Product Details
Place of Origin: Guangdong, China
Brand Name: Rion
Certification: CE, ISO
Model Number: TL740-232
Document: TL740D ANGULAR GYRO SENSOR.pdf
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: $235 USD
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
Usage: |
Position Sensor |
Theory: |
Other |
Output: |
Digital Sensor |
Item: |
Gyro Heading Sensor |
Dimension: |
60 X 59 X 25.5mm |
Weight: |
160g |
Connector: |
RS232/RS485 |
Power Supply: |
9~36v |
MTBF: |
>50000 Hours/times |
Azimuth Accuracy: |
0.1deg |
Water Proof: |
IP67 |
Port: |
Shenzhen |
Usage: |
Position Sensor |
Theory: |
Other |
Output: |
Digital Sensor |
Item: |
Gyro Heading Sensor |
Dimension: |
60 X 59 X 25.5mm |
Weight: |
160g |
Connector: |
RS232/RS485 |
Power Supply: |
9~36v |
MTBF: |
>50000 Hours/times |
Azimuth Accuracy: |
0.1deg |
Water Proof: |
IP67 |
Port: |
Shenzhen |
TL740D -232 AUTO SAFETY SYSTEM MEMS GYROSCOPE SENSOR LIGHT WEIGHT
▶ KEY FEATURES
★ relative heading angle output
★ Strong vibration resistance
★ Light weight
★ Long life,strong stability
★ Cost-effective
★ All solid state
★ Compact & light design
★ RS232/RS485/TTL output optional
★ DC9~36V power supply
▶ APPLICATION
★ AGV truck
★ Car Navigation
★ 3D virtual reality
★ Platform stability
★ Auto safety system
★ Turck-mounted satellite antenna equipment
★ Industrial control
▶ GENERAL DESCRIPTION
The TL740D is a newly developed horizontal relative heading angular gyro sensor built on the latest MEMS inertial measurement platform. By applying a dynamic attitude algorithm to gyroscope angular velocity, it can output the carrier’s relative heading angle in real time. The integrated inertial navigation algorithm, through attitude angle data fusion, effectively reduces short-term gyro drift.
Designed for applications such as robot cars, AGV vehicles, UAV attitude control, and similar fields, the TL740D replaces the limitations of traditional magnetic bar guidance. It eliminates the need for on-site magnetic stripe layouts, making it a key navigation component for the next generation of autonomous robot vehicles.
▶ SPECIFICATIONS
|
Parameters |
Measuring range |
relative heading Angle (±180°) |
Acquisition bandwidth |
>100Hz |
Resolution |
0.01° |
positional accuracy |
<2mm/m (converted from angle accuracy) |
Nonlinear |
0.1% of FS |
Gyroscope zero bias stability (10s smooth) |
10°/h |
Max angle rate |
150°/s |
Acceleration range |
±4g |
Acceleration resolution |
0.001g |
Acceleration accuracy |
5mg |
Starting time |
5s(Static) |
Input Voltage |
DC9V~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 |
≥98000 hours /times |
Insulation resistance |
≥100 Megohm |
Impact resistance |
100g@11ms / 3 Axial Direction (Half Sinusoid) |
Anti-vibration |
10grms / 10~1000Hz |
Protecting |
IP67 |
Weight |
≤170g (including 1 meter cable) |