Seatbelt Static Load Tester

The MOEORW- W 6830 Safety Belt Static Load Tester is an intelligent testing device specifically designed for preventative testing of personal protective equipment and climbing tools. This equipment consists of a comprehensive static load testing platform and an industrial-grade touchscreen interface, suitable for static load testing of various products such as safety belts, safety ropes, self-locking devices, shock absorbers, and connectors.

The equipment employs a highly reliable host computer operating system with a simple and intuitive interface, supporting fully automated testing processes. It can perform operations such as force application, load holding, and reset with a single click, while also featuring manual control to adapt to special testing needs. A built-in thermal printer supports on-site output of test results; and it is equipped with automatic emergency stop and warning lights for abnormal situations to ensure safe operation.

This testing instrument strictly follows power industry regulations such as DL/T 976-2017 and DL/T 1476-2023, and is widely used in power, construction, high-altitude operations, third-party testing agencies, and enterprise safety management departments. It is a reliable tool for verifying the safety performance of personal protective equipment.

This static load testing machine for safety belts is used for preventative testing of climbing equipment and personal protective equipment. The main parameters are as follows:

Test Items and Parameters for Personal Protective Equipment

System Equipment Parameters

Summary Table of Experimental Parameters

Seatbelt Test
Safety belts are classified into three types based on their application: pole work, area restriction, and fall suspension. The test requirements are as follows:

Safety Rope Test
The required parameters for the static load test of the safety rope are as follows:

Buffer self-locking device test
The static load test parameters for the buffer self-locking device are as follows:

System Composition

• A combination of a static load testing platform and an industrial touch screen all-in-one machine was adopted.
• Supports testing of various personal protective equipment and climbing tools.
• It can be connected to external management platforms or systems to build a flexible network.

Software Operation

• The host computer operating system runs stably and securely.
• The interface is simple and intuitive, and the user is easy to learn.
• Supports account login for easy access control.

Testing Capabilities

• Suitable for safety belts, safety ropes, self-locking devices, shock absorbers, connectors, etc.
• Supports standard test types, and also allows for custom tensile force values.
• Loading time and speed can be set to meet different test requirements.

Hardware Configuration

• Large touchscreen for easy operation
• Built-in thermal printer allows for on-site output of results.
• Equipped with warning lights and automatic emergency stop in case of malfunction, enhancing safety.
• Provides a variety of external interfaces and has strong scalability.

Operating Procedures

• Supports fully automated testing processes: applying force, maintaining load, and resetting can all be completed with a single click.
• It also supports manual force application/relief to meet special testing needs.
• Test data is automatically saved and can be viewed or printed at any time.

VI. Calibration and Maintenance

• Provides zero-point force calibration function (manufacturer guidance required).
• Both hardware and software have protection mechanisms in place to prevent accidental operations from affecting the results.

Power Industry

• Preventive testing should be conducted on safety belts, safety ropes, and other equipment used by workers performing live-line work.
• It complies with the requirements of power regulations such as DL/T 976-2017 and DL/T 1476-2023.

Construction and High-Altitude Operations

• Test the use of fall suspension, pole work, and area restriction safety belts for workers in construction sites, high-altitude installations, and other similar operations.
• Verify the static load-bearing capacity of personal protective equipment.

Testing and Certification Organizations

• Third-party testing laboratories conduct static load tests on products such as seat belts, safety ropes, self-locking devices, and shock absorbers.
• Used for issuing standard compliance reports

Equipment Rental and Warehousing Units

• Regularly inspect the safety tools and equipment that are recycled or released from storage.
• Ensure that equipment entering the site or being reused meets safety requirements.

Enterprise Safety Management and Maintenance Department

• The company's internal EHS (Environment, Health, and Safety) department regularly conducts spot checks on in-use personal protective equipment.
• Used for routine maintenance, scrap determination, and safety record management.

Equipment Integration and Training

• It can be connected to an external device management platform for practical training or system integration.
• Suitable for safety training institutions to demonstrate the static load test procedure for seat belts