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E5CW-RKJ | Omron Temperature Controller
- Regular price
- $289.00
- Sale price
- $289.00
- Regular price
-
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Product Description P/N: E5CW-RKJ
Description
The Omron E5CW-RKJ is a compact temperature controller from the E5CW family, designed for precise thermal regulation with thermocouple input and relay output in a 48 × 48 mm DIN-mount form factor.
Technical Specifications
| Condition | New/Never Used Surplus |
|---|---|
| Brand | Omron |
| Category |
Industrial Automation
|
| Part Number | E5CW-RKJ |
| Subcategory | Temperature Controller |
| Weight | 0.33 lbs |
Information About E5CW-RKJ
The E5CW-RKJ is a compact temperature controller from Omron’s E5CW series, designed for simple and reliable thermal regulation in industrial systems. It supports thermocouple input, provides a relay control output, and operates on a universal AC power supply. Though discontinued in 2001, it remains available through surplus suppliers and is commonly used in legacy installations.
Key Features:
- Omron Engineered: Developed as part of the trusted E5 series for dependable temperature control in general-purpose industrial equipment.
- Thermocouple Input: Compatible with K and J-type thermocouples, configurable via DIP switches for flexible integration.
- Relay Output: Single SPDT relay output suitable for controlling heating elements or process actuators up to 3 A.
- Universal Power Supply: Operates on 100–240 VAC at 50/60 Hz, simplifying compatibility with global systems.
- PID or ON/OFF Control: Offers both simple ON/OFF and advanced 2-PID control with auto-tuning for stable operation.
- Compact DIN Format: Standard 1/16 DIN (48×48 mm) front panel design, ideal for space-limited control cabinets.
- Clear Display: Equipped with a dual 7-segment display for real-time process and setpoint values.
- Discontinued Model: End-of-life since March 2001 but still found through surplus vendors for retrofit or replacement use.
The E5CW-RKJ continues to serve as a practical solution for basic thermal control applications in legacy environments. Its reliability, compact design, and ongoing aftermarket support make it a valuable component in maintaining established industrial systems.
Description
The Omron E5CW-RKJ is a compact temperature controller from the E5CW family, designed for precise thermal regulation with thermocouple input and relay output in a 48 × 48 mm DIN-mount form factor.
Technical Specifications
| Condition | New/Never Used Surplus |
|---|---|
| Brand | Omron |
| Category |
Industrial Automation
|
| Part Number | E5CW-RKJ |
| Subcategory | Temperature Controller |
| Weight | 0.33 lbs |
Information About E5CW-RKJ
The E5CW-RKJ is a compact temperature controller from Omron’s E5CW series, designed for simple and reliable thermal regulation in industrial systems. It supports thermocouple input, provides a relay control output, and operates on a universal AC power supply. Though discontinued in 2001, it remains available through surplus suppliers and is commonly used in legacy installations.
Key Features:
- Omron Engineered: Developed as part of the trusted E5 series for dependable temperature control in general-purpose industrial equipment.
- Thermocouple Input: Compatible with K and J-type thermocouples, configurable via DIP switches for flexible integration.
- Relay Output: Single SPDT relay output suitable for controlling heating elements or process actuators up to 3 A.
- Universal Power Supply: Operates on 100–240 VAC at 50/60 Hz, simplifying compatibility with global systems.
- PID or ON/OFF Control: Offers both simple ON/OFF and advanced 2-PID control with auto-tuning for stable operation.
- Compact DIN Format: Standard 1/16 DIN (48×48 mm) front panel design, ideal for space-limited control cabinets.
- Clear Display: Equipped with a dual 7-segment display for real-time process and setpoint values.
- Discontinued Model: End-of-life since March 2001 but still found through surplus vendors for retrofit or replacement use.
The E5CW-RKJ continues to serve as a practical solution for basic thermal control applications in legacy environments. Its reliability, compact design, and ongoing aftermarket support make it a valuable component in maintaining established industrial systems.