces

• Status LEDs: Power, Communication, Fault, Module Health

• Communication Port: 9-pin Sub-D (serial/diagnostic)

Mechanical

• Dimensions: 241 × 178 × 38 mm (9.5 × 7 × 1.5 in)

• Weight: 2.6 lbs

Environmental & Operational

• Industrial-grade design for continuous operation within IPC 620 chassis

• Operates reliably in harsh industrial process-control conditions

Applications

• Central processing for distributed process-control systems

• Real-time diagnostic monitoring for industrial automation

• Integration with Honeywell UCN networks and I/O modules

FAQ

Q: What I/O systems are compatible with the 620‑1536?
A: Fully compatible with Honeywell IPC 620 I/O modules and Universal Control Network (UCN) devices.

Q: Can this module operate continuously in harsh environments?
A: Yes, it is engineered for industrial-grade operation with robust environmental tolerance.

Q: How do I configure or troubleshoot this processor?
A: The module includes front-panel LEDs for diagnostic status and a 9-pin Sub-D port for serial configuration and monitoring.