IEC 60332 EN 50265 Touch Screen Single Wire And Cables Vertical Combustion Testing Machine

Combustion torch

1KW mixed combustion nozzle (manufactured in accordance with GB/T5169.14-2007 standard); blue flame core height: 46-78mm; total flame height: 170-190mm; made of pure copper

Manufactured in accordance with GB/T18380.21-2008 standard; nozzle diameter: 8mm; outer diameter: 11mm; total height of bright flame: 125mm; made of pure copper

Ignition method

High-pressure automatic ignition

Combustion gas

Pure 95% propane gas or liquefied petroleum gas (provided by customers themselves)

Gas flow range

100-1000 mL/min (using float flowmeter)

Air flow range

1-10 L/min (using float flowmeter)

Pressure gauge

Adjustable range: 0-2 kg/mm²

Test length

675±10mm (GB/T20041.1 standard); 600mm (JG3050 standard)

Clamping mechanism

Composed of two metal clamps; clamp width: approximately 25mm; distance between the two clamps: (550±10)mm, approximately equal to the distance from the sample end

Composed of upper clamping fixture and 500g hanging weight; distance between upper and lower parts: (600±10)mm, approximately equal to the distance from the sample end (outer diameter of the tested wire and cable: cross-sectional area less than 0.5 mm²)

Length of the tested wire and cable

600±25mm

Outer diameter of the tested wire and cable

1-20 mm

Combustion angle

45°

Test environment of the device

Unventilated environment

Ignition method

High-pressure automatic ignition

Ignition time

0.1-999.9S continuous setting; within the set time, the flame can continuously burn the sample; changeover switch is automatic

Instrument composition

Metal cover, ignition source, control part

Metal cover

Made of 304 stainless steel; size: height (1200±25)mm, width (300±25)mm, depth (450±25)mm; front open, top and bottom closed

Gas and air pipelines

Composed of flowmeter, regulating valve, solenoid valve, pressure gauge, high-pressure hose

Control mode

Intelligent control via PLC touch screen; simple, convenient and fast operation