TORQUE SENSOR
applied in a rotating system.
LOAD CELL
The TCR119 micro sensor is used to measure tensile and compressive forces. With its compact yet robust design, it is ideal for a variety of applications where tensile and compressive forces need to be measured. It has a range of 50N-100KN. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
The TC326 micro sensor is used to measure tensile and compressive forces. Due to its compact design, it is ideal for a variety of space-limited applications. It has a capacity range of 10-2000KN and is widely used in automation, robotics, medical equipment, and various control and measurement systems. Because of its high dynamic response frequency, it is suitable for fast measurement.
The TC317 is used to measure tensile and compressive forces. Widely used in tensile/thrust testing, welding force measurement, surface tension measurement and other applications. This compact and rugged product has a range of 20-2000N. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
The TCR178C2 micro sensor is used to measure tensile and compressive forces. With its compact yet robust design, it is ideal for a variety of applications where tensile and compressive forces need to be measured. It has a range of 50N-200N. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
The TCR105A micro sensor is used to measure tensile and compressive forces. Widely used in tensile/thrust testing, welding force measurement, surface tension measurement and other applications. This compact and rugged product has a range of 10-200N. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
Stainless steel, micro size, durable. The TC301 is a miniature compression tension sensor designed for high durability or in-line tension or compression applications. It is made of sturdy 17-4 stainless steel threaded ends and awg4 cables. The TC301 microcompression tension sensor supports customization, and most models are available in stock for 24-hour delivery. Manufactured in Taiwan, using metal foil strain gauge technology, like our entire line of force sensors.
The TC302 is a miniature compression tension sensor designed for high durability or in-line tension or compression applications. It is made of sturdy 17-4 stainless steel threaded ends and awg4 cables. The TC302 miniature compression tension sensor supports customization, and most models are available in stock for 24-hour delivery. Manufactured in Taiwan, using metal foil strain gauge technology, like our entire line of force sensors.
This product is a patented product with high precision and strong anti-eccentric load ability. Applicable to electronic scale, counting scale, electronic balance, industrial weighing system.
The micro-sensor is low in height and small in deformation, mainly used in automobile assembly, automatic assembly, 3C product testing, new energy product assembly, medical testing, robot, mold assembly and other industrial testing, measurement and control systems.
The TC327 load cell is used to measure tension and compression forces. It is made of alloy steel or stainless steel. The sensor provides fast measurements in a variety of applications where tension and compression forces need to be measured.
The TCR161 spoke sensor is used to measure tension and compression forces. Widely used in various industrial weighing system, experimental equipment, weighbridge, hopper and so on. It can also be used as a measurement standard. The range of this product is 0.5-50t.
The spoke type sensor (fatigue rating) is designed for tension and compression applications. When made of aluminum alloy, it offers a range from 0.2t to 10t, and when made of 17-4 stainless steel, from 15t to 60t.
The TC312L has a robust construction and is designed for tensile and compression applications. Its flexible construction is made of alloy steel and currently offers a range of 800t.
The TCR167 is very compact and suitable for tensile and compression testing applications. Widely used in test equipment, platform scale, hopper weighing and so on. It offers a range from 50 kg to 500 kg. The sensor is made of stainless steel, compact and durable, and easy to install.
Most of our microload button sensors can be modified or customized to meet your requirements, and many are available for quick delivery from our stock.
The standard micro-load button sensor, designed for pressure or in-line compression applications, has a robust 17-4 stainless steel construction with an OD of φ10mm and a height of 6mm. They have a fully welded construction with excellent repeatability.
Designed for pressure or in-line compression applications, the micro-load button sensor is made of robust 17-4 PH stainless steel and is equipped with a 4-meter long 29 AWG 4-conductor shielded teflon cable. It offers high accuracy, a nonlinearity of 0.5% and a nominal deflection of 0.05mm.
The micro-load button sensor features ultra-fast response and robust strain relief design and is made of robust 17-4 PH stainless steel. It has a nonlinearity of 0.5% and a nominal deflection of 0.05mm.
The load button force sensor features threaded mounting holes and a robust 17-4 stainless steel construction. It has complete internal temperature compensation (no external regulating circuitry) and an ultra-compact design with low weight.
The TCR119 micro sensor is used to measure tensile and compressive forces. With its compact yet robust design, it is ideal for a variety of applications where tensile and compressive forces need to be measured. It has a range of 50N-100KN. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
The TC326 micro sensor is used to measure tensile and compressive forces. Due to its compact design, it is ideal for a variety of space-limited applications. It has a capacity range of 10-2000KN and is widely used in automation, robotics, medical equipment, and various control and measurement systems. Because of its high dynamic response frequency, it is suitable for fast measurement.
The TC317 is used to measure tensile and compressive forces. Widely used in tensile/thrust testing, welding force measurement, surface tension measurement and other applications. This compact and rugged product has a range of 20-2000N. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
The TCR178C2 micro sensor is used to measure tensile and compressive forces. With its compact yet robust design, it is ideal for a variety of applications where tensile and compressive forces need to be measured. It has a range of 50N-200N. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
The TCR105A micro sensor is used to measure tensile and compressive forces. Widely used in tensile/thrust testing, welding force measurement, surface tension measurement and other applications. This compact and rugged product has a range of 10-200N. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
Stainless steel, micro size, durable. The TC301 is a miniature compression tension sensor designed for high durability or in-line tension or compression applications. It is made of sturdy 17-4 stainless steel threaded ends and awg4 cables. The TC301 microcompression tension sensor supports customization, and most models are available in stock for 24-hour delivery. Manufactured in Taiwan, using metal foil strain gauge technology, like our entire line of force sensors.
The TC302 is a miniature compression tension sensor designed for high durability or in-line tension or compression applications. It is made of sturdy 17-4 stainless steel threaded ends and awg4 cables. The TC302 miniature compression tension sensor supports customization, and most models are available in stock for 24-hour delivery. Manufactured in Taiwan, using metal foil strain gauge technology, like our entire line of force sensors.
