Wireless Dynamometer with Shackle 1 ton/ 2 ton/ 3 ton to 200 ton

Wireless dynamometer with shackle capacity from 1 ton, 2 ton, 3 ton to 200 ton, infrared remote control enables parameter setting and instrument calibration. Common SI units can be selected: kilogram (kg), ton (t), pound (lb), newton (N), kilo newton (KN). High measurement accuracy down to 0.1% of maximum capacity.

Specification

Details

 
Feature

1. Digital dynamometer with rugged construction with novel one-piece sensor design. The dyno machine measurement accuracy reaches 0.1% of the maximum capacity.
2. All functions and units are clearly displayed on the LCD with white backlight. Dyno machine provides 1 inch high LCD digital display for easy viewing from a distance.
3. Two programmable set points allow the user to set safe warning limits.
4. Electric dynamometer with low power consumption design guarantees 3 standard "AA" alkaline batteries to work for more than 40 hours.
5. Common SI units are provided for easy application: kilogram (kg), ton (t), pound (Ib), newton (N), kilo newton (KN). Infrared remote control makes parameter setting and instrument calibration convenient and easy to manage.
6. The dyno machine infrared remote control provides a variety of operation functions: "zero", "tare", "peak hold", "accumulation", "accumulation query", "accumulation clear", "unit switching", "voltage query", and "shutdown ".
7. The hand held dynamometer itself provides 4 buttons: "On/Off", "Zero", "Peak Hold", and "Unit Switch".

Tips: What is dynamometer working principle?

1. The main part of the dynamometer is the spring, which is made according to the principle of Hooke's law: F=KX, that is, the elastic force generated by the spring is proportional to its deformation (elongation or shortening). Because of the proportional relationship, the scale of the dynamometer is uniform.
2. Suspend the object to be measured from the dynamometer so that it is at rest. At this time, the gravity on the object and the pulling force of the dynamometer on the object are balanced and equal in magnitude.
3. The reading of the spring dynamometer represents the magnitude of the spring tension. Then the value is equal to the gravity of the measured object.