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SDA-247B Dynamic Torque Sensor
Overview
Description
The SDA-247B is a high precision, reliable dynamic rotary torque sensor. Ranging from 1N.m, 10N.m, 20N.m, 50N.m, 100N.m, 200N.m, 300N.m, and 500 N.m.
It can present ideal test data when testing clockwise and counterclockwise torque. Due to its excellent craftsmanship and special test procedures provide high accuracy, low linearity, and low hysteresis. This sensor can be either used for quality control or R& D research.
The SDA-247B torque sensor uses a unique patented DPT technology; it is small in size and capable of high speed and low maintenance. Therefore, these sensors are suitable for various production environments, whether a shift-based production line, test bench or offline test system. In addition, the SDA-247B torque sensor can conduct stable torque measurements during continuous operation. Therefore, it is suitable for professional test bench measurement of holding, friction, separation, or tightening torque.
The SDA-247B torque sensor comprises the rotary shaft, the anodic oxidation aluminum alloy, and the output electronics. The rotor consists of several parts, and the actual measuring device is a rotary shaft. The rotary shaft and the strain gauge is the spring element. It is designed is to deform elastically under an applied torque. When the sensor is in torsion, it produces a tiny amount of strain in the material of the measuring element. This strain is linear and proportional to the applied torque within certain limits. It can be measured using strain gauges, which connect in a Wheatstone bridge circuit. A microprocessor conditions the signal from the Wheatstone bridge and transfers it to the stator.
E4503B Dual Range Torque Sensor
Overview
The E4503B is a reliable dual range dynamic torque sensor. It can present ideal test data when testing clockwise and counterclockwise torque. Due to its excellent craftsmanship and special test procedures provide high accuracy, low linearity, and low hysteresis. This sensor can be either used for quality control or R & D research.
The E4503B torque sensor uses unique DPT technology; it is small in size and capable of high speed and low maintenance. Therefore, these sensors are suitable for various production environments, whether a shift-based production line, test bench or offline test system. In addition, the E4503B torque sensor can conduct stable torque measurement during continuous operation. Therefore, it is suitable for professional test bench measurement of holding, friction, separation, or tightening torque.
Description
The torque sensor has a speed encoder, which can measure 60 pulses per revolution. Therefore, it can test the speed while testing the torque, a perfect design to save space or budget. For customers with mobile use and instant digital access to measurement data, the E4503B torque sensor also has a back-end USB interface. A laptop or PC running Digivision. PC software can read, visualize and archive measurement data. We can provide driver packages to integrate the system into LabVIEW easily.
► Test setups for precision mechanics
► Haptics testing of actuator elements
► Engine test benches and power measurement
► Biomechanical product testing
► Size of bearing friction torques
► Suitable for use in all types of test bench
AEWT40B Torque Sensor
Overview
The disc torque sensor adopts the latest German technology. The disc flange mounting structure eliminates the bearings. The axial distance is only 1/5 of the standard shaft output sensor. The power and load ends are rigidly connected. Therefore, it can obtain high precision and long-term stability. This series of sensors are suitable for all kinds of laboratories and industrial environments. Both power supply and measurement signals adopt non-contact wireless transmission, ideal for long-term, high-speed environments without any maintenance, and speed measurement can be added for different applications.
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Description
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Short axial dimension, double-sided flange structure
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Bearingless, high-speed, long-term operation
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Both static and dynamic torque can be measured
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Rigid connection with power and load shaft, accurate measurement
Two-way torque measurement without repeated zeroing.
WDSA-304 Torque Sensor
Positive and negative two-way stress, compact structure, high comprehensive precision, good long-term stability; high-quality alloy steel / stainless steel.
Application
Universal material testing machine, hopper scale, hook scale, packaging scale, belt scale, plug-in force tester and other tension and pressure testing instruments as well as automation equipment and testing.
Capacity: O-lOOON.m
Rated Output: 1.0-2.0mV/V
Zero Balance: ±1%F.S.
Non-Linearity: 0.1%F.S.
Hysteresis: 0.5%F.S.
Repeatability: 0.3%F.S.
Creep(30min): 0.1%F.S.
Temp Effect Output: 0.1%F.S./10°C
Temp Effect Zero: 0.1%F.S./10°C
Response frequency: 10kHz
Material: Alloy steel/stainless steel
Impedance: 350±5/700±5Q
Insulation: >5000MQ/100VDC
Service voltage: 5-15V
Operating Temp Range: -20-80°C
Safe Overload: 120%
Maximum Overload: 150%
Cable Specifications: 05x3m
Cable ultimate pull: 10kg
Application
Universal material testing machine, hopper scale, hook scale, packaging scale, belt scale, plug-in force tester and other tension and pressure testing instruments as well as automation equipment and testing.
Capacity: O-lOOON.m
Rated Output: 1.0-2.0mV/V
Zero Balance: ±1%F.S.
Non-Linearity: 0.1%F.S.
Hysteresis: 0.5%F.S.
Repeatability: 0.3%F.S.
Creep(30min): 0.1%F.S.
Temp Effect Output: 0.1%F.S./10°C
Temp Effect Zero: 0.1%F.S./10°C
Response frequency: 10kHz
Material: Alloy steel/stainless steel
Impedance: 350±5/700±5Q
Insulation: >5000MQ/100VDC
Service voltage: 5-15V
Operating Temp Range: -20-80°C
Safe Overload: 120%
Maximum Overload: 150%
Cable Specifications: 05x3m
Cable ultimate pull: 10kg
SDA-247B Dynamic Torque Sensor
The SDA-247B servo motor torque and speed sensor is a torque and speed measurement sensor based on the non-contact principle. There is no friction between the rotating shaft of the torque sensor and the signal acquisition device, which makes the servo motor torque measurement sensor more durable than the dynamic torque sensor with traditional slip ring structure.
The SDA-247B torque sensor can simultaneously measure the motor torque and speed. The torque measurement range is 1NM/2NM/3NM/5NM/10NM/20NM/30NM/50NM/100NM/200NM/300NM/500NM. The speed measurement range is 0-12000RPM. The nonlinear error does not exceed 0.2% of the full range. The built-in electronic circuit converts the torque speed signal into ± 5V/± 10V/4-20mA standard analog signal output in direct proportion to it for PLC acquisition or subsequent signal processing. The motor torque sensor can be connected with the motor shaft or load shaft through the coupling. During the measurement, the shell of the sensor is stationary, and the sensor shaft rotates with the motor shaft. This torque measurement sensor is commonly used for motor test bench, servo motor torque measurement, mixing torque monitoring, screw locking torque detection, gearbox torque transmission efficiency test and other rotating torque measurement.
