Yx53-102 Squareness Down Pipe Roll Forming Machine

Model NO.: YX53-102
Customized: Customized
Advantage: Easy to Maintenance
Condition: New
Trademark: SAIBO
Transport Package: No Packing
Specification: CE SGS
Origin: Jiangsu, China
HS Code: 84552210
Profile drawing:
Yx53-102 Squareness Down Pipe Roll Forming Machine

Product Description
Product name: Down pipe roll forming machine, down pipe forming machine, tube forming machine.

Product Description
Down pipe forming machine mainly consists of decoiler, roll forming system, cutting equipment, protective guard, hydraulic system, control system, and product supporter. Curving pipe forming machine is the complementary equipment for down pipe forming machine. It can make curve for down pipe to meet the requirement of practical engineering projects.

Features
1. High efficiency: Capable of producing down pipes with any length.
2. Good appearance: The color of down pipe can be in accordance with the house
3. Easy installation and long lifetime.

II: Details of each composition
A: Roll forming main machine
1: Coil width: Depend on profile
2: Working speed: 8m_10m/min (not contain cutting)
3: Roll station: 20stations
4: Material of roller: 45#forge steel, polished and coated with chrome
5: Material of main shaft: 45forge steel diameter roller: 56mm
6: Main power: 3kw
7: Forming thickness: 0.5mm color steel
8: Transmission: By Chains
9: Size of machine: About 8500 x 1000 x 1200 (L x W x H)
10: Weight: About 4500Kgs
11: Color: Blue and yellow (also can change depend on customer request)
10: Cutting:
(1)Flat-sheet cutting: It is used when changing the coil of raw material; It can cut the coil rapidly and time-saving.
(2)Cutting after forming: Cut the sheet after roll forming to required length
(3)Cutting motion: The main machine automatically stops and the cutting will take place. After the cutting, the main machine will automatically start.
(4)Material of blade: CR12with heat treatment
(5)Length measuring: Automatic length measuring
(6)Tolerance of length: +/- 1.5mm

B. Uncoiler
Dimensions: 1700mm*1000mm*800mm
Width of feeding: 500mm
Capability: 3 Ton
Bound of expand &fight: 450mm_550mm
Mode of expand &fight: Inner expand &fight by manual
Way of feeding: Manual

C: Control panel Panasonic
(1)Voltage, Frequency, Phase: 380 V, 50 Hz, 3Phase (this is can depend on customer request)
(2)Automatic length measurement:
(3)Automatic quantity measurement
(4)Computer used to control length & quantity. Machine will automatically cut to length and stop when required quantity is achieved
(5)Length inaccuracy can be amended easily.
(6). Control panel: Button-type switch and touch screen
(7)Unit of length: Millimeter (switched on the control panel)

D: Hydraulic station
1: Hydraulic station power: 7.5kw
2: Hydraulic pressure: 12Mpa

E: Down pipe elbow machine:
1: Control system: Strong electrical current
2: Main motor power: 2.2kw
3: Max bend angle: 900
4: Function: Bend and fasten at the same time
5: Dimension of the machine: 1300 mm× 650 mm× 1500 mm
6: Speed of bend: 20-25m/ min

F: Manual out table:
(1)Jointed by 60mm*40mm tube
(2)Size: 1.0m long*0.8mwide*0.6-1mhigh
(3)One out table with two support roller.

Plug valves are valves with cylindrical or conically tapered "plugs" which can be rotated inside the valve body to control flow through the valve. The plugs in plug valves have one or more hollow passageways going sideways through the plug, so that fluid can flow through the plug when the valve is open. Plug valves are simple and often economical.

When the plug is conically tapered, the stem/handle is typically attached to the larger diameter end of the plug. Plug valves usually do not have bonnets but often have the end of the plug with the handle exposed or mostly exposed to the outside. In such cases, there is usually not much of a stem. The stem and handle often come in one piece, often a simple, approximately L-shaped handle attached to the end of the plug. The other end of the plug is often exposed to the outside of the valve too, but with a mechanism that retains the plug in the body.

The simplest and most common general type of Plug Valve is a 2-port valve with two positions: open to allow flow, and shut (closed) to stop flow. Ports are openings in the valve body through which fluid can enter or leave. The plug in this kind of valve has one passageway going through it. The ports are typically at opposite ends of the body; therefore, the plug is rotated a fourth of a full turn to change from open to shut positions. This makes this kind of plug valve a quarter-turn valve. There is often a mechanism limiting motion of the handle to a quarter turn, but not in glass stopcocks.

Slightly conically tapered metal (often brass) plug valves are often used as simple shut-off valves in household natural gas lines.

It is also possible for a plug valve to have more than two ports. In a 3-way plug valve, flow from one port could be directed to either the second or third port. A 3-way plug valve could also be designed to shift flow between ports 1 and 2, 2 and 3, or 1 and 3, and possibly even connect all three ports together. The flow-directing possibilities in multi-port plug valves are similar to the possibilities in corresponding multi-port ball valves or corresponding multi-port valves with a rotor. An additional possibility in plug valves is to have one port on one side of the plug valve and two ports on the other side, with two diagonal and parallel fluid pathways inside the plug. In this case the plug can be rotated 180° to connect the port on the one side to either of the two ports on the other side.

Stopcocks used in laboratory glassware are typically forms of conically tapered plug valves. When fused with the glassware, the valve bodies are made of glass. Otherwise, they can be made of an inert plastic such as Teflon. The plugs can be made of a similar plastic or glass. When the plug is made of glass, the handle and plug are fused together in one piece out of glass. When glass is used for both the stopcock body and the plug, the contacting surfaces between them are special ground glass surfaces (see Laboratory glassware) often with stopcock grease in between. Special glass stopcocks are made for vacuum applications, such as in use with vacuum manifolds. Stopcock grease is always used in high vacuum applications to make the stopcock air-tight. Also if the plug valve is "locked" from being in the open or closed position for an extended amount of time lubricant can be added through the greaser with the valve in service.


Plug Valve

Flanged Plug Valve, Stainless Steel Plug Valve, Pressure Balanced Plug Valve

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