Emerson EPRO A0760GP General Purpose Accelerometer Vibration Sensor

Product Description

The A0760GP is a premium single-axis IEPE accelerometer from Emerson EPRO, widely used for vibration monitoring of rotating machinery. It features hermetic welded stainless steel housing, high sensitivity accuracy and stable performance, compatible with AMS CSI series vibration collectors and online machinery protection systems, commonly deployed on steam turbines, fans, pumps and gearboxes in power and petrochemical plants.

• Part Number: A0760GP, Brand: Emerson EPRO (Germany)
• Sensitivity: 100 mV/g (±5%)
• Measurement range: ±50 g
• Frequency response (±3dB): 0.5 Hz ~ 10 kHz
• Excitation: 18–28 VDC constant current 2–20 mA
• Connector: Top exit 2-pin MIL-C-5015 connector
• Mounting thread: 1/4-28 UNF stud
• Protection: IP68, hermetically sealed
• Operating temperature: -54 ℃ ~ +121 ℃
• Shock resistance: 5000 g peak
• Weight: approx 52 g
• Certifications: CE
• Manufacturer Status: Mature mainstream vibration sensor, available original new, surplus and fully tested refurbished units
• Typical gross weight: approx 0.07 kg, origin: Germany
• Compatible devices: CSI 2140, AMS online monitoring system, Bently Nevada / EPRO vibration modules

Applications

• Thermal power plant steam turbine, generator, fan, water pump vibration condition monitoring
• Refinery, chemical plant compressor, gearbox vibration measurement
• Portable vibration analysis and route data collection with CSI handheld instruments
• Rotating equipment predictive maintenance, spare sensor replacement

FAQ

Q: What is the difference between A0760GP and A0761GP-EX?
A: A0760GP is standard general-purpose version; A0761GP-EX is intrinsically safe explosion-proof model for Zone 0/1 hazardous areas.

Q: Can it be used with Bently Nevada 3500 series?
A: Yes, it can be matched with IEPE acceleration input modules of 3500 system for vibration monitoring.

Q: What are common failure points?
A: Cable damage, internal crystal element fatigue, connector corrosion, resulting in signal loss or abnormal sensitivity drift.