The SDA-247B torque sensor uses a unique patented DPT technology; it is small in size and capable of high speed and low maintenance. Therefore, these sensors are suitable for various production environments, whether a shift-based production line, test bench or offline test system. In addition, the SDA-247B torque sensor can conduct stable torque measurements during continuous operation. Therefore, it is suitable for professional test bench measurement of holding, friction, separation, or tightening torque.
The SDA-247B torque sensor can simultaneously measure the motor torque and speed. The torque measurement range is 1NM/2NM/3NM/5NM/10NM/20NM/30NM/50NM/100NM/200NM/300NM/500NM. The speed measurement range is 0-12000RPM. The nonlinear error does not exceed 0.2% of the full range. The built-in electronic circuit converts the torque speed signal into ± 5V/± 10V/4-20mA standard analog signal output in direct proportion to it for PLC acquisition or subsequent signal processing. The motor torque sensor can be connected with the motor shaft or load shaft through the coupling. During the measurement, the shell of the sensor is stationary, and the sensor shaft rotates with the motor shaft. This torque measurement sensor is commonly used for motor test bench, servo motor torque measurement, mixing torque monitoring, screw locking torque detection, gearbox torque transmission efficiency test and other rotating torque measurement.
The SDA-247B torque sensor uses a unique patented DPT technology; it is small in size and capable of high speed and low maintenance. Therefore, these sensors are suitable for various production environments, whether a shift-based production line, test bench or offline test system. In addition, the SDA-247B torque sensor can conduct stable torque measurements during continuous operation. Therefore, it is suitable for professional test bench measurement of holding, friction, separation, or tightening torque.
SDA-267 Torque Sensor
It is mainly used for torque detection and torque protection system of tightening machine, electric wrench, motor output torque, motoi; gearbox, torque wrench, etc.
Strain type small intelligent torque sensor, the torque signal on the measuring shaft is converted into analog signal after frequency modulation. Two 360 tooth magnetoelectric sensors are used for angle signal measurement, and TTL signal output is optional.
Application
It is mainly used for torque detection and torque protection system of tightening machine, electric wrench, motor output torque, motor, gearbox, torque wrench.
Small intelligent torque sensor is applicable to dynamic detection of starting torque and braking torque in bolt fixing and assembly process, as well as quality assurance in laboratory and production process. The sensor adopts standard interface and can be directly connected with pneumatic tools, electric tools and pulsating tools.
Strain type small intelligent torque sensor, the torque signal on the measuring shaft is converted into analog signal after frequency modulation. Two 360 tooth magnetoelectric sensors are used for angle signal measurement, and TTL signal output is optional.
Application
It is mainly used for torque detection and torque protection system of tightening machine, electric wrench, motor output torque, motor, gearbox, torque wrench.
Small intelligent torque sensor is applicable to dynamic detection of starting torque and braking torque in bolt fixing and assembly process, as well as quality assurance in laboratory and production process. The sensor adopts standard interface and can be directly connected with pneumatic tools, electric tools and pulsating tools.
WDSA-307 Torque Sensor
The WDSA-307 dynamic torque sensor is based on the non-contact principle, which can simultaneously measure the torque and speed. The torque measurement range includes 0-1 Nm, 0-2 Nm, 0-3 Nm, 0-5 Nm, 0-10 Nm, 0-20 Nm, 0-30 Nm, 0-50 Nm, 0-100 Nm, 0-200 Nm, 0-300 Nm, 0-500 Nm, 0-1000 Nm, 0-1500 Nm, 0-2000 Nm, 0-3000 Nm and 0-5000 Nm. The speed measurement range is 0-12000 RPM. The torque and speed channels output 0-3.3V/0-5V/0-10V/4-20mA standard analog signals in direct proportion to it. There is no friction between the rotating shaft of the torque measuring instrument WDSA-307 and the signal acquisition device, which is more durable than the torque sensor with slip ring structure. The key shafts at both ends of the sensor can be connected with the motor shaft or load shaft through the coupling. During the measurement, the shell of the sensor remains stationary, and the sensor shaft rotates with the motor shaft. The torque meter FYTG is often used in motor power measurement, screw assembly torque monitoring, turbine torque testing, torque fatigue testing and other applications.
Characteristic:
Positive: reverse two-way stress, compact structure, high comprehensive accuracy, good long-term stability, high-quality alloy steel/stainless steel material. Resistance strain is a kind of sensing element and integrated circuit product of integrated production,
High precision, stable and reliable performance.
A collection loop that can run at high speed for a long time and output positive and negative torque signals. Both ends are critical connections.
Application:
Universal material testing machine, hopper scale, hook scale, packaging scale, belt scale, plug and pull force tester and other tensile pressure testing instruments, as well as automation equipment and testing fields.
Characteristic:
Positive: reverse two-way stress, compact structure, high comprehensive accuracy, good long-term stability, high-quality alloy steel/stainless steel material. Resistance strain is a kind of sensing element and integrated circuit product of integrated production,
High precision, stable and reliable performance.
A collection loop that can run at high speed for a long time and output positive and negative torque signals. Both ends are critical connections.
Application:
Universal material testing machine, hopper scale, hook scale, packaging scale, belt scale, plug and pull force tester and other tensile pressure testing instruments, as well as automation equipment and testing fields.
VTDS-320 Torque Sensor
1. It can measure both static torque and rotating torque
2. Torque accuracy can reach ±0.5%FS
3. The torque range and the speciPcations of the sleeve can be customized
according to requirements
4. There is a display screen on the sleeve, which can display the tightening
torque in real time
5. With real-time torque and peak torque selection switching display
6. With wireless torque data real-time transmission function, wireless data
transmission distance is less than 10 meters
7. The matching computer test software can display real-time torque, and automatically save information such as the number of bolts and torque curve as
an excel format Pie for easy traceability and query
8. Working time is about 10 hours after charging
9. It can be applied to hydraulic torque wrenches, electric torque wrenches, and pneumatic torque wrenches to realize torque data communication transmission
Capacity： 0-3000N.m
Speed Capacity： 1.0~2.0mV/V
Zero Balance： ±2%F.S.
Non-Linearity： 0.5%F.S.
Hysteresis： 0.5%F.S.
Repeatability： 0.2%F.S.
