RS PRO, 1/2 in BSP Carbon Steel Y Strainer

RS kataloški broj:: 720-9308robna marka: RS PRO
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Tehnička dokumentacija

Tehnički podaci

Proizvođač

RS Pro

Strainer or Filter

Strainer

Suitable Media

Air, Oil, Water

Connection

1/2 in BSP

Body Material

Carbon Steel

Connection Size

1/2in

Maximum Working Pressure

25 bar

Minimum Working Pressure

17bar

Thread Standard or Connection Type

BSP

Working Pressure Range

17 → 25 bar

Zemlja podrijetla

Portugal

Detalji o proizvodu

Y-type Strainer for Steam Services

These Y-type strainers are designed to protect traps, regulating valves and piping from dirt which might cause damage and consequent energy loss of fluid systems.

Informacije o stanju skladišta trenutno nisu dostupne.

Provjerite ponovno kasnije.

Informacije o stanju skladišta trenutno nisu dostupne.

€ 125,00

komadno (bez PDV-a)

€ 156,25

komadno (s PDV-om)

RS PRO, 1/2 in BSP Carbon Steel Y Strainer

1

Dostupno u više komada 1
1€ 125,00
2€ 250,00
3€ 375,00
4€ 500,00
5€ 625,00
6€ 750,00
7€ 875,00
8€ 1.000,00
9€ 1.125,00
10€ 1.250,00
11€ 1.375,00
12€ 1.500,00
13€ 1.625,00
14€ 1.750,00
15€ 1.875,00

€ 125,00

komadno (bez PDV-a)

€ 156,25

komadno (s PDV-om)

RS PRO, 1/2 in BSP Carbon Steel Y Strainer
Informacije o stanju skladišta trenutno nisu dostupne.

1

Dostupno u više komada 1
1€ 125,00
2€ 250,00
3€ 375,00
4€ 500,00
5€ 625,00
6€ 750,00
7€ 875,00
8€ 1.000,00
9€ 1.125,00
10€ 1.250,00
11€ 1.375,00
12€ 1.500,00
13€ 1.625,00
14€ 1.750,00
15€ 1.875,00

Tehnička dokumentacija

Tehnički podaci

Proizvođač

RS Pro

Strainer or Filter

Strainer

Suitable Media

Air, Oil, Water

Connection

1/2 in BSP

Body Material

Carbon Steel

Connection Size

1/2in

Maximum Working Pressure

25 bar

Minimum Working Pressure

17bar

Thread Standard or Connection Type

BSP

Working Pressure Range

17 → 25 bar

Zemlja podrijetla

Portugal

Detalji o proizvodu

Y-type Strainer for Steam Services

These Y-type strainers are designed to protect traps, regulating valves and piping from dirt which might cause damage and consequent energy loss of fluid systems.