E5AC-QR4D5M-010

The E5AC-QR4D5M-010 is a precision temperature controller that can easily be used in a wide variety of applications. The device has a universal input of thermocouples, RTD and thermistors signals, supports PID control and SP value limit functions. The device also comes with PID auto-tuning, which ensures rapid temperature control while providing stable output. It can be applied for managing temperature in a variety of applications such as medical, food, precision machine tools, packaging, green houses and general industrial control. It is part of the E5 Series Controllers from OMRON.

The E5AC-QR4D5M-010 is a compact device with a 9-digit LCD display and 10 keys with LED backlight. It features an auxiliary output for alarm activate or external time output, 3 inputs for additional data table selection and a 10 speed step output with 0.1, 0.2 and 0.5 m/s speed selectable by the front panel keys. The device is compatible with a variety of support networks including DeviceNet, Profibus DP, EtherNet/IP, CC-Link and SSC-NET. It can also be connected to high speed position control system such as a C200HNCP PLC for temperature management.

The working principle of the E5AC-QR4D5M-010 is simple. First, the user sets the desired temperature by entering it into the device using the 10 keys. The device then reads the current temperature using either a thermocouple, RTD or thermistor. It then compares the current temperature to the set temperature and adjusts the output accordingly. The device can control up to 16 zones with up to 16 output channels. The device also has a built-in PID auto-tuning function which automatically and accurately adjusts the PID parameters of the device for maximum accuracy and stability.

The E5AC-QR4D5M-010 is an industrial precision temperature controller and is suitable for a wide range of applications. It is easy to use and setup, reliable and accurate. It is also highly economical, having a long life expectancy, low cost and low energy consumption. This makes the device a great choice for users looking to improve their temperature control operations.