This product is a patented product with high precision and strong anti-eccentric load ability. Applicable to electronic scale, counting scale, electronic balance, industrial weighing system.
The micro-sensor is low in height and small in deformation, mainly used in automobile assembly, automatic assembly, 3C product testing, new energy product assembly, medical testing, robot, mold assembly and other industrial testing, measurement and control systems.
The TC327 load cell is used to measure tension and compression forces. It is made of alloy steel or stainless steel. The sensor provides fast measurements in a variety of applications where tension and compression forces need to be measured.
The TCR161 spoke sensor is used to measure tension and compression forces. Widely used in various industrial weighing system, experimental equipment, weighbridge, hopper and so on. It can also be used as a measurement standard. The range of this product is 0.5-50t.
The spoke type sensor (fatigue rating) is designed for tension and compression applications. When made of aluminum alloy, it offers a range from 0.2t to 10t, and when made of 17-4 stainless steel, from 15t to 60t.
The TC312L has a robust construction and is designed for tensile and compression applications. Its flexible construction is made of alloy steel and currently offers a range of 800t.
The TCR167 is very compact and suitable for tensile and compression testing applications. Widely used in test equipment, platform scale, hopper weighing and so on. It offers a range from 50 kg to 500 kg. The sensor is made of stainless steel, compact and durable, and easy to install.
Most of our microload button sensors can be modified or customized to meet your requirements, and many are available for quick delivery from our stock.
The standard micro-load button sensor, designed for pressure or in-line compression applications, has a robust 17-4 stainless steel construction with an OD of φ10mm and a height of 6mm. They have a fully welded construction with excellent repeatability.
Designed for pressure or in-line compression applications, the micro-load button sensor is made of robust 17-4 PH stainless steel and is equipped with a 4-meter long 29 AWG 4-conductor shielded teflon cable. It offers high accuracy, a nonlinearity of 0.5% and a nominal deflection of 0.05mm.
The micro-load button sensor features ultra-fast response and robust strain relief design and is made of robust 17-4 PH stainless steel. It has a nonlinearity of 0.5% and a nominal deflection of 0.05mm.
The load button force sensor features threaded mounting holes and a robust 17-4 stainless steel construction. It has complete internal temperature compensation (no external regulating circuitry) and an ultra-compact design with low weight.
Feature
- Multiple working modes available
- High stability
- Bidirectional isolation serial port function, with RS232/RS485, easy to communication with the Host
- Weight calibration, sensitivity calibration, Intelligence calibration
Feature
- Multiple working modes available
- High stability
- Bidirectional isolation serial port function, with RS232/RS485, easy to communication with the Host
- Calibration function without weights
Feature
- Built-in multi-stage amplification chip, independent power supply for sensor.
- Multiple sensitivity input, and switchable.
- High speed, high transmission speed, and high dynamic response frequency.
- Good long-term stability, good anti-interference performance.
Feature
- Built-in multi-stage amplification chip, independent power supply for sensor.
- Multiple sensitivity input, and switchable.
- High speed, high transmission speed, and high dynamic response frequency.
- Good long-term stability, good anti-interference performance.
The Model LC digital force indicator is a highly portable force measurement device. With its 9 V battery supply and compact size the indicator can easily be carried to remote locations to perform force measurement calibrations. The unit can measure compression forces up to 50,000 lbs.
The peak capture feature allows the highest force reading taken to be displayed with the push of a button. The remote location of the load sensor minimizes the chance of damage to the electronic body of the gauge. The stainless steel construction of the sensor and the indicator makes them often resistant to the occasional mishandling than can occur in the field. Optional handles are available for the load cell and gauge.
Each unit has a membrane face with raised buttons and tactile feedback for setup and operation. The high, low, and clear buttons are easily accessible on this front membrane. Zero adjustment and zero offset/tare functions are standard on each unit. Calibration and setup parameters are stored on a memory chip to protect from loss even when power is interrupted. Unauthorized set ups and calibrations are also blocked with internal security. Various combinations of the front panel buttons can be de-activated.
Profinet, EtherNet/IP, Profibus DP 또는 Modbus-TCP 시리얼 포트와 PanelX 소프트웨어를 갖춘 DIN 레일용 계량 기술의 정점!
고성능 WTX120 계량 터미널은 귀하의 측정 체인을 최대한 활용하여 계량 기술의 우수성을 실현합니다!
탁월한 계량 기술 – 트럭 및 철도 저울을 포함한 다양한 계량 작업에 최적화된 올라운더, IP69K 보호 등급 및 고해상도 대형 디스플레이 탑재.
견고한 IP69K 인증의 WTX110 산업용 계량 터미널은 거친 환경에서도 현장에서 무게를 표시하기 위한 최적의 선택입니다.
6 Digits Scale LED Display Weight Digital Weighing Electric Weight Indicator
Optional 2/3/4-way relay or OC output, relay contact AC 250V/1A, OC output drive 100mA/48V
Output 4-20mA, 0-20mA, 0-5V, 0-10V, 12bit
accuracy, drive load ≤ 500 ohms. 485 communication port can execute ModbusRTU protocol or active upload protocol (transmission communication can only choose one)
Ambient temperature: -20 ~ 50 ° C; relative humidity: ≤ 85% RH; avoid strong corrosive gases.
AC 100 ~ 240V, 50 ~ 60HZ; power consumption ≤ 5W
Panel/cabinet, high quality plastic case
Small size: outer dimensions 96×48 deep 84mm, opening size: 92*45mm
Big size: outer dimensions 160*80*125mm, opening size: 152*72mm
1 high- quality alloy steel tension and compression load cells, chemical plating the nickel in surface
2 simple structure , convenient to install and maintenance
3 high comprehensive precision
4 compact structure
5 low setting height
6.good long -term stability
6 Digits Scale LED Display Weight Digital Weighing Electric Weight Indicator
Optional 2/3/4-way relay or OC output, relay contact AC 250V/1A, OC output drive 100mA/48V
Output 4-20mA, 0-20mA, 0-5V, 0-10V, 12bit
accuracy, drive load ≤ 500 ohms. 485 communication port can execute ModbusRTU protocol or active upload protocol (transmission communication can only choose one)
Ambient temperature: -20 ~ 50 ° C; relative humidity: ≤ 85% RH; avoid strong corrosive gases.
