Sign In | Join Free | My himfr.com |
|
Ask Lasest Price | |
Brand Name : | Lanshuo |
Model Number : | LSW-120 |
Certification : | CE ISO |
Price : | USD 10000-30000 / set |
Payment Terms : | L/C, D/A, D/P, T/T, Western Union, MoneyGram |
Supply Ability : | 1000 Sets per Year |
Delivery Time : | 7-10 working days after receiving advanced payments |
IGBT 120kw Gear High Frequency induction hardening quenching
machine
1. Induction Quenching Hardening Machine Application:
1. It is suitable for quenching and tempering of various
workpieces, such as induction hardening of shafts, gears, guide
rails, discs, pins, etc.;
2. It has the functions of continuous quenching, simultaneous
quenching, subsection continuous quenching, and subsection
simultaneous quenching;
3. The CNC system or PLC and frequency conversion speed control
system are used to realize workpiece positioning and scanning, and
the PLC is connected with the induction power supply to realize
fully automatic production.
4. Vertical (quenching of shaft parts) + horizontal (quenching of
ring gear parts)
2. Simultaneous heating method
The simultaneous heating method is to heat and quench the surface
to be hardened at one time. This method is suitable for small
workpieces or workpieces with large size but small quenching area,
such as crankshafts, gears, etc. In mass production, in order to
give full play to the potential of the equipment and improve the
productivity, the simultaneous heating and quenching method should
be used as much as possible under the condition that the output
power of the equipment is sufficient. Its characteristics are: when
the frequency is constant, the heating temperature and depth depend
on the unit surface power and heating time, the operation is easy
to control, and the quality is stable. The cooling methods after
heating include immediate spray cooling and immersion cooling.
3. Continuous heating method
The continuous heating method is to make the inductor move relative
to the workpiece, and heat and quench the surface of the workpiece
in turn. This method is suitable for situations where the quenching
area is large and the equipment power cannot be guaranteed to be
heated at the same time, such as the quenching of shafts, machine
tool guides, and large-modulus gears. The productivity of this
method is low, but it can reduce the total power required for
workpiece heating and expand the scope of equipment application.
When a single piece is produced in small batches, the continuous
heating method is often used. If the power of the equipment is
insufficient when heating by this method, the preheating continuous
heating and quenching method can be used, that is, the use of the
inductor to move in the reverse direction for preheating, and then
immediately move forward for heating and quenching. The
characteristic of this method is that the heating temperature is
controlled by the moving speed of the workpiece under the condition
that the electrical parameters and the size of the inductor are
fixed.
4. Technical Parameter of High Frequency Induction Hardening
Quenching Machine:
Working voltage | 380V/50HZ |
Voltage range | 340V-420V |
DC power | 120KW |
DC current | 130A |
Oscillation frequency | 18-35KHZ |
Efficiency | 90% |
Duty cycle | 100% |
Weight | 230KG |
Dimension | 600*480*1360mm,800*500*580mm |
Cooling water flow | 0.2MPa-45L/Min,0.2MPa-55L/Min |
5. What are the advantages of induction hardening?
Induction hardening boosts throughput. It is an extremely fast and
repeatable process that integrates easily into production lines. It
is clean, safe and typically has a small footprint. Workpieces are
usually treated individually. This ensures that each separate
workpiece is hardened to its own precise specifications. The
optimized process parameters for each workpiece can be stored on
your servers. Since only the part of the component to be hardened
is heated, induction hardening is extremely energy-efficient.
![]() |