3 LPM Stainless Steel Fixed Flow Calibration Gas Regulator with 1500 PSI Gauge provides a consistent 3 liter per minute (LPM) flow rate for use with compatible aluminum calibration gas cylinders and gas detection equipment.
Designed with a C-10 valve inlet and male-thread configuration, this regulator is compatible with 34 liter, 58 liter, 103 liter, 105 liter, and 116 liter aluminum calibration gas cylinders. Durable stainless steel construction and an integrated 1500 PSI pressure gauge provide a reliable solution for professional calibration gas applications.
Regulator Specifications
- Flow Rate: 3 LPM Fixed Flow
- Thread Type: Male
- Valve Inlet: C-10
- Fits Cylinders: 34L, 58L, 103L, 105L & 116L Aluminum Cylinders
- Pressure Gauge: 1500 PSI
- Material: Stainless Steel
- Application: Calibration Gas Delivery
Compatible Cylinders
This 3 LPM regulator is designed for compatible 34 liter, 58 liter, 103 liter, 105 liter, and 116 liter aluminum calibration gas cylinders equipped with a C-10 valve connection.
Always verify your cylinder's valve inlet, thread configuration, operating pressure, and required flow rate before selecting a calibration gas regulator.
Common Applications
The 3 LPM Stainless Steel Fixed Flow Regulator is suitable for gas detector calibration, bump testing, portable gas monitor maintenance, industrial hygiene equipment, confined space gas detection, workplace safety programs, environmental monitoring, and other applications requiring a controlled 3 LPM calibration gas flow rate.
Important
Calibration gas regulators are not universally interchangeable. Verify that your calibration gas cylinder uses a C-10 connection and is compatible with a male-thread, 3 LPM fixed flow regulator before ordering.
Choose Instrument Depot for dependable 3 LPM stainless steel calibration gas regulators, C-10 male thread regulators, fixed flow calibration gas regulators with PSI gauges, aluminum calibration gas cylinders, calibration gas, gas detector accessories, detector tubes, and industrial gas detection equipment.