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Bürkert Angled valve 287564 2060 Enclosure material Stainless steel Sealant FKM 1 pc(s)
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Part number:
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Technical specifications
- Drive size 130 mm
- Control air connection type: Internal thread
- Type
2060
- Product type
Angled valve
- Enclosure material
Stainless steel
- Connection
G 1/8
- Max. operating pressure
17 bar
- Operation
pneumatic
- Thread size
2 1/2 inch
- Manufacturer part #
287564
- Drive size Ø
130 mm
- Operating pressure (min.)
0 bar
- Sealant
FKM
- Function
2/2-way
- Media temperature (range)
-10 up to +185 °C
- Max. media temperature
+185 °C
- Media temperature (min.)
-10 °C
- Medium
Compressed air
- KV value
1583.33 l/min
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 2482714 Bürkert Angled valve 287564 2060 Enclosure material Stainless steel Sealant FKM 1 pc(s)
Description
The pneumatically actuated, stainless steel angled seat valve is suitable for use in the most demanding process environments. The proven self-adjusting spindle seal ensures high tightness and at the same time the highest service life. The stainless steel drive was developed for demanding applications. High cleanability and stability are made possible by laser welding. With the intake air, the drive can be operated independantly of the environment, in order to achieve optimum service life and hygiene. High flow rates can be achieved via the optimized stainless steel angled housing. A wide range of accessories is available as part of the Bürkert process valve kit. All wetted parts comply with EC directive 1935/2004, variants with FDA conformity are available on request, explosion-proof versions are also available.
This text is machine translated.
This text is machine translated.
Features
- Low-flow stainless steel housing with various cable connections
- Highest life span through proven components
- Drive in stainless steel suitable for demanding environments
- Modular accessory range with lift limit and feedback signal available
Hints
The kv factor indicates the volume flow through a valve, measured in litres/min at 1 bar and at a water temperature between 5 and 30°C. The QNn factor indicates the gas volume flow, measured in litres/min