What are the aspects of preparation before the measurement of the push pull force meter?

1. Simple operation instructions for pointer push-pull force meter.

First of all, there are two kinds of pointer push-pull force gauges: flat plate and cylindrical (tubular type) tensile force gauges, which are different in shape and mainly have a range when choosing. The tubular tensile force gauge can only be pulled, and the measurement range is 10g, 50g, 200g, 300g, 500g, etc., in terms of weight; The flat push-pull force meter can measure the thrust force and the tensile dial display, which can be converted between kg and n units. The range is 10N, 20N, 50N, 100N, 200N, 500N, etc., according to the approximate range measured, do not exceed its range, which is easy to damage the push-pull force gauge.

It is also not advisable to choose too large, so that it is not easy to observe the reading, and the accuracy of jing is also low.

Secondly, when measuring, it is necessary to observe whether the pointer is at the zero position, and if it is not at the zero position, it should be adjusted to the zero position. This is sometimes easy to overlook, often with a pass, the pointer is not at the zero position, and the measured value is wrong.

Third, pay attention to how you read when measuring. Keep your eyes level with the pointer and don't squint to minimize reading errors. There are two main numerical annotations for dynamometers, namely grams and newtons, and care should be taken not to confuse them.

Instructions for the use of the push-pull force meter: 1. Test the push-pull force according to the product requirements, confirm which push-pull head screw is used, and confirm whether the extension rod is used to match the test; 2. Press the reset button on the host to zero, and the deviation of the class rotation turntable is matched to zero. 3. Identify whether the thrust or pull force is tested, and confirm whether the assembled screw head is convenient for testing.

4. Align the push or pull head with the stress of the product for testing; 5. Take away the push-pull force gauge, check the position of the dial pointer, read out the measured value record, and the experiment is completed; 6. At the end of use, the instrument fixture needs to be placed in the instrument box for safekeeping.

Shanghai Jiayi Electronic Technology Co., Ltd.

1.Features.

Hand-held and clamp-on designers, small size, simple operation, and can be installed in various experiments and force measuring machines in combination with simple tooling or fixtures;

The sensor is built-in or external, and can be freely selected according to the actual situation;

Full digital display, easy reading, with high precision and high resolution of Shouling;

The bee value holding function and continuous load indication can be switched freely.

The upper and lower limit deviation value setting judgment, red and green indicator flash alarm setting function;

Automatic shutdown function: environmental protection and power saving and protection of the machine design, shutdown time (10 60 minutes) setting;

Aluminum shell, pressure-resistant, wear-resistant, light-impact resistant, and has good shielding and anti-interference ability;

A push-pull force gauge is a force measuring instrument used for thrust and tensile force testing. The push-pull force meter is suitable for push-pull load testing in electronic appliances, light industry and textiles, building hardware, lighters and ignition devices, fire-fighting equipment, pen making, lock making, fishing gear, power machinery, scientific research institutions and other industries. Such as:

It is used in the cosmetics industry to test the breakage force of hair, and in the packaging industry to measure the strength of packaging materials such as tapes and films.

1.Handheld design, small size, simple operation, and can be used in combination with a variety of fixtures.

2.Indicator indication, easy reading, high test accuracy.

3.Peak hold function and continuous load indication can be switched freely.

4.Newton and kilogram units (units can be customized) are displayed at the same time, and there is no need for unit conversion.

5.Unique tolerance zone indicator device.

The push-pull force gauge can be divided into pointer push-pull force gauge and digital push-pull force gauge from the display mode. Among them, the push-pull force meter can be divided into digital display push-pull force meter, pointer push-pull force meter, micro push-pull force meter, non-standard customized push pull force meter, spring push pull force meter, S-type push pull force meter, flange push pull force meter, mechanical push pull force meter, wireless push pull force meter, column type push pull force meter, multi-channel push pull force meter, standard push pull force meter.

The push-pull force gauge can be divided into: push-pull force meter, tensile force meter, tensile special test frame, tensile special testing machine, tensile testing machine, tensile special tester, etc. 1.

High precision and high resolution.

2.6-digit large screen display.

3.Backlight function.

LCD screen flip function.

5.Automatic shutdown time setting function.

6.Battery capacity display function.

1.Handheld design, small size, simple operation, and can be used in combination with a variety of fixtures.

2.Digital display, easy reading, high test accuracy;

3.Peak hold function and continuous load indication can be switched freely.

4.Newton, kilogram, pound-force unit switching;

5.Upper and lower limit alarms;

Generally, we should know about the force tester we use, but we may not know enough about the operation problem. If there is improper operation during use, it is likely to damage the dynamometer, and the dynamometer will not be accurate in the weighing process.

1. During the destructive test of the dynamometer, a protective mask and gloves should be worn to prevent the splash material that occurs during the test from injuring people.

2. Do not use fixtures that have been damaged or severely bent and deformed.

3. Do not overload the use of the dynamometer. Failure to do so may result in permanent damage to the sensor or even an accident.

4. When the test value exceeds 105 of the full scale, the buzzer will beep continuously, please quickly release the added load or reduce the load.

5. Please use the matching data line to communicate, otherwise it will cause permanent failure of the dynamometer.

6. If the dynamometer is used to test the thrust or tension, do not use the test rod to bend or tighten the force.

7. Use the matching charger to charge.

8. Do not use a power supply other than the rated voltage of the charger, otherwise it may cause electric shock or fire.

9. Do not pull out or insert the plug with wet hands, otherwise it may lead to electric shock.

10. Do not pull the power cord of the charger to pull out the plug, so as to avoid the wire being torn off and being shocked.

11. Soak the cloth in water soaked in detergent, wring it out and then remove dust and dirt.

12. Avoid using the dynamometer in the following environments: damp, dusty, and places with vibrators around.

(1) Before use, it is necessary to estimate the size of the measured force, so as to avoid too much measured force and damage to the spring; (2) Before use, recognize the division value and range; (3) Before use, check whether the pointer is pointing at the zero scale, if not, adjust it to zero first; (4) Before hanging the object, pull the hook of the spring back and forth several times (to prevent the pointer from getting stuck on the shell), and observe whether the pointer returns to the zero scale mark after each release; (5) When measuring, the force should be along the axis of the spring, and the spring or spring pointer should not be in contact with the shell to rub; (6) When measuring, the force should not exceed the range of the spring dynamometer; (7) Wait for the pointer to stabilize before reading; When reading, the line of sight must be perpendicular to the dial.