HQA-T Series High Temperature Quartz-Flexible Accelerometer
● Superflow source source, low energy consumption
● analogue output of the electric signal
Product Introduction:
Interface distribution and definition
Connection diagram of typical use
Mechanical Dimensions
HQA-TXXX SQ30 Mechanical Dimensions
HQA-TXXX SQ28 Mechanical Dimensions
HQA-T XXX-CF Mechanical Dimensions
HQA-T XXX-CF25Mechanical Dimensions
Other mechanical dimension can be customized according to requirements.
Installation requirements
. The accelerometer flange face is installation base level.
Note
. The accelerometer is easy-damaged part, please take care when take and put, don’t drop and no collision. The vibration and shock can’t exceed the technical requirements The accelerometer should be packaged well during transportation, there should be not less than 20mm cushion foam around it, and the accelerometer should be fixed with the foam. Be sure that there is no collisions with each other for several accelerometers packages.
. Check all the interface wire before electricity to be sure no mistakes.
. The products should be kept in the original package box and stored at dry and ventilated environment. Please handle with care when moved.
. Pay attention to the electrostatic protection .
Features:
● High temperature resistance
● Vibration and shock resistance
● Small volume and light quality
● Wide voltage supply, low power consumption
● Analogue signal output
● Flange mounted or round embedded installation
Application:
HQA-T Series High Temperature Quartz-Flexible Accelerometer is a single-axis torque reaction type accelerometer to detect the external acceleration signal by detecting quality and then demodulated and amplified by the servo circuit, and finally output current signal proportional to the acceleration signal. It is widely used for high accuracy navigation system of aerospace and oil drilling inclinometer or geological exploration system.
Technical Specification:
Technical performance:
Electrical performance | |
Working voltage | ±(10~18)VDC |
Insulation resistance | 50MΩ , @50VDC |
Power consumption | <240mw@15V |
Current consumption | <10mA@15V |
Technical performance | ||||
T135 | T160 | T185S | ||
Range | ±30g | |||
Threshold | 1 × 10-5g | |||
Bias (K0) | < ±20mg | |||
Bias (K0) temperature drift |
<80μg/℃ |
<80μg/℃ |
<80μg/℃ | |
K0 one-month repeatability |
<250μg |
<250μg |
<250μg | |
Scale factor(K1) | 2.4 mA/g ±10% | |||
Scale factor(K1) | <60ppm/℃ |
temperature drift | |||
K1 One-month repeatability |
300ppm |
300ppm |
300ppm |
K0& K1Comprehensive repeatability Note1 |
<2mg |
<2mg |
<3mg |
Misalignment angle | <1mrad | ||
Vibration rectification
error |
<100μg/g²rms(50-500Hz) | ||
Noise | <3000μg-rms(0- 10000Hz) | ||
Band width | >300Hz | ||
Maximum operating temperature |
135℃ |
160℃ |
185℃ |
Note1: After vibration, temperature cycling, shock, high temperature storage etc environment test, the normal temperature repeatability.
Environment condition | |
Sine vibration(No electricity added) | 30g 0 ~ peak ,(20~800 )Hz |
Random vibration(No electricity added) | 20gram , (20~500) Hz |