AC 100 ~ 240V, 50 ~ 60HZ; power consumption ≤ 5W
Panel/cabinet, high quality plastic case
Small size: outer dimensions 96×48 deep 84mm, opening size: 92*45mm
Big size: outer dimensions 160*80*125mm, opening size: 152*72mm
Supply Voltage: 220V AC:220V±10%, Power < 7w; 24V DC:24V±10%, Power < 5w;12V DC:9V~20V, Power < 5w; Other specifications are subject to the instruction attached
Operating Temperature: 0~50℃, humidity < 90%R.H
Display range: -1999~9999, Decimal point position can be set
Display color: The measured value is green, the set value is red, the light column is red or customized
Display resolution: 1/10000
Input Signal: Voltage, Current, RTD, T/C, mV, potentiometer, Pressure Gauges with Resistance Transmitter
Voltage: 1V~5V DC,0V~5V DC, Can be selected by setting
Current: 4mA~20mA,0mA~10mA,0mA~20mA, Can be selected by setting
RTD: Pt100,Cu100,Cu50,BA1,BA2,G53, Can be selected by setting
T/C: K, S, R, B, N, E, J, T, Can be selected by setting
please leave a message for special request
Intrinsic Error: < ±0.2%F.S
Measuring resolution: 1/60000, 16-bit A/D converter
Measurement control cycle: 0.2s
Power: AC220V/24Vdc(power to sensor)option
Display digits:
(Decimal, suitable for linear displacement display)360°00,00
(hexadecimal, suitable for angle display)
Display linear accuracy: Analog output (0.25%, 0.05%)
Scope of application:
Suitable for potentiometer (resistance) output type sensors
For voltage output sensors
For current output (2-wire, 3-wire) sensors
Applicable to incremental pulse output encoders
Applicable to absolute pulse output encoder Suitable for encoder application products
GDM plug type signal transmission module
A wireless analog scale instrument that connects to a wireless junction box. Suitable for using 1~4 analog sensors.
Display character: 6-bit LED with character height 75mm
Power: AC 187～242V；49～51Hz
Communication: RS232 output
Stainless steel triangular shell
Green LED display with 0.8″
AC 100V~240V
Suitable for platform scales and floor scales
It has 6-channel switch control for start/stop, fast forwardslow into and a variety of control.
It can be used for quantitative, weighbridge, cement, food packaging,etc.
It has 6-channel switch control for start/stop, fast forward\slow into and a variety of control.
It can be used for quantitative, weighbridge, cement, food packaging,etc.
Plastic housing :6-digit 20.2mm red LED
Dimensions: 256X165X 170mm
Weight: 1.5kg
Inside battery: 6V 4AH
Applications: Electronic platform scale, weighing scale, etc.
MT550 resultant and torque sensors for simultaneous force and torque measurement. The product is ideal for mechanical engineering applications and is widely used in robotics and automation. It can also be used for product development. The MT550 sensor can be customized to meet different application requirements.
The MT551 resultant torque sensor is used for simultaneous force and torque measurement. The product is ideal for mechanical engineering applications and is widely used in robotics and automation. It can also be used for product development. The MT551 sensor can be customized to meet different application requirements.
Suitable for Automotive press fit, automated assembly, 3C products testing, new energy product assembly,medical testing,robotics,mold assembly and other industrial testing and control system.
The TQ903 static torque sensor is typically used to measure rapidly changing torque on non-rotating axes. Ranging from 0.2 N.m to 150 N.m, it provides precise measurement of the torque applied to the sensor shaft in both directions of rotation. The sensor is compact and easy to install.
Dynamic sensors are used to measure the rapidly changing torque on the rotating shaft and are widely used in the testing of motors and rotating parts. The measurement range is 5n.m to 1000n.m. The sensor is compact and easy to install.
The TQ908D dynamic torque sensor is used to measure the rapidly changing torque on the rotating shaft and is widely used in the testing of motors and rotating components. Measuring range from 200n.m to 2000n.m, the sensor is very compact and easy to install.
The TQ908C dynamic torque sensor is used to measure the rapidly changing torque on the rotating shaft and is widely used in the testing of motors and rotating components. With measuring ranges from 0.1N.m to 5n.m, the sensor is very compact and easy to install.
The TQ908B dynamic torque sensor is used to measure the rapidly changing torque on the rotating shaft and is widely used in the testing of motors and rotating components. The measurement range is 5n.m to 500n.m. The sensor is compact and easy to install.
The TQ908A dynamic torque sensor is used to measure the rapidly changing torque on the rotating shaft and is widely used in the testing of motors and rotating components. Measuring range from 0.1N.m to 500n.m. The sensor is very compact and easy to install.
Static torque sensor;
Compact structure,easy to install;
IP65 protection;
Used for measurement of static,non-continuous rotational torque force;
Patent Products,can not be copied.
The TQ903J static torque sensor is typically used to measure rapidly changing torque on non-rotating axes. The torque sensor has a range of 0.1-12 N.m and is suitable for different applications. It provides an accurate measurement of the torque applied to the sensor shaft in both directions of rotation. The sensor is compact and easy to install.
The TQ903B Micro Torque Sensor is typically used to measure rapidly changing torque on a non-rotating shaft. Our static torque sensors range from 0.2 N.m to 150 N.m and provide accurate measurement of torque applied to the sensor shaft in both directions of rotation. The sensor is compact and easy to install.
The TQ903C Micro Torque Sensor is typically used to measure rapidly changing torque on non-rotating shafts. This torque sensor ranges from 0.2-10 kN. M is used for different applications. It provides an accurate measurement of the torque applied to the sensor shaft in both directions of rotation. The sensor is compact and easy to install.
Static torque sensors are used to measure static, non-continuous rotational torque values.
Static torque sensors are used to measure static, non-continuous rotational torque values.
