No.162 SLIP TESTER
- This tester is used to measure the friction coefficient of plastic film and paper according to the inclination method.
- By inclining the inclination board at a constant speed, the static friction coefficient can be measured at the tangent at which the test specimen starts to slip.
Specification
| Specifications are subject to change without notice. | |
|
Test Weights |
Width 60 mm, length 100 mm, weight 1,000 g |
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Inclined Plane |
Glass plane, effective length of sliding surface 600 mm |
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Angle of Incline |
0–70˚ (analog angle indicator with 0.2˚ increments) |
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Rate of Incline |
1˚/s |
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Other |
Proximity sensor to detect the slide angle |
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Power Source |
AC 100 V 1-phase 3 A 50/60 Hz |
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Dimensions and Weight (Approx.) |
W750×D350×H425 mm, 29 kg |
No.162-FS SLIP TESTER (HORIZONTAL METHOD)
- This tester is used to measure the friction coefficient of plastic film and paper according to the horizontal method.
- The operator is to attach the test specimen to the sliding surface and sliding sled, then pull the sled with a metal wire that is connected to a load cell to acquire the static coefficient of friction and dynamic coefficient of friction.
Specification
| Specifications are subject to change without notice. | ||
| Test Method |
For paper and board |
For plastic films |
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Sled |
Width 60 mm, length 100 mm, weight 1,000g |
63×63 mm (contact area 40 cm2), weight 200 ± 2 g (1.96 ± 0.02 N) |
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Moving Table |
Width 200 mm, length 380 mm |
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|
Test Sample |
On the moving table: width 100 mm, length 250 mm |
Width 80 mm, length 200 mm, thickness 0.5 mm or below |
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Frictional Force |
Measured by load cell (select one from max. 10 N, 20 N, 50 N) |
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Table Speed |
10.0 ± 0.2 mm/min |
100 ± 10 mm/min or 500 ± 10 mm/min |
| Accessories | ― |
Reinforcement plate (weight 5 g or below) |
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Options |
Chart recorder, moving table with hot plate, safety cover |
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| Power Source |
AC 100 V 1-phase 5 A 50/60 Hz |
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Dimensions and Weight (Approx.) |
W600×D375×H415 mm, 35 kg |
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No.162-OY O-Y PULL SLIP TESTER
- This tester evaluates the slippage of floor material.
- The coefficient of slip resistance can be measured by the maximum tensile load at the point when the test specimen and the slip head touch each other.
- When the test specimen and the slip head touch each other, the slip head is pulled 18° upwards at a prescript load speed to acquire the maximum tensile load for the calculation of the coefficient of slip resistance (C.S.R) As an option, slippage of clay tile can also be tested.
- In addition to the usual C.S.R, C.S.R-B can also be calculated.
Specification
| Specifications are subject to change without notice. | |
|
Test Sample |
100×120 mm or above (90×135 mm or above for ceramic tiles) |
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Slider Block |
Bottom surface 80 ×70 mm |
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Vertical Load |
Initial load 294 N (30 kgf)–max. 785 N (80 kgf) (Standard load 785 N) |
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Angle of Pull |
18° |
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Tensile Load |
Measured by load cell (max. 5 kN, resolution 1 N) |
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PC Software |
Available for Windows |
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Options |
Sample holder, accessories for testing ceramic tiles (slider block, software for C.S.R·B calculation) |
| Power Source |
AC 100 V 1-phase 10 A 50/60 Hz |
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Dimensions and Weight (Approx.) |
Tester: W1,610×D580×H1,600 mm, 428 kg |
No.162-S5 5 HANGINGS SLIP TESTER
- This tester is the digital and 5 hanging version of the SLIP TESTER.
- The tester enables the operator to measure the static friction coefficient of 5 test specimens per test.
- The static friction coefficient can be shown on the LCD screen and can also be printed out.
- The computer system of the tester will also calculate the average static friction coefficient of the 5 test specimens.
Specification
| Specifications are subject to change without notice. | |
|
Test Weights |
Width 41 mm, length 26 mm, weight 150 g × 5pcs |
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Inclined Plane |
Width 320 mm, effective length of sliding surface 325 mm |
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Angle of Incline |
0–70˚ (resolution 0.1˚) |
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Rate of Incline |
1˚/s |
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Other |
Proximity sensor to detect the slide angle |
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Power Source |
AC 100 V 1-phase 10 A 50/60 Hz |
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Dimensions and Weight (Approx.) |
W580×D700×H380 mm, 50 kg |
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