Omron E5EN Panel Mount PID Temperature Controller 4 Input, 4 Output Relay 240V ac Proportional Valve, PID, On-Off

Omron E5EN Series PID Temperature Controller, -200 to +2300 °C Temperature Range, 96 x 48 mm size - E5EN-HPRR2BFM-500 100-240VAC

This PID temperature controller is designed for precise temperature management in various industrial applications. Featuring a panel mount design, it measures 96 x 48 mm, making it an excellent choice for space-constrained environments. The controller operates within a broad temperature range of -200 to +2300 °C, supporting both heating and cooling operations.

Features & Benefits

• High-resolution display with 5 digits for accurate readings
• Universal input for flexibility with multiple sensor types
• Dual relay outputs enable versatile control options
• Built-in preventive maintenance feature for improved reliability

Applications

• Used for precise temperature regulation in manufacturing processes
• Ideal for heating and cooling systems in laboratories
• Applicable in machinery requiring rigorous temperature limits
• Suitable for processes needing accurate temperature feedback and adjustments

What types of sensors are compatible with this device?

It accommodates various sensors, including thermocouples, platinum resistance thermometers, and analogue inputs, allowing versatile applications across different systems.

How does the high-speed sampling cycle enhance performance?

The 60ms sampling cycle ensures timely responses to changes in temperature, facilitating efficient control and minimising variations in critical processes.

Can this model handle high-temperature applications?

Yes, it operates effectively within a wide temperature range, from -200 to +2300 °C, making it suitable for high-temperature environments.

What kind of maintenance features does it include?

It comprises a control output ON/OFF counter, useful for preventive maintenance, which helps in anticipating component wear and enhancing longevity.

How does the controller manage alarm systems?

Users can set up alarms for various conditions, including upper and lower limits, allowing for proactive management of temperature deviations in processes.