2150 Dual Range Static Torque Sensor | Flange to Flange

2150 Dual Range Static Torque Sensor  Flange to Flange

2150 Dual Range Static Torque Sensor is also known as large and small range torque transducer. It can measure both large and small dual range static torques. One end has a key flange connection and the other end has a flange connection. It is suitable for the measurement of both large and small static torques. Dual range static torque transducers are also known as motor torque transducers, mechanical torque transducers, torque testers torque transducers.

Features of 2150 Dual Range Static Torque Sensor

  • The resistance strain is an integrated product composed of sensitive components and integrated circuits, with high precision and stable performance
  • Measuring range: 0-20-5000N.m optional
  • Torque can be measured in both positive and negative directions
  • Keyed flange connection at one end and flange connection at one end
  • Suitable for measurement of large and small dual-range static torque

Technical Parameters

ParametersTechnical indicators
Range0-20,100,1000,5000Nm
Sensitivity1.5±10% mV / V
Zero output±2% F.S.
Non-linearity±0.1,0.3% F.S.
Hysteresis≤±0.05% F.S.
Repeatability≤±0.05% F.S
Creep≤±0.03% F.S/30min
Temperature sensitivity drift0.03% F.S. / 10℃
Zero Temperature Drift0.03% F.S. / 10℃
Input Resistance750±10Ω
Input resistance700±5Ω
Insulation resistance≥5000MΩ/ 100VDC
Excitation Voltage10-15VDC
Temperature Compensation Range-10 ~ 60℃
Operating Temperature Range-20 ~ 65℃
Safe Overload150% F.S.
Limit Overload200% F.S.
Cable SizeØ5.2×3m
Electrical ConnectionRed/E+, Black/E-, Green/S+, White/S-
MaterialStainless steel or alloy steel

Dimensions

ModelSmall range NmLarge range NmφAφDφEφFφGBCPφRφHφN1φN2TM
21502050015898782712074403601388-φ118-φ17103-M10 Deep 18
215130100015898782712074403601388-φ118-φ17103-M10 Deep 18
215210030001951088937142100523701658-φ178-φ25166-M10 Deep 18
215315040001951088937142100523701658-φ178-φ25166-M10 Deep 18

Learn More About 2150 Dual Range Static Torque Sensor | Flange to Flange

The traditional speed torque sensor has only a single range. When performing a small torque test, the test error will be much greater than the instrument calibration error, resulting in no reference value for the test results.

In response to this problem, torque sensor manufacturers divide the large-range torque sensor hardware into dual-range. When the motor test system performs small torque testing, switch the test range to the small-range file. The advantage of this is to make the test more accurate.

Definition of rated range: within the range of the marked parameters. The sensor is designed to measure the upper limit of the torque value.

Measuring range: For example, the measuring range of a sensor with a rated range of 10NM is 0~10 Nm. The measuring range of a sensor with a rated range of 20N-M is 0~20NM.

Accuracy level: The relative accuracy is based on the rated range. For the same type of sensor, the relative accuracy is generally the same. For example, for a sensor with an accuracy of 0.2%, the range of 50NM and 100NM are both 0.2% accuracy level.

Accuracy: Accuracy can be understood as: accuracy = accuracy grade * rated range. Here we can see that the smaller the range of the same sensor, the higher the accuracy. Use the same type of static torque measuring sensor with a range of 100NM and 50NM to measure a torque of 20NM. The sensor with a range of 50Nm has better accuracy than a sensor with a range of 100Nm.

Service life: Use the same type of torque sensor with a range of 100 Nm and 50NM to measure the torque of 50NM. The torque sensor of 50 Nm can be understood as full-load work. The torque sensor of 100 Nm is not full-load work. The range is A 100NM torque sensor has a longer service life than a 50NM torque sensor.

If you cannot find an answer to your question in our 2150 Dual Range Static Torque Sensor | Flange to Flange, you can always contact us and we will be with you shortly.

More Featured Torque Sensors For Sale

Sino-Inst is a manufacturer of 2150 Dual Range Static Torque Sensor | Flange to Flange. We offer more than 5 types of Dual Range Static Torque Sensor.

The dual-range static torque sensor is also called the large and small range torque sensor, which can measure the large and small dual-range static torque at the same time.

Static Torque Sensor is also called reaction torque sensor, torque transducer. Mainly used for torque measurement in Static situations. Static Torque Sensor with key shaft connection at both end; suitable for static torque measurement.

Sino-Inst’s Dual Range Static Torque Sensors, made in China, have good quality, with better prices. Our Dual Range Static Torque Sensors are widely used in China, India, Pakistan, USA and other countries.

Sino-Inst’s entire team is well trained, so we can ensure that each customer’s needs are met. If you need any help with your product requirements, whether it is a Dual Range Static Torque Sensor, level sensors, or other equipment, please give us a call.

Request a Quote

Please enable JavaScript in your browser to submit the form
2150 Dual Range Static Torque Sensor | Flange to Flange

2150 Dual Range Static Torque Sensor is also known as large and small range torque transducer. It can measure both large and small dual range static torques. One end has a key flange connection and the other end has a flange connection. It is suitable for the measurement of both large and small static torques. Dual range static torque transducers are also known as motor torque transducers, mechanical torque transducers, torque testers torque transducers.

Product SKU: 2150 Dual Range Static Torque Sensor | Flange to Flange

Product Brand: Sino-Inst

Product Currency: USD

Product Price: 170

Price Valid Until: 2029-09-09

Product In-Stock: InStock

Editor's Rating:
5
This entry was posted in Torque Sensors by KimGuo11. Bookmark the permalink.

About KimGuo11

Wu Peng, born in 1980, is a highly respected and accomplished male engineer with extensive experience in the field of automation. With over 20 years of industry experience, Wu has made significant contributions to both academia and engineering projects. Throughout his career, Wu Peng has participated in numerous national and international engineering projects. Some of his most notable projects include the development of an intelligent control system for oil refineries, the design of a cutting-edge distributed control system for petrochemical plants, and the optimization of control algorithms for natural gas pipelines.