3T medium frequency induction furnace consists of:
2000kw intermediate frequency power supply - compensation capacitor cabinet - aluminum shell or steel shell furnace - hydraulic tilting furnace system - remote control box - ZXZ- 200 T closed loop cooling tower. The 3T medium frequency induction furnace has protection systems such as overvoltage, overcurrent, water temperature, water pressure, short circuit and grounding. The operation panel has various parameters such as working parameter display table and display working status, and there are indications such as fault and temperature.
3T induction melting furnace price
The price of the 3T induction melting furnace is calculated according to the power of the intermediate frequency power supply and the volume of the furnace body. Different configuration prices vary. This price is for reference only. Contact us will have a very low price, please consult the specific price.Firstfurnace@gmail.com
Serial number | Item name | Specification model | unit | Quantity | Price ¥ |
1 | 2000kw medium frequency power supply cabinet | 2000KW/3T/1000HZ | station | 1 | 180000 |
2 | Compensation capacitor cabinet | 0.75- 2 000-1S | set | 1 | 80000 |
3 | 3T furnacesteel shell | GW- 3T | set | 1 | 200000 |
4 | Water cooled cable | LHSD- 500 | set | 4 | 25000 |
5 | Model | 3T furnace dedicated | only | 1 | 2000 |
Total: ¥ 447,000 |
Summary of furnace structure selection for 3T medium frequency induction furnace
3T medium frequency induction furnace body | Steel shell furnace | Aluminum shell furnace |
Furnace shell material | Steel structure | Aluminum structure |
Furnace tilting mechanism | Hydraulic cylinder | Reducer |
Furnace hydraulic pumping station | Have | no |
Yoke | Have | no |
Furnace cover | Have | no |
Leakage alarm | Have | no |
Energy consumption | 520Kw.h/t | 600Kw.h/t |
life | 10 years | 4-5 years |
The price of the furnace body of 3T medium frequency induction furnace | high | low |
3 T medium frequency induction furnace transformer capacity how to choose?
The relationship between the capacity of the intermediate frequency induction furnace transformer and the power of the SCR intermediate frequency power supply is: the value of the transformer capacity = the value of the intermediate frequency power supply , and the transformer of 2000KVA is selected . In order to reduce the interference of harmonics, the special purpose machine is dedicated to one medium frequency induction furnace. Configure a dedicated rectifier transformer.
How to choose the 3T intermediate frequency induction furnace incoming line voltage?
3T frequency induction furnace with the SCR 2000KW frequency power supply 6 is generally a three-phase or six-phase clock pulse wire 12 60V, 50Hz industrial use, arranged pulse rectifier 6-pulse or 12.
Configure 12- pulse double rectification How to choose the 3T intermediate frequency induction furnace incoming line voltage?
1 , The input voltage of 3T medium frequency induction furnace is 660v , 575v , double rectification 380v ;
2 , do not blindly pursue high voltage (some 3T medium frequency induction furnace 2000KW uses 900V line voltage). Since low current, it has achieved the purpose of energy saving. High voltage is easy to shorten the life of electrical components, copper bars and cables are tired, which makes the life of electric furnace greatly reduced.
How to calculate the cable of 3T medium frequency induction furnace ?
For example: The maximum power of the intermediate frequency power supply of the 3T medium frequency induction furnace is 2000kw , and the intermediate frequency power supply cable of the 2000KW incoming line voltage of 660V = 2000000/660/1.732/2=874mm 2 , and the 10mm × 80mm copper plate should be selected instead of the cable.
How large is the closed cooling tower calculation method for the 3T medium frequency induction furnace medium frequency induction furnace ?
Select a mixed water tower to calculate a closed loop cooling tower with a formula of 2000kw × 0.5 × 860 ÷ 5000 = 200T .
