content is empty!
Availability: | |
---|---|
CA-YD-126
CA-YD-126
High Shock Piezoelectric Accelerometers for Rotational Measurements
Specifications:
Axial Sensitivity(20±5℃) | 2pC/g |
Transverse Sensitivity | ≤5% |
Frequency Response10% | 1 to 15,000 Hz |
Mounting Resonance Frequency | 50,000 Hz |
Temperature Response | Refer to the temperature curve |
Polarity | Positive |
Isolation Impedance | >109Ω |
Capacitance | 500pF |
Operating Temp. Range | -40 to +150 ℃ |
Shock Limit(±peak) | 10,000g |
Thermal Transient Sensitivity | 2.5mg/℃(0.3Hz) |
Magnetic Sensitivity | 0.6g/T |
Base Strain Sensitivity | 5mg/με |
Weight | 4g(except cable) |
Case Material | Stainless steel |
Mounting Method | stickiness |
Sensing Element | PZT-5 |
Structural Design | Loop shear |
Output Type | Overall connection L5 (side) |
Accessories | |
Sensor Certificate | Calibration Parameter, frequency response curve |
Overall connection STYV-1-1 | High temperature up to 80℃(0.5m) |
STFF-0.9 (Customized) | High temperature up to150℃(0.5m) |
Image:
Typical Temperature Response
Typical Frequency Response
High Shock Piezoelectric Accelerometers for Rotational Measurements
Specifications:
Axial Sensitivity(20±5℃) | 2pC/g |
Transverse Sensitivity | ≤5% |
Frequency Response10% | 1 to 15,000 Hz |
Mounting Resonance Frequency | 50,000 Hz |
Temperature Response | Refer to the temperature curve |
Polarity | Positive |
Isolation Impedance | >109Ω |
Capacitance | 500pF |
Operating Temp. Range | -40 to +150 ℃ |
Shock Limit(±peak) | 10,000g |
Thermal Transient Sensitivity | 2.5mg/℃(0.3Hz) |
Magnetic Sensitivity | 0.6g/T |
Base Strain Sensitivity | 5mg/με |
Weight | 4g(except cable) |
Case Material | Stainless steel |
Mounting Method | stickiness |
Sensing Element | PZT-5 |
Structural Design | Loop shear |
Output Type | Overall connection L5 (side) |
Accessories | |
Sensor Certificate | Calibration Parameter, frequency response curve |
Overall connection STYV-1-1 | High temperature up to 80℃(0.5m) |
STFF-0.9 (Customized) | High temperature up to150℃(0.5m) |
Image:
Typical Temperature Response
Typical Frequency Response
Products | About Us | News | Markets and Applications | FAQ | Contact Us