Harris
Harris KH1015 Oxygen Regulator Single Stage 0.965-14 Inlet
Single-stage oxygen regulator with 0.965-14 inlet, 50 psig maximum outlet and CGA 540 connection
- TypeWelding Supplies
- Single-stage design delivers consistent 50 psig outlet pressure
- CGA 540 inlet suits standard oxygen cylinders
- Brass chrome-plated body resists corrosion in lab use
- Neoprene diaphragm maintains seal integrity under pressure
- Male 1/4 in NPT outlet connects common hose fittings
Harris KH1015 Oxygen Regulator
The Harris KH1015 is a single-stage oxygen regulator built for general-purpose laboratory use. It accepts a CGA 540 inlet with a 0.965"-14 male connection and delivers outlet pressure up to 50 psig through a 1/4" male NPT fitting. A chrome-plated brass body and neoprene diaphragm provide durability for specialty gas handling.
Thermals noise and power draw
This mechanical regulator operates without electrical power, so it produces no heat, noise or power draw during use. Pressure control is managed manually via the knob, and the single-stage design reduces outlet pressure directly from the cylinder. No external energy source is required for normal operation.
Included accessories and software
The regulator ships as a complete unit with the inlet and outlet connections integrated into the brass body. No additional accessories, software or calibration tools are mentioned in the specifications. Users must supply compatible tubing and fittings for the 1/4" NPT outlet to suit their specific laboratory setup.
Highlights
- Single-stage design delivers consistent 50 psig outlet pressure
- CGA 540 inlet suits standard oxygen cylinders
- Brass chrome-plated body resists corrosion in lab use
- Neoprene diaphragm maintains seal integrity under pressure
- Male 1/4 in NPT outlet connects common hose fittings
Specifications
| Brand | HARRIS |
|---|---|
| Type | Welding Supplies |
Questions about this item
How do I install the KH1015 regulator on a CGA 540 oxygen cylinder, and what step is often missed?
Connect the 0.965-14 male inlet to the cylinder valve, then tighten with a wrench; the step often missed is using a new fibre washer each time to prevent high-pressure leaks.
What maintenance will the KH1015 need over time?
Replace the neoprene diaphragm and the inlet filter if gas flow becomes erratic or pressure creep appears on the outlet gauge.
What is the first limit reached when the KH1015 runs continuously at high flow?
The single-stage design lets outlet pressure rise as the cylinder empties, so the 50 psig maximum outlet setting is the practical limit before downstream equipment sees pressure creep.
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