Pipe End Forming Machine with Three Servo Motor (TEF508CPV)

TEF508CPV Automatic Tube End Finish Machine
Description: Automatic Tube End Finish Machine
Model: TEF508CPV
Application:Used for deburring,flaring,Beading for Inside and outside of metal round tube end.
Introduce:
Using the tube end-finishing machines, the ends can be prepared with a bead or flare, or simply deburred and squared. Each machine is capable of performing all of these functions -a change of tooling is all that is required to switch from one function to another.
Main Specification:

1. Dimensions: Long X Wide X High=580X820X1200mm
2. Weight: 350 kg
3. Power supply: 380V±10%, 50Hz/60Hz, three phase
4. Power: 4.5 KW
5. Air pressure: 0.4-0.8MPa;
6. Clamping mode: pneumatic;
7. Clamping force: >=10KN;
8. Rotation axis: servo motor, 2.0kw;
9. Forward axis: servo motor, 2.0kw;
10. Tube position axis: servo motor, 0.2kw;
11. Coaxial of rotation spindle with clamping shaft: ≤0.02 mm;
12. Forward axis positioning accuracy: ≤0.01 mm;
13. Forward axis repeat positioning accuracy: ≤0.01 mm;
14. Rotation axis deflection: ≤0.01 mm;
15. Control mode: digital control;
16. Control variables:

• Clamp opening, closing,
• Rotation axis direction and speed;
• Forward axis origin, enable position,feed positon,limit position, speed;
• Position axis origin,feed position,speed;
• Positioner plate opening, closing;

Capacity:

1. Tube OD of chamfer/squaring/deburring: Φ6-50mm;
2. Tube WT of chamfer/squaring/deburring: ≤10mm;
3. Tube OD of flaring: Φ 3-50 mm;
4. Tube WT of flaring:Stainless steel 0.4 ~ 1mm, Aluminum alloy 0.5 ~ 1.5mm;
5. Flaring method: eccentric inner diameter rotary swage;
6. Tube OD of beading: Φ6-45 mm;
7. Tube WT of beading: stainless steel: ≤0.5mm, aluminum alloy: ≤ 1mm;
8. Beading method: inner diameter rotary swage;
9. Tube min clamp: 10mm (flare tube is based on material and wall thickness);
10. Tube material: all kinds of titanium alloys, stainless steel, aluminum alloy;

Features:

1. One clamping can be completed squaring, deburring, inside and outside chamfering at the same time.
2. After quick change dies, it can complete the tube flaring processing and beading.
3. Cylinder clamping function, make the fitting clamping tight. Clamping with buffer, avoid damaging the tube.
4. Thin clamp and thin dies, the minimum length of tube is 10mm, which is the first and best level.
5. Forward axis: feed distance digital control, driven by the absolute value servo motor, guarantee the accuracy and safety.
6. Rotation axis: rotation speed digital control, driven by the absolute value servo motor, the speed is continuously variable adjustable, suitable for the processing of different materials.
7. Tube position axis: fixed length digit control, driven by the absolute value servo motor, ensure that the tube end is in the length to ensure repeatability.
8. Automatic operation enable foot switch to start, automatic feed, automatic reset.
9. Flaring center is a eccentric shaft, one specification of the flaring center can make a variety of sizes, a variety of wall thickness of tube flaring processing.
10. The dies for chamfer&deburing&squaring can be directly use flaring Dies, reducing dies specification, and reducing the time of replacing.

Main Components:

1. The spindle on the top, opening is very good, especially suit for bended complex shaped tube.
2. Servo control of motor, to achieve the spindle high precision control.
3. Clamp on the machine cabinet front, it can clamping minimum 10mm straight tube. The clamp is placed on the outside, the main shaft is located at the top, and the volume is less than the clamp shape, so the machine is very open, the tube end processing of complex tubing is guaranteed.
4. The clever design chip groove in clamp, lead the dust smoothly into waste box.
5. Tube feed stopper: when the spindle forward, stopper automatic rise. Feed length is digital adjustable.
6. Organic glass protective cover/waste box, It is the best protection for personnel, and can collect the waste.

Tooling:

1. Flaring center: Is a eccentric shaft, one specification of the flaring center can make a variety of sizes, a variety of wall thickness of tube flaring processing.
2. Flaring dies: The dies for chamfer&deburing&squaring can be directly use flaring Dies, reducing dies specification, and reducing the time of replacing.
3. The squring&deburing head design is smart, the blade position can be adjusted, one set of blade can complete squring, deburing, chamfer for different tube dimension with wall thickness. 
   
