REE-5501 | Relay: Isolated Staging, 0-10VDC Input | KMC Controls

REE-5501 Relay Isolated Staging 0-10VDC KMC Controls' REE-5501 relay isolated staging controller provides precise and reliable control for 0-10VDC applications. Its isolated staging ensures accurate signal transmission and minimizes noise interference, making it ideal for demanding industrial environments. Key Features: * Isolated staging for signal integrity and noise reduction * 0-10VDC input and output range * Compact design for space-saving installations * Rugged construction for durability in harsh conditions Benefits: * Ensures accurate signal transmission and eliminates noise interference * Provides precise control for 0-10VDC applications * Offers compact and space-efficient design * Withstands demanding industrial environments Applications: * HVAC control * Industrial automation * Process control * Robotics and motion control For reliable and precise control of 0-10VDC applications, choose the KMC Controls REE-5501 relay isolated staging controller. Our HVAC supply store offers the best prices and fast shipping for your industrial needs. Order now and experience the difference!

These triac relay modules are designed primarily for use with VAV terminal units in HVAC systems. When used in conjunction with reverse acting outputs of the CTE-5100 series room thermostats, up to three stages of heating or cooling may be controlled.

The REE-5001 is most typically used with CTE-5104 thermostats, but it can also be used with the RA outputs of the CTE-5102 and CTE-5103.

The REE-5501 (with isolated outputs) is most typically used with BAC-5841-16 and BAC-5842-16 VAV Advanced Application Controllers to control a fan and two stages of heating or cooling (see the documents for those controllers for more information).

Each output circuit is capable of handling contactors of up to 10 VA @ 24 VAC. The three circuits are calibrated to actuate at equally spaced intervals across the thermostat’s proportional band.

By using the REE-5001/5501, heating or cooling requirements may be actuated in three separate steps, providing precise temperature control.