| After-sales Service: | Installation and Technology Support |
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| Warranty: | 1 Year |
| Type: | Induction Heating Machine |
| Certification: | ISO |
| Structure: | Vertical Type |
| Brand: | Dt Industry |
| Samples: |
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| Customization: |
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Audited Supplier 1, furnace body: The furnace body is processed by CNC machine tools, after polishing, polishing, pickling, phosphating, spraying plastic powder, high temperature baking and other production, two-color matching, novel and beautiful appearance, with oxidation resistance, acid and alkali resistance, corrosion resistance, high temperature resistance;
2, PLC touch screen: the use of 7 inch touch screen, can set 30 stage rise and drop temperature program, high temperature control precision, sensitive response, programmable PID control, with deviation, overtemperature alarm and power off protection, safe and reliable operation. PID self-tuning, automatic heating, automatic heat preservation, automatic cooling, no duty;
3, furnace material: The use of lightweight alumina fiber with high temperature resistance, acid and alkali resistance, oxidation resistance, not easy to crack, long service life slow heat conduction, energy saving. The furnace adopts the stepped assembly structure and integrates the law of mechanics, which effectively ensures the uniform force of the furnace in the heating process, ensures the heat energy is not easy to lose, and extends the service life of the furnace.
4, insulation layer: medium temperature layer: the selection of aluminum, high aluminum, high aluminum zirconium and other ceramic fiber materials insulation, high temperature resistance, small thermal conductivity, no pollution (according to different temperatures and choose insulation materials); Outer insulation: high temperature felt or nano fiber board, (according to different temperatures and choose insulation materials);
5, the electric furnace body adopts the international advanced air-cooled double-layer furnace structure, the effective air-cooled guide partition makes the whole cold air circulation of the furnace shell, and finally cools the conductive sheet of the heating element out of the furnace body, avoiding the high-temperature oxidation of the conductive sheet of the heating element; Ensure a good working environment;
6, the use of integrated module control unit, accurate control accuracy, and designed double circuit control and double circuit protection, with overshoot, overshoot, undermodulation, segment pair, phase loss, overvoltage, overcurrent, overtemperature, current feedback, soft start protection;
7, the opening mode of the furnace door: the axial 180 degrees side opening, to avoid the high temperature when the material to the inner wall of the furnace door baked to the arm; The door lock is located under the furnace door with stainless steel spring lock, which can be effectively locked. The elasticity of the spring absorbs the expansion of the refractory material, ensuring the free expansion and effective sealing of the refractory material.
8, can display parameters: temperature, temperature segment number, segment time, remaining time, output power percentage, voltage, current, etc.
1, product name: high temperature box type resistance furnace
2. Model specification: GWL-1400-12
3, furnace size: depth 400× width 250× height 160mm
4, voltage power supply: AC 380V/50Hz
5, rated power: 12KW
6, temperature: 1400ºC
7, use temperature: 200-1300ºC
8, control range: 80-1400ºC
9, temperature measuring element: S type thermocouple, temperature measuring range 0-1400ºC
10. Heating element: U-shaped silicon carbon rod, horizontally installed in the upper and lower positions inside the furnace.
11, temperature control accuracy: ±1ºC (integrated circuit control, no overshoot)
12, furnace temperature uniformity: ±5ºC (according to the size of the furnace)
13, heating rate: can be freely adjusted, the fastest heating rate of 30ºC per minute (30ºC/min), the slowest heating rate of 1ºC per hour (1ºC/h)
| Model number | Cavity furnace size (D * W * H) | Long-term use | power | voltage | Temperature measurement | Heating element |
| MFLX322-12 | 300*200*200 | 1100ºC | 4KW | 200V | KTYPE K | Silicon carbide rod |
| MFLX322-14 | 300*200*200 | 1300ºC | 5KW | 200V | STYPE S | Silicon carbide rod |
| MFLX322-17 | 300*200*200 | 1600ºC | 5KW | 200V | BTYPE B | Silicon-molybdenum rod |
| MFLX322-18 | 300*200*200 | 1700ºC | 5KW | 200V | BTYPE B | Silicon-molybdenum rod |
| MFLX322-19 | 300*200*200 | 1800ºC | 5KW | 200V | BTYPE B | Silicon-molybdenum rod |
| MFLX433-12 | 400*300*300 | 1100ºC | 8KW | 380V | KTYPE K | Silicon carbide rod |
| MFLX433-14 | 400*300*300 | 1300ºC | 10KW | 380V | STYPE S | Silicon carbide rod |
| MFLX433-17 | 400*300*300 | 1600ºC | 16KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX433-18 | 400*300*300 | 1700ºC | 16KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX544-12 | 500*400*400 | 1100ºC | 11KW | 380V | KTYPE K | Silicon carbide rod |
| MFLX544-14 | 500*400*400 | 1300ºC | 16KW | 380V | STYPE S | Silicon carbide rod |
| MFLX544-17 | 500*400*400 | 1600ºC | 25KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX544-18 | 500*400*400 | 1700ºC | 25KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX655-12 | 600*500*500 | 1100ºC | 30KW | 380V | KTYPE K | Silicon carbide rod |
| MFLX655-14 | 600*500*500 | 1300ºC | 35KW | 380V | STYPE S | Silicon carbide rod |
| MFLX655-17 | 600*500*500 | 1600ºC | 45KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX655-18 | 600*500*500 | 1700ºC | 45KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX766-12 | 700*600*600 | 1100ºC | 50KW | 380V | KTYPE K | Silicon carbide rod |
| MFLX766-14 | 700*600*600 | 1300ºC | 55KW | 380V | STYPE S | Silicon carbide rod |
| MFLX766-17 | 700*600*600 | 1600ºC | 65KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX766-18 | 700*600*600 | 1700ºC | 65KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX877-12 | 800*700*700 | 1100ºC | 70KW | 380V | KTYPE K | Silicon carbide rod |
| MFLX877-14 | 800*700*700 | 1300ºC | 75KW | 380V | STYPE S | Silicon carbide rod |
| MFLX877-17 | 800*700*700 | 1600ºC | 85KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX877-18 | 800*700*700 | 1700ºC | 85KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX988-12 | 900*800*800 | 1100ºC | 90KW | 380V | KTYPE K | Silicon carbide rod |
| MFLX988-14 | 900*800*800 | 1300ºC | 95KW | 380V | STYPE S | Silicon carbide rod |
| MFLX988-17 | 900*800*800 | 1600ºC | 105KW | 380V | BTYPE B | Silicon-molybdenum rod |
| MFLX988-18 | 900*800*800 | 1700ºC | 105KW | 380V | BTYPE B | Silicon-molybdenum rod |
It is designed for the laboratories of colleges and universities, scientific research institutes and industrial and mining enterprises to sintering, melting, analysis and production of ceramics, metallurgy, electronics, glass, chemical industry, machinery, refractory materials, new material development, special materials, building materials, metals, non-metals and other chemical and physical materials. Mainly used in laboratories, industrial and mining enterprises, colleges and universities, scientific research units for elemental analysis and determination, ash determination, a small amount of low melting point metal dissolution, can also be used in other manufacturing enterprises small metal parts quenching, annealing, heating, aging, sintering, melting, tempering and other heat treatment, can also be used for high temperature heating test.
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Trial production on site till everything is going well;
On-site technology support if customer needs.
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