Electric Horizontal Hydraulic Tester

Overview

The 50-ton electric horizontal hydraulic tester adopts a box frame structure, high-quality carbon structural steel material, single-rod double-acting piston cylinder to apply test force, pin-type link sample, load sensor force measurement, high-resolution meter data display . This machine is mainly suitable for tensile strength test of flexible parts such as steel wire rope, cable, hook, chain and so on.

Accessories for electric horizontal hydraulic tester

  •  1 host;
  • 1 set of electric hydraulic control system;
  • 2 fixtures;
  • 8 post supports;
  • 1 high precision and high resolution digital display meter;
  • One high-precision 100KN spoke tension sensor.

Main technical parameters

  • Maximum test force: 500KN;
  • Accuracy of test force: ± 1%;
  • Measuring space 5000 mm;
  • Horizontal measuring space 600 mm;
  • Hydraulic station size: 1000 * 800 * 1100 mm;
  • Piston stroke: 1000mm;
  • Test speed: not less than 100mm / min;
  • Force measuring method: load sensor measuring force;
  • Overall dimensions of the host: about 7100 × 860 × 882mm (length × width × height)
  • The weight of the whole machine is about 1200KG;
  • Equipped with high-precision digital display push-pull force meter HF-10T;
  • Maximum load 10T;
  • Indication error ± 1% Scientific force range: 10-100% F · S;
  • N (Newton), Kg (Kilogram), Ib (British Pound) three measurement units are available for selection and conversion;
  • With peak hold, upper limit and lower limit settings, data storage function.

Instructions for use:

1. Pressure gauge switch: mainly used to cut Break the connection between the pressure gauge and the oil circuit, or adjust the opening degree to prevent the pressure gauge from jumping rapidly and prevent damage. Under normal circumstances, it is normally open;
2. Electromagnetic directional valve: automatically control the direction of hydraulic oil in the oil circuit;
3. Flow regulating valve: used to adjust the flow rate, rotating clockwise decreases the flow, rotating counterclockwise increases the flow;
4. Overflow valve: It is used to adjust the pressure. Turning clockwise increases the pressure and turning counterclockwise decreases the pressure.

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