Medium Frequency Induction Furnace, Melting Furnace

Medium Frequency Induction Furnace, Melting Furnace System 1

Medium Frequency Induction Furnace, Melting Furnace

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Loading Port:: Qingdao

Payment Terms:: TT OR LC

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Packaging & Delivery

Packaging Detail:	Plywood Cases
Delivery Detail:	25days to 120days

Specifications

Medium Frequency Induction Furnace
Medium Frequency Melting Furnace
For melting steel, cast iron, stainless steel, copper

Coreless Medium Frequency Melting Furnace

· Application

This GWG-J series Coreless Medium Frequency Induction Furnace, Melting Furnace, also called as Induction Smelting Furnace is for melting cast steel, cast iron, stainless steel, copper, aluminum and other metals or its alloy. It can also be used together with self-heated furnaces and electric arc furnace for heating or keeping warm/holding the molten iron and molten steel.

It is particularly suitable for medium-size or big enterprises.

· Structure Features

1. Solid steel structure and durable;
2. Good magnetic isolation, safe and reliable;
3. Solid frequency conversion power supply, easy operation; Adjustable power rate, easy operation and maintenance;
4. Easy to start up with load or free of load.

Electrical Feature:
1. Digital CMOS chip (U. S. ASIC-2-12), with the highest degree of integration at home, is used in control circuit, the overall machine controlled through one single panel;
2. Frequency-sweep zero voltage start, high success rate, no shock;
3. Automatic resistance adjustment, permanent power output, 10-20% energy saved in comparison with domestic traditional machine of the type;
4. Auto phase sequence adaptation, free of synchronization;
5. Good performance in reload staring, auto recovery;
6. Highly integrated in controlling circuit, free of use of high-rate starter and relay loop, fairly low failure rate;
7. Wholly digital design, strong in anti-interference, no temperature shift when in continuous working;
8. Multi-protection functions (for over current, over voltage, insufficient water pressure, power failure, or phase absence), and mishandling will not cause damage to machine.

· Model explanation ( GWG-1-750/1J for example}

GWG--------Steel Shell Medium Frequency Coreless Induction Furnace, Melting Furnace

-1-------Rated Capacity 1 Ton (1000kg)

-750-------Rated Power 750Kw

/1--------1000Hz (1KHz)

-J---------Hydraulic tilting

Model	Input Power	Input Volt.	Incoming Curr.	Rated Power	DC Curr.	DC Volt.	Melting Rate	Working Freq.	Working Volt.	Rated Capacity	Power Consumption
	Input Power	Input Volt.	Incoming Curr.	Rated Power	DC Curr.	DC Volt.	Melting Rate	Working Freq.	Working Volt.	Rated Capacity	Power Consumption
	Kw	V/pulse	A	Kw	A	V	T/H	Hz	V	T	KWH/T
GWG-0.5-250/1J	280	380/6	400	250	500	500	0.4	1000	1500	0.5	770
GWG-0.75-400/1J	400	380/6	650	400	800	500	0.6	1000	1500	0.75	770
GWG-1-750/1J	800	380/6	1200	750	1500	500	0.9	1000	1500	1	720
GWG-1-750/1J	800	690/6	700	750	850	880	0.9	500	2600	1	660
GWG-1.5-1000/0.5J	1100	690/6	912	1000	1140	880	1.2	500	2600	1.5	700
GWG-2-1500/0.5J	1650	690/6	1360	1500	1700	880	1.7	500	2600	2	675
GWG-3-2500/0.5J	2750	690/6	2275	2500	2840	880	2.56	500	2600	3	610
GWG-3-2500/0.5J	2750	950/6	1700	2500	2080	1250	2.56	500	3200	3	560
GWG-4-3000/0.5J	3300	690/6	2730	3000	3410	880	3.2	500	2600	4	590
GWG-4-3000/0.5J	3300	950/6	2040	3000	2500	1250	3.2	500	3200	4	560
GWG-5-4000/0.5J	4400	950/6	2300	4000	3330	1250	5	500	3400	5	500/550
GWG-6-4000/0.5J	4400	950/12	2300	4000	3330	1250	5	500	3400	6	500/550
GWG-8-5000/0.5J	5000	950/12	3400	5000	4200	1250	7~8	500	3400	8	500/550
GWG-10-6000/0.5J	6300	950/12	3750	6000	4600	1250	9~10	500	3400	10	500/550
GWG-12-8000/0.5J	8000	950/12	4900	8000	6000	1250	10~11	500	3400	12	500-550
GWG-12-8000/0.25J	8000	950/12	4900	8000	6000	1250	10~11	250	3400	12	500-550
GWG-15-8000/0.25J	8000	950/12	4900	8000	6000	1250	9~10	250	3400	15	550-590
GWG-15-10000/0.25J	10000	950/24	6500	10000	8000	1250	13~14	250	3400	15	500-550
GWG-18-12000/0.25J	12000	950/24	8160	12000	10000	1200	13~14	250	3400	18	500-550
GWG-20-12000/0.25J	12000	950/24	8160	12000	10000	1200	13~14	250	3400	20	500-550
GWG-25-14000/0.25J	14000	950/24	9460	14000	11600	1200	13~15	150~200	3400	25	500-550
GWG-30-16000/0.2J	16000	950/24	10850	16000	13300	1200	15~16	150~200	3400	30	500-550
GWG-40-18000/0.2J	18000	950/24	12240	18000	15000	1200	20~22	150~200	3400	40	500-550

