Product Description
PRODUCT DESCRIPTION:
The machine is designed to test coil spring durability test under specific stroke.
TECHNICAL PARAMETERS:
| Test position | One |
| Stroke | 50mm |
| Speed | 20-90 times per minute |
| Counter | 0-999,999 times |
| Weight Wood Package | 30kg |
| Machine Dimension | (LWH) 260220420mm |
| Power | AC220V10%, 50/60Hz, single phase |
Sturdy Frame and Adjustable ClampsCrafted with a mild steel powder-coated frame, this spring testing machine guarantees durability along with a corrosion-resistant finish. The adjustable clamps provide secure fixture options, accommodating a wide range of specimen sizes and ensuring flexibility when switching between compression and tensile testing setups.
Advanced Safety FeaturesIntegrated overload protection and automatic cutoff ensure user safety and machine integrity during testing. Factory calibration and precise digital readouts enhance reliability, reducing risk and maintaining high standards of test accuracy.
Digital Precision and User-Friendly OperationEquipped with a microcontroller-based digital display panel, readings in Newtons are both instantaneous and accurate. Manual control mode and easy interface make the machine suitable for floor standing setups in laboratories, production lines, or educational environments.
FAQs of Spring Testing Machine:
Q: How is the Mechanical Spring Testing Machine calibrated for accurate results?
A: The machine is factory calibrated to ensure measurement accuracy within 1%, providing reliable results for both compression and tensile tests without the need for initial adjustments.
Q: What types of springs and specimen sizes can be tested with this equipment?
A: This testing machine is designed to handle springs with lengths between 100-300 mm and diameters up to 10 mm, with a maximum load capacity of 2000 N.
Q: When should the overload protection feature be used during testing?
A: Overload protection automatically activates if the machine approaches the maximum force limit, cutting off operation to safeguard both the user and the equipment from potential damage.
Q: Where can this spring testing machine be installed and operated?
A: Its floor standing design allows installation in laboratories, workshops, production facilities, or educational institutes where spring strength and compression tests are required.
Q: What is the typical process for conducting a compression or tensile test?
A: To perform a test, secure the specimen using the adjustable clamps, set the desired test parameters, and operate the machine manually; results are instantly displayed on the digital panel.
Q: How does the microcontroller-based digital display benefit users during testing?
A: The digital display provides clear, instantaneous readings in Newtons, enhancing user confidence and facilitating accurate data recording throughout the testing process.
Q: What are the main advantages of using this spring testing machine over other testing equipment?
A: Benefits include robust construction, corrosion resistance, reliable overload protection, factory calibration, and a user-friendly digital interface, ensuring efficient, accurate, and safe spring testing in various industrial settings.