4. Beading head is used with beading tip or beading arbor, the minimum can complete the 6mm tube beading. 
   

TEF508CPV Automatic Tube End Finish Machine
Description: Automatic Tube End Finish Machine
Model: TEF508CPV
Application:Used for deburring,flaring,Beading for Inside and outside of metal round tube end.
Introduce:
Using the tube end-finishing machines, the ends can be prepared with a bead or flare, or simply deburred and squared. Each machine is capable of performing all of these functions -a change of tooling is all that is required to switch from one function to another.
Main Specification:

1. Dimensions: Long X Wide X High=580X820X1200mm
2. Weight: 350 kg
3. Power supply: 380V±10%, 50Hz/60Hz, three phase
4. Power: 4.5 KW
5. Air pressure: 0.4-0.8MPa;
6. Clamping mode: pneumatic;
7. Clamping force: >=10KN;
8. Rotation axis: servo motor, 2.0kw;
9. Forward axis: servo motor, 2.0kw;
10. Tube position axis: servo motor, 0.2kw;
11. Coaxial of rotation spindle with clamping shaft: ≤0.02 mm;
12. Forward axis positioning accuracy: ≤0.01 mm;
13. Forward axis repeat positioning accuracy: ≤0.01 mm;
14. Rotation axis deflection: ≤0.01 mm;
15. Control mode: digital control;
16. Control variables:

• Clamp opening, closing,
• Rotation axis direction and speed;
• Forward axis origin, enable position,feed positon,limit position, speed;
• Position axis origin,feed position,speed;
• Positioner plate opening, closing;

Capacity:

1. Tube OD of chamfer/squaring/deburring: Φ6-50mm;
2. Tube WT of chamfer/squaring/deburring: ≤10mm;
3. Tube OD of flaring: Φ 3-50 mm;
4. Tube WT of flaring:Stainless steel 0.4 ~ 1mm, Aluminum alloy 0.5 ~ 1.5mm;
5. Flaring method: eccentric inner diameter rotary swage;
6. Tube OD of beading: Φ6-45 mm;
7. Tube WT of beading: stainless steel: ≤0.5mm, aluminum alloy: ≤ 1mm;
8. Beading method: inner diameter rotary swage;
9. Tube min clamp: 10mm (flare tube is based on material and wall thickness);
10. Tube material: all kinds of titanium alloys, stainless steel, aluminum alloy;

Features:

1. One clamping can be completed squaring, deburring, inside and outside chamfering at the same time.
2. After quick change dies, it can complete the tube flaring processing and beading.
3. Cylinder clamping function, make the fitting clamping tight. Clamping with buffer, avoid damaging the tube.
4. Thin clamp and thin dies, the minimum length of tube is 10mm, which is the first and best level.
5. Forward axis: feed distance digital control, driven by the absolute value servo motor, guarantee the accuracy and safety.
6. Rotation axis: rotation speed digital control, driven by the absolute value servo motor, the speed is continuously variable adjustable, suitable for the processing of different materials.
7. Tube position axis: fixed length digit control, driven by the absolute value servo motor, ensure that the tube end is in the length to ensure repeatability.
8. Automatic operation enable foot switch to start, automatic feed, automatic reset.
9. Flaring center is a eccentric shaft, one specification of the flaring center can make a variety of sizes, a variety of wall thickness of tube flaring processing.
10. The dies for chamfer&deburing&squaring can be directly use flaring Dies, reducing dies specification, and reducing the time of replacing.

Main Components:

1. The spindle on the top, opening is very good, especially suit for bended complex shaped tube.
2. Servo control of motor, to achieve the spindle high precision control.
3. Clamp on the machine cabinet front, it can clamping minimum 10mm straight tube. The clamp is placed on the outside, the main shaft is located at the top, and the volume is less than the clamp shape, so the machine is very open, the tube end processing of complex tubing is guaranteed.
4. The clever design chip groove in clamp, lead the dust smoothly into waste box.
5. Tube feed stopper: when the spindle forward, stopper automatic rise. Feed length is digital adjustable.
6. Organic glass protective cover/waste box, It is the best protection for personnel, and can collect the waste.

Tooling:

1. Flaring center: Is a eccentric shaft, one specification of the flaring center can make a variety of sizes, a variety of wall thickness of tube flaring processing.
2. Flaring dies: The dies for chamfer&deburing&squaring can be directly use flaring Dies, reducing dies specification, and reducing the time of replacing.
3. The squring&deburing head design is smart, the blade position can be adjusted, one set of blade can complete squring, deburing, chamfer for different tube dimension with wall thickness. 
   
4. Beading head is used with beading tip or beading arbor, the minimum can complete the 6mm tube beading. 
   

Valves are found in virtually every industrial process, including water and sewage processing, mining, power generation, processing of oil, gas and petroleum, food manufacturing, chemical and plastic manufacturing and many other fields.

People in developed nations use valves in their daily lives, including plumbing valves, such as taps for tap water, gas control valves on cookers, small valves fitted to washing machines and dishwashers, safety devices fitted to hot water systems, and poppet valves in car engines.

In nature there are valves, for example one-way valves in veins controlling the blood circulation, and heart valves controlling the flow of blood in the chambers of the heart and maintaining the correct pumping action.

Valves may be operated manually, either by a handle, lever, pedal or wheel. Valves may also be automatic, driven by changes in pressure, temperature, or flow. These changes may act upon a diaphragm or a piston which in turn activates the valve, examples of this type of valve found commonly are safety valves fitted to hot water systems or boilers.

More complex control systems using valves requiring automatic control based on an external input (i.e., regulating flow through a pipe to a changing set point) require an actuator. An actuator will stroke the valve depending on its input and set-up, allowing the valve to be positioned accurately, and allowing control over a variety of requirements.

Valves

Stop Valves, Ball Cock, Angle Valves, Gate Valves, Check Valves

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