cast tube special equipment_Energy saving induction heating equipment manufacturers

is mainly used steel (iron) and raised temperature water insulation, steel (iron) melting water from other devices (such as blast furnace, converter, cupola), and poured into an induction furnace insulation, and then fine-tuning components, and provide appropriate Warm to the final casting temperature.

Second , the main technical parameters of the equipment

A, comprehensive parameters
Serial number	project	Parameter requirement
1	Equipment form	250kw
2	Rated Capacity	1T
3	Maximum capacity	1T +30%
4	Operating temperature	1450 °C cast iron insulation
5	Working noise	<85 decibels
6	Furnace structure	Steel shell
7	Way out	Side outlet
B, electrical parameters:
Serial number	project	parameter
1	Power supply	250kw / 3 phase 6 pulse 1T
2	Number of rectifiers	6 veins
3	Inverter	SCR parallel inverter
4	Rated frequency	1000 Hz
5	Line voltage	380V
6	DC voltage	500V
7	IF voltage	750 V
8	Start success rate	100%
9	Power factor	0.92
C, with cooling system parameters
Serial number	project	parameter
1	Closed loop cooling tower	ZXZ-N 80 T ( 20/60) integrated layered tower
2	Cooling tower housing	Galvanized or 304 stainless steel
3	Fan supporting motor	1.1KW
4	Spray pump	2.2 KW
5	Main circulation pump	7.5kw
6	Cooler	304 cooler
D , furnace index
Serial number	project	parameter
1	Furnace shell structure	Steel structure
2	Yoke material	Z11-0. 23
3	Yoke coverage	8 5%
4	Yoke clamping	Stainless steel 1Cr18Ni9
5	Yoke cooling method	Double water cooling
6	Sensor copper tube material	T2 pure copper 99.9
	Induction ring inner diameter	900 wall thickness 5 mm
	Induction loop height	500 mm
7	waterway	4 in 4 out
8	Way out	Side out
9	Water cooling ring material	Copper tube
10	Furnace shell heat	<75 ° C (except the furnace bottom and the furnace cover)
11	insulation	The coil and the yoke are insulated by a double layer of mica board.
12	bolt	Ordinary carbon steel bolts are grade 8.8. Other bolts made of stainless steel or copper
13	Die thickness	>5mm
14	Water connection hose	Use non-flame retardant high insulation rubber tube
15	Water collector	Stainless steel

Fifth , the furnace structure description:

5.1 mechanical principles described structure

The furnace body adopts a steel shell yoke furnace body, and the outlet channel "gate" of the metal melt is arranged at the bottom of the electric furnace. ( High-aluminum graphite or zirconia nozzle ) Since the metal is in the smelting process, impurities and slag float on the liquid surface; the bottom-injection casting can prevent impurities and slag from entering the casting cavity, greatly reducing the occurrence of waste. The steel water outlet is connected with a plug rod action mechanism; the plug rod action mechanism comprises a plug rod, a cylinder and a transmission lever, the bottom shape of the plug rod is adapted to the shape of the molten steel outlet, and the bottom of the plug rod is tapered from top to bottom; the cylinder drive transmission The lever rotates along a fixed axis, and the transmission lever drives the plug to raise or lower. Use the rising or falling movement of the plug rod action mechanism to control the opening, closing or opening of the taphole, and precisely control the tapping point and tapping flow rate and the tapping flow rate.

The plug rod action mechanism comprises a stopper rod 2, a cylinder 3 and a transmission lever 4, the cylinder 3 is connected to one end of the transmission lever 4, and the bottom of the cylinder is fixed ; the stopper rod 2 isconnected to the other end of the transmission lever 4, the bottom shape of the stopper rod 2 and the molten steel outlet The shape is adapted, and the bottom of the stopper rod 2 is tapered from top to bottom; the cylinder 3 drives the transmission lever 4 to rotate along a fixed axis, and the transmission lever 4 drives the stopper rod 2 to ascend or descend. It is characterized in that the steel water outlet has a circular cross section, and the bottom of the stopper rod 2 has a circular cone shape. The other end of the transmission lever 4 is fixedly connected with a suspension sleeve 5 for suspending the stopper rod 2 from the transmission lever 4. The stopper action mechanism further includes a rotary bearing 6 that connects between the suspension sleeve 5 and the stopper rod 2. The plug action mechanism further includes a bracket 7 to which the sleeve type adjuster (8) is fixedly coupled; a buffer spring 10 and a position fixing rod 9 are further fixed, and the lower end of the suspension sleeve 5 is fixed to the upper end of the buffer spring 10 The lower end of the buffer spring (10) is fixed to the inner ring of the rotary bearing (6), and the outer ring of the rotary bearing 6 is connected to the position fixing rod (9)