Automatic PLC Control Hydraulic Boiler Tube Expanding Machine Power Tool Driven Heat Exchanger Tube Expander with End Forming

• Customization: Available
• After-sales Service: Provided
• Applicable Material: Stainless Steel
• Model NO.: Electric-powered Hydraulic Tube Expander
• Drive Mode: Hydraulic
• Warranty: 1 Year
• Application: Tube Expanding Machine
• Fuel: Hydraulic
• Material: Stainless Steel
• Standard or Non: Standard
• Power: Electric
• Transport Package: 1 Set/Case by Plywood Case
• Specification: 830*1110*1150mm
• Trademark: SUNCENTER
• Origin: China
• Production Capacity: 100 Sets/Month

Product Description

Electric-powered Hydraulic Tube Expander









This Electric powered hydraulic tube expander is a special equipment used to expansion jointing tubes and tube sheet in the manufacture of boilers, heat exchangers, condensers, high pressure heaters and other equipment. The equipment can reliably expand heat exchange tubes of various specifications and materials, and is especially suitable for the expansion of thick tube sheets and large-diameter tube heat exchangers.
Working Principle

This equipment adopts hydraulic expansion joint method. The electric motor in the hydraulic power pack drives the hydraulic pump to pressurize the water or hydraulic oil, then the high-pressure hydraulic pressure is delivered to the expanding-handle, and finally reaches the expanding-rob. The expanding-rob is expanded under the drive of high hydraulic pressure to complete expansion-joint.

Features

1. Hydraulic expansion joint, there is no oil pollution at the expansion joint, and the welding after expansion is not affected
2. Automatic water replenishment, automatic cooling
3. PLC control, the outlet pressure can be set accurately
4. Maximum outlet pressure up to 350Mpa
5. Pressure-holding function, the pressure-holding time can be selected arbitrarily from 0.1 to 50 seconds
6. Electrical protection device built-in
7. Expanding-handle weight is 0.8Kg only, easy to operate
8. It can work continuously, one person can continuously expand and connect, and can expand 6-8 tubes per minute

Composition
The Hydraulic tube expander is composed of hydraulic control system, pressure amplification system and hydraulic expansion-joint control system.

Components
The Hydraulic tube expanding machine includes three main components:

• Hydraulic power pack: generate and output high hydraulic pressure
• Expanding-handle
• Hydraulic expanding-rod:

The one-piece hydraulic expanding-rod is composed of high-strength alloy steel core rod and high-pressure resistant elastic rubber. The integrated design can withstand ultra-high pressure without using seals. It is easy to use and has high work efficiency. It uses the radial pressure generated by the high-pressure hydraulic pressure input from the hydraulic power pack to the elastic rubber body to expand tubes on the tube sheet, so that the pipe material undergoes plastic deformation, so as to realize the expansion joint between tubes and the tube sheet.

Maximum outlet pressure	350Mpa	Expanding handle weight	0.8Kg
Tube's outer diameter	≥5mm	Hydraulic power pack dimension	126x96x150cm
Tube sheet's thickness	≥6mm	Hydraulic power pack weight	450Kg
shell of tube	0.2 - 18 mm	Motor power	5.5KW
Expansion length	6 - 4600 mm	Total power	6.5KW
Connector of expanding-rob	M10X1 (mm)	Hydraulic pump flow rate	10L/min
Tube sheet holes roughness	6.3μm	Liquid tank	100L
Expansion-joint medium	water or oil	Electric power	380V
Expansion-joint efficiency	5-8 tubes/minute	Control mode	PLC with touch screen

Operation Instructions

1. Turn on "Power" button.
2. Set pressure value in touch screen.
3. Evacuate the air in the high-pressure hose and the expanding-rod:
4. The operation method of the expanding- rod: insert expanding-rod into tube until the expansion position, press the switch on the expanding-handle and then release it. At this time, the "boost" indicator light is on, and the machine starts to automatically control the expansion process; When the pressure reaches your preset pressure value, the boosting stops, and it automatically enters the depressurizing state. At this time, the "depressurization" indicator lights up; after the depressurization is completed, the expansion rod can be pulled out. Then expand the next tube, and so on.

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