Oxygen Pressure Regulator RONIX RH-4504 Zinser model

The Oxygen Pressure Regulator RONIX RH-4504 Zinser model is a compact and precise device designed to reduce and adjust oxygen gas pressure during welding and gas cutting operations.

The regulator is equipped with two gauges with clear scales, making it easy to monitor inlet and outlet pressure. The special adjustment knob allows you to easily set the outlet pressure according to the work requirements.

Features

• Brand: RONIX

• Model: RH-4504

• Type: Oxygen pressure regulator

• Body material: Copper

• Gauges: Dual-scale gauges

• Max inlet pressure: 200 bar

• Outlet pressure: 10 bar

• Inlet connection: W21.8-14

• Outlet connection: G1/4 + 6–8 mm nipple

• Dimensions: 195 × 70 × 195 mm

• Weight: 1.55 kg

• Package contents: Without accessories

• Packaging: Color box

Technical specifications

• Model: RH-4504

• Body material: Copper

• Gauges: Dual-scale

• Max inlet pressure: 200 bar

• Outlet pressure: 10 bar

• Inlet thread: W21.8-14

• Outlet thread: G1/4 + 6–8 mm nipple

• Dimensions: 195 × 70 × 195 mm

• Weight: 1.55 kg

Main functions

• Oxygen pressure adjustment — to adjust gas pressure to the required level.

• Dual gauge — for monitoring inlet and outlet pressure.

• Adjustment knob — for easy outlet pressure adjustment.

• Copper body — for durable and reliable construction.

• Compact design — for easy transport and installation.

Advantages

• Inlet pressure up to 200 bar

• Outlet pressure 10 bar

• Dual-scale gauges

• Durable copper body

• Easy pressure adjustment

• Compact and lightweight design

• For professional use

Application area

• Gas cutting work

• Gas welding

• Metal processing

• Construction work

• Industrial work

• Repair work

• Professional workshops

Package contents

• RONIX RH-4504 oxygen pressure regulator

• Accessories — not included

• Color packaging

Note

The RONIX RH-4504 is designed for use with oxygen. Before use, check the compatibility of all connections and system tightness. When working with an oxygen system, it is necessary to follow the appropriate safety rules.