CSP-5002 | Controller: VAV, CW Close, 50 in-lbs | KMC Controls

The KMC Controls AIR FLOW VAV CONTROLLER (CSP-5002) is a high-performance air flow controller engineered to regulate airflow in various HVAC systems with precision and efficiency. Its advanced microprocessor-based design ensures accurate and reliable airflow control, optimizing system performance and energy consumption. The CSP-5002 is designed for versatility and can be easily integrated into different HVAC systems. It features a user-friendly interface for straightforward configuration and operation, allowing for quick and efficient system setup. This controller is an excellent solution for industrial engineers and maintenance professionals seeking to enhance the efficiency and performance of their HVAC systems.

The analog electronic KMC CSP-5001/5002 VAV Flow Controller-Actuators are pressure-independent combination controller-actuators designed primarily for use on variable air volume terminal units. Air flow is sensed by using a single or multi-point differential (velocity) pressure measuring station or pitot tube (such as an SSS-1000 series airflow sensor). Designed with an onboard flow-through sensor using twin platinum resistance temperature detectors, these models are capable of controlling a velocity setpoint from 0 to 3,300 fpm with an accuracy of 3%.

The CSP-5001 (CCW to close) and CSP-5002 (CW to close) offer full range flow control of VAV terminal units when used with CTE-5xxx room thermostats. Air velocity flow control limits may be set at the thermostat or internal to the CSP-5001/5002. The actuator section provides adjustable stops, magnetic clutch, and a gear disengagement button. Internal status LEDs indicate green for opening and red for closing.

Available control options include proportional or two position electric or hot-water reheat, changeover, dual minimums, fan induction, dual duct, and automation interface.

NOTE: For detailed applications, cross-references, troubleshooting, and other information, see the CSP-5001/5002 Applications Guide and the CTE-5202 Applications Guide. See also the CSP-4702.