UL94 Horizontal Vertical Flame Chamber with power 50W 500W Flammability Test Equipment

 
Product Information:

Standard: IEC60695-11-10, IEC60695-11-20, UL94, IEC60695-11-2, IEC60695-11-3, IEC60695-11-4.

Application:It is required by IEC 62368-1:2018 Annex S, IEC 60950:2013 clause 4.7.3, IEC60065:2014 clause 14.1, 20.2.1, 20.2.4, Annex G, IEC60335-1 clause 30, etc. It simulates the influence of early-stage flame when there is a fire around the electric and electronic products, so that to judge the igniting danger degree. It is mainly used in plastic and other non-metallic material sample, solid material. It is also applicable in the Horizontal, vertical flammability test of the relative combustion characteristic of foam plastics whose density is no-less than 250kg/m according to ISO845 test method.

Test sample:It is also applicable in the Horizontal, vertical flammability test of the relative combustion characteristic of foam plastics whose density is no-less than 250kg/m according to ISO845 test method.

Feature:

This series of products adopt integral type inlet ignition system. The combustion time delays 0.1S thus to make sure the sufficient time of gas burning. They are with matte black background, multi-functional flame measure gauge, stainless steel of box full, large observation window, imported digital indicator of high precision, nice appearance. And they gather a number of advantages of similar products home and abroad.

UL94 Horizontal & Vertical Flame Chamber is an essential flammability test equipment intended to determine the burning rating of plastic materials used for parts in devices and appliances under specified conditions. It can help users grasp the tendency of materials to extinguish or spread after being ignited, and the results can be used as a strong basis for evaluating the flame retardancy of materials.

The plastic sample of specified shape and size is clamped and fixed in the fixture matching the test item according to the specified posture and angle. The built-in burner with given power can automatically traverse to the preset flame application position under the sample under control to apply flame to the sample for a specified time. After the applied flame is removed, the burning state of the sample needs to be continuously observed. If the sample continues to burn, the afterflame time, afterglow time, or the time spent on the specified flame combustion stroke can be displayed and recorded for corresponding comparison and subsequent calculations.

Technical Parameters: