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Standard, High Temperature, Water-proof Accelerometers
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Calibration Lab Standard Accelerometers Characteristics: Quartz accuracy and stability rugged design, low base strain sensitivity, low mass loading sensitivity Applications: Transfer standard for back-to-back calibration of accelerometer field calibrations |
Model YMC |
Sensitivity | Frequency Range (±5%) |
Measuring Range |
Operating Temperature |
Mounting | Weight | Housing/Base | Dimensions |
171A01 | 1mV/g | 1Hz~8kHz | ±1,000g | -40~+121oC | 2-M5 | 35 Gram | stainless | Ø21x25.4 mm |
271A01 | 1pC/g | 1Hz~8kHz | ±1,000g | -54~+150oC | 2-M5 | 32 Gram | stainless | Ø21x25.4 mm |
Transverse Sensitivity:2%;;Non linearity±0.5% FSO; 271A01:power supply 4-20A/20-28V
YMC offers specially designed and tested accelerometers for conducting shock measurements under demanding environmental conditions, They are applied for High temperature vibration measurements, engine compartment studies, thermal stress screening, environmental testing, combined environmental chambers.
Applications- High Temperature Vibration Measurements
- Engine Compartment Studies
- Exhaust Component Vibration Tests
- Steam Turbine Testing
- Engine Vibration Analysis
YMC’s Charge Output accelerometers utilize piezo-ceramic sensing elements to directly output an electrostatic charge signal that is proportional to applied acceleration.
Charge Output accelerometers do not contain built-in signal conditioning electronics. As a result, external signal conditioning is required to interface their generated measurement signals to readout or recording instruments. The sensor’s charge output signals can be conditioned with either a laboratory style, adjustable charge amplifier or, for an economical approach, with an in-line, fixed charge converter.
Since there are no electronics built into Charge Output accelerometers, they can operate and survive exposure to very high temperatures (up to +482 °C for some models). In addition, Charge Output accelerometers are used for thermal cycling requirements or to take advantage of existing charge amplifier signal conditioning equipment.
It is important to note that measurement resolution and low-frequency response for charge output, acceleration sensing systems are dependent upon the noise floor and discharge time constant characteristics of the signal conditioning and readout devices used.
272A20 High Temperature Accelerometers Sensitivity: 20pC/g Frequency Range: 1Hz ~ 6kHz Operation Temperature: -54℃ to +250℃ |
272A50D High Temperature Accelerometers with differential output Sensitivity: 50pC/g Frequency Range: 2Hz ~ 3kHz Operation Temperature: -54℃ to +250℃ Output Type: Differential Output Mounting Type: Triangle Base High temperatures (up to +482 °C customized |
Water-proof Accelerometers
The accelerometers and all connecting leads are completely waterproof and designed to withstand water pressure and temperature variations. The Series water-proof accelerometers are equipped with an integral sheathed cable that can be ordered in any length up to 100 meters. Consult the factory for customized versions of these sensors.
Model YMC |
Sensitivity | Frequency Range (±5%) |
Measuring Range |
Temperature Range |
Mounting | Housing/Base | |
173A100 | 100mV/g | 1Hz~6kHz | ±50g | -40~+121oC | M5 | stainless steel | |
273A50 | 50pC/g | 1Hz~6kHz | ±500g | -54~+150oC | M5 | stainless steel |