High Precision Gyroscope Sensor for 5G Antennas, 3 Axis

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SKU: SUCH-GS-TL735G

$134.12

● Output Signal: RS485 ● Non-linearity: 0.1% of FS ● Azimuth Resolution: 0.01° ● Waterproof Rating: IP67

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Overview
Specs
Application
FAQ
Reviews

Overview

The high precision 3-axis gyroscope sensor is a cutting-edge device designed for accurate orientation and positioning in 5G antenna systems. With a compact, lightweight design (120g), the SUCH sensor offers RS485 output, ensuring reliable data transmission over long distances. Offering 10 years of operational life, this gyro sensor maintains azimuth and roll angle data retention during power loss, ensuring reliable performance in critical applications like 5G antenna monitoring.

Feature

The 3-axis gyro features a compact housing design with a lightweight construction, weighing only 120g, making installation quick and easy.
With zero drift technology, the advanced angular rate sensor ensures static azimuth accuracy by suppressing gyro drift.
This sensor offers long-term stability, with an operating life exceeding 10 years and reliable performance in applications like 5G antenna monitoring.
The data retention capability of the digital gyro allows it to preserve azimuth and roll angles during power loss, thanks to its built-in memory.
With an IP67 waterproof rating, the sensor is designed for environmental resistance, ensuring reliable operation even in harsh weather conditions.

Dimension (Unit:mm)

High precision gyroscope sensor dimension

Wiring

High precision gyroscope sensor wiring

Installation

High precision gyroscope sensor installation

Specs

Azimuth Measurement Axis	Z-Axis Azimuth Angle ±180°
Sampling Bandwidth	> 100 Hz
Azimuth Resolution	0.01°
Azimuth Accuracy	< 0.5°
Non-linearity	0.1% of FS
Inclination Accuracy	0.1° RMS
Transverse Accuracy	Dynamic 0.5°, Static 0.1° RMS
Longitudinal Resolution	0.01°
Tilt Range	Roll: 180°, Pitch: 90°
Gyroscope Angular Rate	±125 °/s (Other rates customizable)
Acceleration Range	±2 g
Acceleration Resolution	0.1°
Acceleration Accuracy	0.5 mg
Default Data Output Type	Euler Angles
Default Azimuth Measurement Range	±180° (When output is Euler Angles)
Start-up Time	5s (Stationary, vibration <10 mg)
Input Voltage	9-36 V, Default +24 VDC, 12mA
Current Consumption	40mA
Operating Temperature	-40°C to +85°C
Storage Temperature	-40°C to +125°C
Vibration	5-10 g
Shock	200 g pk, 2ms, ½ sine
Operating Life	10 Years
Start-up Time	5-6 seconds (Stationary, acceleration < 0.01 g)
Maximum Sampling Rate	100 samples/second
Serial Communication Rate	Default 9600 baud
Output Signal	RS485
MTBF (Mean Time Between Failures)	≥ 50,000 hours
Insulation Resistance	≥ 100 MΩ
Shock Resistance	100 g @ 11 ms, Three Axes (Half-sine)
Vibration Resistance	10 g_rms, 10-1000 Hz
Waterproof Rating	IP67
Cable	Standard 1 m cable
Weight	120 g (excluding cable)

Application

Household Appliances

Machinery Manufacturing

Robotics

FAQ

Q1: Do gyroscope sensors require any special calibration? ❯

Gyroscope sensors generally require calibration during installation to account for any environmental variables. Once calibrated, they can provide reliable feedback for ongoing operations. However, periodic recalibration may be needed to maintain optimal performance.

Q2: What is the lifespan of a gyroscope sensor in a 5G antenna system? ❯

The lifespan of a gyroscope sensor depends on factors like usage, environmental conditions, and the quality of the sensor itself. On average, gyroscope sensors in 5G antenna systems can last anywhere from 5 to 10 years with proper maintenance.

Q3: How do environmental factors affect gyroscope sensor performance? ❯

Environmental factors such as temperature fluctuations, humidity, and electromagnetic interference can impact the accuracy and stability of gyroscope sensors. However, high-quality sensors are often designed to minimize these effects, and calibration can help compensate for minor environmental variations.

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High Precision Gyroscope Sensor for 5G Antennas, 3 Axis

Feature

Dimension (Unit:mm)

Wiring

Installation

Household Appliances

Machinery Manufacturing

Robotics

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