T775U2016 | Electronic Universal Controller w/ 1 Universal Input, 1 Temp Input, 2 SPDT Relays, 2 Analog Outputs | HONEYWELL

Honeywell MPK-T775U2016 Electronic Universal Controller: Control Your Industrial Processes with PrecisionThe Honeywell MPK-T775U2016 Electronic Universal Controller is an advanced device designed to accurately monitor and control temperature and other process variables in industrial applications. With its versatility and robust capabilities, this controller provides precise control, ensuring optimal performance and efficiency.Key Features:Multiple Inputs and Outputs: Equipped with one universal input for sensors and transmitters, one temperature input for thermocouples or RTDs, two SPDT relays for switching, and two analog outputs for precise control.Control Flexibility: Offers the option to control based on sensor A (universal input) or sensor B (temperature) independently, providing flexibility for various control strategies.Reset Option: Allows for easy reset of the controller to default settings, ensuring a clean start for new applications.Versatile Applications: Ideal for controlling temperature, pressure, flow, and other process variables in industries such as manufacturing, HVAC, and laboratory settings.Honeywell's reputation for quality and reliability makes the MPK-T775U2016 Electronic Universal Controller a trusted choice for industrial engineers and maintenance professionals. Upgrade your process control system today with this advanced device.Shop our HVAC supply store for the best prices and fast shipping on industrial products!

Description

The T775 electronic stand-alone controllers are the next generation of universal controls capable of remote sensing of temperature, humidity, pressure, etc. and providing switched and proportional outputs to various types of loads. A built-in time clock is standard. The T775U controller allows a wide range of sensors to be configured. Humidity, pressure, temperature, or any 0-5 Vdc, 0-10 Vdc, or 4-20 mA input is supported. A Reset function is available where the Sensor B temperature (e.g. outside temperature) is used to provide reset control for Sensor A (e.g. humidity). For example, as the outside temperature gets colder, the setpoint can automatically be adjusted to prevent condensation.