Automotive Seat, Mounting Device and Seat Belt System Testing Machine，Vehicle seat static load testing rig

Whats/App: +86 156 1874 6768

Web: standard-groups.com

The Automotive Seat, Mounting Device and Seat Belt System Testing Machine is designed to evaluate the strength and performance of automotive seat, seat mounting, and seat belt assemblies. It allows you to perform precise tests on seatbelt anchor points and mounting components to ensure compliance with safety standards. The machine features a Windows-based user interface with intuitive operation, high-precision servo actuators, and real-time data acquisition for reliable testing and efficient analysis.

Application

You can use this machine to assess the strength and functional reliability of seat and restraint systems under various scenarios, including:

Evaluation of seatbelt and mounting point strength for new product designs.

Testing after changes in manufacturing processes or materials.

Incoming material or component quality verification.

Random sampling for production quality control.

Simulation of real-world stress conditions for automotive seats and restraint systems.

Commonly tested components with this machine:

Automotive seats and headrests

Seat mounting devices and brackets

Seat belt assemblies and anchor points

Complete occupant restraint systems

Standards

The machine complies with major international and national safety standards, including:

GB 15083‑2019 – Automotive seats, seat mounting devices, and headrest strength requirements and test methods

GB 14166‑2024 – Motor vehicle occupant seat belt and restraint systems

GB 14167‑2024 – Seat belt and restraint system anchor point requirements

GB 11550‑2009 – Automotive headrest strength requirements and test methods

GB 13057‑2023 – Strength requirements for bus seats and mounting devices

FMVSS 209 – Seat belt assembly performance requirements

FMVSS 208 – Motor vehicle occupant crash protection

FMVSS 207/210 – Seat and seatbelt anchor point strength requirements

Parameters

Parameter Category	Parameter	Details
Overall Dimensions	Main Machine	6000 × 2500 × 2800 mm
Test Base Platform	Dimensions	6000 × 2500 × 350 mm, T-slots spaced 250 mm
Microcomputer Console	Dimensions	800 × 600 × 1600 mm
Electrical Control Cabinet	Dimensions	800 × 600 × 1400 mm
Servo Actuators (Electric Cylinders)	Pulling Force & Quantity	26 kN, 9 units, overall accuracy ±1%
	Stroke	1000 mm
	Loading Speed Range	0–250 mm/s stepless, 2–60 s to reach target
	Speed Accuracy	0.5% F.S
Load Sensors	Load & Quantity	30 kN, 3 units
	Accuracy	±0.1% F.S
Optical Encoder Displacement Sensors	Quantity	3 units
	Linear Accuracy	0.5% F.S
	Repeatability	0.1%
Other Parameters	Sampling Frequency	1000 Hz
	AD Conversion Accuracy	16-bit
	Measurement Accuracy	Better than ±0.5% F.S
	Control Accuracy	Better than ±0.5% F.S
Power Supply	Voltage & Consumption	3-phase AC 380V, 50Hz, 50 kW

Features

High-performance motion control system based on NI (National Instruments) technology, modular and standardized for flexible configuration and easy after-sales service.

Dual digital closed-loop control for load and displacement, with seamless switching.

Three servo actuators can operate individually or simultaneously, supporting multi-channel parallel measurement, display, and data storage.

Loading time adjustable according to servo speed; load control allows reaching target in as fast as 2 s.

Hold time at target value adjustable from 1 s up to unlimited duration.

Test data can be processed and stored as a complete module; flexible parameter combination allows easy retrieval and analysis.

Comprehensive safety features, including overload protection and software-based safety measures to ensure personnel and equipment protection.

Accessories

Clamping fixtures for seats and seat belts

Data acquisition modules

Optical encoder sensors

Control software license

Safety protective enclosures

Test Procedures

Secure the automotive seat, mounting device, and seat belt system onto the test base.

Configure test parameters in the Windows-based control software, including actuator force, stroke, and loading speed.

Verify safety measures and protective enclosures are in place.

Initiate the test; servo actuators apply controlled load to the seatbelt anchor points and mounting devices.

Monitor real-time data including force, displacement, and velocity.

After the test, retrieve and analyze stored data from the database.

Inspect the tested components for deformation, failure, or performance deviations.

Maintenance Information

Inspect servo actuators and load sensors regularly for wear or calibration drift.

Verify optical encoder displacement sensors and data acquisition system accuracy periodically.

Ensure T-slots and fixtures are clean and free from debris.

Check control software and database integrity before each test cycle.

Maintain a clean and stable environment to prevent external interference with test results.

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