Omron E5CC Panel Mount PID Temperature Controller, 1 Output Solid State Relay 240V ac/dc PID Controller

Omron E5CC Series PID Temperature Controller, 24V AC/DC Supply Voltage, -10 to +55°C Operating Temperature Range - E5CC-QX3D5M-003

This PID temperature controller is designed for precise temperature management in industrial applications. As a solid-state relay temperature controller, it features an intuitive panel mount design measuring 48 x 48 mm and is equipped with universal inputs compatible with various temperature sensors.

Features & Benefits

• High-speed sampling at 50 m/s ensures accurate temperature readings
• Accepts multiple input types including thermocouples and Pt100
• Maximum temperature range spans from -200 to +2300°C
• ON/OFF and PID control systems provide versatile operation
• Compact design optimises panel space without sacrificing functionality
• Programmemable settings enhance flexibility for diverse applications

Applications

• Ideal for industrial temperature control systems
• Utilised in laboratories requiring precise temperature regulation
• Employed in HVAC systems for efficient climate management
• Suitable for various manufacturing processes needing temperature oversight

What types of sensors can be connected to this controller?

The controller accepts a variety of sensors including thermocouples, platinum resistance thermometers, and analogue inputs for comprehensive temperature measurement.

How easy is it to configure the control outputs for different applications?

Configuration is straightforward with programmable parameters that allow users to tailor the ON/OFF or PID settings to specific operational needs.

Can this device be used in extreme temperature environments?

Yes, it is designed to function effectively within a vast temperature range of -200 to +2300°C, accommodating various industrial environments.

What are the advantages of having multiple output types?

Multiple output options, such as relay, voltage, and linear current outputs, provide flexibility in integrating with different systems, improving overall control efficiency.