Air Pilot Operated

"A" End AXT 334-16-1 10 Bushing.Body t2\ axT 334-22-6 1 1 Cushion-Pilot Covea A' End axT 3s4-12.1 PILOT COVER '1" enol"a" ero '124 Type "O" w/o Operators d(4) Screws (ea.) 12) Alum. D.C. PC 0102-1 I N 124 Typ "N". w/operator & (4)Screws (ea.) (2) Alum. D.C. PC 01031 r2c Type "B" w/o Operalor. w/(4) Screws (ea.) Alum. D.C. PiJ0112. 12D Type "4" . w/Operalor & {4) Screvr's (ea.) Alum.

Vacuum

Reed switch: D-90, D-97 (With lamp) Solid state auto switch: D-FgN (3-wire type, NPN, W/LED D-FgP (3-wire type, PNP, MLED) D-FgB (2-wire type, w/LED) bing system for vacuum entry (Pad dia.: 02-o50) ) thread mounting> Cap porting The piston rod on the vacuum side is not projected externally. The vacuum entry tube does not move under operaticn of the piston.

Air Pilot Operated Series NVSA

"A" End AXT 334-16-1 10 Bushing.Body t2\ axT 334-22-6 1 1 Cushion-Pilot Covea A' End axT 3s4-12.1 PILOT COVER '1" enol"a" ero '124 Type "O" w/o Operators d(4) Screws (ea.) 12) Alum. D.C. PC 0102-1 I N 124 Typ "N". w/operator & (4)Screws (ea.) (2) Alum. D.C. PC 01031 r2c Type "B" w/o Operalor. w/(4) Screws (ea.) Alum. D.C. PiJ0112. 12D Type "4" . w/Operalor & {4) Screvr's (ea.) Alum.

LEJ-OM002xx

(Resolution:262144 p/rev) Power consumption[W] Note6) Horizontal 65 80 Vertical 165 235 Standby power consumption when operating[W] Note7) Horizontal 2 2 Vertical 10 12 Max. instantaneous power consumption[W] Note8) 445 725 specification Type Note9) No excitation operating type Lock Holding force [N] 67 101 203 220 330 660 Power consumption [W] at 20Note10) 6.3 7.9 Rated voltage [VDC] 24

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

Green -- F-2815-251-B80-NOR-W - $1.40 F-2815-251-B85-NOR-W - $1.40 .030 Beige F-2815-301-NORYL - $0.50 F-2815-301-B80-NORYL - $1.35 F-2815-301-B85-NORYL - $1.35 .035 Dk.

AC Servo Motor Driver (MECHATROLINK-II type)

Example: Set 20 W (100 W 20%) for the 100-W external Regenerative resistor with natural convection cooling method: Pn600 = 2 (unit: 10 W) Note 1. If Pn600 is not set to the optimum value, alarm A.320 will occur. 2.

AC Servo Motor Driver (MECHATROLINK-III type)

Example: Set 20 W (100 W 20%) for the 100-W external Regenerative resistor with natural convection cooling method: Pn600 = 2 (unit: 10 W) Note 1. If Pn600 is not set to the optimum value, alarm A.320 will occur . 2.

Vacuum Unit Ejector / Vacuum Pump System

Note 9) Select L, L#, or W for (6) Wiring Combinations for the single unit model.

Vacuum Unit Ejector / Vacuum Pump System

Note 9) Select L, L#, or W for (6) Wiring Combinations for the single unit model.