IMI Sensors - A PCB Piezotronics Division Gearboxes Instrumentation Built to Survive in Grease & Grime and Pickup Gear Mesh Faults

Predictive Maintenance Gearboxes The sensor has to be chosen based on calculated gear mesh frequency and bearing defect frequencies. The gear mesh frequency is easily determined by multiplying the number of teeth on a gear by the rotational frequency. For example, a motor with 1800 rpm (30 Hz) and a gear with 50 teeth results in a gear mesh frequency of 1500 Hz. This result multiplied by a factor of 3.25 will provide the maximum frequency the sensor should be able to measure for best results. If the number of teeth on a gear is unknown, as a rule of thumb, the maximum sensor frequency should...

Reducer / Slow Speed - Predictive Maintenance Precision ICP® Accelerometer ■ Side exit, ring-style ■ Ceramic sensing element ■ 100 mV/ips integrated velocity output option available Precision ICP® Accelerometer temperature output High Speed / Gear Mesh - Predictive Maintenance Low Cost ICP® Accelerometer Low Cost ICP® Accelerometer ■ Unique 360° swivel design ■ Allows for easy cable orientation ■ Integral or armored integra cable options available Precision ICP® Accelerometer ■ Full frequency sweep calibration: 5% sensitivity deviation tolerance ■ 15 kHz high frequency response ideal for early...

Accessories Cables & Connectors Polyurethane Cabling with MIL-Style Connector 052BRXXXBZ Polyurethane Cabling with Right Angle MIL-Style Connector 052BQXXXBZ XXX = Denote cable length, 010 = 10 feet (Metric lengths available) Mounting Hardware Sensor Mounting Pad Flat Surface Magnet Very High Frequency Accelerometer Kit Model 600A12 This high frequency 10 mV/g accelerometer kit features a very small accelerometer with a magnet and cable assembly n n n High frequency response to 30 kHz, even when mounted magnetically Supplied with 5 ft. cable with BNC plug termination Kit features Model 621B40...