KOSON KS-75S intelligent in-situ double shear instrument, masonry Detector 75KN thrust, Bluetooth printing
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KS-75S
KOSON KS-75S Intelligent in situ double shear instrumentSPEC
KOSON KS-75S Intelligent in situ double shear instrumentDetails
KOSON KS-75S Intelligent in situ double shear instrumentPacking list
- SKU
- NB045995
- screen
- 2.8-Inch full-touch LCD screen
- rated thrust
- 75KN
- Resolution
- 0.001KN/0.001Mpa
- Bluetooth printing (optional)
- Host Weight
- 3kg
- force value
- KN、Kpa
- language
- Switch between Chinese and English
- Accuracy
- ±1%
- Linear dispersion
- Yes.
- Encasement box size
- 450*185*385mm
- Measurement range (%)
- 20-80
- Power Supply
- Type-c high Capacity lithium battery
- Storage
- 200,000 Computer Connectivity
- Host size
- 340*53*100mm
- Encasement total Mass
- 11.1kg
Introduction
The intelligent in-situ double shear instrument is a special instrument used to detect the shear strength of building masonry. The instrument is a small hydraulic device, through the piston rising to push the cover plate to produce force on the block to detect the shear strength of the masonry, so that the upper and lower two surfaces of the block are sheared, by measuring the force when the block is sheared, the shear strength of the masonry is calculated, the test results are intuitive, and the detection part is partially damaged.
Features
1. The instrument has novel structure, small size, light weight and easy operation.
2. The manual pump loading cylinder is adopted, which is simple and convenient to operate and has strong interchangeability.
3. Intelligent digital display pressure gauge, which can directly read the shear force.
4. The computer can be connected to view the test data more intuitively;
5. Equipped with Bluetooth printing, directly print the test results.
Operating Principle
Press the manual pump pressure handle, the hydraulic oil communicates with the intelligent digital pressure gauge through the oil pipe, and the other way enters the double shear instrument to push the piston up, and the piston pushes the cover plate to exert thrust on the block. With the increase of the thrust of the block, the upper and lower sides of the block are sheared, and the oil pressure is rapidly reduced back to zero, and the piston returns to position under the action of spring force. The intelligent digital pressure gauge records the pressure value at this time, and the shear strength of the masonry can be calculated through calculation.