Inductive heat treatment tunnel furnace, preheating tunnel furnace for large aluminum electrolytic capacitors, MLCC sintering high-temperature mesh belt tunnel furnace, used for drying PCB circuit boards and electronic components, drying coating curing, and sintering. Provide multiple heating methods, intelligent instrument control, branded SSR solid-state relays and other electrical components, over temperature alarm, temperature data recording, large-size touch screen operation, and intuitive and simple touch screen interface that is easy for operators to use.

1、 Structural characteristics of inductive heat treatment tunnel furnace:

1. The inner liner is made of mirror stainless steel material, with excellent cleanliness;

2. Internally made of high-quality insulation materials, the insulation effect is good.

3. Adopting intelligent temperature controller, PID automatic calculation, LED display, fast heating time, stable and accurate temperature.

4. Imported SSR/SCR output control unit with high temperature control accuracy and dual over temperature protection. When the actual detected temperature exceeds the set value of the over temperature protection thermostat, it outputs to the customer's PLC and automatically cuts off the heating power supply, providing dual protection function.

5. Variable frequency speed regulation of conveyor belt, with stable and adjustable conveying speed; Equipped with a conveyor belt anti offset device, the tension of the conveyor belt can be adjusted;

6. First class insulation and thermal insulation technology in China, with significant sealing effect; The temperature of the body shell is low, which has little impact on the indoor environment temperature; Energy saving, energy-saving, safe and environmentally friendly.

2、 Main technical parameters of capacitor tunnel furnace
1. Size: Non standard customization
2. Temperature range: adjustable from room temperature+20 ℃ to+250 ℃
3. Instrument temperature fluctuation: ≤ ±1℃；
4. Temperature uniformity: ± 5 ℃ (unloaded)

5. Heating rate: ≤ 10℃/min；
6. Shell temperature: When the equipment is within 150 ℃, the shell temperature should not exceed room temperature+15 ℃, except for the furnace mouth and joints;
7. Circulating air mode: up and down circulating air;
8. Power supply: three-phase five wire system, 380V, 50HZ;
9. Total power: around 40KW.