Delivery Time:90 working days
Certification:ISO

 Electricity hot pipe bending / middle frequency induction heating pipe bender

Specification

Model	WGYC-426	Wall thickness	8-60mm
Bending diameter	108-426mm	Control method	CNC control
Bending radius	2-5D	Pushing force	Oil cylinder
Bending angle	0-90 degree	Principle	Induction heating

Description

Rectification control adopts newly all digital trigger technology, high loading capacity and reliability.

Complete protection functions for over-current protection, over-voltage protection, controlling power supply low voltage protection etc.

Induction coils adopt whole heterotype copper pipe winding, tidy and beauty, precise sizes, high mechanical strength, high electrical efficiency.

Hydraulic station adopts well-known variable displacement piston pump. Flow control adopts high precision converter for low flow automatic control.

Computer control system uses industrial computer control system. The user interface friendly system uses high-speed 400MHZ RISC CPU. The memory is 2GB and the hard disk is 500GB.

Heating power supply control mode: automatic and manual.

Principle

Induction bending is a method that allows the bending of any material that conducts electricity. This technology applies a bending force to a material that has been locally heated-up by an eddy current induced by a fluctuating electromagnetic field.

Application

This complete set of induction heating pipe bending machine is widely used in:

Petrochemical

Power generation

Chemical

Oil and gas

Ship building

Construction

Areospace

Competitive Advantage

Large-tonnage hydraulic or chain type mechanical pipe pushing, stable pipe bending process.

Adjustable bending arm adapts to different radius adjustment.

Siemens PLC programmable control on radius adjustment, bending angle, speed of bending, heating temperature and cooling water control.

PLC industrial computer used for integrated monitor of technological parameters of the bent pipe to ensure the consistency of the bending.

Large memory can store various groups of technology.

Cost efficiency. Straight material is less costly than standard components (e.g. elbows) and bends can be produced faster than standard components can be welded.

Stable running during the whole processing period.

Elbows can often be replaced by larger radius bends, reducing friction, wear and required pump capacity.

Detailes Image

  Advanced pipe bending technology for your choice!