Parker 475053 Gas Leak Locator 8 Oz Leak Detection

Product Description

The PARKER 475053 is an 8 oz gas leak locator solution packaged in a bottle with a built-in dauber applicator. It is formulated to detect leaks in refrigerant lines, fittings, and connections within refrigeration and air conditioning equipment. HVAC technicians and refrigeration service pros apply the solution directly to suspect joints and fittings, then watch for bubble formation that pinpoints escaping gas. The dauber applicator allows precise, controlled application without overspray or waste. The 8 oz bottle size is well suited to field service kits and service van inventories.

This leak locator is intended for use on refrigeration and air conditioning equipment lines, including suction and liquid lines, brazed joints, flare fittings, and valve stems. It is appropriate for both residential and commercial HVAC and refrigeration service calls. The dauber tip makes it practical for working in tight equipment compartments where a spray applicator would be difficult to control.

Key Features

• 8 oz bottle provides ample volume for multiple service calls
• Built-in dauber applicator enables precise, targeted application on fittings and joints
• Formulated for leak detection in refrigeration and air conditioning equipment lines
• Bubble formation clearly indicates leak location at the point of application
• Compact bottle size fits easily in a field service kit or tool bag

Compatibility

Designed for leak detection use on refrigeration and air conditioning equipment lines, fittings, joints, and valve assemblies in residential and commercial systems.

Installation Notes

Leak detection solution is applied by HVAC and refrigeration technicians during system inspection or after repair. Before applying, ensure the system is pressurized to the appropriate test pressure per equipment manufacturer guidelines and applicable codes. Apply the solution to all suspect joints and fittings using the dauber tip, and allow several seconds for bubbles to form. Do not apply to energized electrical components or hot surfaces.