Model No SVL-1000N, Manual Test Stand, Imada Japan

Q: How does the hand wheel operation benefit the force measurement process?

A: The hand wheel operation of the SVL-1000N allows for controlled, linear displacement, granting the user precision over the application of force during testing. This ensures uniform motion across a 70 mm stroke, providing repeatable and accurate results essential for tension and compression measurements.

Q: What types of force gauges are compatible with this test stand?

A: This test stand is designed with standard mounting provisions, including M6 threads, making it compatible with most standard force gauges. If you are unsure about fitment, refer to your gauge's mounting specifications or consult our support team for guidance.

Q: When should I use the lock mechanism on the SVL-1000N?

A: The lock mechanism should be engaged during force measurements to hold the test position securely. This feature mitigates the risk of unintended movement and contributes to reliable, consistent test outcomes, especially during lengthy or delicate testing operations.

Q: Where is the optimal place to install this manual test stand?

A: For best results, install the SVL-1000N on a stable, level surface within a laboratory, workshop, or quality control area. The provided mounting holes allow for safe and rigid fixation, which is important for minimizing vibration and maintaining accuracy.

Q: What are the primary applications for the SVL-1000N test stand?

A: This manual test stand is ideal for manual force measurement in material testing, tension and compression analysis, quality control checks, and R&D settings where precise and repeatable force application is vital.

Q: How accurate are the results obtained with this manual test stand?

A: The accuracy of measurements primarily depends on the force gauge used, but the SVL-1000N is designed to typically achieve accuracy within 1% of the full scale. Always ensure the platform is stable and the setup is correct for optimal precision.