| Kép | Név | Összefoglaló | Arajanlat |
|---|---|---|---|
 | 60DJ LZ | spring-loaded, to control an adjustable pressure DN 8, pe max. 100 mbar, Rp-internal thread, without … | |
| 60DJ Z | spring-loaded, to control an adjustable pressure DN 8, pe max. 100 mbar, Rp-internal thread, without … | |
 | GDJ 15R04-0 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 15R04-0L | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 15R04-0LZ | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 15R04-0Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 15R04-4 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 15R04-4LZ | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 15R04-4Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
 | GDJ 20R04-0 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
 | GDJ 20R04-0L | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 20R04-0LZ | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 20R04-0Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 20R04-4 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 20R04-4Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 25R04-0 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 25R04-0L | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 25R04-0LZ | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 25R04-0Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 25R04-4 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 25R04-4Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 40R04-0 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 40R04-0L | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 40R04-0LZ | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 40R04-0Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 40R04-4 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 40R04-4Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 50R04-0 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 50R04-0L | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 50R04-0LZ | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 50R04-0Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 50R04-4 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| GDJ 50R04-4Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
 | GIK 100F02-6 | For maintaining a constant pressure ratio 1:1 | |
| GIK 100F02-6L | For maintaining a constant pressure ratio 1:1 | |
| GIK 150F02-6 | For maintaining a constant pressure ratio 1:1 | |
| GIK 150F02-6L | For maintaining a constant pressure ratio 1:1 | |
 | GIK 15R02-5 | For maintaining a constant pressure ratio 1:1 | |
| GIK 15R02-5B | For maintaining a constant pressure ratio 1:1 | |
| GIK 15R02-5L | For maintaining a constant pressure ratio 1:1 | |
| GIK 15R02-5LB | For maintaining a constant pressure ratio 1:1 | |
| GIK 20R02-5 | For maintaining a constant pressure ratio 1:1 | |
| GIK 20R02-5B | For maintaining a constant pressure ratio 1:1 | |
| GIK 20R02-5L | For maintaining a constant pressure ratio 1:1 | |
| GIK 20R02-5LB | For maintaining a constant pressure ratio 1:1 | |
| GIK 25R02-5 | For maintaining a constant pressure ratio 1:1 | |
| GIK 25R02-5B | For maintaining a constant pressure ratio 1:1 | |
| GIK 25R02-5L | For maintaining a constant pressure ratio 1:1 | |
| GIK 25R02-5LB | For maintaining a constant pressure ratio 1:1 | |
| GIK 40R02-5 | For maintaining a constant pressure ratio 1:1 | |
| GIK 40R02-5B | For maintaining a constant pressure ratio 1:1 | |
| GIK 40R02-5L | For maintaining a constant pressure ratio 1:1 | |
| GIK 40R02-5LB | For maintaining a constant pressure ratio 1:1 | |
| GIK 50R02-5 | For maintaining a constant pressure ratio 1:1 | |
| GIK 50R02-5B | For maintaining a constant pressure ratio 1:1 | |
| GIK 50R02-5L | For maintaining a constant pressure ratio 1:1 | |
| GIK 50R02-5LB | For maintaining a constant pressure ratio 1:1 | |
| GIK 65F02-6 | For maintaining a constant pressure ratio 1:1 | |
| GIK 65F02-6L | For maintaining a constant pressure ratio 1:1 | |
| GIK 80F02-6 | For maintaining a constant pressure ratio 1:1 | |
 | GIKH 25R02-5 | For maintaining a constant pressure ratio 4:1 | |
| GIKH 25R02-5B | For maintaining a constant pressure ratio 4:1 | |
| GIKH 25R02-5L | For maintaining a constant pressure ratio 4:1 | |
 | J78R 0 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| J78R 0-L | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| J78R 0-LZ | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| J78R 0Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| J78R 1 | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| J78R 1-L | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| J78R 1-LZ | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
| J78R 1Z | Spring-loaded with inlet pressure compensation and zero shut-off, external vent line not required, to control an adjustable pressure | |
 | JSAV 100F40-0 | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 100F40-0Z | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
 | JSAV 25R40/1-0 | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 25R40/1-0Z | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 25R40/2-0 | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 25R40/2-0Z | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 40F40/1-3 | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 40F40/1-3Z | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 40F40/2-3 | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 40F40/2-3Z | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
 | JSAV 40R40/1-3 | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 40R40/1-3Z | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 40R40/2-3 | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 40R40/2-3Z | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 50F40-0 | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 50F40-0Z | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 80F40-0 | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
| JSAV 80F40-0Z | For the protection of all valves connected downstream of a gas pressure regulator against a too high pressure, a purge pipe is not required, EC type tested and certified | |
 | VAR 100F05-1 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 100F05-1Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 100F05-2 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 100F05-2Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
 | VAR 25R05-1 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 25R05-1Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 25R05-2 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 25R05-2Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 40F05-1 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 40F05-1Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 40F05-2 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 40F05-2Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 40R05-1 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 40R05-1Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 40R05-2 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 40R05-2Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 50F05-1 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 50F05-1Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 50F05-2 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 50F05-2Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 65F05-1 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 65F05-1Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 80F05-1 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 80F05-1Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 80F05-2 | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
| VAR 80F05-2Z | For maintaining constant pressures in gas consumption equipment or for relieving brief pressure surges in control systems. | |
 | VGBF 100F05-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 100F05-3V | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 100F05-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 100F05-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 100F10-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 100F10-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 100F10-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 100F40-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 100F40-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 150F05-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 150F05-3V | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 150F05-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 150F05-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 150F10-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 150F10-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 150F10-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
 | VGBF 15R40-1 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 15R40-1Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 25R10-1 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 25R10-1Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 25R40-1 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 25R40-1Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40F05-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40F05-3V | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40F05-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40F05-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40F10-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40F10-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40F10-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40F40-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40F40-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40R10-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40R10-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40R40-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 40R40-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 50F05-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 50F05-3V | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 50F05-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 50F05-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 50F10-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 50F10-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 50F10-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 50F40-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 50F40-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 65F05-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 65F05-3V | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 65F05-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 65F05-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 80F05-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 80F05-3V | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 80F05-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 80F05-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 80F10-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 80F10-3VZ | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 80F10-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 80F40-3 | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
| VGBF 80F40-3Z | Spring-loaded with inlet pressure compensation and zero shut-off, to control gas pressure | |
 | VSBV 25R40-4 | To avoid temporary pressure increase from fast closing solenoid valves and leakage of the gas pressure regulators, EC type tested and certified | |
| VSBV 25R40-4Z | To avoid temporary pressure increase from fast closing solenoid valves and leakage of the gas pressure regulators, EC type tested and certified |