Creep（30min）： 0.05%F.S.
Temp Effect on Output： 0.05%F.S./10°C
Temp Effect on Zero： 0.1%F.S./10°C
Response Time： lms（50% ）
Response Frequency： 1kHz
Display Range： Natural frequency of rotorvibration -99999-99999
2. Torque accuracy can reach ±0.5%FS
3. The torque range and the speciPcations of the sleeve can be customized
according to requirements
4. There is a display screen on the sleeve, which can display the tightening
torque in real time
5. With real-time torque and peak torque selection switching display
6. With wireless torque data real-time transmission function, wireless data
transmission distance is less than 10 meters
7. The matching computer test software can display real-time torque, and automatically save information such as the number of bolts and torque curve as
an excel format Pie for easy traceability and query
8. Working time is about 10 hours after charging
9. It can be applied to hydraulic torque wrenches, electric torque wrenches, and pneumatic torque wrenches to realize torque data communication transmission
Capacity： 0-3000N.m
Speed Capacity： 1.0~2.0mV/V
Zero Balance： ±2%F.S.
Non-Linearity： 0.5%F.S.
Hysteresis： 0.5%F.S.
Repeatability： 0.2%F.S.
Creep（30min）： 0.05%F.S.
Temp Effect on Output： 0.05%F.S./10°C
Temp Effect on Zero： 0.1%F.S./10°C
Response Time： lms（50% ）
Response Frequency： 1kHz
Display Range： Natural frequency of rotorvibration -99999-99999
SDA-245 Torque Sensor
The dynamic torque sensor SDA-245 is a torque measurement sensor that supports clockwise and counterclockwise torque measurement. The torque measurement sensor SDA-245 uses slip rings to transmit the mV signal of the Wheatstone bridge on the induction shaft. Keyways at both ends of the torque sensor can connect the motor and load through couplings. The sensor shaft can rotate with the motor shaft to achieve torque measurement. The range of torque sensor FYF is 0.1 Nm, 0.2 Nm, 0.5 Nm, 1 Nm, 2 Nm, 3 Nm and 5 Nm. The maximum speed can reach 4000 RPM, which is suitable for measuring the torque at low speed. The sensor signal amplifier can be selected to output - 5~5V, 0-10V, 4-20mA standard analog signals, or the matching display instrument can display the torque value in real time. Common applications include servo motor torque measurement, torque test bench, wrench torque inspection, valve torque test, material torque test, college torque experiment, etc.
Characteristic:
1. Resistance strain is an integrated product composed of sensitive elements and integrated circuits.
2. High precision, stable and reliable performance.
3. High speed and long time operation
4. Output positive and reverse torque signal.
5. Both ends are key connected.
6. The maximum speed shall not exceed 4000 rpm.
Characteristic:
1. Resistance strain is an integrated product composed of sensitive elements and integrated circuits.
2. High precision, stable and reliable performance.
3. High speed and long time operation
4. Output positive and reverse torque signal.
5. Both ends are key connected.
6. The maximum speed shall not exceed 4000 rpm.
WFA-350 Torque Sensor
Strong anti-interference, high precision, good stability digital output signal function, small volume, light weight easy installation, energy and signal non-contact transmission function, signal transmission is independent of rotation, rotation speed and steering, continuous transmission of positive and negative torque signal without repeated zero adjustment, no wearing parts such as collector ring, high speed and long time operation, long time and high speed adaptability Speed operation, can transmit static / rotating / static / dynamic torque signal.
Product features:
1. Alloy steel material
2. Shaft key connection
3. Frequency signal output, external signal amplifier can output - 5~5V/0~5V/4-12-20mA/4~20mA standard signal
4. The torque and speed can be measured at the same time, supporting clockwise and counterclockwise rotation
5. Range up to 100000NM
The power supply and measurement signals of WFA-350 series adopt non-contact transmission mode, which is suitable for long-term use with low wear and no maintenance. For different applications, speed test can also be added to the sensor.
-Unique non-contact transmission mode is adopted internally to input and output signals
-Static torque and dynamic torque can be measured
-It is unnecessary to adjust the zero point when measuring the forward and reverse torque
-The signal adopts digital technology and has strong anti-interference
-Input power polarity, output torque and speed signal protection
-There are no wear parts such as collector ring and it can operate at high speed for a long time
-Torque measurement accuracy is independent of rotation speed and direction
-High precision, good stability
-It can measure forward and reverse torque, speed and power
-Small volume, light weight and small rotation inertia
-High reliability, long service life
-Compact shape, can be installed in any position and direction.
Product features:
1. Alloy steel material
2. Shaft key connection
3. Frequency signal output, external signal amplifier can output - 5~5V/0~5V/4-12-20mA/4~20mA standard signal
4. The torque and speed can be measured at the same time, supporting clockwise and counterclockwise rotation
5. Range up to 100000NM
The power supply and measurement signals of WFA-350 series adopt non-contact transmission mode, which is suitable for long-term use with low wear and no maintenance. For different applications, speed test can also be added to the sensor.
-Unique non-contact transmission mode is adopted internally to input and output signals
-Static torque and dynamic torque can be measured
-It is unnecessary to adjust the zero point when measuring the forward and reverse torque
-The signal adopts digital technology and has strong anti-interference
-Input power polarity, output torque and speed signal protection
-There are no wear parts such as collector ring and it can operate at high speed for a long time
-Torque measurement accuracy is independent of rotation speed and direction
-High precision, good stability
-It can measure forward and reverse torque, speed and power
-Small volume, light weight and small rotation inertia
-High reliability, long service life
-Compact shape, can be installed in any position and direction.
WYSA-12 Flange Torque Sensor
Strong anti-interference, high precision and good stability, digital output signal function, small size, light weight, easy installation, non-contact energy and signal transmission function, signal transmission is independent of rotation, speed and steering, continuous transmission of positive and negative torque signals without repeated zero setting, no wear parts such as collector ring, high speed and long time operation, no bearing between housing and rotary disc, and long time high-speed operation It can transmit static/rotary/static/dynamic torque signals.
How to improve the efficiency of energy utilization is the subject of next generation automobile research. In order to solve this problem, we need to grasp the loss of energy in the transmission process more accurately, that is, we need to accurately grasp any small torque change in the power transmission mechanism.
The newly developed VORSD 201 flange type high rigid torque sensor focuses on the market with a torque capacity of 5kNm, and its accuracy in sensing small torque fluctuations can meet customers' accurate testing needs.
