Wide Range Of Usage Double Wing Packages Drop Impact Testing Machine Bf F 415d - China

Applications

Drop Impact Test machine is to test large and heavy package products’ drop impact performance

through simulate real face, edge and corner drop conditions.

This equipment mainly used to inspect package products drop resistance capability during transportation, load and unload works, thus help improve the package design.

Testing Principle

Specimen automatically lifting to pre-setting height, then free drop and shock on the drop plate.

Standard Compliance

ISO 2248, GB/T4857.5-92

Features

1 This machine available for package face, corner, edge free drop testing.

2 With height digital display instrument and tracing height with encoder, so can measure the precision drop height.

3 The drop height tolerance within2% or 10mm;

4 This machine with single wing double column structure, with electronic return, electric control dropping and electronic lifting & dropping devices, easy for operation.

5 Particular impact attenuation device largely increased the machine service life, stability and safety.

6 Drop angle impact surface and bottom plane angle less than 5º;

7 Bottom base with enough weight and thrust surface area, ensure 70kg loading from 1.5 meters height, machine with no tilt, no shake when testing, thus makes the specimen with free dropping.

Technical Parameters

Drop Height

400~1500mm(digital display, controllable)

Testing Method

Face, edge, corner dropping

Test Loading

0~70kg

Specimen Max.

Dimension

W1000 x D800 x H800mm

Drop Plate Dimension

W1200 x D1700 x H40mm(core plate)

Machine weight

About 750kg

Machine dimension

W1200 x D1700 x H2400mm

Controller Dimension

W270 x D270 x H1150mm

Motor Power

0.75KW

Power Source

3PH 4wires+grounding wire, 380V 50Hz

Others

With impact attenuation device, encoder precisely set the height.

Testing Procedure

1 Fix the specimen on the drop arm, lift to the certain drop height, only±2% difference allowed between the height and setting value.

Drop height refers to the distance between the lowest point when release the specimen and the shock impact plate.

2 - Release the specimen according to below predetermined state:

A.

Face dropping, the angle between the specimen drop face and flat plane should within 2º;

B.

Edge dropping, the angle between the edge and the flat plane within 2º, the angle between upper face of specimen and shock plate within ±5ºor 10% of angle(Whichever is the larger value), ensure the specimen gravity line through the dropping edge.

C.

Corner dropping, the angle tolerance between the specimen upper face and shock impact plate less than or 10% of the angle(Whichever is the larger value), ensure the specimen gravity line through the dropping corner., D.

No matter what kind shape or status of the specimen, all have to ensure the gravity line of the specimen through the dropping face, edge and corner.

3 The difference between the actual shock speed and the speed when free dropping should within ±1% .

4 After testing, check the package and inner products damage condition according to related standard or regulations.

And analyze the testing result.

Notice

1 Suggest to put this machine on first floor because of the large volume, and weight about 750kg, normal elevator can not enter in, un-easy for moving.

2 Pay attention to safety when do dropping test, do not close to the shock plate when specimen dropping, avoid injuries caused by specimen dropping or arm return, and influence of the testing results.

3 This machine need regular maintenance to longer the machine service life

Company Contact:

• Posted By: Bell Experiment Equipment Co., Ltd

• Phone: +86 136 1276 1334

• Address: No. 11, Wusong 1st street, Yuwu, East City District, Dongguan , Guangdong , China

• Email:

• Website: https://belltestchamber.com

• Business Description: Our company is specialized in Battery Safety ( Performance ) Testing Equipment and Environment ( Climatic ) Reliable Test Chamber over ten years.
  
  And the machine is design and manufacture according to the relevant standards such as GB, GJB, IEC, ISO, MIL, DIN, CE, ASTM, UN, UL etc.