| Item No. | Name | Specification | Quantity |
| 1 | LSW-50 induction brazing machine | - | 1 set |
| 2 | induction coil | - | 1 pcs |
| 3 | foot switch | - | 1 pcs |
| 4 | user manual | - | 1 copy |
3. Feature of high frequency induction heating forging machine:
1. Adopt IGBT solid state inverter technology, high efficiency and
energy saving, high output power.
2. Digital phase-locking technology to achieve automatic frequency
tracking.
3. Perfect function, high reliability and easy maintenance.
4. Modular design, simple installation, convenient operation, no
need to debug.
5. 100% negative performance rate design, can work continuously for
24 hours.
6. It can replace other heating methods (such as gas, coking coal,
oil furnace, electric furnace, high-frequency electronic tube,
etc.), energy saving and environmental protection.
7. Resonance frequency conversion technology makes the whole
machine efficiency ≥95%, and the efficiency is high.
Main Feature of high frequency induction heating quenching machine:
1. It adopts the most advanced MOS, IGBT frequency conversion
control technologies to realize automatic tracking of frequency.
2. It has the constant current and power control function, which
can significantly optimize metal heating process, realize the high
efficiency and fast heating and bring into play the superior
performance of the products.
3. About ten types fault protection and display of over-current,
over-voltage, water shortage and phase missing can provide higher
reliability and durability.
4. It is safe and reliable, and requires no equipments of ten
thousand voltage, and thus can ensure the safe operation.
5. It is available for infrared temperature measurement, which can
realize the automatic control of temperature, improve the heating
performance and simplify the manual operation.
The basic composition of high-frequency heating equipment includes
induction coil, AC power supply and workpiece. According to
different heating objects, the induction coil can be made into
different shapes. The coil is connected to the power supply, and
the power supply provides alternating current for the coil. The
alternating current passing through the coil generates an
alternating magnetic field passing through the workpiece, and the
magnetic field causes the workpiece to generate eddy currents to
heat it.