High precision, strong load resistance, easy installation, ip66 grade, specifications can be customized, mechanical arm precision control, surface grinding and polishing, machining center precision processing, medical equipment precision testing.
Static torque sensor;
Compact structure,easy to install;
IP65 protection;
Used for measurement of static,non-continuous rotational torque force;
Patent Products,can not be copied.
TQ908F Dynamic Torque Sensor outputs 5～15kHz frequency signal or 4～20mA current signal, 0-10V and other voltage signals, suitable for long-distance transmission;
TQ908F Dynamic Torque Sensor is small in size, easy to use and install, and strong in signal anti-interference ability;
TQ908F Dynamic Torque Sensor is non-contact, wear-free, and has a maximum speed of 8000RPM, which is suitable for long-term high-speed rotation conditions.
Precision control of mechanical arm,grinding and polishing for Spherical,carved processing of machining center,precision testing of medical equipment.
Static torque sensor, compact, easy to install, protection class :IP65, for static, non-continuous rotation torque measurement.
WPS draw rope displacement sensor, measuring range 100mm-30000mm, there are S type (small, 100-2500mm), M type (medium, 500-7500mm), L type (large, 7000-15000mm), XXS type (mini, 100-600mm) ), XS type (miniature, 100-1000mm), XL type (super large, 15000-30000mm). Sensor output signals are: resistance output(5K or 10K), voltage output (0-5V, 0-10V, three-wire system or four-wire system), current output (4-20mA, two-wire system, three-wire system or four-wire system; 0-20mA, two-wire system, three-wire system System or four-wire system), pulse output (AB phase or ABZ phase pulse square wave, differential signal output), RS485 digital signal output or absolute value encoding output.
BRG-XXS Small string potentiometer, small size, high precision, compact structure, waterproof and dustproof. An external signal transmission module can be connected to output standard analog signal 0-10V, 4-20mA or digital signal, which is convenient for long-distance transmission or system acquisition.
Brg-15 Micro Displacement Sensor For Fast Measurements Cooperative Partner BRG-15 micro displacement sensor, maximum measuring stroke 400mm, measuring wheel circumference 40mm; mainly designed for narrow measuring space, is the smallest and most stable classic product in China. This sensor has…
Brg-15 Micro Displacement Sensor For Fast Measurements Cooperative Partner BRG-15 micro displacement sensor, maximum measuring stroke 400mm, measuring wheel circumference 40mm; mainly designed for narrow measuring space, is the smallest and most stable classic product in China. This sensor has…
WPS-XS Draw Wire Encoder WPS series XS type miniature rope displacement sensor, measuring range 100mm—1200mm, sensor signal output, can be built-in transmitter module to output 0-5V, 0-10V voltage signal or 4-20mA two-wire current signal, also can be configured externally Transmitting module,…
BGR-601 Helical Structure Draw Wire Sensor Encoder Product Introduction The maximum measuring stroke of the S601 series wire-drawn displacement sensor is 2000mm. It is a high-end brand product launched by us. This product adopts large-diameter multi-strand steel wire rope and independent…
BRG-80 High Quality Draw Wire Linear Position Sensor Product Introduction The maximum measuring stroke of the BRG-80 series analog output wire-drawn displacement sensor is 4000mm, and the circumference of the measuring wheel is 250mm. It is our classic wire-drawn displacement sensor. This sensor…
BRG-60 Explosion-proof Series Cable Displacement Sensor Product Introduction BRG-120FB series wire displacement sensor (hereinafter referred to as sensor) is mainly used to measure the displacement of wire through pulse signal in DC24V line in explosive gas environment of Class IIA, IIB, IIC,…
BRG-25 Wire Encoder Replace SICK Product Introduction BRG-25 series wire-drawn displacement sensor has a maximum measuring stroke of 3200mm, a measuring wheel circumference of 230mm, and a wire rope diameter of 0.8mm. It is a new product designed to meet the special needs of size in some narrow…
BRG-27 Thin Draw Wire Displacement Sensor Replace SICK Product Introduction The maximum measuring stroke can reach 6000mm, the circumference of the measuring wheel is 385mm, and the wire rope diameter reaches 0.8mm. It is a new product designed to meet the special needs of size in some narrow…
BRG60 Underwater Pull-rope Displacement Sensor Product Description The maximum measuring stroke of BRG60-WL underwater series rope displacement sensor is 0-3000mm. It is a newly designed and upgraded underwater rope displacement sensor developed by us. Based on the market test of our products…
BRG-WXY30/60/80/90 Water Proof Draw Wire Sensor IP67 Product Introduction The waterproof pull-wire displacement sensor is designed for use in liquid environments, and is particularly suitable for outdoor use. For example, gate opening measurement, engineering mechanical arms, cylinder extension,…
WPS string potentiometer displacement sensor WPS draw rope displacement sensor, measuring range 100mm-30000mm, there are S type (small, 100-2500mm), M type (medium, 500-7500mm), L type (large, 7000-15000mm), XXS type (mini, 100-600mm) ), XS type (miniature, 100-1000mm), XL type (super large,…
WEP130 rope displacement sensor is a high-precision rope displacement sensor. The output signals of the sensor are: resistance Output, voltage output (0-5V; 0-10V), current output (4-20mA, two-wire or three-wire). (5-12 meters range)
BRG-A pull rope displacement sensor, range 500mm, .,1200mm, military grade, Sensor output signal types are: resistance output, voltage output (0-SV; 0-10V), current output (4- 20mA, two-wire or three-wire) .
