Vendor: Honeywell

Honeywell 9010-036 Logic Processor

SKU: 9010-036
In stock
Description

Honeywell 9010-036 Logic Processor

The Honeywell 9010-036, also cataloged as the 620-36 Logic Processor, serves as the primary CPU module for executing ladder logic and system control tasks within the IPC 620 System and 9200e architecture.

Hardware Specifications

Parameter Specification
Model 9010-036
Brand Honeywell
Processor Model 620-36
CPU Clock Speed 10 MHz
User Memory 32 KB standard, expandable to 128 KB
Scan Time 2.5 ms per 1K ladder logic
I/O Capacity Up to 2,040 points
Programming Port RS-232C, 6-pin modular jack
Networking Port RS-422, 25-pin D-sub
Protocols Modbus RTU slave, Honeywell AB protocol
Baud Rates 9600, 19200, 38400 bps
System Voltage Supplied via 620-series backplane PSU
Dimensions 241.3 mm × 63.5 mm × 19 mm
Weight 0.23 kg (1.74 lbs package)
Indicators LEDs: Run, Ready, Battery Low, I/O status
Programming Software PP620 DOS v4.5 or later
Node Addressing DIP switch SW1-1 to SW1-7, range 1–127

4-20 mA HART Loop Protocol

While primarily a logic processor, the 9010-036 integrates seamlessly into Honeywell control environments where 4-20 mA HART loop protocol devices are supervised. The processor ensures deterministic scan cycles and channel-to-channel isolation, preventing interference across analog loops.

Frequently Asked Questions

Q: Can the 9010-036 be replaced without shutting down the rack? A: No, the module requires full rack power-down before removal to prevent backplane bus disruption.

Q: What is the redundancy behavior in dual-processor configurations? A: Failover occurs within the supervisory cycle; the backup processor assumes control without manual intervention.

Q: Is the PP620 software mandatory for programming? A: Yes, PP620 DOS v4.5 or later is required to access the full feature set of the 620-36 processor.

Field Installation Guidelines

  • Ensure backplane alignment when inserting the module to avoid bent pins.
  • Maintain shielded cabling for RS-422 networking to minimize noise.
  • Configure DIP switch addressing before energizing the system.
  • Separate analog and digital wiring to reduce cross-talk.
  • Observe environmental limits of 0 to +60 deg C and non-condensing humidity up to 95%.