How to improve the efficiency of energy utilization is the subject of next generation automobile research. In order to solve this problem, we need to grasp the loss of energy in the transmission process more accurately, that is, we need to accurately grasp any small torque change in the power transmission mechanism.
The newly developed VORSD 201 flange type high rigid torque sensor focuses on the market with a torque capacity of 5kNm, and its accuracy in sensing small torque fluctuations can meet customers' accurate testing needs.
WVQ40B Flange Torque Sensor
The disc torque sensor adopts the latest German technology. The disc flange mounting structure eliminates the bearings. As a result, the axial distance is only 1/5 of the standard shaft output sensor. Furthermore, the power and load ends are rigidly connected. Therefore, it can obtain high precision and long-term stability. WVT40B series are suitable for all kinds of laboratories and industrial environments. Both power supply and measurement signals adopt non-contact wireless transmission, ideal for long-term, high-speed environments without any maintenance. Due to their high-quality automatic control and acquisition have been widely used in aviation, aerospace, electric power, dynamometry, petroleum, chemical, metallurgy, environmental protection, textile, water conservancy and hydrology, railway, automobile, machinery, building, and many other industries.
Technical Features：
Short axial dimension, double-sided flange structure
Bearingless, high-speed, long-term operation
Both static and dynamic torque can be measured
Rigid connection with power and load shaft, accurate measurement
Two-way torque measurement without repeated Zeroing
Application
Test bench applications
Engine, dynamo meter and electric motor test bench
Wheel load simulation test bench
Gearboxes and pumps.
Technical Features：
Short axial dimension, double-sided flange structure
Bearingless, high-speed, long-term operation
Both static and dynamic torque can be measured
Rigid connection with power and load shaft, accurate measurement
Two-way torque measurement without repeated Zeroing
Application
Test bench applications
Engine, dynamo meter and electric motor test bench
Wheel load simulation test bench
Gearboxes and pumps.
WVQ40FM Flange Torque Sensor
The disc torque sensor adopts the latest German technology. The disc flange mounting structure eliminates the bearings. As a result, the axial distance is only 1/5 of the standard shaft output sensor. Furthermore, the power and load ends are rigidly connected. Therefore, it can obtain high precision and long-term stability. WVT40B series are suitable for all kinds of laboratories and industrial environments. Both power supply and measurement signals adopt non-contact wireless transmission, ideal for long-term, high-speed environments without any maintenance. Due to their high-quality automatic control and acquisition have been widely used in aviation, aerospace, electric power, dynamometry, petroleum, chemical, metallurgy, environmental protection, textile, water conservancy and hydrology, railway, automobile, machinery, building, and many other industries.
Technical Features：
Short axial dimension, double-sided flange structure
Bearingless, high-speed, long-term operation
Both static and dynamic torque can be measured
Rigid connection with power and load shaft, accurate measurement
Two-way torque measurement without repeated Zeroing
Application
Test bench applications
Engine, dynamo meter and electric motor test bench
Wheel load simulation test bench
Gearboxes and pumps
Characteristic
WVT40B light and thin strain-type flange torque sensors have a built-in digital measurement signal conditioning unit. It is composed of strain resistance and an integrated circuit. Through contactless transmission, the data is directly output in the form of standard analog and digital signals, which has an excellent anti-interference ability.
This compact design provides a wearing-free solution for a high-speed dynamometry testing environment without bearings and slip rings. WVT40B includes sensors, meters, data acquisition systems, and analysis software.
Technical Features：
Short axial dimension, double-sided flange structure
Bearingless, high-speed, long-term operation
Both static and dynamic torque can be measured
Rigid connection with power and load shaft, accurate measurement
Two-way torque measurement without repeated Zeroing
Application
Test bench applications
Engine, dynamo meter and electric motor test bench
Wheel load simulation test bench
Gearboxes and pumps
Characteristic
WVT40B light and thin strain-type flange torque sensors have a built-in digital measurement signal conditioning unit. It is composed of strain resistance and an integrated circuit. Through contactless transmission, the data is directly output in the form of standard analog and digital signals, which has an excellent anti-interference ability.
This compact design provides a wearing-free solution for a high-speed dynamometry testing environment without bearings and slip rings. WVT40B includes sensors, meters, data acquisition systems, and analysis software.
WVQ30B Torque Sensor
WVQ30B strain type flange torque sensor outputs data in the form of standard analog digital signal through non-contact signal transmission. The flange type torque sensor can be directly installed on the transmission equipment. The electronic ring is fixed on the outer ring of the rotating rotor. There is a stator base to support the sensor. The design of the measurement system and signal transmission for the size and material is specifically aimed at the harsh and complex working conditions of the engine test bench。
WVQ30B flange torque sensor parameter
1. Range: 50N · m to 10000 N · m (37 lb · ft to 7375 lb · ft)
2. Output signal: 5-15KHz 4-20mA 1-5V 0+10 0+5
3. Operating speed: 0-50000 rpm (optional at any speed)
4. Power supply voltage: 24VDC+15VDC optional
5. Response frequency: 100US
6. Ambient temperature: (- 20-60 ℃) - 40-70 ℃
WVQ30B flange torque sensor parameter
1. Range: 50N · m to 10000 N · m (37 lb · ft to 7375 lb · ft)
2. Output signal: 5-15KHz 4-20mA 1-5V 0+10 0+5
3. Operating speed: 0-50000 rpm (optional at any speed)
4. Power supply voltage: 24VDC+15VDC optional
5. Response frequency: 100US
6. Ambient temperature: (- 20-60 ℃) - 40-70 ℃
WVQ50B Flange Torque Sensor
WVQ50B Flange Torque Sensor optical coupling digital torque and speed sensor adopts the most advanced photoelectric technology from sensor power supply to signal export. Its axial size is small, which is the same as that of flange sensor, with small moment of inertia, and is suitable for high speed field platform. Due to the photoelectric coupling technology, the output signal is not subject to electromagnetic interference.
Product features
1 The power supply and signal transmission are optoelectronic coupling non-contact
2 Signal quality is good and free from electromagnetic interference
3. Wide speed range, suitable for high speed and large starting torque platforms
4. Good product performance and reliability, low failure rate
5 The wearing parts in the product are easy to replace and repair, and users can directly repair them。
Technical parameter
Torque inaccuracy: 0.1~0.5% F-S
Speed accuracy: no accumulated error.
