4624.2194 Leser United Kingdom Sales
If you are looking for a reliable supplier where you can purchase the 4624.2194 Safety Valve, you are in the right place. RADWARD sells all product groups belonging to the Leser brand in the United Kingdom market, with fast delivery times and competitive prices.
Request a price
Delivery time:
Determined at the time of quotation
VISA
Mastercard
Bank Transfer
Technical Specification
Compact Performance safety valve, Type 462, soft seal,
closed spring hood, gas-tight lifting H4, for vapors, gases and liquids
Technical Specification:
Order code output, line 1: K7SM33MB1K4ZH03I63J54X00V55V66
Order code output, line 2: L44J22MA3H01
E-body material: 1.4404 / 316L
1.4404 / 316L
Threaded connection entry: (V55)
External thread G 3/4 "according to DIN ISO 228-1
Threaded connection outlet: (V66)
Internal thread G 1 "according to DIN ISO 228-1
Nominal size inlet G 3/4 "
Nominal size outlet G 1 "
Pressure stage inlet PN 250
Pressure stage outlet PN 40
d0 (ASME-DIN) [mm] 9.0
Response pressure: 8.00
Pressure unit: bar-g
Response pressure [bar-g] 8.00
Response pressure in psi-g: 116.03
Cold set pressure [bar-g] 8.00
Cold Set Pressure [psi-g] 116.03
Operating temperature: 20
Temperature unit: ° C - Celsius
Operating temperature [° C] 20.00
Operating temperature in ° F: 68
Plate, metallic / mat .: (L44)
made of material 1.4404 / 316L
Soft seated disc: (J22)
with soft seal EPDM "D"
Sealing ring material: (MB1)
Sealing ring made of graphite / 1.4401
Pressure screw material: (K7S)
Pressure screw material: 1.4404 / 316L
Spring bonnet material: (J54)
Spring hood material 1.4408 / CF8M, cast design
Spring material (X00)
Standard material
Acceptance: (M33)
Proof of the test of the set pressure (TRB 513 4.2, TRD 504 3.3.4): EN
10204-3.2 (TÜV-Nord)
Material certification for: (H01)
Housing - position 1 with material quality certificate 3.1 according to DIN EN 10204
Documentation: (H03)
LESER CGA Certificate for Global Application acceptance test certificate 3.1 according to DIN
EN 10204
D / G coefficient of discharge: 0.83
Coefficient of discharge F: 0.61