Hệ thống bóng hơi SM06-50 SM06-100 SM06-200 SM06-500 SM06-1000 SM06-1500 SM06-2000 Pneumatic Bump Test Machine

The SM06 Pneumatic Bump Test Machine replaces the traditional mechanical cam-type crash bench and is suitable for repeated impacts on electronic components, equipment and other electrical and electronic products during transportation or working.

Features:

• Fully pneumatic driven, clean and environmentally friendly, good repeatability and high reliability.

• Control the frequency of collisions by adjusting the gas pressure to achieve continuous high-frequency collisions.

• Test time and collision frequency can be set arbitrarily, and it will stop automatically after the test is completed

• The controller has door protection, overspeed protection and zero signal protection to ensure the safety of the system.

• The drop height is adjustable, only need input the overload value; adaptive adjustment of the collision process to ensure the repeatability.

Model Parameters	SM06－50	SM06－100	SM06－200	SM06－500	SM06－1000	SM06－1500	SM06－2000
Load (kg)	50	100	200	500	1000	1500	2000
Table size (mm)	500×500	600×600	800×800	1000×1000	1800×1800	2000×2000	2500×2000
Shock Waveform	half sine wave
Peak Acceleration  (g)	3～150	3～100			3～50
Pulse duration (ms)	2～30		3～30	6～30
Max. Frequency Times (Times/Min)	120		100	80		60
Bump Distance Adjusted Automatically (mm)	150		180		200
Overall Dimension (mm)	1050×1050 ×1300	1050×1050 ×1300	1100×1100 ×1300	1300×1300 ×1500	2000×2000 ×1850	2000×2000 ×1850	2500×2000 ×1950
Weight (kg)	1500	1500	1500	2500	7500	8500	9500
Power Supply	AC220V ± 10%，50Hz，2kVA
Power Supply for Air Compressor	AC220V±10%, 50Hz, 3kVA or   AC380V±10%, 50Hz, 5kVA
Air Source Conditions	Air source output pressure is no greater than 1.0Mpa. If there is no air source in the lab, air compressor needs to be configured; if there is air source in the lab, and there is a high requirement for   shock frequency times, a corresponding air tank   needs to be configured.
Working Environment	Temperature range 0 ~ 40℃;   Humidity ≤ 90% (25℃), non-condense
Standards	MIL-STD-810F     IEC68-2-27