Vertical Aps China 2 Ton Aluminum Vacuum Melting Furnace with ISO

Product Description

Introduction: Vacuum induction melting furnace is mainly used to produce high temperature alloy and special steel. We can provide you with vacuum induction melting equipment with a capacity range of 500kg-30ton.

Application Range:
1) The vacuum induction melting furnace process can precisely control the chemical composition of the alloy. For example, when nickel-based, cobalt-based, and iron-based superalloys are melted in a vacuum induction melting furnace, their thermal processing performance and mechanical properties are significantly improved.

2) Such as stainless steel, heat-resistant steel, ultra-high-strength steel, tool steel, bearing steel, as well as magnetic materials, elastic alloys, expansion alloys, etc., are melted by vacuum induction melting furnaces, which can ensure their material properties and quality.

 

Main Component

Vacuum  refining equipment is mainly composed of furnace body, vacuum system, water cooling system, pneumatic system, control system, melting power system and so on.

 

Models list

 

Model(furnace capacity)	Input power(50/60HZ)					Output power
	Rated power	Input voltage	Input current	Furnace phase	Transformer capacity	DC voltage	DC current	IF voltage	IF frequency (KHZ)
	(KW)	(V)	(A)		(KVA)	(V)	(A)	(V)
GW--0.5T	350	380	560	6	400, 3phase	500	700	350-500	0.5-1
GW--0.75T	500	380	800	6	630, 3pahse	500	1000	350-500	0.5-1
GW--1T	750	380	1200	6	1000,3phase	500	1500	350-500	0.5-1
GW--1.5T	1000	380	1600	6	1250,2*3pahse	500	2000	350-500	0.5-1
GW--2T	1400	750	1078	6	1600,3phase	990	1414	350-500	0.5-1
		380	539	12	1600,2*3pahse	500	1400	350-500		750
GW--3T	2000	750	770	12	2500,2*3pahse	990	1010	350-500	0.5-1
GW--5T	3000	950	912	12	3150,2*3pahse	1254	1196	350-500	0.5-1
GW--10T	5000	1000	1443	12	6300,2*3pahse	1320	1894	350-500	0.3-0.5
GW--15T	10000	1000	1443	24	12500,4*3phase	1320	1894	350-500	0.3-0.5
GW--20T	12000	1000	1732	24	12500, 4*3phase	1320	2272	350-500	0.3-0.5
GW--30T	15000	1000	2165	24	16000, 4*3phase	1320	2841	350-500	0.3-0.5

Product Description

 

1) Furnace body 
The vacuum chamber has a double-layer structure, and the upper part of the vacuum chamber is equipped with an observation window. During melting, the monitoring system transmits it to the display screen in the control room through the camera.
The hydraulic cylinders are respectively located on the two columns of the support, and the hydraulic cylinders are stretched and retracted to realize the lifting of the vacuum chamber through the operation of the hydraulic station.
The industrial monitoring system consists of 2 cameras, 1 industrial monitor, etc. The images captured by the camera are displayed on the monitor, and the ring-shaped molten metal pool can be clearly observed in the main control room.

The electric control system is centrally controlled by a large control cabinet with an operating console.

1.  The control system composed of upper computer and PLC can realize the automatic control function.
2. Equipment operation has manual and automatic functions.
3.  Adopt PLC automatic control and equipment on-site control two operation modes.

4. The smelting process control has the following functions: data acquisition, process model management, automatic cycle control, and alarm log.

5. Provide various furnace body and smelting safety (such as when cooling water, furnace pressure, clamping device, etc. are abnormal) protection and linkage.
6. Process parameters are automatically recorded and displayed

Technical Support

 

1) Equipment design
Furnace will be customized to meet your production needing and environmental condition (maximum ambient temperate, humidity, altitude,etc) .

2) Drawings delivery
Technical drawing will be send to the buyer after geting the deposite, so the buyer can build basic contruction before the furnace arrived.

3) Acceptance check before delivery
a. The supply of the inspection equipment complies with the scope of supply and technical specifications in the technical agreement.
b. Check the mechanical actions of the equipment.
c. Safety interlock of equipment and alarm function test.

4) Installation & debugging & worker training

a. Cooperate with guidance to check the buyer installation work;
b. Internal and electrical wiring connections between equipment;
c. Site commissioning;, according to the actual equipment adjust to the best state;
d. Direct buyer operating personnel to the correct use of operating equipment;
e. Guidance on site security considerations;
f. To guide the buyer maintenance personnel troubleshooting methods;
g. Provide equipment specification;

Company Profile

APS Induction Furnace (Taizhou) Co., Ltd.

APS Induction Technology (Taizhou) Co., Ltd. is a rare high-tech enterprise in China with international leading technology in induction melting and heating field. At present, the capacity of induction melting furnaces produced can up to 70 tons, and the power supply can reach to 50,000kw. The heating equipment can be used in carbon-based/ceramic-based composite materials, carbon fiber/silicon carbide fiber, high-performance ceramics, graphite, vacuum diffusion welding, vacuum hot pressing, vacuum melting, powder metallurgy, environmental protection and other industrial.
In addition, we are also a professional manufacturer of power control boards, induction coils, water-cooled cables, yokes, and reactors. Compared with other manufacturers in China, we have outstanding advantages in product price, quality control, and delivery time.
As an industrial equipment manufacturer with R & D capabilities, we keep seeking a balance between product economy and practicability in continuous innovation to ensure that we can provide the most valuable production solutions for each application, reduce costs for our users and help them improve production competitiveness.
We hope to establish a more efficient, clean, low-carbon and circular green casting system by supplying stable, high-efficiency, energy-saving, safe and relatively cheap induction melting and heating equipment, and contribute to global energy conservation and emission reduction.