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we source chromed bar and tubes for hydualic and pheumatic cylinders. Additionally, all our manufacturing procedures are in compliance with ISO9002 specifications. our products are offering properly in the American, European, South American and Asian markets. Pinch Roll amp Laying Head for Wire Rod Creation Line
1. EPTT Programs
The pinch roller and the laying head have been set after the h2o-cooling program of the finishing mills. The pinch roll will grip the function piece and deliver it into the laying head to prolong the wire rods into 1080mm spiral coils with rotation just before they were sent to the cooling system.
two. EPTT parameters
two.one Pinch Roll

  1. Enter Dimension: AElig5.five~ AElig16mm
  2. Input Pace: ~90m/s
  3. Pinch Roll Collar: AElig183/ AElig87.32 acute72mm
  4. MaXiHu (West Lake) Dis.mum Grip Drive: 3000N
  5. MaXiHu (West Lake) Dis.mum Line Speed: 115m/s
  6. EPTT Ratio: .1056
  1. EPTT Type: Z4-250-twelve DC
  1. EPTT EPTT: DC160kW
  2. EPTT Revolving Velocity: 1500/2100 r/min

2.2 Laying Head

  1. Laying Head Product: Horizontal Laying Head, Slant Angle:fifteen deg
  2. Wire Rod Diameter: AElig5.five~ AElig16mm
  3. Coil Diameter: AElig1080mm
  4. MaXiHu (West Lake) Dis.mum Laying Pace: 115m/s
  5. EPTT Ratio: .5820896
  6. EPTT Product: Z4-280-forty two DC
  1. EPTT EPTT: DC250kW
  2. EPTT Revolving Velocity: one thousand/1800r/min

two.three Lubrication: Slim Oil CEPTTr Lubrication
Oil Pressure: .35MPa
Consumption: 200L/min
Oil Type: Mobil 525
Cleanness:10m
2.four Pinch Roll Cooling H2o: Water Strain: .6MPa(Turbid Circulating Water)
Consumption: 10m3/h
2.5 Laying Head Cooling Drinking water: Water Stress: .two~.4MPa(Clear Circulating Drinking water)
Intake: 10mthree/h
three. The Structural Characteristics of the Pinch Roll
Pinch roll and laying head are two individual areas which closed hooked up to each and every other. The pinch roll was established at the entrance of the laying head to grip the work piece and feed it into the laying head. The laying head then will increase the wire rods into 1080mm spiral coils and send them to the following cooling method.
The double roll pinch roll with a horizontal cantiEPTT framework can clamp EPTTltaneously by the EPTT of the air cylinder. The pinch roll itself was EPTTed by a DC motor and a two-phase EPTT box. Two rolls ended up installed separately on two diverse swinging arms and EPTTn by a cylinder-crank program to clamp. To make confident that the rolling piece would not be above-rolled, the clamp pressure can be preset and adjusted. The adjustable restrainer can assure two rolls continue to be untouched from every other with a minimum cEPTTr length amongst two rolls and a maXiHu (West Lake) Dis.mum opening degree. The entire body box of the pinch roll was welded and the EPTTs and substantial pace filmatic bearings inside had been cEPTTr lubricated by thin oil. The pinch roll will remain working during everyday works and its speed was deterEPTTd by the actual continuing procedures although the rolling piece it carries could be clamped by the head, the unusual or the EPTT procedure.
The laying head is horizontal and tilted fifteen deg downward. The main laying system was one particular laying tube set up on the cEPTTr shaft and the EPTT method. The cEPTTr rotating shaft was EPTTed by a pair of EPTTl EPTTs and one particular DC motor. The laying tube can rotate at a particular pace as preset to lay coils with typical diameter.
The cEPTTr rotating shaft of the laying head is made up of two parts, the spinning head and the hollow shaft with a tube was inserted in. The cooling jacket was mounted between the tube and the hollow shaft to steer clear of the warmth EPTT to the bearings connected to the hollow shaft.
The body box of the laying head was welded and the EPTTs and bearings within have been cEPTTr lubricated by slender oil.
The spinning head was coated by the drum shell of the laying head for defense which also tilting downward. There are a 2-3mm space among the inner diameter of the safety shell and the external diameter of the spinning head to make positive that the spinning head can work. The leading of the shell could be opened by two are cylinders to substitute the laying tube. But the shell must remain closed whilst operating.
For all other components on the cEPTTr shaft that rotate aEPTT with the shaft, they should all operate a static harmony test prior to installation and modify the weigEPTT according to the conditions. Then a 700r/min dynamic harmony test with the accuracy over G2.5 degree. Right after the installation of the EPTT program, a examination run is essential to make positive the vibration on two various places remain significantly less that 4.5mm/s. The take a look at spots are found on the two bearing caps at each and every aspect of the cEPTTr shaft.
Because of the tilt, a block should be welded on the base foundation to immobilize the EPTT box of the laying head.

  in Jodhpur India  sales   price   shop   near me   near me shop   factory   supplier Wire Rod Laying Head Pipe Supplier manufacturer   best   Cost   Custom   Cheap   wholesaler

  in Jodhpur India  sales   price   shop   near me   near me shop   factory   supplier Wire Rod Laying Head Pipe Supplier manufacturer   best   Cost   Custom   Cheap   wholesaler