HT-3400M Pipe Drop Hammer Impact Tester Falling Weight Impact Test Machine

Product Description

HT-3400M Plastic Pipe Drop Hammer Impact Tester Falling Weight Impact Testing Machine

Product introduction:

It is suitable for the determination of impact toughness of PVC-U, PVC-C pipe, PP pipe, PE pipe, plastic pipe for underground communication pipe, etc. It is an ideal test instrument for testing, production company, building materials industry and scientific research institution. The control part of the test machine adopts PLC, touch screen operation display, high automation, digital preset and display impact height, lift hammer and drop hammer; anti-secondary impact by adopting pneumatic transmission device, and the secondary impact capture rate is 100 percent. With personal safety automatic protection device (sample room door safety protection, anti-shock safety protection, etc.)

Standards:

Complies with the impact test requirements of 6.6 item in UL 651 standard

1. The maximum test requirement for ch 40 is 3.35 meters high, the weight requirement for the drop hammer is 20 pounds (9.1kgs), the drop hammer is cylindrical, and the diameter of the hammer head impact surface is 2in (51mm)

2. The maximum test requirement for sch 80 is 2.13 meters high, the weight requirement for the drop hammer is 75 pounds (34kgs), the drop hammer is cylindrical, and the diameter of the hammer head impact surface is 6in (150mm)

Technical parameters:

1. Operating temperature: 10-35 degree
2. There is no large vibration source nearby, no strong electromagnetic field;
3. There is no corrosive medium in the environment, and the electric control box should be well ventilated;
4.  Power supply: AC 220V10% 5A 50Hz;
5.  Impact hammer: 34kg diameter 150mm 1 9.1kg diameter 51mm 1
6. Impact height: 0~3.35m;
7. Height positioning error: 5;
8. Dimensions: Main unit (length width height)
9. 730600 4350
10. Machine weight: about 400.
11. Impact specimen: maximum D219mm (8 inches)
12. Equipment installation height requires more than 5.0 meters