Digital Push Pull Force Gauge, 2N-1000N

Push pull gauge equipped with 6-digit big display and overload protection, capacity from 2N/ 3N/ 5N to 1000N, optional unit N (Newton), kg (kilogram), and lb (pound) mutual conversion. Voltage 100V~240V, data storage up to 447 test values, high efficient and easy to use.

Specification

Feature

1. Digital force gauge equipped with external sensor and 6 bit big screen high precision high resolution with five test modes, three display modes for selection.
2. Optional unit: N (newton), kg (kilogram), lb (pound) three units of measurement are available for mutual conversion.
3. Force gauge meter gravitational acceleration setting function: the user can input the exact value of the gravitational acceleration of the place of use, making the test and unit conversion more accurate
4. Automatic peak value time can be set freely from 1-9999 seconds. The upper and lower limits can be set for statistical analysis, and the buzzer will alarm by setting the limit range.
5. Digital force meter with data storage function, can store 447 test values. The data can be input into the computer through the data line for various analysis (also applicable to multiple instruments and one computer for various analysis at the same time).
6. Green and environmental protection, automatic shutdown after 10 minutes of no operation, 10 minutes is the default, you can set the automatic shutdown to the required time. When the automatic shutdown time is 0, it will not automatically shut down. High-quality charging power supply with voltage 100V~240V and overload protection function.
7. The digital push pull gauge unique switch contact on-off force test function makes the switch on-off force test more accurate.
8. Low battery detection shutdown, when the battery power is low, it will automatically shut down to prevent inaccurate measurement caused by insufficient power.

Details

 Size

Tips: What should be pay attention to digital force gauge usage?

1. Select a spring dynamometer with a suitable range according to the measured force. It cannot be measured beyond the range (it will damage the spring dynamometer), and the energy range should not be too large (prone to large measurement errors).
2. Before use, check whether the pointer of the spring dynamometer points to the zero scale position. If the pointer is not at the zero scale position, it needs to be zeroed: by moving the pointer to zero. Shake the hook lightly with your hands to make sure there is no friction with the housing. Use standard weights to check whether the reading is accurate.
3. The direction of the measured force should be consistent with the axis of the spring dynamometer. When reading, it should be facing head-up. A measurement time should not be too long to avoid spring fatigue. The spring pointer and pull rod should not rub against the scale plate and the limit card at the end of the scale plate.
4. When reading, in addition to reading the value indicated by the graduation value on the spring dynamometer, one digit should be estimated.