Vertical Combustion Tester with PLC Control System

STANDARD FEATURES

In modern industrial production, the flame retardant performance testing of materials is an important part to ensure the safety and reliability of products. As a key testing equipment, vertical combustion tester is widely used in many fields such as electrical and electronic, construction materials, automobile manufacturing, plastic and rubber, etc., which provides accurate data support for the evaluation of fire resistance of materials. Equipped with PLC control system, the Vertical Combustion Tester enhances the precision, efficiency and safety of the test to a new height, and becomes an indispensable tool for many enterprises in the quality control of materials and product research and development.

I. Product Overview

The Vertical Combustion Tester is a specialized equipment for evaluating the flame retardancy of materials under vertical combustion conditions. It accurately measures the burning speed, burning time, self-extinguishing ability and other key indexes of the material by simulating the burning conditions that the material may encounter in actual use. Equipped with a PLC control system, the Vertical Combustion Tester employs an advanced Programmable Logic Controller (PLC) and a touch screen interface to achieve a high degree of automation and intelligence in the testing process. This advanced control system not only improves the accuracy and repeatability of the test, but also greatly reduces human error and improves the overall test efficiency.

Test Standards and Methods

The Vertical Combustion Tester is mainly based on the following international and national standards:

UL 94: It is used to evaluate the flammability of plastic materials, which is categorized into different grades such as V-0, V-1 and V-2 according to the burning time, self-extinguishing ability and drippings of the materials.

IEC 60695: Provides test methods for the flame retardancy of electrical equipment, including the scorch wire and needle flame tests, which are designed to simulate the effect of a heat source on the material and assess the fire hazard.

GB/T 2408: Chinese national standard that provides test methods for the burning performance of plastics, including horizontal and vertical methods.

III. Product Advantages

High-precision testing: Equipped with precise gas control system and high-sensitivity sensors to ensure the accuracy and repeatability of test results.

Automatic operation: Equipped with automatic ignition, timing and data recording functions, which reduces human error and improves testing efficiency.

Safety and security: Designed with fireproof board, fireproof window and leakage protection device to guarantee the safety of operators and equipment.

User-friendly: adopting intuitive touch screen interface, easy to operate and get started.

Fourth, the application field

Electrical and electronic field: Ensure the flame-retardant safety of electronic equipment shells and components.

Medical equipment field: ensure the fireproof performance of medical products in use.

Automobile manufacturing field: enhance the flame retardant standard of automobile interior and parts.

Aerospace field: to meet the demand for high flame retardant performance and ensure flight safety.

Operation Process

Sample preparation: Prepare a silicone rubber sample with a size of 100mm×100mm according to the standard requirements.

Equipment calibration: calibrate the equipment before testing to ensure that the parameters are set correctly.

Environmental control: conduct the test under the specified temperature and humidity conditions to ensure the accuracy of the results.

Test execution: Fix the sample vertically, apply the prescribed flame, observe and record the burning situation.

Evaluation of results: Based on the test results to determine whether the material meets the standard, focusing on checking the burning time, self-extinguishing ability and dripping material.

VI. Conclusion

Equipped with PLC control system, the Vertical Combustion Tester is ideal for evaluating the flame retardancy of materials. It provides accurate data support for R&D and quality control by simulating a real burning environment, helping you to select materials that meet safety standards and ensure product quality and safety in use.