Hand-pressed tensile and compression test stand HST-J HBO rack and pinion rotation

HST-J

Hand-pressed tensile and compressive test rack

Measured value 500N, Test space 190mm, using hand pressure loading, with the fixture can do tension and compression load, insertion force, damage and other tests.

Introduction

Haibao HST-J hand-pressed tension-compression test stand is a kind of tension-compression test stand with a rated load of 500N, which is operated by hand pressure. It is driven by a gear and rack type, and adopts a large machine foot to maintain good stability in the measurement process. . By installing the push-pull force gauge on the HST-J hand-pressed tension-compression test frame , the working pressure of the experimenter is reduced to a certain extent, and the tension test or insertion force test can be performed more easily and simply, with good stability.

Features

1. Manual operation, simple and stable.

2. The HST-J hand-pressed tension and compression test stand has a compact structure and is driven by gears and racks.

3. The installation is stable, the machine feet are large, and the machine body is heavy.

4. The hand-pressed tension and compression test frame can be installed on the table for use, which makes the frame more stable.

Pictures

operation method

1. When testing, install the push-pull force gauge on the HST-J hand-pressed tension-compression test stand , select the appropriate fixture to install on the push-pull force gauge, rotate the test bench up and down to adjust the nut, make the fixture contact with the object under test, and then Reset the digital scale to zero and start the test.

2. After the test, the value displayed on the push-pull force gauge is the measured force value.

3. Displacement: Subtract the displacement of the thrust gauge itself from the value displayed on the scale to get the displacement of the measured object (the displacement calculation method of the push-pull force gauge: the measured force value is divided by the range of the push-pull force gauge and multiplied by 10mm). Expressed in the formula as follows:

Displacement (mm) = scale reading (mm) - {measured force value (N) / push-pull force gauge range (N)} × 10 (mm)

Packing list：host x1, power cord x1, manual x1, certificate of conformity (warranty card) x1

[Note]Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.