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PN 25IP65/67ATEX/IECExFDA/USP

BURKERT 20137594 Type 2100 Pneumatically Operated 2/2-Way Angle Seat Valve

BURKERT 20137594 Type 2100 pneumatically operated 2/2-way angle seat valve. Features stainless steel body, PTFE seal, weld end connection, and decentralized automation integration.

BURKERT 20137594 Type 2100 Pneumatically Operated 2/2-Way Angle Seat Valve

The BURKERT 20137594 Type 2100 is a pneumatically operated 2/2-way angle seat valve specially optimized for decentralized process automation. It fulfills the tough criteria in process environments. Its unique design allows easy integration of automation units in all expansion stages, from electrical/optical position feedback to pneumatic control and integrated fieldbus interface. Maximum service life and tightness are achieved by the proven self-adjusting V-seal packing gland. The highly integrated system of valve and automation unit is characterized by its compact and smooth design, integrated pilot air ducts, protection classes IP65/67, NEMA Type 4X, and high resistance to chemicals.

BURKERT 20137594 Type 2100 angle seat valve

Features

  • High flow rates
  • Long service life
  • Easy integration of automation units with ELEMENT
  • Flow-optimized stainless steel valve body with sleeve, clamp or weld connection
  • Suitable for steam

Product Overview

BURKERT 20137594 Type 2100 product overview 2/2-way valve

No.DescriptionNo.Description
1Transparent cap with position2Actuator cover
3Actuator housing4Relief bore
5Valve body6Flow direction marking
7Port connection8Body connection
9Actuator connection10Pilot air port 1
11Pilot air port 2

Product Identification

BURKERT 20137594 Type 2100 type label

No.DescriptionNo.Description
1Type2Control function
3Sealing material4Flow coefficient
5Maximum medium temperature6Manufacture code
7Derating see operating instructions8Flow direction
9Article number10Maximum operating pressure

General Technical Data

Product propertiesDescription
DesignAngle seat valve
Nominal diameterDN 10...DN 80, NPS 3/8...NPS 3 (SKU 20137594 is DN 40)
Safety settingNormally closed (control function A), normally open (control function B)
Flow directionFlow to open (below seat), flow to close (above seat)
Operating pressure0 bar(g)...25 bar(g), vacuum variants...-0.9 bar(g) (SKU 20137594 is 0-16 bar)
Nominal pressurePN 25 (DIN EN 1333), Class 150 (DIN EN 1759)
Pilot pressure2.5 bar(g)...10 bar(g)
Seat leakageLeakage rate A (DIN EN 12266-1), seat seal PTFE and PEEK, test medium air
Operating mediumSteam, water, neutral gases, alcohols, oils, fuels, hydraulic fluids, salt solutions, alkalis, organic solvents, oxygen and fuel gases
Medium temperature-40 °C...+230 °C (SKU 20137594 is -10 °C to 85 °C)
ViscosityMax. 600 mm²/s
Control mediumAir, neutral gases
Ambient temperature-10 °C...+100 °C
Degree of protectionIP65/67
Installation positionAs required, preferably with actuator in upright position

Materials

ElementMaterial
Actuator coverPPS
Actuator casingStainless steel 1.4561 (316Ti)
Piston sealFKM
SpringStainless steel 1.4310
Packing glandPTFE V-Rings (filled), with spring compensation
SpindleStainless steel 1.4401 (316)/1.4404 (316L)
Spindle guidePEEK
Swivel plateStainless steel 1.4401 (316)/1.4404 (316L)
Seat sealPTFE, PEEK (Option)
Valve bodyStainless steel CF3M

Principle of Operation

Flow Direction Below the Seat

Only use flow direction below the seat for liquid media, gases, and vapours. As the medium is present under the swivel plate, the operating pressure contributes to the opening of the valve.

BURKERT 20137594 Type 2100 flow direction below seat

Flow Direction Above the Seat

Only use flow direction above the seat for gases and vapours, and valves with control function A (closed by spring force in rest position). As the medium is present above the swivel plate, the operating pressure contributes to the closing of the valve. The operating pressure also supports the sealing of the valve seat.

BURKERT 20137594 Type 2100 flow direction above seat

WARNING

Risk of damage due to bursting pipes and bursting equipment when the flow is above the seat. In the case of liquid mediums, water hammer can occur causing pipes and the device to burst. Do not use valves with flow above the seat for liquid mediums.

Approvals and Conformities

  • Explosion Protection: EPS 18 ATEX 2 008 X II 2G Ex h IIC T4…T2 Gb / II 2D Ex h IIIC T135 °C…T300 °C Db. IECEx EPS 18.0007X.
  • Drinking Water: Suitable for use in drinking water applications. The materials comply with the assessment principles (UBA) for materials in contact with drinking water (TrinkwasserV).
  • Foods and Beverages/Hygiene: FDA – Code of Federal Regulations, USP (United States Pharmacopeial Convention), EC Regulation 1935/2004.

DANGER

Explosion Hazard due to Electrostatic Charging! If the device is used in a potentially explosive atmosphere, ensure proper grounding of the actuator and valve body to prevent electrostatic discharge. Follow all ATEX/IECEx guidelines provided in the supplementary instructions.