LPMS-HR RS232
Model / article: LPMS-HR RS232
LPMS-HR RS232 is listed by LP-Research in Inertial measurement units. Published model data includes Product mass: 0.01 kg; Communication interface: RS232. See the specification table for operating conditions and source evidence.
Six-axis accelerometer/gyro modules with computed Euler and quaternion output for mobile and humanoid robots. Resolution is not accuracy. Manual p.9 gyroscope bias-instability/random-walk unit inconsistencies are excluded from normalized comparison pending clarification.

Product overview
- Manufacturer / supplier
- LP-Research
- Series
- LPMS-HR robot inertial sensors
- Component type
- Inertial measurement units
- Source
- Open published source
Published pricing
No verified public price indexed for this model. Contact PartMeld for a supplier inquiry.
Published specifications
Values are shown as published. Conditions, rating basis and source evidence apply to each value.
Latest source observation: . Observation dates record evidence collection, not supplier re-verification.
| Specification | Published value | Conditions and source |
|---|---|---|
| Communication interfaceModel-level statement | RS232 | rule validated Source evidenceLPMS-HR RS232 | Communication interface: RS232 LPMS-HR RS232 / manual PDF p.4 / Communication interface |
| DimensionsModel-level statement | 22.4 x 22.4 x 11 mm | rule validated Source evidenceLPMS-HR RS232 | Size: 22.4 x 22.4 x 11 mm LPMS-HR RS232 / manual PDF p.8 / Size |
| Imu accel noise xyModel-level statement | 160 µg/√Hz | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Accelerometer noise density X/Y: 160 µg/√Hz LPMS-HR RS232 / manual PDF p.9 / Accelerometer noise density X/Y |
| Imu accel noise zModel-level statement | 190 µg/√Hz | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Accelerometer noise density Z: 190 µg/√Hz LPMS-HR RS232 / manual PDF p.9 / Accelerometer noise density Z |
| Imu accel rangesModel-level statement | ±3, ±6, ±12, ±24 g | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Selectable accelerometer measurement ranges: ±3, ±6, ±12, ±24 g LPMS-HR RS232 / manual PDF p.9 / Selectable accelerometer measurement ranges |
| Imu gyro noiseModel-level statement | 0.014 deg/s/√Hz | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Gyroscope noise density: 0.014 deg/s/√Hz LPMS-HR RS232 / manual PDF p.9 / Gyroscope noise density |
| Imu gyro rangesModel-level statement | ±125, ±250, ±500, ±1000, ±2000 deg/s | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Selectable gyroscope measurement ranges: ±125, ±250, ±500, ±1000, ±2000 deg/s LPMS-HR RS232 / manual PDF p.9 / Selectable gyroscope measurement ranges |
| Imu orientation resolutionModel-level statement | 0.01 deg | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Angle resolution: 0.01 deg LPMS-HR RS232 / manual PDF p.8 / Angle resolution |
| Imu output rateModel-level statement | 5 to 1000 Hz | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Output frequency: 5 to 1000 Hz LPMS-HR RS232 / manual PDF p.8 / Output frequency |
| Imu powerModel-level statement | 0.105 W | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Typical power consumption: 0.105 W LPMS-HR RS232 / manual PDF p.8 / Typical power consumption |
| Product massModel-level statement | 0.01 kg | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Weight: 0.01 kg LPMS-HR RS232 / manual PDF p.8 / Weight |
| Operating temperature rangeModel-level statement | -40 to 85 °C | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Operating temperature: -40 to 85 °C LPMS-HR RS232 / manual PDF p.8 / Operating temperature |
| Supply voltage rangeModel-level statement | 5 to 36 V | rule validated Operating conditions
Source evidenceLPMS-HR RS232 | Supply voltage: 5 to 36 V LPMS-HR RS232 / manual PDF p.8 / Supply voltage |
Technical documents and resources
Confirm the exact configuration, price, availability and operating conditions with the supplier before ordering.