Johnson Controls T-5210-1007 Pneumatic Temperature Transmitter

Description

The Johnson Controls T-5210-1007 is a precision pneumatic temperature transmitter engineered for reliable temperature sensing and signal transmission in commercial HVAC and building automation systems. Featuring an 8-foot copper averaging element with a 1-foot copper capillary, this transmitter accurately measures and converts space or zone temperatures into a proportional pneumatic output signal for use with pneumatic controllers and control systems.

Key Features

• Operating temperature range: 50°F to 150°F — ideal for typical commercial space temperature monitoring
• Element temperature range: 0°F to 270°F — broad sensing capability for diverse HVAC applications
• Pneumatic output pressure range: 3 to 15 Psig — standard industry signal range for compatibility with pneumatic control systems
• 8-foot copper averaging element provides accurate mean temperature readings across a zone or duct
• 1-foot copper capillary for flexible installation and connection
• Air consumption: 45 SCIM (Standard Cubic Inches per Minute) — efficient operation with minimal compressed air usage
• Copper element construction ensures durability and excellent thermal conductivity

Specifications

• SKU: T-5210-1007
• Brand: Johnson Controls
• Operating Temperature Range: 50°F to 150°F
• Element Temperature Range: 0°F to 270°F
• Output Pressure Range: 3 to 15 Psig
• Air Consumption: 45 SCIM
• Element Type: 8′ Copper Averaging Element
• Capillary: 1′ Copper Capillary
• Signal Type: Pneumatic

Applications

• Commercial building HVAC pneumatic control systems
• Zone and space temperature sensing
• Duct averaging temperature measurement
• Pneumatic DDC and analog control loops
• Building automation and energy management systems

The T-5210-1007 is a dependable choice for facilities engineers, mechanical contractors, and building automation professionals who require accurate, low-maintenance pneumatic temperature sensing. Its standard 3–15 Psig output ensures seamless integration with existing pneumatic control infrastructure.