Overload capacity: 150% F-S
Working environment temperature: - 20~6. °0
Output signal: TTL square wave, frequency signal.
Torque: forward: 10KHZ-15KHZ
Reverse direction: 10KHZ-5KHZ
Speed output signal: 60 pulses/revolution {range ＜ 9000N. m) 120 pulses/revolution (range ROOOON. m}
Power supply: DC ± 12V, 300mA
Sensor power consumption: 4W
Product features
1 The power supply and signal transmission are optoelectronic coupling non-contact
2 Signal quality is good and free from electromagnetic interference
3. Wide speed range, suitable for high speed and large starting torque platforms
4. Good product performance and reliability, low failure rate
5 The wearing parts in the product are easy to replace and repair, and users can directly repair them。
Technical parameter
Torque inaccuracy: 0.1~0.5% F-S
Speed accuracy: no accumulated error.
Overload capacity: 150% F-S
Working environment temperature: - 20~6. °0
Output signal: TTL square wave, frequency signal.
Torque: forward: 10KHZ-15KHZ
Reverse direction: 10KHZ-5KHZ
Speed output signal: 60 pulses/revolution {range ＜ 9000N. m) 120 pulses/revolution (range ROOOON. m}
Power supply: DC ± 12V, 300mA
Sensor power consumption: 4W
VTD-305 Dual-range Torque Sensor
The WTD-305 dual range torque sensor adopts a dual range design, which is suitable for the application with small working load and high peak torque. Considering the safety factor, the traditional torque sensor must select the measuring range based on the peak torque, so it is unable to achieve the best accuracy in the actual working torque measurement.
Product features:
1. The signal output can choose any square wave or pulse wave.
2. High detection accuracy, good stability and strong anti-interference.
3. The positive and negative torque can be continuously measured without repeatedly zeroing.
4. It can measure both static torque and dynamic torque.
5. Small size, light weight and easy installation. The sensor can be used independently from the secondary instrument. As long as ± 15VDC (200mA) power supply is provided according to the socket pin number, it can output equal square wave or pulse wave frequency signal whose impedance is proportional to torque.
6. Measuring range: 0-500000 Nm standard optional, special range customized.
Scope of application:
1. Detection of output torque and power of motor, engine, internal combustion engine and other rotating power equipment;
2. Detection of torque and power of fan, water pump, gearbox and torque wrench;
3. Detection of torque and power in railway locomotives, automobiles, tractors, aircraft, ships and mining machinery;
4. It can be used to detect torque and power in sewage treatment system;
5. It can be used to manufacture viscometer;
6. It can be used in process industry and process industry; Basic principle: torque measurement: strain gauge electrical measurement technology is used to form a strain bridge on the elastic shaft, and the electrical signal of the elastic shaft under torsion can be measured by providing power to the strain bridge. After the strain signal is amplified, it becomes a frequency signal proportional to the torsional strain through voltage/frequency conversion.
Working process: stick the special torque strain gauge on the elastic shaft to be measured with strain adhesive and form a strain bridge. Supply power to the strain bridge to measure the electrical signal of the elastic shaft under torsion. After the strain signal of torque sensor is amplified, it becomes a frequency signal proportional to the torsional strain through voltage/frequency conversion. The energy input and signal output of the system are undertaken by two groups of special ring transformers with gaps, so the contactless energy and signal transmission function is realized.
Provide ± 15VDC power supply to the sensor. The crystal oscillator in the excitation circuit generates a 400Hz square wave. The AC excitation power supply is generated through the power amplifier. The AC power supply is transferred from the static primary coil to the rotating secondary coil through the energy ring transformer T1. The AC power supply is obtained through the rectification and filtering circuit on the shaft to obtain ± 5V DC power supply, which is used as the working power supply of the operational amplifier; A high-precision regulated power supply composed of a reference power supply and dual operational amplifiers generates a ± 4.5V precision DC power supply. As a bridge power supply, this power supply has a seat amplifier, which is the working power supply of the V/F converter. When the elastic shaft is twisted, the strain signal of mV level detected by the strain bridge is amplified into a strong signal of 1.5v ± 1v by the instrument amplifier, and then converted into a frequency signal by the V/F converter. The signal is transmitted from the rotating primary coil to the static secondary coil through the signal ring transformer T2. After filtering and shaping by the signal processing circuit on the sensor housing, the frequency signal proportional to the torque borne by the elastic shaft can be obtained, The signal is TTL level, which can be displayed by special secondary instrument or frequency meter, or directly sent to the computer for processing.
Since the gap between the rotating and stationary rings of the resolver is only a few tenths of a millimeter, and the measuring part on the sensor shaft is sealed in the metal housing, which forms an effective shield, it has a strong anti-interference ability. The frequency signal output by the sensor is 10kHz at zero point, 15KHz at full scale in forward rotation and 5KHz at full scale in reverse rotation, that is, the full scale variable is 5000 times per second. The speed measurement adopts the measurement method of photoelectric gear or magnetoelectric gear. The shaft can produce 60 pulses per revolution. The frequency measurement method can be used for high-speed or medium speed sampling, and the period measurement method can be used for low-speed sampling. The accuracy of the sensor can reach ± 0.2% (F.S). As the output of the sensor is frequency signal, it can be directly sent to the computer for data processing without conversion.
Product features:
1. The signal output can choose any square wave or pulse wave.
2. High detection accuracy, good stability and strong anti-interference.
3. The positive and negative torque can be continuously measured without repeatedly zeroing.
4. It can measure both static torque and dynamic torque.
5. Small size, light weight and easy installation. The sensor can be used independently from the secondary instrument. As long as ± 15VDC (200mA) power supply is provided according to the socket pin number, it can output equal square wave or pulse wave frequency signal whose impedance is proportional to torque.
6. Measuring range: 0-500000 Nm standard optional, special range customized.
Scope of application:
1. Detection of output torque and power of motor, engine, internal combustion engine and other rotating power equipment;
2. Detection of torque and power of fan, water pump, gearbox and torque wrench;
3. Detection of torque and power in railway locomotives, automobiles, tractors, aircraft, ships and mining machinery;
4. It can be used to detect torque and power in sewage treatment system;
5. It can be used to manufacture viscometer;
6. It can be used in process industry and process industry; Basic principle: torque measurement: strain gauge electrical measurement technology is used to form a strain bridge on the elastic shaft, and the electrical signal of the elastic shaft under torsion can be measured by providing power to the strain bridge. After the strain signal is amplified, it becomes a frequency signal proportional to the torsional strain through voltage/frequency conversion.