BRG-XS Linear String Potentiometer Description The resistance output type of the rope displacement sensor is commonly used for 5V, 10V power supply, and outputs 0-5V, 0-10V voltage signals; voltage Output type and current output type are commonly used for 15-24V power supply, 12V power supply…
BRG-XS Linear String Potentiometer Description The resistance output type of the rope displacement sensor is commonly used for 5V, 10V power supply, and outputs 0-5V, 0-10V voltage signals; voltage Output type and current output type are commonly used for 15-24V power supply, 12V power supply…
WPS string potentiometer displacement sensor WPS draw rope displacement sensor, measuring range 100mm-30000mm, there are S type (small, 100-2500mm), M type (medium, 500-7500mm), L type (large, 7000-15000mm), XXS type (mini, 100-600mm) ), XS type (miniature, 100-1000mm), XL type (super large,…
WPS-XSseries short stroke draw wire potentiometer is our economical product, WPS-XS range is 100 ~ 1200 mm; The range of MT60 is 100 ~ 1500 mm; The range of MT80 is 200 ~ 3000 mm.
BRG-B rope deisplacement sensors, measuring range 100mm to 1250MM. Sensor output signal: resistance output, voltage output, current output. The sensor is small in size, high in accuracy, easy to install and use, and is widely used in the automation industry.
Feature
- Built-in multi-stage amplification chip, independent power supply for sensor.
- Multiple sensitivity input, and switchable.
- High speed, high transmission speed, and high dynamic response frequency.
- Good long-term stability, good anti-interference performance.
- Multipoint calibration function.
- Auto/ manual calibration two modes.
Feature
- Built-in multi-stage amplification chip, independent power supply for sensor
- Multiple sensitivity input, and switchable.
- High speed, high transmission speed, and high dynamic response frequency.
- Good long-term stability, good anti-interference performance.
Py500H 지능형 디지털 압력계는 저희 회사가 새로 개발한 신제품으로, 여러 가지 국제적인 선진 전자 기술, 단일 칩 컴퓨터 기술, 전기 삭제 기술, 간섭 방지 기술 등을 통합하여 계측기가 높은 측정 및 제어 정밀도와 강력한 간섭 방지 성능의 장점을 갖추도록 했습니다.
Py500H 지능형 디지털 압력계는 저희 회사가 새로 개발한 신제품으로, 여러 가지 국제적인 선진 전자 기술, 단일 칩 컴퓨터 기술, 전기 삭제 기술, 간섭 방지 기술 등을 통합하여 계측기가 높은 측정 및 제어 정밀도와 강력한 간섭 방지 성능의 장점을 갖추도록 했습니다.
Py500S 지능형 디지털 압력계는 저희 회사에서 새롭게 개발한 신제품으로, 여러 가지 국제적인 선진 전자 기술, 단일칩 컴퓨터 기술, 전기 삭제 기술, 간섭 방지 기술 등을 통합하여 계측기가 높은 측정 및 제어 정밀도와 강력한 간섭 방지 성능의 장점을 갖추도록 했습니다.
이 제품은 유압, 석유, 플라스틱, 고무, 인쇄 및 염색, 섬유 및 기타 산업에서 압력 표시 및 자동 제어에 널리 사용되며 다른 제조업체의 압력 센서와도 함께 사용할 수 있습니다. LED 경보 표시, 릴레이 접점 출력 제어 외부 액추에이터와 함께 상한 및 하한 값 경보를 설정할 수 있습니다. 사용자가 선택할 수 있는 고정밀 전압 출력 모듈, 전류 출력 모듈, 릴레이 출력 제어 모듈 및 통신 모듈이 있습니다. 이 기계는 간단하고 배우기 쉬운 인간화된 작동 방법을 채택했습니다.
이 제품은 유압, 석유, 플라스틱, 고무, 인쇄 및 염색, 섬유 및 기타 산업에서 압력 표시 및 자동 제어에 널리 사용되며 다른 제조업체의 압력 센서와도 함께 사용할 수 있습니다. LED 경보 표시, 릴레이 접점 출력 제어 외부 액추에이터와 함께 상한 및 하한 값 경보를 설정할 수 있습니다. 사용자가 선택할 수 있는 고정밀 전압 출력 모듈, 전류 출력 모듈, 릴레이 출력 제어 모듈 및 통신 모듈이 있습니다. 이 기계는 간단하고 배우기 쉬운 인간화된 작동 방법을 채택했습니다.
이 제품은 유압, 석유, 플라스틱, 고무, 인쇄 및 염색, 섬유 및 기타 산업에서 압력 표시 및 자동 제어에 널리 사용되며 다른 제조업체의 압력 센서와도 함께 사용할 수 있습니다. LED 경보 표시, 릴레이 접점 출력 제어 외부 액추에이터와 함께 상한 및 하한 값 경보를 설정할 수 있습니다. 사용자가 선택할 수 있는 고정밀 전압 출력 모듈, 전류 출력 모듈, 릴레이 출력 제어 모듈 및 통신 모듈이 있습니다. 이 기계는 간단하고 배우기 쉬운 인간화된 작동 방법을 채택했습니다.
Py9000형 PID 지능형 압력 제어 계측기는 당사가 개발한 최신 제품으로, 세계의 많은 첨단 전자 기술, 단일 칩 컴퓨터 기술, 간섭 방지 기술 등을 통합하여 계측기 오일 측정 및 제어의 고정밀성과 강력한 간섭 방지 성능의 장점을 보장합니다.
TP series semiconductor strain gauges are produced by international current technology, and their performance indexes are superior to domestic similar products. It has a large gauge factor, small mechanical hysteresis, wide resistance range, and a small transverse effect.
This semiconductor type strain gauge is mainly used for measurement of stress distribution, linear compensation of various force measurement sensors, and force-electric conversion components as sensors, widely used in static and dynamic stress measurement of mechanical, architectural, aerospace, medical, railway, and bridge engineering. This product has been declared a patent for invention. We also provide semiconductor strain gauges without base.
1. manganese steel
2. Suitable for electronic balances, kitchen scales and other small weighing devices.
The GB strain gauge is a strain gauge designed with two strain gauges. Unlike the FB strain gauge series, the GB strain gauges are parallel and are oriented parallel axis set a certain distance apart. Options are available for three or four terminal output.
The GB strain gauge is a strain gauge designed with two strain gauges. Unlike the FB strain gauge series, the GB strain gauges are parallel and are oriented parallel axis set a certain distance apart. Options are available for three or four terminal output.
