Customization: | Available |
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After-sales Service: | Yes |
Warranty: | 1 Year |
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Bunched Cable Vertically Flame Spread Testing chamber IEC60332-3
Introduction:
Bunched Cable Vertically Flame Spread Testing chamber IEC60332-3 is designed according to UL1685,GB18380.3 standard and other related regulations.And conform to IEC 60332-3-10,KS C IEC 60332-3-21~25 (category A~D) standards.Bunched wire and cable combustion tester is used to test the ability of vertically installed bunched cable or optical cable to suppress the vertical flame spread under specified conditions.When a certain amount of gas is supplied to the box and a standard ignition source is used, the instrument can be used to test the state of vertical flame diffusion to electric vertical flame vertical cables and wires.In addition, if the burner of this tester is adjusted 20 degrees, it can meet the test standard of IEEE 383.The equipment can be equipped with a heat release instrument and equipped with a gas analysis device to measure the thermal power value, such as H.R.R,S.P.R, etc
Standard:
• IEC 60332-3-10
• UL1685
• EN 50399
• GB/T 18380.31
• IEC 60332-3 :Test on Electric cables under fire conditions
part 3 : Test on bunched wires or cables
• KS C IEC 60332-3-21 : Category A F/R
• KS C IEC 60332-3-22 : Category A
• KS C IEC 60332-3-23 : Category B
• KS C IEC 60332-3-24 : Category C
• KS C IEC 60332-3-25 : Category D
Specification |
|
Size |
1,000(w) × 2,000(D) × 4,000(H) |
Power |
220 V AC, 60 Hz, 10 A |
Weight |
About 500kg |
name |
Bunched Cable Vertically Flame Spread Testing chamber IEC60332-3 |
Case Features:
1, Stainlesssteel test box the size of 1,000 ± 100 (W) x 2,000 ± 100 (D) x 4,000 ± 100 (H)mm. Interior surface of the case than the high ground, and the rear sidecovered with insulation material.
2,With a standardstainless steel ladder, based on ladders GB / T18380.31 requirements;
3, Alternate sample frame 2;
4, Ladders made of stainless steel; corrosion resistant; easy to clean;
5,In the lower part of the cabinet,from a position in front of the housing 150 ± 10mm has a 800 ± 20 (W) × 400 ±10 (D) of the air intake.
6, The inside of thebox is mounted thermocouple type K thermocouples, 2mm in diameter
7, The air flow insidethe combustion furnace can be stably controlled at (5000 ± 500) L / min.
Combustion System:
1,Burner: withtype propane gas burner, size 257mm × 4 5mm, opening a total of 242, three lines are arranged, respectively81,80,81 holes, hole diameter of 1.35mm, the distance between holes is 3.2 mm;
2, high-precisionball, control the gas off;
3, two meter: airflow and gas flow meter and control valve;
4, the front end ofthe combustion flame installation tester off tube to protect the propane gastempering, so as to ensure maximum safety on the specimen
5, combustion angle:horizontal; automatic ignition device; (20 degrees adjustable is optional)
6, the burner airand gas flow rate must be supplemented temperature and pressure, while manytraditional system ignores the impact of gas and air can be done automaticallyby a computer program the compensation process.
Control system:
1, PLC withlarge-screen touch screen control system;
2, Automaticignition system, automatic timing; Timing range 999min, accuracy 1s;
3, Experimental datais automatically stored, free inquiry;
4, 40 minutes, 1hour timekeeping reminders;
5, The specimenmounts with electric crane lift.
Device parameters:
1,The test box thesize of 1,000 ± 100 (W) x 2,000 ± 100 (D) x 4,000 ± 100 (H) mm
2,Anemometer accuracy 0.1m / s;
3, The air source anemometer range 8000L / min;outlet winds (5000 ± 500) L / min can be adjusted;
4,Gas: 95% purity oftechnical grade propane (customer)
5, the gas flow control: Under 100kpa, 20 ºC conditions
6,the combustion air supply: Propane (or LPG).
Specification:
1, Size of chamber :1,165 (W) × 2,165 (D) × 4,350 (H) mm
2, Console Size: 600 (W) × 750 (D) × 1,600 (H) mm
3, Power:AC 220V, 50 / 60hz, 15A
4, Weight:1,500kg