USD 24.84
Solid Core Current Transformer: 50A max input, 1:400 turns ratio, and 1000VAC dielectric strength. Designed for Omron digital temperature controllers, it features a 5.8mm aperture, chassis mounting, and a -10 °C to 55 °C operating range, providing high-accuracy secondary current feedback for process control.
The Omron E54-CT1 is a solid-core current transformer engineered for precision metering and heater burnout detection. It integrates with Omron's advanced digital temperature controllers, including the E5AK and E5AC series. The unit supports up to a 50A input current and features a compact 5.8mm window diameter, chassis mounting capabilities, and fast-on quick connect terminals for robust panel integration.
| Parameter | Value |
|---|---|
| Input Current | 50 A [1.11] |
| Window Diameter | 5.8 mm |
| Turns Ratio | 1:400 |
| Operating Temperature Range | -10 °C to 55 °C |
| Termination Style | Fast-on / Quick Connect |
| Mounting Type | Chassis Mount |
| Dielectric Strength | 1000 VAC |
| Unpacked Weight | 14 g |
Integrates directly with Omron digital temperature controllers to monitor electrical current flow to heater bands. By detecting minute drops in current indicative of a burned-out element, it prevents cold spots during continuous plastic extrusion.
Eliminates defective products and equipment jams caused by undetected heater failures in plastic molding operations.
Measures the electrical current drawn by standard heating elements in an industrial drying oven. Using its 1:400 turns ratio, the sensor provides accurate secondary current feedback to the main control panel.
Ensures resistive heating elements operate securely within safety margins, preventing thermal runaway and alerting maintenance teams to degraded coils before catastrophic failure.
Installed directly into the control panels of sophisticated climate test chambers alongside an E5AC/E5AK controller. The CT continuously measures up to 50A of input current to dynamically verify heater operation during precise thermal cycling.
Identifies partial heater failures that would otherwise cause the testing chamber to deviate from strict temperature profile specifications.
