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Bs 1873 Butt Weld Globe Valve Pn16 Dn100 Wcb Handwheel Steel Flange End Globe Valve

Bs 1873 Butt Weld Globe Valve Pn16 Dn100 Wcb Handwheel Steel Flange End Globe Valve

  • Bs 1873 Butt Weld Globe Valve Pn16 Dn100 Wcb Handwheel Steel Flange End Globe Valve
Bs 1873 Butt Weld Globe Valve Pn16 Dn100 Wcb Handwheel Steel Flange End Globe Valve
Product Details:
Place of Origin: China
Brand Name: TOBO
Certification: API ISO TS CE
Model Number: A351 CF8
Payment & Shipping Terms:
Minimum Order Quantity: 5Pcs
Price: Negotiation
Packaging Details: Carton, Ply-Wooden case or according to the clients request
Delivery Time: 10 working days
Payment Terms: L/C, T/T, Western Union
Supply Ability: 1000Pcs per Month
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Detailed Product Description
Name: Stainless Steel Flange End Globe Valve Material: A351 CF8
Ends: Flange Application: Gas,Oil,Water
Size: 1'' Advantage: Shorter Stroke
Tempreture: High Tempreture Stem Thread Position: Outside Screw Stem Globe Valve
High Light:

Bs 1873 Flange End Globe Valve

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Handwheel Steel Flange End Globe Valve

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Dn100 Flange End Globe Valve

BS 1873 BUTT WELD GLOBE VALVE PN16 DN100 WCB HANDWHEEL STEEL FLANGE END GLOBE VALVE

 

Description:

 

  • Standards
    1. Design and Manufacture: BS 1873 / ANSI B16.34
    2. Face to Face: ASME B16.10
    3. Flanged ends: ASME B16.5
    4. Inspection and test: API 598

    Features
    1. Straight patteren body design
    2. OS & Y,outside screw and yoke
    3. BB,Bolted bonnet
    4. Yoke intergral with bonnet
    5. Rising stem and handwheel
    6. Loose disc,choice of plug or ball
    7. Renewable seat ring
    8. Impact handwheel for 10″ & above
    9. Horizontal service
    10. Flanged or butt weld ends
    11. Available with gear operator

 

The globe valve for steam and high temperature has a rising rotating stem and handwheel. The offered cast iron globe valve is recommended for service in commercial and industrial applications, including hot and cold water, HVAC, steam, compressed air, gas and other general utility services. Globe valves are recommended for throttling or regulating flow.This globe valve has a body made of cast iron GG25 and a stainless seat.

This cast iron globe valve is used for throttling flow control. Shut off is accomplished by moving the disc against the flow stream rather than across it as in the case with a gate valve. The flow pattern through the cast iron globe valve for steam involves changes in direction, resulting in greater resistance to flow, causing high pressure drop.

The cast iron globe valve is used often in applications like Heating, water distribution and water at Min and max Temperatures between - 10°C to + 300°C.

The fluid does not get into contact with the valve stem. The valve is hermetically tight to the atmosphere. To improve operational safety, the valve is provided with additional stuffing-box packing. Specifications of the globe valve for steam:

  • Bolted bonnet and gland pack
  • Stainless steel seat
  • PN16 Flanges R.F.
  • Pressed seat
  • Grey painting RAL 7011-7012, 50-100µ thickness

During installation respect the flow direction indicated by the arrow, Keep greased the stem and Tighten the gland packing during the setting.

 

Bs 1873 Butt Weld Globe Valve Pn16 Dn100 Wcb Handwheel Steel Flange End Globe Valve 0

 

Valves Specification

 

Actuation handwheel
Connection for mounting between ANSI 150 and DIN PN 10/16 pipe flanges.
DN: 15, 20, 25, 32, 40, 50, 65, 80, 100, 125, 150, 200
PN: 16
Seal Material SS AISI 420
Tmax -10°C/+300°C
Valve Type Globe valve, rising stem

 

General specification

 

Material: Cast iron EN GJL-250
Applications: Cast iron globe valve - flanged - for steam and high temperature
P [bar] Max Pressure Ps : 16 bars, Steam : 10 bars maximum
Approvals:

 

  • Fabrication according to ISO 9001 :2015 and ISO 14001 : 2015
  • DIRECTIVE 2014/68/EU : CE N° 0062 Risk Category III module H
  • Certificate 3.1 on request
  • Tests according to EN 12266-1, rate A
  • Length according to EN 558 series 1 ( DIN 3202 F1 )
  • Flanges R.F. according to EN 1092-2 PN16
  • Approval certificate Polish PZH
  • Russian certification TRCU (marking and declaration EAC on request)

 

Construction of Globe Valve

 

Though the construction and design of globe valve is usually made according to the requirements, there are three main designs of the globe valve

  • Z-body type valve
  • Y-body type valve
  • Angle valve

Z-body type valve

 

This is the simplest and most commonly used design of globe valves, favorable for applications involving water flow. The name Z-shaped is derived from the Z shaped diaphragm or partition in the bulbous shaped body. The stem and the disc move at right angle to the valve body, aligning with the horizontally arranged seat. The stem passes through the bonnet attached to a wide opening at the top.

 

Y-body type valve

 

The Y-body type valve design is a solution to the problem of pressure drop which is commonly found in globe valves. In this design, the valve seat and stem are angled at approximately 45° to the valve axis. This results in a much straighter path for the fluid flow, providing a more pressure resistant environment inside the valve.

The Y-body valves are mainly suited for high pressure applications wherein problems related to pressure drop are common. However, in case of throttling purpose, the pressure resistance might not work effectively, especially if the valve is smaller in size. This is also because in smaller valves, the flow passage is not as carefully streamlined as that in larger vessels.

 

Angle Valve design

 

The angle globe valve is a modification of the design of the basic Z-shaped glove valve. The inlet and outlet ends are placed at right angles and the diaphragm is generally a simple flat plate. The fluid flows through the valve body in a right angled flow path and get discharged downwards in a more symmetrical manner. These characteristics are extremely important in applications involving high pressure. However, in moderate conditions the valve functions more or less similar to the Z Shaped Valve.

Globe valves are used for both low and high temperature applications. In low temperature applications the globe valves are so installed that the pressure is under the disk. This helps in easy operation of the valve and also for protecting the packing and preventing erosion to the seat and disk. For high temperature, the valves are so installed that the pressure is above the disk. This would prevent the steam below the disk from contracting upon cooling and tend to lift the disk off the seat.

Arrangement

Both the valve seat and the disc are arranged at right angle to the axis of the valve. The seat can either be screwed into the valve chest or can be a part of the body. The seating can either be flat or mitered and the stem would be threaded above or below the stuffing box. The spindle is held in the valve disc by a nut and the leakage is prevented using stuffing box, which is packed with packing material and gland.

 

Types of Discs

Mainly three main types of discs are used in globe valves.

  • The ball disk
  • The composition disk
  • The plug disk

Bs 1873 Butt Weld Globe Valve Pn16 Dn100 Wcb Handwheel Steel Flange End Globe Valve 1

Bs 1873 Butt Weld Globe Valve Pn16 Dn100 Wcb Handwheel Steel Flange End Globe Valve 2

 

Contact Details
TOBO STEEL GROUP CHINA

Contact Person: Amy

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