786-4772 - RS PRO DIN Rail PID Temperature Controller, 72 x 72mm, 3 Output SSR, 24 V ac/dc Supply Voltage ON/OFF, PID Controller
Share:
786-4772 - RS PRO DIN Rail PID Temperature Controller, 72 x 72mm, 3 Output SSR, 24 V ac/dc Supply Voltage ON/OFF, PID Controller
Product Details
RS PRO DIN Rail PID Temperature Controller, 72 x 72 mm, 3 Output SSR, 24 V AC/DC Supply Voltage On/Off, P, PD, PI, PID
Looking for a reliable PID (Proportional-Integral-Derivative) temperature controller you can use in your industrial application? This RS PRO device allows you to efficiently control your processes and ensure that adjustments are made automatically to keep the temperature within the reference set point. The controller measures the actual temperature and compares it with the desired one, then provides the output to a relay and heater or fan.
You can use this temperature controller in a variety of applications where you need both thermocouple (TC) and resistance temperature detector (RTD) measurement input. The device features multifunction control outputs and has alarm functions you can select to suit your application requirements. It also allows you to program heating or cooling functions, so you can easily automate your processes. You'll find this type of device used in petrochemical, textile and automotive industrial facilities.
Features and Benefits
• On/off additional functionality
• No communication module available
• Relay configurable outputs
• On/off, P, PD, PI, PID controller type
• Red/green display colour
• Multi-line display type
• RTD, universal input TC, voltage/current (DC) input type
• IP65 rated
• Maximum operating temperature of +50°C
• Minimum operating temperature of 0°C
• DIN rail mounting type
• Three outputs
• SSR (solid-state relay) output type
• Panel depth of 84 mm
• Size of 72 (length) x 72 mm (width)
• Supply voltage of 24 V AC/DC
• Temperature range of 0°C to +1700°C (Type R and S thermocouple), -200°C to +650°C (RTD - PT100), -200°C to +1300°C (Type K and T thermocouple), -200°C to +900°C (Type J thermocouple)
