F.R.L.>

Serie FRL

>T210
T210

V + F + R + L

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V + F + R + L
V + F + R + L
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Código  Diseño 3D Medida Rosca Filtración Regulación Caudal A B C D W J K L O P
T210 205 111 110     V+F+R+L 2 1/2 5 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 111 210     V+F+R+L 2 1/2 5 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 112 110     V+F+R+L 2 1/2 5 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 112 210     V+F+R+L 2 1/2 5 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 121 110     V+F+R+L 2 1/2 5 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 121 210     V+F+R+L 2 1/2 5 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 122 110     V+F+R+L 2 1/2 5 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 122 210     V+F+R+L 2 1/2 5 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 131 110     V+F+R+L 2 1/2 5 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 131 210     V+F+R+L 2 1/2 5 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 132 110     V+F+R+L 2 1/2 5 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 132 210     V+F+R+L 2 1/2 5 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 141 110     V+F+R+L 2 1/2 5 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 141 210     V+F+R+L 2 1/2 5 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 142 110     V+F+R+L 2 1/2 5 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 142 210     V+F+R+L 2 1/2 5 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 211 110     V+F+R+L 2 1/2 20 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 211 210     V+F+R+L 2 1/2 20 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 212 110     V+F+R+L 2 1/2 20 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 212 210     V+F+R+L 2 1/2 20 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 221 110     V+F+R+L 2 1/2 20 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 221 210     V+F+R+L 2 1/2 20 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 222 110     V+F+R+L 2 1/2 20 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 222 210     V+F+R+L 2 1/2 20 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 231 110     Download V+F+R+L 2 1/2 20 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 231 210     V+F+R+L 2 1/2 20 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 232 110     V+F+R+L 2 1/2 20 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 232 210     V+F+R+L 2 1/2 20 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 241 110     V+F+R+L 2 1/2 20 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 241 210     V+F+R+L 2 1/2 20 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 242 110     V+F+R+L 2 1/2 20 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 242 210     V+F+R+L 2 1/2 20 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 311 110     V+F+R+L 2 1/2 50 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 311 210     V+F+R+L 2 1/2 50 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 312 110     V+F+R+L 2 1/2 50 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 312 210     V+F+R+L 2 1/2 50 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 321 110     V+F+R+L 2 1/2 50 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 321 210     V+F+R+L 2 1/2 50 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 322 110     V+F+R+L 2 1/2 50 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 322 210     V+F+R+L 2 1/2 50 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 331 110     V+F+R+L 2 1/2 50 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 331 210     V+F+R+L 2 1/2 50 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 332 110     V+F+R+L 2 1/2 50 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 332 210     V+F+R+L 2 1/2 50 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 341 110     V+F+R+L 2 1/2 50 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 341 210     V+F+R+L 2 1/2 50 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 342 110     V+F+R+L 2 1/2 50 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 342 210     V+F+R+L 2 1/2 50 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 305 111 110     V+F+R+L 3 1/2 5 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 111 210     V+F+R+L 3 1/2 5 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 112 110     V+F+R+L 3 1/2 5 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 112 210     V+F+R+L 3 1/2 5 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 121 110     V+F+R+L 3 1/2 5 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 121 210     V+F+R+L 3 1/2 5 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 122 110     V+F+R+L 3 1/2 5 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 122 210     V+F+R+L 3 1/2 5 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 131 110     V+F+R+L 3 1/2 5 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 131 210     V+F+R+L 3 1/2 5 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 132 110     V+F+R+L 3 1/2 5 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 132 210     V+F+R+L 3 1/2 5 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 141 110     V+F+R+L 3 1/2 5 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 141 210     V+F+R+L 3 1/2 5 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 142 110     V+F+R+L 3 1/2 5 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 142 210     V+F+R+L 3 1/2 5 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 211 110     V+F+R+L 3 1/2 20 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 211 210     V+F+R+L 3 1/2 20 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 212 110     V+F+R+L 3 1/2 20 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 212 210     V+F+R+L 3 1/2 20 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 221 110     V+F+R+L 3 1/2 20 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 221 210     V+F+R+L 3 1/2 20 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 222 110     V+F+R+L 3 1/2 20 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 222 210     V+F+R+L 3 1/2 20 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 231 110     V+F+R+L 3 1/2 20 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 231 210     V+F+R+L 3 1/2 20 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 232 110     V+F+R+L 3 1/2 20 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 232 210     V+F+R+L 3 1/2 20 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 241 110     V+F+R+L 3 1/2 20 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 241 210     V+F+R+L 3 1/2 20 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 242 110     V+F+R+L 3 1/2 20 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 242 210     V+F+R+L 3 1/2 20 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 311 110     V+F+R+L 3 1/2 50 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 311 210     V+F+R+L 3 1/2 50 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 312 110     V+F+R+L 3 1/2 50 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 312 210     V+F+R+L 3 1/2 50 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 321 110     V+F+R+L 3 1/2 50 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 321 210     V+F+R+L 3 1/2 50 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 322 110     V+F+R+L 3 1/2 50 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 322 210     V+F+R+L 3 1/2 50 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 331 110     V+F+R+L 3 1/2 50 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 331 210     V+F+R+L 3 1/2 50 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 332 110     V+F+R+L 3 1/2 50 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 332 210     V+F+R+L 3 1/2 50 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 341 110     V+F+R+L 3 1/2 50 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 341 210     V+F+R+L 3 1/2 50 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 342 110     V+F+R+L 3 1/2 50 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 342 210     V+F+R+L 3 1/2 50 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
