Omron PID regulátor teploty, řada: E5CC Montáž do panelu, 2300 °C, -200 °C, počet výstupů: 1, výstup: Relé 240V ac, typ

Omron E5CC Series PID Temperature Controller, -200 to 2300°C, -200 to 2300°C Supply Voltage - E5CC-RX3A5M-003

This PID Temperature Controller is designed for precise temperature management across various applications. Featuring a compact panel mount design of 48 x 48 mm, it effectively integrates into control panels, ensuring optimal performance in temperature-sensitive environments. This controller supports a wide operational temperature range from -200 to 2300°C.

Features & Benefits

• Universal input for thermocouples and platinum resistance thermometers enhances versatility
• High-accuracy indication of ±0.3% of PV ensures precise readings
• Fast sampling rates of 50 ms allow for responsive temperature adjustments
• Single relay output simplifies integration into existing systems
• User-friendly setup through programmable functionalities enhances operational efficiency

Applications

• Ideal for industrial temperature control in manufacturing processes
• Suitable for laboratory environments requiring precise temperature monitoring
• Functions effectively within HVAC systems for optimal climate control
• Utilised in food processing to maintain rigorous temperature standards

How does the universal input interface enhance the controller's flexibility in applications?

The universal input supports multiple sensor types, including thermocouples and platinum resistance thermometers, allowing seamless integration into various temperature measurement setups. This feature facilitates easy changes between sensors based on application requirements without the need for hardware changes.

Can this controller support simultaneous PID control for both heating and cooling processes?

Yes, it provides independent heating and cooling PID control, enabling tailored temperature regulation for systems requiring differential management, such as ovens or climate testing chambers.

What are the implications of the high-accuracy indication in sensitive applications?

The high-accuracy indication enables reliable and consistent temperature management, crucial for applications where temperature fluctuations can adversely affect product quality or experimental outcomes, thereby ensuring compliance with industry standards.