|Place of Origin:||CHINA|
|Minimum Order Quantity:||1 unit|
|Packaging Details:||plywood case|
|Delivery Time:||10-15 days|
|Payment Terms:||MoneyGram, Western Union, T/T, D/P|
|Supply Ability:||1 unit/ week|
|SKYLINE:||Protective Clothing Flammability Tester||Standard:||ISO15025|
|Height Of Flame:||25±2mm 40±2mm||Flame Time:||+/-1 S (can Be Adustable)|
|Precision For Afterflame Time & Glowflame Time:||±0.1s||Gas Supply:||Methane Gas|
|Dimension:||L1200mmXW 900mmxH1300mm||Flame Angle:||0°、30°、90°|
ISO15025 Protective clothing Flammability Tester SL-F40
This protective clothing flammability tester is designed according to ISO15025 standard.
It is mainly used for simulation technology assessment protective clothing on fire danger of the spread of flame performance. It also can measure limited flame spread properties of vertically oriented textile fabrics and indurstial products in the form of single or multi-component fabrics when subjected to a small defined flame.
ISO 15025: 2000 protective clothing - fire and heat protection - test method for limiting flame spread, this standard specifies a measurement of vertical fabric and single component An industrial product made of a composite component fabric that limits the flame spread under small flame conditions. This test method is not suitable for degrading or shrinking materials. Combustion from the surface of the vertical fabric sample or the bottom edge from a specified flame of a particular burner. Record information about flame spread and smoldering and debris, burning debris or hole patterns. Record the afterflame and smoldering time.
|Height of Flame||25±2mm 40±2mm|
|Flame time||+/-1 s (can be adustable)|
|Precision for afterflame time & glowflame time||±0.1s|
|Burn tube according to||standard ISO 15025,with copper materail|
|Gas supply||Methane Gas|
|Air source type||Butance or purity greater than 95% propane|
|Supporting fixture||Meets ISO 15025 requirements|
|Control system||Integrated circuit + touch display|
|Physical dimension||1200mmx 900mmx1300mm(LxWxH)|
In order to improve the accuracy and stability of the needle flame tester, the single-chip microcomputer + touch screen control, high-precision thermometer independent electronic control system is used to solve the problem that the actual conversion accuracy of the digital system of the PLC system is not achieved, and the anti-interference ability is improved. .
In order to improve the practicability of the needle flame tester, the product is programmed according to the actual test procedure, and the test control process realizes one-button operation, which facilitates the test process and also improves the test efficiency. The product also upgrades the mechanical fixture to facilitate quick installation and adjustment of the sample, plus one-button operation during the test process, which saves test time.
In order to promote the requirements of energy saving and environmental protection, the chassis abandons the old stainless steel bending process, adopts the frame structure, the panel is divided into three layers, metal plate, fireproof electric board, decorative board; the machine adopts switching power supply, high efficiency solenoid valve, The low-power 5-inch high-brightness color touch display reduces the energy consumption of the whole machine, and also improves the fire and corrosion resistance while taking into account the aesthetics of the equipment.