SY-15 Incline Impact Tester Manufacturer

SY-15 Incline Impact Tester

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About Us: http://donglingtest.com/3-6-incline-impact-tester/162313/index.html

The SY-15 incline impact tester can simulate the impact resistance of packages in various real situations such as the handling, shelves stacking, motor sliding, locomotive loading and unloading, and the conveyance, etc.

Also, this product acts as a common test facility to supply incline shock in different places including the research institutions, colleges, packaging technology testing center, packaging material factories, international trade departments, and the transportation departments, among others.

Functions and Features

Flexible positioning electric pulley of our incline shock test system is convenient for fixing position. It can realize variable speed required.
Low height of the pulley gives convenience for the mounting of specimens by our user.
Specimens are easily installed on the horizontal pulley table that can be adjusted.
Remote controlled operation provides adequate assurance on the safety of test personnel.
During installation, customers are only required to fix the incline impact tester on the ground. Other complicated operation or installation is not needed. The test is really convenient.

Technical Parameters

Model	SY15-100	SY15-200	SY15-300	SY15-500	SY15-800	SY15-1000	SY15-1500	SY15-2000
Load (kg)	100	200	300	500	800	1000	1500	2000
Size of Shock Plate (mm)	1600 x 2000		2100x2000		2400 x 2000		2400x2000
Max. Slide Length (mm)	2000 (To customized)		1600 (To customized)		1600 (To customized)		1600 (To customized)
Slope Degree	10°± 1°
Shock-End Velocity	2.608	2.608	2.334	2.334	2.334	2.334	2.334	2.334
Error of Shock Velocity	≤±5%		≤±5%		≤±5%		≤±5%
Carrier Table Size (mm)	1000x1000		1200x1200		1500x1500		2400 x2400
Dimension (mm)	6520x1600x2500		6320x2100x3000		7600x2400x3200		11500x2500x3500
Power Supply	AC 380V±10% , 50/60Hz, 1.1kVA				AC380V±10% 50/60Hz, 2.2kVA		AC 380V±10% 50/60Hz, 10kVA
Working Environment	Temperature range 0~40°C Humidity range ≤80% (non condensing)
Remark	The max. shock-end velocity can reach 4.5m/s.