INGERSOLL RAND 23546344G THEMOSTAT VALVE ASSEMBLY FOR IR COMPRESSOR

Description:

The Ingersoll Rand 23546344 Thermostat Valve Assembly is used to regulate compressor lubricant temperature by directing oil flow through the cooler or bypass circuit in rotary screw air compressors. Commonly installed in Ingersoll Rand rotary screw air compressors where automatic oil temperature control is required to maintain proper operating temperature, lubrication efficiency, and compressor reliability. Maintenance teams and compressor service technicians use this thermostat valve assembly for replacement of worn temperature control valves, preventive maintenance, and restoration of efficient compressor cooling performance.

Applications:

The Ingersoll Rand 23546344 Thermostat Valve Assembly is commonly used in industrial rotary screw air compressors operating in manufacturing plants, automotive facilities, food processing plants, textile mills, and compressed air systems. The valve automatically bypasses or routes lubricating oil through the oil cooler based on operating temperature, helping prevent cold-oil operation during startup and maintaining optimal compressor efficiency under varying load conditions.

Technical Specifications:

• Brand: Ingersoll Rand
• Part Number: 23546344
• Product Type: Thermostat Valve Assembly
• Function: Compressor oil temperature regulation
• Application: Rotary screw air compressors
• Valve Type: Thermostatic bypass valve
• Media: Compressor lubricant/oil
• Operation: Automatic temperature-controlled oil flow diversion
• Mounting: Direct OEM replacement
• Body Material: Industrial-grade metal alloy
• Compatible Equipment: Ingersoll Rand rotary screw compressors (model dependent)
• Designed to maintain proper oil operating temperature and cooling efficiency
• Suitable for continuous-duty industrial compressor applications

Common Replacements:

• Ingersoll Rand 39437645 Thermostat Valve Assembly
• Ingersoll Rand 24248783 Thermostatic Valve Assembly
• Ingersoll Rand 39467642 Thermostat Valve Assembly