The GB strain gauge is a strain gauge designed with two strain gauges. Unlike the FB strain gauge series, the GB strain gauges are parallel and are oriented parallel axis set a certain distance apart. Options are available for three or four terminal output.
The FG strain gauge is a strain gauge designed with four individual strain gauges arranged in Wheatstone bridge configuration.
The FB strain gauge is a strain gauge designed with two strain gauges. Unlike the BB strain gauge series, the FB strain gauges are parallel and are oriented in the same axis. Options are available for three or four terminal output.
The EB strain gauge is a special strain gauge that incorporates 4 individual strain gauges oriented 90° apart and configured in a full bridge configuration. The full bridge configuration means the strain gauges are pre-wired internally so no additional connections are required. Only 4 terminals are available: 2 for input and 2 for output making it easy to install. Wiring options are available to accommodate different applications.
The CA strain gauge is a strain gauge designed with 3 linear strain gauges. Unlike BB strain gauges, CA strain gauges are oriented in 45° to help simplify installation in special applications.
The BB strain gauge is a strain gauge designed with two strain gauges. The two strain gauges are oriented 90 degrees apart (or in a TEE configuration) and are designed to work in tandem in Half-Bridge configuration. Multiple configurations are available to address different mounting configurations with three or four terminal outputs.
The AB strain gauge is designed for Torsion and Shear applications. This type is in 1/4 Bridge configuration must be paired with other strain gauges for Shear and Torsional strain measurements.
The AA strain gauge is a strain gauge designed with for linear strain measurement. Its grid pattern is simple yet versatile and can be made to different lengths to best suit the application
- Inputs: Single-ended IO, pulse or quadrature encoder signal (Low voltage: -30 to +0.6V; High voltage: +4V to 30V)
- Compatible Sensor: Accept photoelectric switch, proximity switch, hall sensor, angular and linear encoder input
- Excitation output: 5V and 24V(30mA), 30mA DC current
- User-defined linearizing parameters to display real physical quantities with A,B,C three parameters and decimal point
- Current counter, alarm value, and other parameters can be saved in non-volatile memory
- Multiple relay output modes for different control need
- Resolution: 4096 bits (12 bits)
- Independent linearity: 0.3%
- Electrical angle: 360°
- Load resistance: > 10 KΩ
- Mass: 60g
- Shaft: stainless steel
- Product name: Absolute value digital encoder
- WDH35 series
- Can be customized on request
- Resistance value: 1K, 2K, 3K, 5K
- Independent linearity: 1%, 0.5%, 0.3%, 0.2%, 0.1%
- Electrical angle: 345° ±2°
- Temperature coefficient: 400ppm/°C
- Smoothness: ± 0.10%
- Shaft: stainless steel
- Conductive Plastic Angle Sensor WDD35 Series
- Can be customized on request
- Resolution: 0.3515°, 0.0878°, 0.0219°
- Absolute value digits: 10, 12, 14 digits
- Shell diameter: 18mm
- Shaft allowable load: radial 10N, axial 5N
- Shock resistance: 100g (6mS)
- Material: aluminum alloy, anodized
- Hall Absolute Rotary Encoder HAE18 Series
- Can be customized on request
- Resolution: 0.3515°, 0.0878°, 0.0219°
- Absolute value digits: 10 (1024), 12 (4096), 14 (16384)
- Shaft allowable load: radial 20N, axial 20N
- Shock resistance: 100g (6mS)
- Shell diameter: 28mm
- Material: aluminum alloy, anodized
- Product Name: Hall Absolute Rotary Encoder HAE28 Series
- Can be customized on request
- Resolution: 0.3515°, 0.0878°, 0.0219°
- Absolute value digits: 10, 12, 14 digits
- Shell diameter: 38mm
- Shaft allowable load: radial 30N, axial 30N
- Shock resistance: 100g (6mS)
- Material: aluminum alloy, anodized
- Product Name: Hall Absolute Rotary Encoder HAE38 Series
- Can be customized on request
- Accuracy: ± 0.1 %
- Load capacity: > 4.7 K Ω
- Housing diameter: 18mm
- Shaft allowable load: radial 10 N, axial 5 N
- Shock resistance: 100 g (6 m S)
- Material: aluminum alloy, anodized
- Product name: Hall analog output type rotary encoder H A N 1 8 series
- Can be customized on request
- Accuracy: ± 0.1 %
- Load capacity: > 4.7 K Ω
- Housing diameter: 28mm
- Shaft allowable load: radial 20 N, axial 20 N
- Shock resistance: 100g (6 m S)
- Material: aluminum alloy, anodized
- Product name: Hall analog output type rotary encoder H A N 2 8 series
- Can be customized on request
- Resolution: 3 2-1 0 2 4 P/R
- Housing Diameter: 18mm
- Shaft allowable load: radial 10 N, axial 10 N
- Shock resistance: 100 g (6 m S)
- Material: aluminum alloy, anodized
- Name: Hall Incremental Rotary Encoder HP E 1 8 Series
- Can be customized on request
- Resolution: 3 2 -1 0 2 4 P/R
- Shell diameter: 28mm
- Shaft allowable load: radial 20N, axial 20N
- Shock resistance: 100 g (6 m S)
- Material: aluminum alloy, anodized
- Product Name: Hall Incremental Rotary Encoder HP E 2 8 Series
- Can be customized on request
- Resolution: 3 2 – 1 0 2 4 P/R
- Shell diameter: 38mm
- Shaft allowable load: radial 30 N, axial 30 N
- Shock resistance: 100 g (6 m S)
- Material: aluminum alloy, anodized
- Product Name: Hall Incremental Rotary Encoder HP E 3 8 Series
- Can be customized on request
- Resolution: 360°/4096 (12 bits) ≈ 0.088°
- Working voltage: 5V±10%
- Working current: <16mA
- Protection class: IP 40
- Mechanical life: > 10 million revolutions
- Mass: about 20 grams
- Product name: Miniature non-contact angle sensor P3015 series
- Can be customized on request
- Resolution: 3 6 0 °/4 0 9 6 (1 2 bits) ≈ 0.088 °
- Operating voltage: 5 V ± 10 %
- Operating current: < 16 mA
- Protection class: IP 40
- Mechanical life: > 500,000 revolutions
- Mass : about 20 grams
- Product name: Miniature non-contact angle sensor P3020 series
