ZL-2204B  Slip Resistance Tester

Introduction:

The machine is used to test the friction of the sole to determine the slip resistance of the shoe. The sole is made by mixing different ingredients, or because the amount and type of anti-slip agent are different, so that the friction coefficient is different during the test, and comparison can be made as the basis for research and development of ingredients.

Standard:

Conforms to standards EN13287, SATRA TM144, ASTM-F2913, ASTM F 609

Test report:

1.Power + time curve.

2.Friction coefficient + time curve.

3.Maximum static friction.

4.Maximum static friction coefficient.

5.Dynamic friction.

6.Dynamic friction coefficient.

Specification:

1, vertical pressure: 0 ~ 1000N

2, horizontal pull: 0 ~ 1000N

3, test speed: 50 ~ 500mm / s ± 1%

4, static contact time: 0 ~ 5s

5, shoe last fixture: 0 ~ 30 °

6.Sensor: Vertical is 1KN ± 0.1%, level is (1kN ± 0.1%)

7, test interface speed: 0.3 m / S (adjustable)

8, built-in industrial computer, with a special anti-slip test control operating system

9.Wedge angle gauge: 1° for each of 5° and 7°

10, compressed air: a minimum of 6 bar (user-owned)

11, power: 1 ∮ AC 220V

12, motor power: 0.55 kW

13, size: 101 x 67 x 190 cm

14, weight: 300kg

Accessories:

1.Hinged foot (contact disc diameter 40mm, contact disc center distance 2×70mm)

2, a pair of European size 40, 41, 42, 43, 44 shoes

3, stainless steel test steel plate 1 – for EN13287-2013

4, SATRA STM 603R standard rubber block 1 (for tile and instrument calibration)

5, SATRA STM 603T-2 version of the test standard tile 1 – for EN13287-2013 (Option)

6, STM 603AC standard tile set – for SATRA TM144 and ASTM F2913

7, one computer and one printer (built-in instrument)