Johnson Controls T-5210-1002 Pneumatic Temperature Transmitter

Johnson Controls T-5210-1002 Pneumatic Temperature Transmitter Overview

The Johnson Controls T-5210-1002 is a precision pneumatic temperature transmitter engineered for reliable sensing and signal conversion in commercial HVAC and building automation systems. Featuring a 5½” capillary with bulb assembly, this transmitter accurately converts sensed temperature into a proportional pneumatic output signal, making it an ideal component for pneumatic control loops in air handling, hydronic, and process applications.

Key Features

• Operating Temperature Range: 0 to 100°F — ideal for standard HVAC ambient and duct sensing applications
• Element Temperature Range: -40 to 230°F — wide-range bulb and capillary for demanding environments
• Output Pressure Range: 3 to 15 Psig — industry-standard pneumatic signal compatible with most pneumatic actuators and controllers
• Air Consumption and Output Flow Capacity: 45 SCIM — efficient air usage for low-supply-pressure systems
• 5½” Capillary with Bulb — compact sensing element for flexible installation in tight spaces
• Designed for integration into pneumatic control systems in commercial and industrial HVAC applications

Specifications

• SKU: T-5210-1002
• Brand: Johnson Controls
• Operating Temperature Range: 0 to 100°F
• Element Temperature Range: -40 to 230°F
• Output Pressure Range: 3 to 15 Psig
• Air Consumption / Output Flow: 45 SCIM
• Capillary Length: 5½”
• Sensing Element: Bulb and capillary type

Applications

• Commercial HVAC pneumatic control systems
• Air handling unit temperature sensing
• Hydronic system temperature monitoring
• Building automation pneumatic loops
• Industrial process temperature transmitting

Why Choose the Johnson Controls T-5210-1002?

Johnson Controls is a globally recognized leader in building controls and HVAC solutions. The T-5210-1002 delivers consistent, repeatable pneumatic signal output with a wide element temperature tolerance, ensuring accurate control across a broad range of operating conditions. Its 3 to 15 Psig output is compatible with the vast majority of pneumatic actuators and controllers, simplifying integration into existing systems.