Description
The E5ZE‑8AQH01P‑606 is a multipoint temperature regulator from Omron’s compact E5ZE series, designed for precise thermal management of up to eight zones.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Omron |
| Category |
|
| Part Number |
E5ZE-8AQH01P-606 |
| Subcategory |
Temperature Regulator |
| Weight |
0.99 lbs |
Information About E5ZE-8AQH01P-606
The E5ZE-8AQH01P-606 is a multipoint temperature regulator from Omron’s E5ZE series, built for high-precision thermal control across up to eight independent heating zones. Designed for demanding industrial applications, it features thermocouple input, phase-angle output, and built-in safety monitoring such as heater burnout and SSR failure detection. Though discontinued, it remains supported by surplus and refurbishment suppliers.
Key Features:
- Omron Engineered: Developed for centralized, multi-zone heating control in plastics, semiconductors, and food processing equipment.
- 8-Zone Control: Manages eight independent heating loops with individual PID tuning for each channel, enabling efficient multipoint regulation.
- Thermocouple Input: Compatible with standard thermocouple types (K, J, T, E), selectable via internal switches for application flexibility.
- Phase-Angle Output: Provides smooth proportional output ideal for resistive loads like cartridge heaters and infrared elements.
- Built-in Monitoring: Includes CT input for heater burnout detection and solid-state relay (SSR) failure monitoring, enhancing system safety.
- Compact Form Factor: DIN-mountable design allows efficient use of panel space while integrating multiple zones in one housing.
- Optional Communication: Expandable via RS-232C, RS-422/485, or DeviceNet modules for remote supervision and control integration.
- Discontinued Model: Officially retired but still available via distributors and surplus vendors like Radwell and EU Automation.
The E5ZE-8AQH01P-606 remains a trusted solution for legacy thermal systems requiring centralized, safe, and precise multi-zone temperature regulation. Its robust design, integrated fault detection, and enduring availability make it a valuable asset in long-running industrial setups.
