C500-DA Special I/O Unit Analog Output C500-DA103.
Output: 4 pts.
Specification: -10~+10V.C500-IA I/O Unit AC Input 16 pts C500-IA121(3G2A5-IA121).
AC100-120V 10mA.Model : CV500-CN432.
Cable I / O connection.
40M cable length.CV500-CN Cable Motion Control Connecting Cables 4 m CV500-CN424Model: C500-AE001(3G2A5-AE001) C500-PS221 OMRON.
Output line driver converts the input open-collector output incremental encoder form, taking the position control unit
C500-PS221Available on either 3.5” or 5.25” floppy disks.Connector 24 PIN Crimp Type C500-CE242Model: C500-CN422.
C500-CN Cable Position Control Unit Connecting Cable: To connect C500-TU002-E 4m C500-CN422.I/O Cable (for I/O to Interface Racks) 0.6 m (L) CV500-CN612CPU Bus Cable (Expansion CPU Rack) 0 C500-PS221 OMRON. 3 m (L) CV500-CN311Model : C500-BP001.
Optional extension cable is necessary..I/O Interface UnitCV500-VP CPU Bus Unit Personal Computer Unit Main Mem CV500-VP227-E.
8-MB memory; w/floating-point processor.C1000H-CP CPU 62 k words 1024 pts C1000H-CPU01-EV1.C500-ID I/O Unit DC Input 64 pts C500-ID212(3G2A5-ID212).
DC24V 10mA.C500-DA/3G2A5-DA Special I/O Unit Analog Output C500-DA003(3G2A5-DA003) C500-PS221 OMRON.
Output: 2 pts.
Specification: 0~+5V.Model: C500-CPU11-V1.
C500-CP CPU CPU MODULE JAPANESE C500-CPU11-V1Model : CVM1D-PA212.
12A.
Attach two things in the same format in each base Please you.CV500-RT SYSMAC BUS Remote I/O Slave Unit (wired) CV500-RT221.
Wire Type.Model : CVM1D-CPU21.
For duplex system requires two.C500-OD I/O Unit Transistor Output 32 pts C500-OD218.
DC12~24V 0.3A.C500-ID Special I/O Unit ID Sensor Unit Long-distance C500-IDS22.Model: C500-BC081(3G2A5-BC081).
8 slots(3 llinkable slots) C500-PS221.
No. of I/O slots: 11 slots.Model : C500-LK103.
PCF.SYSMAC LINK Units can be powered up two units in one unit.
One cable included with feeder.C500-OD I/O Unit Transistor Output 16 pts C500-OD411(3G2A5-OD411).
DC12~48V 1A C500-PS221. CV500-FH SYSMAC BUS PC Unit Floppy/Hard Disk Drive For 200 VAC CV500-FHD02.Model: C1000H-TER01.
Each node requires one of the ends of the network.