Q: Selection of heat preservation material for industrial furnace: In the neutral and oxidizing atmosphere, the tensile strength, toughness and fiber structure can be maintained for long term use. The temperature is 950-1400 centigrade. Excellent chemical stability; excellent thermal stability; excellent tensile strength; low thermal conductivity; low thermal capacity; excellent sound absorption and noise reduction performance.

Q: What is the difference between industrial furnaces and boilers?: A boiler is a mechanical device for heating water into hot water or steam by the use of heat from fuel or other sources of energy. The original meaning of a pot is a water container heated by fire. The furnace is the place where the fuel is burned. The boiler includes two parts, the cooker and the furnace.

Q: Heat treatment equipment (industrial furnace), which products generally contain what kind of, which industries need to use heat treatment industrial furnace equipment.: The main equipments of heat treatment are classified into two major categories: main equipment and auxiliary equipment. The main equipment includes heat treatment furnace, heating device, surface modification, surface oxidation device, surface mechanical enhancement device, cooling equipment, cold processing equipment, process parameter detection and control instrument; auxiliary equipment includes cleaning cleaning equipment, furnace atmosphere heating medium permeability meter preparation equipment, cooling device, quenching medium heavy transport machinery, quality testing equipment, power transmission line and auxiliary equipment, fire safety equipment, dust and other production fixture.

Q: What are the combustion equipments used in industrial boilers?: The boiler is an energy conversion equipment. The energy input to the boiler has the chemical energy and the electric energy in the fuel. The boiler outputs steam with certain heat energy and high temperature water.

Q: What is industrial furnace masonry?: Masonry industrial furnaces refers to complete materials such as brick kilns in construction process.

Q: What's the role of anchor bricks in industrial furnaces?: The wall of an industrial furnace or flue is mainly composed of an inner lining layer, a heat insulating layer and an outer wall layer. The lining is a refractory brick, and the outer wall is an ordinary sintered brick.

Q: How many kinds of industrial electric furnaces are there?: This series of electric furnace is made of super light refractory fiber. The electric stove and the temperature control cabinet matching use, the controller may automatically or the manual control electric stove temperature, may press the user request to provide the computer table or the computer control, does the multielement temperature measurement, guarantees the product quality. This series of electric furnaces are periodical operation type electric furnaces.

Q: What is the difference between industrial furnace masonry and ordinary masonry?: Of course, the difference is like the difference between a hog cap and a 100 story building. See the industrial furnace manual.

Q: Brief introduction to repair of industrial furnace: Although the number of industrial furnaces in general machinery plants is not large, the number of large repairs per year accounts for 16%-20% of the total number of repairs for all equipment, and the large repair costs account for about 18%-25% of the total repair cost of all equipment.

Q: What is the difference in structure between industrial furnace and boiler?: Industrial furnace: main heating, steel and other metal materials, or ore and other materials. An industrial furnace of higher temperature, such as forging or heat treatment. Therefore, the energy consumption is large, and the insulation layer is designed to be thicker, and the structure is designed for the final purpose of the production purpose, the product process and the production efficiency.

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