Product Description
Edit main technical parameters
1. Power supply: 100KW
2. Rated voltage: 380V
3. If voltage: 375V
4. Maximum temperature: 1700℃
5. If frequency: 1500-2500hz (automatic frequency tracking)
6. Crucible capacity: 25Kg (liquid steel)
7. Ultimate vacuum degree: 6.67× 10-3pa
8. Pressure rise rate: 4Pa/ h
This product is composed of furnace cover, furnace body, furnace bottom, crucible rotating mechanism, vacuum system and if power control system.
The cover, body and bottom of the furnace adopt double water-cooled structure, and keep the temperature of the shell not exceeding 60℃. The opening mode of the furnace cover is manual, and observation hole and baffle are set on the furnace cover. In order to add alloy elements in the melting process, an alloy feeder is specially arranged on the furnace cover. There is an induction coil in the furnace body. The molten liquid in the crucible can be easily poured into the ingot mold by manually turning the handle outside the furnace. The ingot mold can be designed to be water-cooled. The upper part of the crucible is provided with a temperature measuring device.
The vacuum system adopts two stage pumps, namely k-300 oil diffusion pump and 2X-70 mechanical pump, which are equipped with electromagnetic air release valve to avoid returning oil after power failure. The vacuum unit is provided with an air release valve and an air charging valve.
If power supply can choose KGPS thyristor IGBT integrated power supply, full digital circuit, etc. The electrical system is equipped with over current, over voltage backfeed and protection circuit.
1. Power supply: 100KW
2. Rated voltage: 380V
3. If voltage: 375V
4. Maximum temperature: 1700℃
5. If frequency: 1500-2500hz (automatic frequency tracking)
6. Crucible capacity: 25Kg (liquid steel)
7. Ultimate vacuum degree: 6.67× 10-3pa
8. Pressure rise rate: 4Pa/ h
Structure specification :
This product is composed of furnace cover, furnace body, furnace bottom, crucible rotating mechanism, vacuum system and if power control system.
The cover, body and bottom of the furnace adopt double water-cooled structure, and keep the temperature of the shell not exceeding 60℃. The opening mode of the furnace cover is manual, and observation hole and baffle are set on the furnace cover. In order to add alloy elements in the melting process, an alloy feeder is specially arranged on the furnace cover. There is an induction coil in the furnace body. The molten liquid in the crucible can be easily poured into the ingot mold by manually turning the handle outside the furnace. The ingot mold can be designed to be water-cooled. The upper part of the crucible is provided with a temperature measuring device.
The vacuum system adopts two stage pumps, namely k-300 oil diffusion pump and 2X-70 mechanical pump, which are equipped with electromagnetic air release valve to avoid returning oil after power failure. The vacuum unit is provided with an air release valve and an air charging valve.
If power supply can choose KGPS thyristor IGBT integrated power supply, full digital circuit, etc. The electrical system is equipped with over current, over voltage backfeed and protection circuit.
Detailed Images
The equipment of vacuum induction melting furnace is mainly composed of shell, inductor, crucible, tilting mechanism, ingot mold mechanism, power supply device and water cooling system. The furnace shell is equipped with observation, temperature measurement, feeding, sampling, ramming and other devices. The furnace is equipped with vacuum system, power supply system and control system. There are two kinds of vacuum induction melting furnace: intermittent type and semi-continuous type, which can be made into vertical or horizontal type.
In the structure design of vacuum induction melting furnace, the important problem to be considered is to avoid vacuum discharge. Therefore, all charged bodies in the furnace shell need to be insulated, and the inductor should have no sharp angles, burrs and sharp edges in the structure.
In the structure design of vacuum induction melting furnace, the important problem to be considered is to avoid vacuum discharge. Therefore, all charged bodies in the furnace shell need to be insulated, and the inductor should have no sharp angles, burrs and sharp edges in the structure.
Manufacturing Technique
price list
GYV001 5000 USD
GYV002 10000 USD
GYV003 15000 USD
GYV004 20000 USD
GYV005 25000 USD
GYV006 30000 USD
GYV007 35000 USD
GYV008 40000 USD
GYV009 45000 USD
GYV010 50000 USD
GYV011 55000 USD
Product packaging
Packing & Delivery
Certifications
FAQ
Shanghai Gengyond machinery Technology Co.,Ltd.
ADD: 709,No.1328,Hengnan, Road, Minhang District,
Tony Wong
Mob : 0086 18116095133
( WhatsAPP & Skype & Wechat & QQ )
E-Mail: machinery3@genyond.com