Código Diseño 3D Medida Rosca Filtración Regulación Caudal A B C D W J K L O P
T210 205 111 110 V+F+R+L 2 1/2 5 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 111 210 V+F+R+L 2 1/2 5 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 112 110 V+F+R+L 2 1/2 5 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 112 210 V+F+R+L 2 1/2 5 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 121 110 V+F+R+L 2 1/2 5 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 121 210 V+F+R+L 2 1/2 5 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 122 110 V+F+R+L 2 1/2 5 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 122 210 V+F+R+L 2 1/2 5 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 131 110 V+F+R+L 2 1/2 5 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 131 210 V+F+R+L 2 1/2 5 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 132 110 V+F+R+L 2 1/2 5 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 132 210 V+F+R+L 2 1/2 5 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 141 110 V+F+R+L 2 1/2 5 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 141 210 V+F+R+L 2 1/2 5 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 142 110 V+F+R+L 2 1/2 5 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 142 210 V+F+R+L 2 1/2 5 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 211 110 V+F+R+L 2 1/2 20 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 211 210 V+F+R+L 2 1/2 20 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 212 110 V+F+R+L 2 1/2 20 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 212 210 V+F+R+L 2 1/2 20 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 221 110 V+F+R+L 2 1/2 20 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 221 210 V+F+R+L 2 1/2 20 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 222 110 V+F+R+L 2 1/2 20 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 222 210 V+F+R+L 2 1/2 20 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 231 110 Download V+F+R+L 2 1/2 20 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 231 210 V+F+R+L 2 1/2 20 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 232 110 V+F+R+L 2 1/2 20 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 232 210 V+F+R+L 2 1/2 20 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 241 110 V+F+R+L 2 1/2 20 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 241 210 V+F+R+L 2 1/2 20 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 242 110 V+F+R+L 2 1/2 20 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 242 210 V+F+R+L 2 1/2 20 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 311 110 V+F+R+L 2 1/2 50 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 311 210 V+F+R+L 2 1/2 50 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 312 110 V+F+R+L 2 1/2 50 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 312 210 V+F+R+L 2 1/2 50 µm 0÷2 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 321 110 V+F+R+L 2 1/2 50 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 321 210 V+F+R+L 2 1/2 50 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 322 110 V+F+R+L 2 1/2 50 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 322 210 V+F+R+L 2 1/2 50 µm 0÷4 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 331 110 V+F+R+L 2 1/2 50 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 331 210 V+F+R+L 2 1/2 50 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 332 110 V+F+R+L 2 1/2 50 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 332 210 V+F+R+L 2 1/2 50 µm 0÷8 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 341 110 V+F+R+L 2 1/2 50 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 341 210 V+F+R+L 2 1/2 50 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 342 110 V+F+R+L 2 1/2 50 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 205 342 210 V+F+R+L 2 1/2 50 µm 0÷12 Bar 2200 NI/min 254 244.5 59 254 1/2" 234 32.5 Ø X M5 32 38.5
T210 305 111 110 V+F+R+L 3 1/2 5 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 111 210 V+F+R+L 3 1/2 5 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 112 110 V+F+R+L 3 1/2 5 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 112 210 V+F+R+L 3 1/2 5 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 121 110 V+F+R+L 3 1/2 5 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 121 210 V+F+R+L 3 1/2 5 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 122 110 V+F+R+L 3 1/2 5 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 122 210 V+F+R+L 3 1/2 5 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 131 110 V+F+R+L 3 1/2 5 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 131 210 V+F+R+L 3 1/2 5 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 132 110 V+F+R+L 3 1/2 5 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 132 210 V+F+R+L 3 1/2 5 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 141 110 V+F+R+L 3 1/2 5 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 141 210 V+F+R+L 3 1/2 5 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 142 110 V+F+R+L 3 1/2 5 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 142 210 V+F+R+L 3 1/2 5 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 211 110 V+F+R+L 3 1/2 20 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 211 210 V+F+R+L 3 1/2 20 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 212 110 V+F+R+L 3 1/2 20 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 212 210 V+F+R+L 3 1/2 20 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 221 110 V+F+R+L 3 1/2 20 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 221 210 V+F+R+L 3 1/2 20 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 222 110 V+F+R+L 3 1/2 20 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 222 210 V+F+R+L 3 1/2 20 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 231 110 V+F+R+L 3 1/2 20 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 231 210 V+F+R+L 3 1/2 20 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 232 110 V+F+R+L 3 1/2 20 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 232 210 V+F+R+L 3 1/2 20 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 241 110 V+F+R+L 3 1/2 20 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 241 210 V+F+R+L 3 1/2 20 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 242 110 V+F+R+L 3 1/2 20 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 242 210 V+F+R+L 3 1/2 20 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 311 110 V+F+R+L 3 1/2 50 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 311 210 V+F+R+L 3 1/2 50 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 312 110 V+F+R+L 3 1/2 50 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 312 210 V+F+R+L 3 1/2 50 µm 0÷2 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 321 110 V+F+R+L 3 1/2 50 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 321 210 V+F+R+L 3 1/2 50 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 322 110 V+F+R+L 3 1/2 50 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 322 210 V+F+R+L 3 1/2 50 µm 0÷4 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 331 110 V+F+R+L 3 1/2 50 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 331 210 V+F+R+L 3 1/2 50 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 332 110 V+F+R+L 3 1/2 50 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 332 210 V+F+R+L 3 1/2 50 µm 0÷8 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 341 110 V+F+R+L 3 1/2 50 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 341 210 V+F+R+L 3 1/2 50 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 342 110 V+F+R+L 3 1/2 50 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
T210 305 342 210 V+F+R+L 3 1/2 50 µm 0÷12 Bar 3900 NI/min 301 273 70 295 1/2" 274 38 Ø X M6 38.5 45
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