Select an integrated layered cooling tower to separately cool the intermediate frequency power supply and the furnace body. The cooling tower tonnage selection formula of the intermediate frequency frequency power supply is: 2000kw × 0.12 × 860 ÷ 5000=40T . The cooling tower tonnage selection formula of the furnace induction coil is: 2000kw × 0.45 × 860 ÷ 5000=160T , the integrated layered closed-loop cooling tower is selected as 40T +1 60T=200T should be selected as a 200T cooling tower, the corresponding model is: ZXZ-200T ( 40/160)
What are the technical requirements for cooling water in each cooling part of 3T medium frequency induction furnace ?
Different frequency induction furnace cooling portion cooling requirements different from water, an induction coil, a capacitor of the cooling water system using industrial cooling water pressure, the pressure is maintained at 0.15-0.2mpa, water temperature maintained at 20-35 ° C inlet water temperature temperature below 55 ° C.
How large is the 3T medium frequency induction furnace using a reservoir?
The 3T medium frequency induction furnace consists of two parts, which are divided into intermediate frequency power supply and furnace body. The same reservoir can be used to cool the outlet water temperature to be controlled within 55 ° C. The reservoir is 50 cubic meters : the cooling effect is poor, and it is easy to block. The investment is minimal and the cooling effect is average.
Determination of energy consumption of 3T medium frequency induction furnace
The higher the power of the medium frequency induction furnace, the more power is saved, the energy consumption of the molten iron furnace: 5 2 0KW.h/t temperature 1550 ° C , energy consumption of molten steel furnace 6 0 0 KW.h/t temperature 1550 ° C.
3 T medium frequency induction furnace technical parameters
Equipment type GW-1/2000 | Technical indicators ( 6pulses) | Technical indicators (12 pulses) |
IF power supply rated power | 2000 KW Frequency 50 0Hz | 2000 KW frequency 5 00 Hz |
Intermediate frequency power supply phase voltage | 3*660V | 6*660V |
Intermediate frequency power rectifier | 3- phase 6- pulse rectification | 6- phase 12- pulse rectification |
IF power start mode | Zero voltage start or sweep start | Sweep start |
Start success rate | 100% (including heavy load) | 100% (including heavy load) |
Rated voltage | 1500v | 1500v |
Rated Capacity | 3T | 3T |
Rated temperature | 1700 °C | 1700 °C |
With IF power supply specifications | KGPS-1/ 2000 IF power supply | KGPS-1/ 2000 IF power supply |
With medium frequency furnace specifications | GW- 3 steel shell or aluminum shell intermediate frequency furnace | GW- 3 steel shell or aluminum shell intermediate frequency furnace |
Melting rate | 3 T/H | 3 T/H |
DC | 2000 A | 2000 A |
Alternating current | 1300 A | 1300 A |
Power factor | ≥ 0.85 | ≥ 0.85 |
Tilting method: | Optional reducer or hydraulic tilting furnace | Optional reducer or hydraulic tilting furnace |
Water cooled cable | Two | Two |
How to arrange 3T medium frequency induction furnace? Please see the figure below to answer
Medium frequency induction furnace layout (above)
What information does the customer need to provide to the supplier before purchasing the 3T IF induction furnace ?
1. The medium frequency induction furnace must have room for layout, and it is necessary to provide the area and layout of the plant.
2. The customer needs to provide the capacity of the transformer, the magnitude of the incoming line voltage, and the frequency of the incoming line voltage.
3. The medium frequency induction furnace needs water cooling equipment, and the configuration of the medium frequency induction furnace contains water cooling equipment.
4. The structure of the medium frequency induction furnace has a steel shell body and an aluminum shell body, which requires the customer to specify the furnace structure.
5. The power supply of the medium frequency induction furnace is the intermediate frequency power supply. The line structure of the intermediate frequency power supply is divided into the inverter parallel and the inverter series structure. The inverter series structure is energy-saving, the power factor is 0.98, and the line is stable. The inverter parallel structure is of the common type with a power factor of 0.92, which requires the customer to specify the line structure.
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