AVK GATE VALVE, PE PIPE ENDS, PN10

SDR11 PE100/PE100-RC pipe ends, ISO top flange, external PUR, replaceable stem sealing, NBR, DN80-300

Idriz Rahmanovic, Product Manager at AVK International

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Idriz Rahmanovic

Product Manager, Gas supply

Gate valve with PE pipes acc. to EN 1555-2 - PE 100 PN 10 SDR 11 pipes for gas -10°C to +20°C. Note: The maximum working temperature is set according to the ISO9080 lifetime requirements for PE pipes, and is therefore not the max. temperature for the valve.

AVK gate valves are designed with built-in safety in every detail and with full traceability of vital valve components. The wedge is fully vulcanized with AVK’s own oil and gas resistant NBR rubber compound. It features an outstanding durability due to the ability of the rubber to regain its original shape, the double bonding vulcanization process and the sturdy wedge design. The triple safety stem sealing system replaceable under pressure, the high strength stem and the thorough corrosion protection safeguard the unmatched reliability.

Variant 36/78-010
Connection: PE Pipe Ends
Material: Ductile Iron
DN: DN80 - DN300
Closing direction: Clockwise to Close

Features

  • Fixed, integral wedge nut prevents vibration and ensures durability
  • Fully vulcanized wedge with guide rails and integrated wedge shoes
  • Stainless steel stem with wedge stop and rolled threads for high strength
  • Full circle thrust collar provides fixation of the stem and low free running torques
  • Triple safety stem sealing with an NBR wiper ring and four NBR O-rings in a stem seal nut of dezincification resistant brass replaceable under pressure. A rubber manchette is the main seal to the flow.
  • Round NBR bonnet gasket fixed in a recess
  • Countersunk and sealed stainless steel bonnet bolts encircled by the bonnet gasket
  • Full bore 
  • Low operating torque 
  • Fusion bonded epoxy coating in compliance with DIN 3476 part 1 and EN 14901, PUR according to EN 10290 type 2, class B for extra cathodic protection externally
  • A standard PE pipe is pressed onto the grooved valve end, locked with a steel ring and sealed with a plastic shrink hose. The boltless, full bore PE end connection is fully tensile resistant and designed to meet all the criteria specified in DVGW G5600-1. The PE pipe end enables direct welding into PE pipes resulting in a fast and secure assembly.
    Note: For higher working temperatures expect a reduction of the PE pipe’s lifetime. Please refer to the local pipe manufacturer for further information.

Downloads

Datasheet
Environmental Product Declaration (EPD)
Appendix
Tender Text
Certificate(s)

Reference nos. and dimensions:

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AVK ref. no. DN
mm
Dd
mm
L (± tol)
mm
L1
mm
H
mm
H1
mm
H3
mm
D1
mm
D2
mm
Actuator
Flange
Theoretical
weight/kg
36-090-78-701 80 90 900 (20) 255 351 298 351 20 6 F10 20
36-110-78-701 100 110 860 (20) 265 334 276 401 20 6 F10 27
36-125-78-701 125 125 890 (20) 300 376 325 452 20 6 F10 39
36-160-78-701 150 160 1070 20) 265 448 376 545 20 6 F10 52
36-200-78-701 200 200 1100 (20) 300 562 472 677 20 6 F10 88
36-225-78-701 200 225 1100 (20) 265 562 472 696 20 6 F10 91
36-250-78-701 250 250 1280 (30) 270 664 555 810 30 8 F14 118
36-280-78-701 250 280 1360 (30) 365 664 555 823 30 8 F14 126
36-315-78-701 300 315 1420 (30) 265 740 630 924 30 8 F14 140
2D/3D drawings
Enquiry
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Components

1. Stem Stainless steel
2. Wiper ring NBR rubber
3. Stem seal nut Dezincification resistant brass
4. O-ring NBR rubber
5. Bonnet Ductile iron GJS-500-7 (GGG-50)
6. Thrust collar Dezincification resistant brass
7. Manchette NBR rubber
8. Bonnet bolt Stainless steel A2
9. Bonnet gasket NBR rubber
10. Wedge nut Dezincification resistant brass
11. Wedge Ductile iron, NBR encapsulated
12. Body Ductile iron GJS-500-7 (GGG-50)
13. Sleeve Carbon steel
14. Shrink hose Plastic
15. Pipe PE

Test/Approvals

  • Hydraulic test to DIN 3230-5, PG 3 and EN 13774, Hydraulic test to DIN 3230-5, PG 3 and EN 13774
  • Seat: 1.1 X PN and 0.5 with air (in bar). Body: 1.5 X PN with water, 1.1 X PN and 0.5 with air (in bar)
  • Approved according to DIN-DVGW Certificate NG-4313BO0281
  • Approved according to DVGW EC Certificate CE-0085BO0317

Standards

  • Designed according to EN 13774
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