Stations: 7 Stations, Port Size: 03 (Rc3/8), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 7 Stations, Port Size: 04 (Rc1/2), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 8 Stations, Port Size: 03 (Rc3/8), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 9 Stations, Port Size: 03 (Rc3/8), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 9 Stations, Port Size: 04 (Rc1/2), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 10 Stations, Port Size: 03 (Rc3/8), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 10 Stations, Port Size: 04 (Rc1/2), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 11 Stations, Port Size: 03 (Rc3/8), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 11 Stations, Port Size: 04 (Rc1/2), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 12 Stations, Port Size: 03 (Rc3/8), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 12 Stations, Port Size: 04 (Rc1/2), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 1 Station, Port Size: 03 (Rc3/8), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 1 Station, Port Size: 04 (Rc1/2), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 1 Station, Port Size: B (Bottom Ported Rc1/2), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 3 Stations, Port Size: 04T (NPTF1/2), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 8 Stations, Port Size: 04 (Rc1/2), Option: SU (Built-in Silencer, Direct Exhaust from U Side)
Stations: 4 Stations, Port Size: 03 (Rc3/8), Option 1: SU (Built-in Silencer, Direct Exhaust from U Side)
SU P. PRESS. 1. 0 M Pa O U TPU T PRESS. 0. 0050. 2 M Pa M AD E I N J APAN So G No.
M ast er Pow er SU P. ( D C24V) PRO FI BU SD P Sl ave1 O t her D P equi pm ent Sl ave2 O t her D P equi pm ent The pressure proportional to the signal on the second side is obtained.
When atmospheric air cools it will reach a certain point at which it is saturaled with moisture, this is known \as the dew polnt. lf the air cools further it can no longer reiain all lhe moisture and th su|plus is expelled as Tminiature droplets to torm a condensate.