|No. 1,Tech 9th Road,High & New Tech Development Zone,Songshan Lake,DongGuan City,Guangdong Provinceemail@example.com|
Payment & Shipping Terms:
|Power:||Electronic||Product Name:||Flammability Testing Equipment|
|Test Chamber:||3353*2438*2438 Mm||Propane Gas Flowmeter:||230 Mm3 / S|
|Air Flow Meter:||1330 Mm3 / S||Standard Flux:||2000 Lm - 3000 Lm|
UL 1685 Wire Cable and Optical Cable Vertical Burning and Smoke Release Testing Equipment
The testing machine refers to American UL1685 < < Verctical - Tray Fire - Propagation and Smoke - Release Test for Electrical and optical - Fiber cablesss > >, Canada FT4 / IEEE1202 Test standard. Check the cable and optical fiber cable vertical flame spreading and smoke release test method: tied the cable and optical fiber cable vertical on the rack combustion, after the test check the cable and optical fiber cable burning high and smoke production quantity.
UL 1685<<Vertical-Tray Fire-Propagation and Smoke-Release Test for Electrical and optical-Fiber cablesss>>, FT4/IEEE 1202, IEEE 383, IEC60332—3—10: 2000, EN 50399, GB/T18380.(31—36)—2008
The test apparatus is made of test chamber, smoke collection tower, ignition source, optical system, data processing
1. Test chamber:
1.1 inner size: 3353 mm, 2438 mm long, 2438 mm wide
1.2 structure: made of the concrete block bricks or composed of stainless steel plate with heat insulation layer, square size: 203 mm, 406 mm and 152 mm thick, long table with black paint.
1.3 access door: in front of the test chamber is equipped with the access door, 2.1 m high, 0.9 mm wide, is made of stainless steel, equipped with observation window, window made of tempered glass. Window size of 457 mm * 457 mm square. (there was is equipped with the same observation window on the right side)
1.4 smoke collection tower: at the top of the cone, tilt Angle of 40 degrees, on top of the cone to install a smoke collection size is 914 mm cube tower.
1.5 air source: in the front of the test chamber with air inlet, size: 2438 mm wide, 305 mm high:
1.6 steel ladder: made of 305 mm wide, deep of stainless steel 76 mm and 2400 mm high, in the middle of each elevator spacing 25 mm, ladder step by 305 mm long, wide for 13 mm stainless steel.
2. Ignition source:
2.1 It is made of a belt type flowmeter and propane gas burner and matching of venturi mixer, burner for flat stainless steel plate is 341 mm long, wide for 30 mm, the table for the fire 242 a diameter of 1.35 mm hole is drilled surface. The hole at the center of the distance of 3.2 mm, there are three rows of staggered, 81, 80 and 80 respectively in each row, in nominal size 257 mm * 5 mm range.
2.2 ignition source installation location: burner should be placed, 76 mm from the wire sample before, and with the steel ladder axis of symmetry. Burner for point is located in the center of the steel ladder between two rungs, and at least 457 mm from the sample bottom.
Propane gas flowmeter: 230 mm3 / s
The air flow meter: 1330 mm3 / s
3. Optical system:
It consists of transmitting and receiving parts, distance between light source and silicon photocell is 910 mm. As shown in figure 3
3.1 launch part: PHILIPS quartz bulb lamp chimney element
The standard power: 100 w
Standard voltage: dc 12 v
Standard flux: 2000 lm - 3000 lm
Bulb by 12 v power supply voltage, voltage stability in + / - 0.01 v, the light bulb installed in a cage and the lens to adjust the beam composed of lens. Beam diameter is 76 mm.
3.2 receiver: in the silicon photocell and its spectral response and the international commission on illumination (CIE) match the photometer, light transmittance 0% without light through, light transmittance was 100%, the light shining through.
4. data acquisition:
photocell output signal is processed by a microcomputer into continuous smoke covered recording and can be read directly optical density and light transmittance. Operation for the Windows xp, LABVIEW style, measurement results during testing real-time display and dynamically draw a perfect curve. Data can be stored permanently and read and print output, can be directly printed statements.