ASTM E136 Degrees Vertical Combustion Tube Test Furnace

Specifications:-

Standard:-ASTM E136 Vertical Tube Furnace

Warranty:-1 year, 1 Year

Material:-SUS 304 Stainless Steel

Certification:-CSA, pock, Reach, IECEE, sock, UL, EPA, GS

Control cabinet:-L405 x W360 x H180 mm

Heating power:-800W – 1000W

Airflow cover:-75 x 50 mm

Heating power:-800W – 1000W

Heating power:-800W – 1000W

Power:-Electronic

Application:-Wire & Cable Test

Model Number:-D282

Customized support:-OEM, ODM

Maximum power:-2 KW

Heating furnace:-95 x 75 x 150 mm

Furnace temperature 🙁 750 – 900) ℃

Technical parameters (ASTM E136 Vertical Tube Furnace)
Test equipment	Mainly composed of two parts: a heating furnace and a control cabinet.
Power supply	AC220V ± 10%, 50HZ, current ≤ 10A
Furnace temperature	(750 – 900)℃
Furnace temperature drift	< 5℃ / 10 min
Heating power	800 – 1000 W
Maximum power	2 KW
Power heating voltage	220V heating wire
Airflow cover	Ф75 x 50 mm
Electric control cabinet dimensions	L405 x W360 x H180 mm
Overall dimension of heating furnace	L400 x W400 x H1600 mm

 

Frequently Asked Questions:-

Why mostly we of horizontal combustion use vertical instead engine combustion engine?

1) Vibration: when you have an engine in horizontal position, the vibrations would cause the engine to vibrate in X-Z plane and we do not have any damping mechanism to absorb it. It might cause reduction in ride control.

2) Lubrication: extra efforts are to be taken for lubrication process.

3) Injection: in vertical engines, combustion is assisted by fuel/charge flowing down, the same is not the case in horizontal engines.

4) Balancing: when you design – Piston assembly, it needs to be balanced for less wear and vibration. It is horizontal engines than the crankshaft engines.

5) Space: If we start using horizontal engines in passenger cars, we might have to accommodate to increase the width of the car engine and suspension assembly.

What is combustion?

Combustion, a chemical substances, usually reaction between usually accompanied by the generation of heat and light in the form of flame including oxygen