Omron PID regulátor teploty, řada: E5DC Lišta DIN, 50 °C, -10 °C 4, počet výstupů: 2, výstup: Napětí 240V ac, typ

Omron E5DC Series PID Temperature Controller, 100-240V AC Supply Voltage, 48 x 48mm size - E5DC-QX2ASM-000

This PID temperature controller is a versatile digital temperature controller ideal for applications that demand precision in temperature regulation. With a compact design of 48 x 48 mm and a robust solid-state relay controller output, it enhances your temperature control system functionality. It is designed for panel or DIN rail mounting, providing flexibility in installation.

Features & Benefits

• Universal temperature input for various sensors
• Dual displays show process and set temperatures clearly
• Adjustable PID control logic for optimal performance
• Auxiliary outputs support extended functionality
• ON/OFF PID controller for simplified operation

Applications

• Used in industrial temperature regulation systems
• Suitable for automation requiring precise temperature control
• Compatible with thermocouple measurements across diverse materials
• Utilised in electrical and mechanical equipment monitoring
• Ideal for laboratory instruments needing accurate thermal management

How does this product achieve rapid temperature adjustments?

It features a high-speed sampling rate of 50ms, allowing quick reaction to temperature changes, thus maintaining precise control.

What specific types of thermocouples can be used with it?

This model supports multiple thermocouple types, including K, J, T, and several others, enhancing its flexibility in various environments.

Can it be integrated into existing automation systems?

Yes, it allows for easy integration with PLCs through programless communication, facilitating seamless automation processes.

What methods are available for temperature input?

It supports both analogue voltage and current inputs, as well as resistance thermometers, providing diverse configuration options for users.

Is the controller suited for high-ambient conditions?

It operates effectively between -10 to +55 °C, making it suitable for use in demanding industrial environments.