Multistage Ejector (N)ZL Series Multistage Ejector (N)ZL112 with Valve and (N)ZL212 Large Flow Type (N)ZL Series 3 Stage Construction Optional Supply & Release Valves Optional Pressure Sensors Series (N)ZL Multistage Ejector Energy saving, high flow, 3 stage diffuser construction Suction flow rate increased 250% and air consumption reduced 20% with 3 stage diffuser construction (Versus 1.3, single stage model) 1 stage
If the variable orifice is closed (turn the adjustment knob counterclockwise), all LED's are off. d When opening the variable orifice (turn the adjustment knob clockwise) the LED's will light up in the following order: Red 1, Red 2, Green 1, Green 2 f When the LED Green 1 is on, the output is energized.
1 EJECTOR MULTISTAGE Multistage Ejector Series ZL112/212 Energy-saving, large flow rate, 3 stage diffuser construction ZX Suction flow rate increased 250% and air consumption reduced 20% with 3 stage diffuser construction (Versus 1.3, one stage model) 1 stage perf stage perfor ormance mance 1 stage performance Vacuum pressure ZR Q1 Q2 Q3 ZM Q1 Q2 Q3 Maximum suction flow rate (l/min (ANR))
Specifications Wetted Parts Material AZ3652 Select compatible materials of construction for the gas Vacuum to 250 psig (1.7 MPa) 375 psig (2.6 MPa) 750 psig (5.1 MPa) -40 to 71 C (No freezing) AZ4652 S 316L SS Electropolish + Passivation Ni-Co Alloy PCTFE (Option: Polyimide) Operating Parameters Gas Operating pressure Proof pressure Burst pressure Ambient and operating temperature Cv Wetted
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g
0.12% (Full span)/C?2%F.S. 1 digitkPa Note 5) Minimum display: 10 to 50C (No condensation)IP65350 g