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Shenzhen Rion Technology Co., Ltd.
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TL740D 9 Axis MEMS Gyroscope Sensor IP67 Vibration Resistance Automatic Monitoring

Product Details

Place of Origin: Guangdong, China

Brand Name: Rion

Certification: CE, ISO

Model Number: TL740

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: $235/Pieces

Packaging Details: 1pcs/box with sponge inside, 100pcs/ctn

Delivery Time: 7 days for samples

Payment Terms: T/T, Paypal

Supply Ability: 3000 Piece/Pieces per Month

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Specifications
Highlight:

TL740D MEMS Gyroscope Sensor

,

nine axis MEMS Gyroscope Sensor

,

IP67 9 axis gyroscope

Voltage - Supply:
9-36V
Output Type:
DIGITAL
Operating Temperature:
-40~+85
Measuring Range:
0-360
Interface:
RS-232/485
Item:
Gyro Heading Sensor
Weight:
160g
Connector:
RS232/RS485
Power Supply:
9~36v
MTBF:
>50000 Hours/times
Azimuth Accuracy:
0.1deg
Resolution:
0.01deg
Voltage - Supply:
9-36V
Output Type:
DIGITAL
Operating Temperature:
-40~+85
Measuring Range:
0-360
Interface:
RS-232/485
Item:
Gyro Heading Sensor
Weight:
160g
Connector:
RS232/RS485
Power Supply:
9~36v
MTBF:
>50000 Hours/times
Azimuth Accuracy:
0.1deg
Resolution:
0.01deg
Description
TL740D 9 Axis MEMS Gyroscope Sensor IP67 Vibration Resistance Automatic Monitoring

TL740D 9 Axis MEMS Gyroscope Sensor IP67 Vibration Resistance Automatic Monitoring

 

Key Features   

  •  Azimuth angle output         
  • Strong vibration resistance            
  • Light weight
  • Long life,strong stability       
  • Cost-effective                       
  • All solid state
  • Compact & light design       
  • RS232/RS485 output optional        
  • DC9~36V power supply

 

 TL740D is RION-TECH  company newly developed horizontal azimuth angular gyro sensor based on latest MEMS inertial measurement platform , by means of the dynamic attitude algorithm for the angular velocity of gyroscope ,it can simultaneously output carrier’s azimuth angle .The product inernal integrated RION-TECH Patent Inertial navigation algorithm, through the model of attitude angle data fusion , can solve the gyro short time drift problem as much as possible .

This product is specially used for robot car, AGV vehicle azimuth orientation, attitude control and other related applications. instead of the traditional robot vehicle magnetic bar guide shortcomings, no need at the site layout of magnetic stripe, is the necessary navigation components for the next generation of robot vehicle automatic tracing and driving.


TL740D 9 Axis MEMS Gyroscope Sensor IP67 Vibration Resistance Automatic Monitoring 1

 

 

Specification
TL740D PARAMETERS
Mesuring range Azimuth Angle (±180°)
Acquisition bandwidth >100Hz
Resolution 0.01°
Azimuth accuracy <0.1°/min
positional accuracy <2mm/m (converted from angle accuracy)
Nonlinear 0.1% of FS
Max angle rate 150°/s
Accelerometer range ±4g
Acceleroemter resultuion 0.001g
Acceleroemter accuracy 5mg
Starting time 5s(Static)
Input Voltage +9V~36V
Current 60mA(12V)
Working Temp. -40 ~ +85℃
Storage Temp. -40 ~ +85℃
Vibration 5g~10g
Impact 200g pk,2ms,½sine
Working life 10 years
Output rate 5Hz / 15Hz / 25Hz / 50Hz / 100Hz Can set
Output signal RS232 / RS485 / TTL (Optional)
MTBF ≥50000 hours /times
Insulation resistance ≥100 Megohm
Impact resistance 100g@11ms,3 Axial Direction (Half Sinusoid)
Anti-vibration 10grms,10~1000Hz
Protecting IP67
Weight 130g(Without cable)

 

 TL740D 9 Axis MEMS Gyroscope Sensor IP67 Vibration Resistance Automatic Monitoring 5

TL740D 9 Axis MEMS Gyroscope Sensor IP67 Vibration Resistance Automatic Monitoring 7

 

 


Comparison of fiber optic inertial navigation and TL740D:

                                 Comparison-------5 minute data heading angle of vehicle

TL740D 9 Axis MEMS Gyroscope Sensor IP67 Vibration Resistance Automatic Monitoring 9

 

 

TL740D dynamic Relative azimuth/yaw angle :TL740D 9 Axis MEMS Gyroscope Sensor IP67 Vibration Resistance Automatic Monitoring 11

 

TL740D Dynamic relative azimuth/yaw angle :TL740D 9 Axis MEMS Gyroscope Sensor IP67 Vibration Resistance Automatic Monitoring 13

 

              TL740D is fixed on the conveyor belt. The conveyor belt speed is about 0.03m / s. During the conveyor belt there is a little jitter. The process is approximately straight and the length is about 10 meters. As shown in Figure 2 (a), the peak and peak azimuth angle is 0.48 °, and the maximum value is 0.06 °, the minimum value is -0.42 °, the average error value is -0.26 °, and the dynamic accuracy is 0.146 ° (1σ); as shown in Figure 2 (b), the peak-to-peak azimuth angle is 0.73 °, the maximum value is -0.01 °, the minimum The value is -0.74 °, the average error is -0.4316 °, and the dynamic accuracy is 0.2082 ° (1σ);

 

To sum up:

TL740D bearing static accuracy: 0.0447 ° (1σ); dynamic accuracy: 0.1771 ° (1σ)

 

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