Raypak 007399F Temperature & Pressure Gauge 0-200 PSI 70°F-320°F 1/2" Back
Specifications
- Type: Tri-Gauge
- Connection Size: 1/2"
- Pressure Range: 0 - 200 PSI
- Temperature Range: 70°F - 320°F
- Mounting: Back
Loyalty ProgramTemperature Monitoring:
Displays the thermal condition measured at the connected system location. The temperature-sensing section responds to changes at the measurement point and translates the detected condition into a reading on the gauge. The temperature scale allows the observed thermal condition to be viewed independently from the pressure indication.
Pressure Monitoring:
Indicates the pressure present within the connected system at the measurement location. The pressure-sensing section responds to changes in system pressure and moves the gauge indicator across the applicable scale. This measurement provides a separate view of the system's pressure condition alongside the temperature reading.
Replacement Guidelines:
Replacement requires matching the temperature/pressure gauge's measurement ranges, connection configuration, physical arrangement, system requirements, and applicable equipment specifications. The Raypak 007399F Temperature/Pressure Gauge replacement should also suit the existing measurement connection and associated system components.
Common Failure Symptoms:
Equipment Compatibility:
The Raypak 007399F Temperature/Pressure Gauge is intended for applicable equipment using the stated measurement and connection configuration. Verify the equipment model number, existing component identification, and manufacturer's parts documentation before purchasing.
Technical Specifications:
Brand: Raypak
Part Number: 007399F
Product Type: Temperature/Pressure Gauge
Pressure Range: 0-200 PSI
Temperature Range: 70°F-320°F / 20°C-160°C
Connection: 1/2" Back
Step1: Turn off system and relieve pressure before starting.
Step2: Remove old gauge by unscrewing it from the 1/2" port.
Step3: Apply thread sealant or tape to the new gauge threads.
Step4: Screw the new gauge into the port until snug (don’t over‑tighten).
Step5: Restore pressure and check for leaks.
Step6: Follow safety precautions when working with pressurized systems.