1609-101 | Temperature Control Refrigeration with 5 Feet Capillary -30 to 90 Degrees Fahrenheit Range Close on Rise 5-3/8 x 2-5/16 x 2-9/16 Inch | WHITE RODGERS

Temperature Control Refrigeration with Precise Monitoring: SPE-1609-101 by WHITE RODGERSThe SPE-1609-101 Temperature Control Refrigeration is an exceptional solution for industrial temperature regulation applications. Featuring a 5 feet capillary, this device offers accurate temperature control within a range of -30 to 90 degrees Fahrenheit. The close on rise feature ensures accurate monitoring and adjustment of temperatures, providing optimal performance for refrigeration systems. Measuring 5-3/8 x 2-5/16 x 2-9/16 inches, the compact design allows for easy integration into various setups. With its durable construction and reliable operation, the SPE-1609-101 is ideal for food processing plants, cold storage facilities, pharmaceutical industries, and HVAC systems. This versatile product ensures precise temperature control, reducing spoilage, maintaining product quality, and optimizing energy efficiency. Midwest Supply offers the best prices and fast shipping for this high-performance temperature control solution. Order now and experience the precision and reliability of the SPE-1609-101 Temperature Control Refrigeration from WHITE RODGERS! The 1609-101 Temperature Control Refrigeration is a reliable and efficient solution for industrial and automation needs. With its 5 feet capillary, this control device offers precise temperature regulation in a range of -30 to 90 degrees Fahrenheit. The close on rise feature ensures accurate monitoring and adjustment of temperatures, providing optimal performance for refrigeration systems. Measuring at 5-3/8 x 2-5/16 x 2-9/16 inches, it is compact yet powerful. This versatile product can be used in various applications such as food processing plants, cold storage facilities, pharmaceutical industries, and HVAC systems. Designed with durability in mind, the temperature control refrigeration guarantees long-lasting performance even in demanding environments.