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PHYSICAL PARAMETERS
| 1. | Ω- sensing axis, 90°± 1° to the reference plane |
| 2. | Dissipation - 1 W |
| 3. | Weight - 40 gram ( 60 gram max ) |
| 4. | Volume - 0.065 litre |
| 5, | Housing material - plastic |
| 6. | Tolerances per ISO 2768-m |
| 7. | Ingress protection class - IP67 |
Specification
MAIN PARAMETERS ( typical values )
| ♦ Rate range | 350 deg/s |
| Scale Factor (SF) | 4.2 mV/deg/s |
| Frequency range | 0... 1 kHz |
| Angle random walk | 0.03 deg /√h |
| Bias stability, RMS | 4 deg/h |
| SF stability, RMS | 0.1 % |
| Readiness time | 0.02 s |
ENVIRONMENT
| ♦♦♦ Temperature operating | -55°C ... +70°C |
| ♦♦♦♦ Temperature endurance | -60°C... +85°C |
| Vibration RMS | 12g, 20Hz...2kHz |
| Shocks | 150g, 1 ms |
| Acceleration | 5g |
♦♦ RELIABILITY
| MTBF | 60000 hours (20º С, predicted) |
| Lifetime (predicted) | 15 years |
| ♦ Precision class - 4 |
| ♦♦ Estimated for low humidity |
| ♦♦♦ Operating temperature - temperature of sensor' surface |
| ♦♦♦♦ Endurance temperature - environment temperature. Sensor is turned off. |
RECOMMENDATIONS AND PRECAUTIONS
| 1. | Do not deform housing and output pins |
| 2. | Fragile components inside - no shocks, no dro |
| 3. | Treat as electrostatic sensitive unit |
| 4. | Is designed to be mounted inside water protected equipment |
| 5. | Increased humidity shortens essentially lifetime |
| 6. | Power must be off during connecting |
| 7. | Soldering to contacts - by low-temperature solder |
