Product Description
Fall dart impact testing machine HD-R603
THE USAGE:
This machine is used to do impact test for plastic film and slice with specified height to estimate impact mass and energy of 50% samples when they are broken by falling dart freely.
Parameter
| Test range | A:50~2000g;B:300~2000g |
| Test accuracy | 0.1g(0.1j) |
| Test method | A/B |
| Test conditions | 23 50%RH |
| Specimen size | 150mm*150mm |
| Power | AC 220V10% 50Hz |
| Dimension | A:500*450*1320mm(L*B*H) B:500*450*2160mm(L*B*H |
Versatile Testing CapabilitiesThis impact testing machine features adjustable dart weights from 0.5 to 2.5 kg and drop height up to 2000 mm, accommodating a broad spectrum of sample types and thicknesses (up to 2 mm). The robust design and compliance with global standards ensure dependable results for both routine and advanced research.
Ease of Operation and SafetyEquipped with both manual and electric control modes, the machine prioritizes user convenience and safety. The protective shield and interlocks guard the testing area, making it a reliable choice for laboratory and industrial environments alike. Digital display delivers rapid, precise results.
Application Scope and InstallationPurpose-built for testing the impact strength of plastic films and sheets, the machine is ideal for laboratories, quality control, and research centers. Requiring only one square meter for installation, it fits seamlessly into varied workspaces while its 80 kg weight ensures stability during testing.
FAQs of Fall dart impact testing machine:
Q: How is the drop height adjusted on this impact testing machine?
A: The drop height is continuously adjustable up to 2000 mm, allowing users to select the desired energy for precise impact testing, suitable for various thicknesses and materials.
Q: What types of plastic samples can be tested with this equipment?
A: The machine accommodates single specimens of plastic films and sheets with thickness up to 2 mm and size of 150 mm x 150 mm (or as required), covering a wide range of industry applications.
Q: When should I use manual versus pneumatic clamping?
A: Manual clamping is ideal for general laboratory use, while pneumatic clamping offers quicker, more consistent sample securinguseful for high throughput or repetitive industrial tests.
Q: Where is this machine typically installed and used?
A: Commonly installed in laboratory, R&D, and quality control labs, the machine requires a 1 sq.m. area, operates from standard 220V AC, and functions in environments between 10C and 35C.
Q: What steps are involved in conducting a test with this equipment?
A: To test, place the specimen in the clamp, adjust the dart mass and drop height, activate the protective shield, and trigger the release. Data can be recorded manually or via optional USB output.
Q: How does this machine benefit my quality control process?
A: It delivers high-accuracy impact resistance data instantly, supporting product development, quality assurance, and compliance with ASTM D1709 and IS 2508 standards, thereby reducing defect risks.
Q: What safety features are included?
A: The equipment features a robust protective shield and electronic interlocks, ensuring operator safety during the impact test procedure.