The maximum test force varies among different models, commonly ranging from 5000N to 50000N. For testing equipment of seat belts in small cars, the maximum test force may be between 10000N - 20000N, while for those in large commercial vehicles, it can reach 30000N - 50000N. You should select an appropriate device according to the type of seat belt to be tested and the expected maximum tensile force.
The force measurement accuracy of the equipment reaches 0.5%. The measurement error can be controlled within this very small range throughout the full measurement range, precisely evaluating the performance of seat belts and ensuring the reliability of test data.
Yes, it can. The equipment is equipped with various fixtures and tooling. Whether it is a three - point or two - point seat belt, key indicators such as tensile strength and breaking strength can be tested by adjusting the fixtures and test parameters.
The stretching speed can be adjusted flexibly, with a range of 0.1mm/min - 500mm/min. For slow stretching tests simulating normal use, the speed is 1mm/min - 10mm/min. For rapid loading tests simulating collisions, the speed is 100mm/min - 500mm/min. Users can set the speed as needed.
The equipment is equipped with specially designed high - precision fixtures. These fixtures use anti - slip materials and structural designs. They can accurately adjust the clamping distance and force according to the size of the seat belt. The surface of the fixtures is also treated to increase friction, preventing slipping.
The data collection and processing system is powerful. It can collect key data such as force value and displacement in real - time, sample at a high speed, and store the data. It can automatically draw force - displacement curves, calculate mechanical performance indicators, generate reports according to different standards, and support printing and exporting.
The operation interface is simple, and beginners can easily get started. However, to make full use of the equipment's functions, professional training is recommended. The training covers principles, operation, safety, and troubleshooting, helping operators use the equipment proficiently.
Regularly clean the equipment to prevent impurities from affecting performance; check the wear of fixtures and replace them in time; calibrate sensors to ensure accuracy; lubricate transmission components; check the electrical system to ensure safe wiring.
First, check the fault display screen or alarm information. If the force value is abnormal, check the sensor and wiring; if the stretching is unstable, check the transmission components; if it cannot start, check the power supply, control system, and overload protection. Contact the after - sales service if you can't solve the problem.
The manufacturer provides a one - year warranty. During the warranty period, free repair or replacement of parts is provided. It also offers lifetime technical consultation, regular follow - up visits, and preferential upgrade plans for the equipment.
Yes, it can. The equipment takes into account compatibility and customizability. It can customize software and hardware according to different standards such as GB, ECE, and FMVSS to meet various testing needs.
The floor space is 1.5 square meters - 3 square meters. The installation site requires a flat and solid ground, an ambient temperature of 5 - 40, a humidity of no more than 80%, sufficient surrounding space, and should be away from strong electromagnetic interference sources.