RCC-1009 | Relay: Diverting | KMC KREUTER CONTROLS

Adjustable Diverting Relay: RCC-1009 by KMC KREUTER CONTROLSThe RCC-1009 is an adjustable diverting relay designed for precise pressure control in industrial and commercial applications. Key features include: - Adjustable set point range: 3-23 PSI - Direct or reverse acting operation - Pressure gauge-equipped for easy monitoring - Reliable and durable construction This versatile relay finds applications in various systems, including: - Air conditioning and refrigeration - Industrial process control - Hydraulic and pneumatic systems Its compact size and adjustable set point make it suitable for a wide range of pressure control needs. Our HVAC supply store offers the best prices and fast shipping on the RCC-1009, ensuring you get the right parts for your project promptly and cost-effectively. Shop now!

• RCC-1001/1012/1101/1112 Reversing Relays (pilot capacity) are designed for reversing a proportional signal from a controlling device. Factory adjusted to decrease branch line pressure as the input pressure increases. Comes with a bias adjustment and two factory calibration points (8 and 9 psi).
• RCC-1006/1106 Low Pressure Selector Relays are designed to control a final device based on the lower of two pneumatic input signals.
• RCC-1008/1108 High Pressure Selector Relays are designed to select the greater of two pneumatic signals as the control signal for a final device. These signals must be supplied by “relieving” type devices such as thermostats and receiver-controllers.
• RCC-1009/1109 Adjustable Diverting/Switching Relays are SPDT devices. They divert one signal to either of two branch circuits or select one of two inputs and transmit it to another control device. They can also be used to feed or exhaust a circuit.
• RCC-1102 Averaging Relay is designed for applications that do not require large amounts of output air volume. Suitable for room or zone applications such as VAV terminals. Use where the output signal to the controlled device must be the average of two source signals.