Working process: stick the special torque strain gauge on the elastic shaft to be measured with strain adhesive and form a strain bridge. Supply power to the strain bridge to measure the electrical signal of the elastic shaft under torsion. After the strain signal of torque sensor is amplified, it becomes a frequency signal proportional to the torsional strain through voltage/frequency conversion. The energy input and signal output of the system are undertaken by two groups of special ring transformers with gaps, so the contactless energy and signal transmission function is realized.
Provide ± 15VDC power supply to the sensor. The crystal oscillator in the excitation circuit generates a 400Hz square wave. The AC excitation power supply is generated through the power amplifier. The AC power supply is transferred from the static primary coil to the rotating secondary coil through the energy ring transformer T1. The AC power supply is obtained through the rectification and filtering circuit on the shaft to obtain ± 5V DC power supply, which is used as the working power supply of the operational amplifier; A high-precision regulated power supply composed of a reference power supply and dual operational amplifiers generates a ± 4.5V precision DC power supply. As a bridge power supply, this power supply has a seat amplifier, which is the working power supply of the V/F converter. When the elastic shaft is twisted, the strain signal of mV level detected by the strain bridge is amplified into a strong signal of 1.5v ± 1v by the instrument amplifier, and then converted into a frequency signal by the V/F converter. The signal is transmitted from the rotating primary coil to the static secondary coil through the signal ring transformer T2. After filtering and shaping by the signal processing circuit on the sensor housing, the frequency signal proportional to the torque borne by the elastic shaft can be obtained, The signal is TTL level, which can be displayed by special secondary instrument or frequency meter, or directly sent to the computer for processing.
Since the gap between the rotating and stationary rings of the resolver is only a few tenths of a millimeter, and the measuring part on the sensor shaft is sealed in the metal housing, which forms an effective shield, it has a strong anti-interference ability. The frequency signal output by the sensor is 10kHz at zero point, 15KHz at full scale in forward rotation and 5KHz at full scale in reverse rotation, that is, the full scale variable is 5000 times per second. The speed measurement adopts the measurement method of photoelectric gear or magnetoelectric gear. The shaft can produce 60 pulses per revolution. The frequency measurement method can be used for high-speed or medium speed sampling, and the period measurement method can be used for low-speed sampling. The accuracy of the sensor can reach ± 0.2% (F.S). As the output of the sensor is frequency signal, it can be directly sent to the computer for data processing without conversion.
WTD-246 Shaft Torque Sensor
WYTD-246 Torque Sensor series dynamic torque sensor is a precision measuring instrument for measuring various torques, rotating speeds and mechanical power. It has a wide range of applications, mainly for:
1. Detection of output torque and power of motor, engine, internal combustion engine and other rotating power equipment;
2. Detection of torque and power of fan, water pump, gearbox and torque wrench;
3. Inspection of torque and power in railway locomotives, automobiles, tractors, aircraft, ships and mining machinery;
4. It can be used to detect torque and power in sewage treatment system;
5. Can be used to manufacture viscometer;
6. It can be used in process industry and process industry.
7. Thickener, mixer torque measuring device, torque measuring device, torque protection system.
Rationale:
Measuring principle of torque sensor: strain gauge electrical measuring technology is adopted to form a strain bridge on the elastic shaft, and the electrical signal of the elastic shaft under torsion can be measured by providing power to the strain bridge. After the strain signal is amplified, it becomes a frequency signal proportional to the torsional strain through voltage/frequency conversion.
Product features:
1. The signal output can choose any waveform - square wave or pulse wave.
2. High detection accuracy, good stability and strong anti-interference.
3. Repeated zero adjustment is not required; Measure the positive and negative torque continuously.
4. It can measure both static torque and dynamic torque.
1. Detection of output torque and power of motor, engine, internal combustion engine and other rotating power equipment;
2. Detection of torque and power of fan, water pump, gearbox and torque wrench;
3. Inspection of torque and power in railway locomotives, automobiles, tractors, aircraft, ships and mining machinery;
4. It can be used to detect torque and power in sewage treatment system;
5. Can be used to manufacture viscometer;
6. It can be used in process industry and process industry.
7. Thickener, mixer torque measuring device, torque measuring device, torque protection system.
Rationale:
Measuring principle of torque sensor: strain gauge electrical measuring technology is adopted to form a strain bridge on the elastic shaft, and the electrical signal of the elastic shaft under torsion can be measured by providing power to the strain bridge. After the strain signal is amplified, it becomes a frequency signal proportional to the torsional strain through voltage/frequency conversion.
Product features:
1. The signal output can choose any waveform - square wave or pulse wave.
2. High detection accuracy, good stability and strong anti-interference.
3. Repeated zero adjustment is not required; Measure the positive and negative torque continuously.
4. It can measure both static torque and dynamic torque.
VTDS-50 Torque Sensor
VTDS-50 Torque Sensor
Characteristic:
Positive and negative two-way stress, compact structure, high comprehensive precision, good long-term stability; high-quality alloy steel / stainless steel.
Application
Universal material testing machine, hopper scale, hook scale, packaging scale, belt scale, plug-in force tester and other tension and pressure testing instruments as well as automation equipment and testing.
Capacity: O-lOOON.m
Rated Output: 1.0-2.0mV/V
Zero Balance: ±1%F.S.
Non-Linearity: 0.1%F.S.
Hysteresis: 0.5%F.S.
Repeatability: 0.3%F.S.
Creep(30min): 0.1%F.S.
Temp Effect Output: 0.1%F.S./10°C
Temp Effect Zero: 0.1%F.S./10°C
Response frequency: 10kHz
Material: Stainless Steel
Impedance: 350±5/700±5Q
Insulation: >5000MQ/100VDC
Service voltage: 5-15V
Operating Temp Range: -20-80°C
Safe Overload: 120%
Maximum Overload: 150%
Cable Specifications: 05x3m
Cable ultimate pull: 10kg
Characteristic:
Positive and negative two-way stress, compact structure, high comprehensive precision, good long-term stability; high-quality alloy steel / stainless steel.
Application
Universal material testing machine, hopper scale, hook scale, packaging scale, belt scale, plug-in force tester and other tension and pressure testing instruments as well as automation equipment and testing.
Capacity: O-lOOON.m
Rated Output: 1.0-2.0mV/V
Zero Balance: ±1%F.S.
Non-Linearity: 0.1%F.S.
