KMC Controls SSS-1002 Sensor

The KMC Controls SSS-1002 is a professional-grade differential pressure flow sensor engineered for precise air velocity monitoring in Variable Air Volume (VAV) terminal units and fan terminal units. This pitot tube style sensor features a 3-5/32 inch insertion length and is designed with a single sensing point to provide accurate differential pressure readings between the high (H) and low (L) ports. These readings are essential for HVAC zone control and Building Automation Systems (BAS) that calculate CFM air flow and velocity using specific K factors. Constructed from light gray ABS/polycarbonate with a UL94-5V rating, the SSS-1002 is built for long-term reliability in environments ranging from 40??F to 120??F. The integration process is streamlined with a 1/4 inch barbed fitting and a 3-1/2 inch mounting flange with an included foam gasket. This sensor is fully compatible with KMC BAC-7000, KMD-7000, and CSP-5000 series controllers, ensuring seamless performance in main or branch duct applications.

• Precise VAV Monitoring: Optimized for inlet sections of terminal units to ensure accurate velocity pressure sensing for individual zone control.
• Rugged Construction: Durable ABS/polycarbonate housing meets UL94-5V standards for industrial HVACR environments.
• Simplified Installation: Features a 3-1/2 x 1-1/4 inch integral mounting flange with a gasket to prevent leakage at the duct penetration point.
• Broad Compatibility: Works natively with 3/8 inch OD polyethylene tubing and various KMC VAV controllers using standard 1/4 inch barb adapters.

What is the K factor for the SSS-1002 sensor?
The specific K factor for the SSS-1002 model is 3450 when used for calculating "Feet Per Minute" (FPM) velocity in most standard controller setups.

Can this sensor be used for static pressure measurement?
Yes, by rotating the sensor 90 degrees and using only one of the ports, technicians can utilize the SSS-1002 to monitor static pressure in duct systems.

What size hole is required for installation?
To correctly seat the probe and flange, a 7/8 inch diameter hole should be cut into the ducting.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.