Type 06205

Datasheet ID: IN_06205
Field of application chevron-down

Applications:

Provided as safety device for protection against excessive pressure in stationary and

moveable gas cylinders and pressure vessels. Approved for air and similar gases.

Working temperature: -20°C / -4°F (253K) up to +160°C / +320°F (433K), size d07 suitable for horizontal installation

Description chevron-down

Safety Valves, brass,

type tested TÜV-SV.1090 S/G

Standard safety valve

with FPM or PTFE valve seal, open bonnet,

with discharge holes, with lifting device

Inlet: male thread type G (BSPP) acc. to ISO 228/1

Part No. 06205.X.0000 with FPM seal (0.4 up to 35.0 bar)

Part No. 06205.X.0300 with PTFE seal (35.0 up to 43.0 bar)

Available options - on request only:

· external parts nickel plated

· EPDM seal up to +150°C / +302°F (423K)

Certificates chevron-down
Pressure Equipment Directive (2014/68/EU) chevron-down
License of Special Equipment (China) (TS) chevron-down
TÜV Verband (Approval mark number) chevron-down
Ukraine (Ukraine) chevron-down
Data sheets chevron-down
Operating Instructions chevron-down
Declarations of Conformity chevron-down
Pressure Equipment Directive (2014/68/EU) chevron-down
Pressure Equipment Safety Regulation 2016 (PESR 2016) chevron-down
More Information
Type (Series) 06205
Solution Air Gases, Industry
Solution Area Storage, Processes, Compressed Air, Steam, FKS
SKU IN_06205
Materials

Materials

DIN EN

ASME/ASTM

1

Body

CW614N

B 249 UNS C38500

2

Valve seal

FPM (Viton)

3

Disc

CW614N

B 249 UNS C38500

4

Stem

CW614N

B 249 UNS C38500

5

Bonnet

CW614N

B 249 UNS C38500

6

Spring

1.1200

A 227

7

Stem guide

PTFE

8

Lifting device

CW614N

B 249 UNS C38500

9

Closing cap

CW507L

B 36 UNS C26800

Versions

Type 06205

Technical data

Nominal size

GW

1/4

3/8

1/2

Orifice

d0

7

7

7

Dimension code

.X.

0200

0300

0704

Set pressure range

bar

0.4-43

0.4-43

0.4-43

Height

H

60

60

67

Length

L2

10

10

12

Wrench size across flats

S1

21

21

24

Weight

ca. kg

0.07

0.07

0.17

Coeff. of discharge from 3.0 bar

αw

0.60

0.60

0.60

?