Hysteresis: 0.5%F.S.
Repeatability: 0.3%F.S.
Creep(30min): 0.1%F.S.
Temp Effect Output: 0.1%F.S./10°C
Temp Effect Zero: 0.1%F.S./10°C
Response frequency: 10kHz
Material: Stainless Steel
Impedance: 350±5/700±5Q
Insulation: >5000MQ/100VDC
Service voltage: 5-15V
Operating Temp Range: -20-80°C
Safe Overload: 120%
Maximum Overload: 150%
Cable Specifications: 05x3m
Cable ultimate pull: 10kg
WDDA-301 Static Torque Sensor
Compact structure, easy to install, protection grade: IP65, used for torque measurement of static and non continuous rotation.
Application:
It is widely used in static torque testing system of testing machine, torque wrench, steering machine, electric actuator, valve and transmission.
Features:
The torque sensor WDDA-301 is designed with double flange structure, and the flanges at both ends can be installed between the shaft or flanges for torque measurement. The torque measuring sensor WDDA-301 is based on the principle of resistance strain gauge. The resistance strain gauge is installed on the specially processed elastomer, and then the mechanical torque signal is converted into analog voltage signal, which is proportional to the torque value within the error range. The range of flange type torque sensor WDDA-301 is very wide, ranging from 0-200Nm to 0-100kNm. Common applications include torque calibration of torque wrench, fatigue test, motor torque measurement, actuator torque measurement, torque test bench, college torque experiment, etc. VORTORQ can customize the torque sensor to meet the different requirements of customers.
Common problem:
Q: How to select the torque sensor range?
Answer: First, the customer needs to estimate the torque range to be measured, and then select a torque sensor that is a little larger than the estimated maximum torque. For example, if the torque value to be measured is 800~1000NM, then the sensor with 1500NM or 2000NM range can be selected.
Q: What signal does the torque sensor WDDA-301 output?
Answer: The torque sensor outputs an analog mV signal, and the output range is generally - 25...+25mV. The clockwise torque outputs a positive signal, and the counterclockwise torque outputs a negative signal.
Q: Can the torque sensor output 0-5V or 4-20mA signals?
Answer: The sensor itself can only output mV signals. It can be equipped with our sensor signal amplifier. The output signals can be - 5~5V/0-5V/0-10V/4-20mA and other signals.
Q: How to display the torque value?
Answer: Our sensor display instrument is optional, which will be calibrated before delivery, and can directly display the torque value after power on; The display controller can support RS485 or RS232 communication and 0-5V/0-10V/4-20mA analog signal.
Characteristic:
The tie i hook is compact and easy to install. The protection grade is IP65. It is used for measuring the torque value of static and discontinuous rotation.
Application field:
It is widely used in static torque testing systems of testing machines, torque wrenches, steering gears, electric actuators, valves, transmissions, etc.
Application:
It is widely used in static torque testing system of testing machine, torque wrench, steering machine, electric actuator, valve and transmission.
Features:
The torque sensor WDDA-301 is designed with double flange structure, and the flanges at both ends can be installed between the shaft or flanges for torque measurement. The torque measuring sensor WDDA-301 is based on the principle of resistance strain gauge. The resistance strain gauge is installed on the specially processed elastomer, and then the mechanical torque signal is converted into analog voltage signal, which is proportional to the torque value within the error range. The range of flange type torque sensor WDDA-301 is very wide, ranging from 0-200Nm to 0-100kNm. Common applications include torque calibration of torque wrench, fatigue test, motor torque measurement, actuator torque measurement, torque test bench, college torque experiment, etc. VORTORQ can customize the torque sensor to meet the different requirements of customers.
Common problem:
Q: How to select the torque sensor range?
Answer: First, the customer needs to estimate the torque range to be measured, and then select a torque sensor that is a little larger than the estimated maximum torque. For example, if the torque value to be measured is 800~1000NM, then the sensor with 1500NM or 2000NM range can be selected.
Q: What signal does the torque sensor WDDA-301 output?
Answer: The torque sensor outputs an analog mV signal, and the output range is generally - 25...+25mV. The clockwise torque outputs a positive signal, and the counterclockwise torque outputs a negative signal.
Q: Can the torque sensor output 0-5V or 4-20mA signals?
Answer: The sensor itself can only output mV signals. It can be equipped with our sensor signal amplifier. The output signals can be - 5~5V/0-5V/0-10V/4-20mA and other signals.
Q: How to display the torque value?
Answer: Our sensor display instrument is optional, which will be calibrated before delivery, and can directly display the torque value after power on; The display controller can support RS485 or RS232 communication and 0-5V/0-10V/4-20mA analog signal.
Characteristic:
The tie i hook is compact and easy to install. The protection grade is IP65. It is used for measuring the torque value of static and discontinuous rotation.
Application field:
It is widely used in static torque testing systems of testing machines, torque wrenches, steering gears, electric actuators, valves, transmissions, etc.
VTRO-001 Static Torque Sensor
20Nm 30Nm 50Nm 100Nm 200Nm Embedded joint torque sensor robot joint torque transducer force sensor.
Compact structure, easy to install, protection grade: IP65, used for torque measurement of static and non continuous rotation.
Application:
Mechanical arm joint torque measurement, force detection, force value analysis tester and other torque testing instruments, as well as automation equipment and testing field.
Capacity : 20Nm 30Nm 50Nm 100Nm 200Nm
Specification
Rated Output: 2.0 mV / V
Zero Output: ±2%F.S
Non-Linearity: 0.2% F.S.
Hysteresis: 0.1% F.S.
Repeatability: 0.1% F.S.
Creep: 0.1% F.S/30min
Temperature sensitivity drift: 0.1% F.S. / 10℃
Zero temperature drift: 0.1% F.S. / 10℃
Response frequency: 10KHz
Input Impedance: 350±10Ω
Output impedance: 350±5Ω
Insulation: ≥5000 MΩ/100VDC
Excitation voltage: 5-15VDC
Operation Temperature Range: -20 ~ 80℃
Safe Overload: 150%F.S
Ultimate overload: 200% F.S.
Cable: Ø3×2m
Cable ultimate pull: 10kg
Wiring Input: Red(+) Black(-); Output: Green(+) White(-);
Material: Aluminum alloy /Alloy steel
Compact structure, easy to install, protection grade: IP65, used for torque measurement of static and non continuous rotation.
