AVK CHANNEL PENSTOCK WITH NON-RISING STEM

For embedding in concrete, AISI 304, EPDM

Alex Philo Invicta Valves AVK

Alex Philo

Product Manager Penstocks

AVK channel penstock with non-rising stem - For embedding in concrete - AISI 304 for water and wastewater treatment

AVK channel penstocks are square or rectangular with resilient sealing on three sides of the slide. They are as standard uni-directional up to and including 1000 X 1000 and bi-directional in larger sizes. The penstocks are with non-rising stem and closed frame, and are designed for open channel installations embedded in concrete. AVK channel penstocks are also available with rising stem, and for wall mounting as well as for face mounting in existing channel. All penstocks in the comprehensive product range feature a low leakage rate and a reliable operation.

Variant 772/7172-001
Material: Stainless Steel

Features

Fulfills requirements of Directive 95/9/CE (ATEX), Group II Category 2 (Zone 1)

Lower leakage rate than max. allowable in DIN 19569-4 (class 5): 1,20 L/min. per seating meter

Self-supporting closed frame design

Self-cleaning guides and slide bearings of HMWPE (high molecular weight polyethylene) reduce the friction during operation resulting in easy operation and extended seal durability

Self-adjusting “lip-design” sealing of EPDM mounted on the slide offers easy access to maintenance

Frame and slide of stainless steel AISI 304 and stem of stainless steel AISI 303

All fasteners of stainless steel A2

Delivered with handwheel as standard up to and including 1400X1400, in larger sizes with bevelgear  

Downloads

Related Datasheets
Price list
Datasheet

Components

1. Frame Stainless steel 304
2. Slide Stainless steel 304
3. Guide PE
4. Slide bearing PE
5. Seal EPDM
6. Seal retainer Stainless steel 304
7. Bottom seal EPDM
8. Bottom seal retainer Stainless steel 304
9. Stem Stainless steel 303
10. Stem nut Bronze
11. Yoke Stainless steel 304
12. Stem nut bracket Stainless steel 304
13. Handwheel Aluminium

Standards

  • Designed according to DIN 19569-4
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