- Can be customized on request
- Resolution: 360°/4096 (12 bits) ≈ 0.088°
- Working voltage: 5V±10%
- Working current: <13.5mA
- Protection class: IP40
- Mechanical life: > 50 million revolutions
- Mass: about 25 grams
- Product name: Miniature non-contact angle sensor P3022 series
- Can be customized on request
- Resolution: 360°/4096 (12 bits) ≈ 0.088°
- Working voltage: 5V±10%, 15-30Vdc, 12-30VDC
- Output signal: 0~5V (ratio), 0-10VDC, 4-20mA
- Operating current: <16mA, <25mA, <35mA
- Protection class: IP54
- Mechanical life: > 50 million revolutions
- Mass : about 60 grams
- Product name: Miniature non-contact angle sensor P3036
- Can be customized on request
- High-precision photoelectric single-turn absolute encoder
- Detection method: photoelectric detection
- Operating voltage: 10…30Vdc polarity protected
- Output signal: Parallel output (pure binary, Gray code or Gray remainder)
- Programmable, intelligent absolute encoder, professional setting software, user-friendly operation
With setting line, easy to install and debug - Resolution: ≤18 bits, up to 262144 lines (order selection)
- Accuracy: ±0.01°
- Outer diameter 60mm, inner hole/shaft diameter 6-15mm optional
- Protection class: shell IP67 shaft IP65
- Vibration and shock: 20g, 10～2000Hz; 100g, 6ms
- Allowable speed: 6000 rpm
- Software and hardware can be customized according to actual needs
- Multi-turn absolute encoder (mechanical gear structure)
- Detection method: magnetoelectric encoder, Hall principle
- Operating voltage: 10…30Vdc polarity protected
- Output signal: Parallel output (pure binary, Gray code or Gray remainder)
- Programmable, intelligent absolute encoder, professional setting software, user-friendly operation
With setting line, easy to install and debug - Resolution: ≤12 bits, up to 4096 lines (order option)
- Laps: 4096 laps
- Outer diameter 60mm, inner hole/shaft diameter 6-15mm optional
- Protection class: shell IP67, shaft IP65
- Vibration and shock: 20g, 10～2000Hz; 100g, 6ms
- Allowable speed: 6000 rpm
- Software and hardware can be customized according to actual needs
- Single-turn absolute encoder
- Detection method: magnetoelectric encoder, Hall principle
- Operating voltage: 10…30Vdc polarity protected
- Output signal: Parallel output (pure binary, Gray code or Gray remainder)
- Programmable, intelligent absolute encoder, professional setting software, user-friendly operation
With setting line, easy to install and debug - Resolution: ≤12 bits, up to 4096 lines (order option)
- Outer diameter 60mm, inner hole/shaft diameter 6-15mm optional
- Protection class: shell IP67 shaft IP65
- Vibration and shock: 20g, 10～2000Hz; 100g, 6ms
- Allowable speed: 6000 rpm
- Software and hardware can be customized according to actual needs
- Multi-turn absolute encoder (mechanical gear set circle counting)
- Detection method: magnetoelectric encoder, Hall principle
- Operating voltage: 10…30Vdc polarity protected
- Output signal: Canbus 2.0B standard frame or extended frame
- Programmable, intelligent absolute encoder, professional setting software, user-friendly operation
With setting line, easy to install and debug - Resolution: ≤16 bits, up to 65536 lines (order selection)
- Laps: 4096 laps
- Outer diameter 60mm, inner hole/shaft diameter 6-15mm optional
- Protection class: shell IP67 shaft IP65
- Vibration and shock: 20g, 10～2000Hz; 100g, 6ms
- Allowable speed: 6000 rpm
- Software and hardware can be customized according to actual needs
- Photoelectric high-precision multi-turn absolute encoder (mechanical gear set circle counting)
- Detection method: photoelectric detection
- Operating voltage: 10…30Vdc polarity protected
- Output signal: Canbus 2.0B standard frame or extended frame
- Programmable, intelligent absolute encoder, professional setting software, user-friendly operation
With setting line, easy to install and debug - Resolution: ≤18 bits, up to 262144 lines (order selection)
- Accuracy: ±0.01°
- Laps: 4096 laps
- Outer diameter 60mm, inner hole/shaft diameter 6-15mm optional
- Protection class: shell IP67 shaft IP65
- Vibration and shock: 20g, 10～2000Hz; 100g, 6ms
- Allowable speed: 6000 rpm
- Software and hardware can be customized according to actual needs
PC10PTFE, PTFE type silicon piezoresistive pressure sensor is the core component of pressure sensor and pressure transmitter as the high performance pressure sensitive element. It adopts integrated structure, high static pressure resistance, stable and reliable.
PC10PTFE sensor is a diffused silicon pressure sensitive chip encapsulated in a 316L stainless steel housing. The external pressure is transmitted to the sensitive chip through the stainless steel diaphragm coated with PTFE and the internally sealed silicone oil. The sensitive chip does not directly contact the measured medium, forming a fully solid-state structure for pressure measurement. Therefore, this product can be used in various occasions, including harsh corrosive media environments.
PC10PTFE sensor uses an O-ring for pressure sealing, which is easy to install.
PC50 Piezoresistive Silicon Pressure Sensor is the core component for producing pressure sensors and pressure transmitters; as a kind of pressure sensitive elements with high performance, it can be conveniently processed through amplifying, and assembled into the transmitter with the standard signal output.
PC50 sensor packages piezoresistive silicon sensitive pressure die into 316L stainless steel housing, the external pressure is transmitted to the sensitive die through the stainless steel diaphragm and internally sealed silicon oil; the sensitive die does not directly contact with the measured medium, so as to form all solid structure of pressure measurement, so this product can be applied to a variety of occasions, including harsh corrosive medium environment.