Application:
Mechanical arm joint torque measurement, force detection, force value analysis tester and other torque testing instruments, as well as automation equipment and testing field.
Capacity : 20Nm 30Nm 50Nm 100Nm 200Nm
Specification
Rated Output: 2.0 mV / V
Zero Output: ±2%F.S
Non-Linearity: 0.2% F.S.
Hysteresis: 0.1% F.S.
Repeatability: 0.1% F.S.
Creep: 0.1% F.S/30min
Temperature sensitivity drift: 0.1% F.S. / 10℃
Zero temperature drift: 0.1% F.S. / 10℃
Response frequency: 10KHz
Input Impedance: 350±10Ω
Output impedance: 350±5Ω
Insulation: ≥5000 MΩ/100VDC
Excitation voltage: 5-15VDC
Operation Temperature Range: -20 ~ 80℃
Safe Overload: 150%F.S
Ultimate overload: 200% F.S.
Cable: Ø3×2m
Cable ultimate pull: 10kg
Wiring Input: Red(+) Black(-); Output: Green(+) White(-);
Material: Aluminum alloy /Alloy steel
WDDA-154 Static Torque Sensor
WDDA-154 static torque sensor compact structure, easy to install, protection grade: IP65, used for torque measurement of static and non continuous rotation.
Application
It is widely used in static torque testing system of testing machine, torque wrench, steering machine, electric actuator, valve and transmission.
Capacity： 0-200N.m
Rated Output： 2.0±10%mV/V
Zero Balance： ±2%F.S.
Non-Linearity： 0.3%F.S.
Hysteresis： 0.1%F.S.
Repeatability： 0.1%F.S.
Creep(30min)： 0.1%F.S.
Temp Effect on Output： 0.05%F.S./10°C
Temp Effect on Zero： 0.05%F.S./10°C
Response frequency： 10kHz
Material： Alloy steel
Impedance： 3500
Insulation： >5000MQ/100VDC
Working voltage： 5-15V
Operating Temp Range： -20-80°C
Safe Overload： 120%
Maximum Overload： 150%
Cable Specifications： 05x3m
Cable ultimate pull 10kg
Application
It is widely used in static torque testing system of testing machine, torque wrench, steering machine, electric actuator, valve and transmission.
Capacity： 0-200N.m
Rated Output： 2.0±10%mV/V
Zero Balance： ±2%F.S.
Non-Linearity： 0.3%F.S.
Hysteresis： 0.1%F.S.
Repeatability： 0.1%F.S.
Creep(30min)： 0.1%F.S.
Temp Effect on Output： 0.05%F.S./10°C
Temp Effect on Zero： 0.05%F.S./10°C
Response frequency： 10kHz
Material： Alloy steel
Impedance： 3500
Insulation： >5000MQ/100VDC
Working voltage： 5-15V
Operating Temp Range： -20-80°C
Safe Overload： 120%
Maximum Overload： 150%
Cable Specifications： 05x3m
Cable ultimate pull 10kg
WDDA-204 Static Torque Sensor
The wrench torque measuring sensor WDDA-204 is a non rotating torque sensor, which can convert the mechanical torque into analog signals in direct proportion to it, so that the torque value can be measured by measuring the analog signals. WDDA-204 is made of stainless steel and based on resistance strain gauge technology. It can be used for clockwise and counterclockwise torque measurement. The range is 20 Nm/50 Nm/100 Nm/200 Nm/300 Nm/500 Nm. The flange at one end of the torque measuring sensor FT04 can be fixed to the workbench, and the square key at the other end can be used to adapt to the torque wrench. This torque sensor is applicable to the torque calibration and inspection of mechanical torque wrenches. In addition to the standard size and measuring range, Fozentec can also provide customized solutions to meet the use requirements of different customers.
Application
It is widely used in static torque testing systems of testing machines, torque wrenches, steering gears, electric actuators, valves, transmissions, etc.
Characteristic
Compact structure, easy to install, protection grade: IP65, used for torque measurement of static and non continuous rotation.
Application
It is widely used in static torque testing system of testing machine, torque wrench, steering machine, electric actuator, valve and transmission.
Application
It is widely used in static torque testing systems of testing machines, torque wrenches, steering gears, electric actuators, valves, transmissions, etc.
Characteristic
Compact structure, easy to install, protection grade: IP65, used for torque measurement of static and non continuous rotation.
Application
It is widely used in static torque testing system of testing machine, torque wrench, steering machine, electric actuator, valve and transmission.
WDFS-105 Static Torque Sensor
It is widely used in static torque testing system of testing machine, torque wrench, steering machine, electric actuator, valve and transmission.
1. High precision resistance strain principle
2. Force measurement within the range 0-150 Nm.
3. Capsule structure design, pressure bearing and convenient installation.
4. High precision and stability.
5. Small volume and beautiful appearance
6. High dynamic response frequency
Capacity: 0-150N.m
Rated Output: 2.0mV/V
Zero Balance: ±2%F.S.
Non-Linearity: 0.05%F.S.
Hysteresis: 0.05%F.S.
Repeatability: 0.05%F.S.
Creep(30min): 0.05%F.S.
Temp Effecton Output: 0.05%F.S./10°C
Temp Effecton Zero: 0.05%F.S./10°C
Material: Aluminum alloy/alloy steel
Impedance: 3500
Insulation: >5000MQ/100VDC
Working Voltage: 5-15V
Operating Temp Range: -20-80°C
Safe Overload: 150%
Maximum Overload: 200%
Cable Specifications: 03x2m
Cable ultimate pull: 10kg
1. High precision resistance strain principle
2. Force measurement within the range 0-150 Nm.
3. Capsule structure design, pressure bearing and convenient installation.
4. High precision and stability.
5. Small volume and beautiful appearance
6. High dynamic response frequency
Capacity: 0-150N.m
Rated Output: 2.0mV/V
Zero Balance: ±2%F.S.
Non-Linearity: 0.05%F.S.
Hysteresis: 0.05%F.S.
Repeatability: 0.05%F.S.
Creep(30min): 0.05%F.S.
Temp Effecton Output: 0.05%F.S./10°C
Temp Effecton Zero: 0.05%F.S./10°C
Material: Aluminum alloy/alloy steel
Impedance: 3500
Insulation: >5000MQ/100VDC
Working Voltage: 5-15V
Operating Temp Range: -20-80°C
Safe Overload: 150%
Maximum Overload: 200%
Cable Specifications: 03x2m
Cable ultimate pull: 10kg
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