VDA gravel impact resistance test machine testing machine reference SAN / vda inside the rubble impact technology design and manufacturing standards; anti-gravel impact testing machine, impact testing machine VDA resistance gravel gravel impact resistance test crushing impact testing machine price Gravel impact testing machine manufacturers 1. Test gun freely and quickly replaced in line with SAE and other standards VDA 2. Touch screen settings to make the testing process more convenient and concise 3. flatbed test specimen meets angle 45 °, 54 °, 90 ° setting requirements, irregular sample chamber 4. The use of 3D continuous or intermittent operation mode, several tests can be completed in a short time 5. feed rate by electromagnetic vibrating feeder adjustment 6. Large volume Compressed air storage tank so that the pressure and flow rate is kept constant, while the size of the gun by adjusting the control pressure valve 7. equipped with multiple security measures: safety disconnect device, pressure protection device safe value, in line with European CE and EMC certification Technical Specifications: 1. Device Dimensions (W x D x H): 1600 × 500 × 1250 毫米 2. Weight (NW): 100kg 3. Access Compressed air requirements: Gas station pipeline access, air compressor (Customer Self Standard equipment or devices) 4. Gun Type: SAE gun assembly, VDA gun assembly 5. Pressure Control System: 0-10 Bar, accuracy is final stable value of 0.5% 6. gravel feed (impact) Time: 0 -30s (adjustable) 7. Control mode: push-button touch screen (optional) 8. Power: 220 volts / 50HZ Applicable standards: GMW 1407, JIS M0141, TL211-6, GME 60 268, ASTM D3170, SAE J400, FORD, Chrysler 463PB-39-01, GMW14668-3.4.9, Chrysler 463PB-52-01, GM 9119P / 9508P / 9619P, Mazda MES MN 601C, Nissan, Volkswagen, Toyota, ISO 20567-1 instrument configuration: Host, 3D Parts shock boxes, muffler assembly, flat plate specimen holder assembly such as SAE 90 ° shock boxes, SAE 45 ° shock boxes, SAE gun assembly VDA 90 ° shock boxes, VDA 54 ° shock boxes, VDA gun assembly