Keep your air compressor system monitored and operating reliably with high-quality replacement gauges, probes, and indicators from Edmac Compressor Parts. These components provide critical information about compressor performance and operating conditions, helping operators monitor system health, identify potential issues, and support routine maintenance activities.

Air compressors rely on various gauges, probes, and indicators to measure and display important operating parameters such as pressure, temperature, fluid levels, differential pressure, and system status. Over time, these components may wear, become damaged, lose calibration, or fail due to vibration, environmental conditions, contamination, and normal operation. A malfunctioning monitoring component can result in inaccurate readings, delayed troubleshooting, or difficulty identifying developing system issues.

Edmac offers OEM and replacement gauges, probes, and indicators for a wide range of rotary screw, reciprocating, and industrial air compressors. Find the correct replacement using your compressor model, serial number, component specifications, or OEM part number.

• Helps provide accurate monitoring of compressor operating conditions
• Supports routine maintenance and troubleshooting efforts
• Helps identify abnormal system conditions before they develop into larger issues
• Supports reliable compressor performance and operation
• Provides visibility into critical pressure and temperature measurements
• Suitable for maintenance, repairs, and instrumentation replacement projects
• May help reduce downtime by supporting early detection of system concerns
• Available for a wide range of industrial air compressor makes and models

Gauges, probes, and indicators monitor and display important operating information throughout the compressor system. These components help track conditions such as pressure, temperature, fluid levels, and equipment status, providing valuable information for operators, maintenance personnel, and control systems.

Accurate system monitoring is important for efficient compressor operation and maintenance planning. Over time, monitoring devices can become damaged, inaccurate, or unreliable due to normal operating conditions. Replacing faulty gauges, probes, and indicators helps restore accurate system feedback and supports informed operational decisions.

Common signs that a monitoring component may require inspection or replacement include inaccurate readings, fluctuating measurements, unresponsive displays, visible damage, leaking gauge housings, fault alarms, communication issues, or readings that do not match actual operating conditions. Components showing signs of wear or inconsistency should be evaluated during routine maintenance.

Air compressors utilize a variety of monitoring devices depending on the system design. Common examples include pressure gauges, temperature gauges, temperature probes, level indicators, differential pressure indicators, pressure transducers, thermocouples, RTD sensors, sight gauges, and status indicators. Each serves a specific function in monitoring compressor performance and operating conditions.

Replacement intervals vary depending on the component type, operating environment, service conditions, and maintenance practices. Many monitoring devices are inspected regularly and replaced when they become inaccurate, damaged, or fail to operate properly. Always follow the manufacturer's maintenance recommendations for your specific equipment.

The correct replacement component can typically be identified using the compressor manufacturer, model number, serial number, operating range, connection specifications, sensor type, or OEM part number. Selecting the proper replacement helps ensure compatibility and accurate system monitoring.

A gauge is typically used to display measurements such as pressure or temperature. A probe is a sensing device that measures operating conditions and transmits information to a controller or display. An indicator provides a visual representation of system status, fluid level, differential pressure, or other operating conditions. Many compressor systems utilize all three as part of their monitoring and control systems.