PC50 sensor adopts O-ring for pressure sealing, easy to install. Our company can also undertake the special customization according to the requirements of the customers, for example, all-welded structure, wide temperature compensation, highly reliable, anti-strong shock and anti-vibration pressure sensors, especially for supporting the national defense weaponry.
Features
■Piezoresistive silicon chip employed
■Perfect long term stability
■MEMS technology
■CE certificate
■Economic pressure sensor
■Sensor diameter:19mm
PC320 industrial pressure sensor,China pressure sensor,wotian pressure sensor, pressure sensor factory
We are the factory in China that produce the high-quality industrial pressure sensor with oil filling and pin connection.
- Full welded seal, can be used in harsh environment
- High performance, all solid, corrosion resistant
- High accuracy and stability
- Strong anti-interference, good long-term stability
- Constant current excitation option
- Customization available
- Full welded seal, can be used in harsh environment
- High performance, all solid, corrosion resistant
- High accuracy and stability
- Strong anti-interference, good long-term stability
- Constant current excitation option
- Customization available
PC11B all welded pressure sensor, China pressure sensor, wotian pressure sensor, pressure sensor
PC11B all welded pressure sensor is to package PC10 pressure sensor into the workpiece with standard pressure connection. Nanjing Wotian Technology Co., Ltd is a Chinese manufacturer that produces the pressure sensors and transmitters.
Features
■Flush diaphragm pressure sensor with thread structure
■Imported highly reliable pressure die
■A single time silicon oil isolated filling technology
■Compensation board filled with glue for protection against moisture
■All stainless steel housing material
■High accuracy, high reliability
■ Strong anti-interference, good long-term stability
■18 months warranty period
Applications
■Medical, food industry
■Environmental protection, chemical, coating
■Polyurethane equipment
■Industry standards Supporting
- Piezoresistive silicon chip employed
- Perfect long term stability
- MEMS technology
- Sensor diameter: 19mm
PC30 pressure sensor with thread,China pressure sensor,wotian pressure sensor, pressure sensor factory
PC30 pressure sensor is a standard and popular sensor applied in air and liquid pressure measuring. A high sensitivity silicon pressure chip is employed in the sensor.Nanjing Wotian Technology Co., Ltd is a Chinese manufacturer that produces the pressure sensors and transmitters.
l Piezoresistive silicon chip employed
l Perfect long term stability
l MEMS technology
l CE certificate
l Sensor diameter: 17mm
PC17(WT17) industrial pressure sensor,China pressure sensor,wotian pressure sensor,flush pressure sensor
PC17(WT17) industrial pressure sensor has the flush diaphram and small size. Nanjing Wotian Technology Co., Ltd is a Chinese manufacturer that produces the pressure sensors and transmitters. It produces 1,5 million pieces pressure sensors and transmitters to 70 countries per year.
1.SOP094 has a DC voltage of 24 V and a power of less than 3 w.
2.Multi channel input, nine channel acquisition at the same time.
3.With two-way communication RS485 and Rs232
4.The acquisition value can be read, calibrated and cleared with the help of serial port.
5.Self calibration function, when using TEDs sensor of our company, it is free from calibration operation.
The SOP510 transmitter adopts an aluminum profile shell, with original imported high-performance devices used internally to precisely amplify the sensor output signal. Internally, it undergoes voltage stabilization, constant current bridge supply, voltage current conversion, impedance adaptation, linear compensation, humidity compensation, etc. Convert mechanics and quantities into standard current and voltage signals for output, which can switch between 0 ± 5V/0 ± 10V/4-20mA/0-20mA. It can directly interface with automatic control equipment such as PLC, microcontroller, upper computer terminal, or be connected to a computer network. Equipped with standard signal external zero and external gain adjustment functions, input over protection, output short circuit protection, and other characteristics.
Ceramic resistance sensor
Ratio voltage output
Very small size
Over-voltage protected
Reverse voltage protected
Short circuit protected
SCR system for urea pressure sensors
It has functions such as pressure display, wireless transmission, data recording (optional), data retransmission (optional) and supplementary transmission.
Ultra-low power consumption, 5-second sampling interval battery life of 3 years (normal temperature).
Own network protocol with low power consumption and long-distance characteristics, with a line of sight of 1000 meters and 5000 meters (optional).
With the wireless repeater, cellular network expansion can be realized.
Wireless transmission network SWSN (self-organizing network), 2G optional.
Supports multiple wireless transmission modes
24 Bits high precision ADC acquisition
Lithium battery power supply, long standby time
Low power consumption, static current as low as 15uA
OLED display, low temperature resistance
Compact structure, convenient installation on site
Wide measuring range, remote transmission distance
High accuracy
Battery-powered，low consumption
LCD display
Compact
RS485 communication interface or Hart communication protocol
Digital display
Support for networking applications
With digital compensation and nonlinear correction technology
High sensitivity, high precision
No moving parts, reliable in performance
Wide pressure range
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The TCR119 micro sensor is used to measure tensile and compressive forces. With its compact yet robust design, it is ideal for a variety of applications where tensile and compressive forces need to be measured. It has a range of 50N-100KN. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
The TC326 micro sensor is used to measure tensile and compressive forces. Due to its compact design, it is ideal for a variety of space-limited applications. It has a capacity range of 10-2000KN and is widely used in automation, robotics, medical equipment, and various control and measurement systems. Because of its high dynamic response frequency, it is suitable for fast measurement.
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The TC317 is used to measure tensile and compressive forces. Widely used in tensile/thrust testing, welding force measurement, surface tension measurement and other applications. This compact and rugged product has a range of 20-2000N. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
The TCR178C2 micro sensor is used to measure tensile and compressive forces. With its compact yet robust design, it is ideal for a variety of applications where tensile and compressive forces need to be measured. It has a range of 50N-200N. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
정밀한 계측 솔루션을 제공합니다. 산업용 로드셀 및 토크센서 전문 판매업체로 신속한 대응과 신뢰를 바탕으로 고객 만족을 실현합니다.
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