CRT1-OD16SL | OMRON CompoNet Gateway Unit for CC-Link CRT1-OD16SL

Product name: CS1 Expansion Backplanes.
Specifications: For both CS/C200H-series,
Units; 5 slots.
Mountable configuration units:
Basic I/O Units, CS-series Basic I/O Unit,
Yes; C200H series Basic I/O Unit, Yes;
C200H Group-2 High density I/O Unit, Yes.
Special I/O Units: CS-series Special I/O Unit,
Yes; C200H series Special I/O Unit, Yes CRT1-OD16SL.
CPU Bus Units: CS-series CPU Bus Unit, Yes.
Current consumption: 5V system, 0.23A;
26 V system, --.
Standards: U, C, N, L, CE CRT1-OD16SL.
Multi-application Controllers:
From High-performance Machine C,
Highly Reliable Process Control. Output method: Relay.
Inputs: 24.
Outputs: 16.UM: 15.2K words OMRON CRT1-OD16SL.
DM: 6K words.
EM: 6K words.
Instruction processing time (basic instructions): 0 CRT1-OD16SL.15 µ.s min.
No. of I/O points: 1, 184 points.
Max. no.of con-necting Expansion I/O Racks: 3 Racks.
Max. no. of connecting High-density I/O Units(i.e., Group-2): Unavailable OMRON CRT1-OD16SL.
Max. no. of con-necting Special I/O Units: 10.
RS-232C: NO.Communications protocol: Dedicated CompoBus/S protoco.
Code: Manchester code.Model: C200H-ID212.
No. of inputs: 16 pts.
Input voltage: 24VDC, +10%/–15%.
Input current: 7mA, 24VDC.
Isolation: Photo-coupler OMRON CRT1-OD16SL.
Indica-tor: LED.
External connec-tions: Remove-able termi-nal blocks.
Inputs percom-mon: 16 pts.
Internal currentcon-sump-tion: 10mA max.Model: Unit version 1.2.
NJ system: CPU Rack;Expansion Rack,
Not supported.
CJ1 system: CJ1 system, Expansion Backplane,
8 Units (per CPU Unit).
CP1H system: CP1H PLC, 2 Units.
NSJ system: Controller NSJ, Not supported;
Expansion Backplane, 8 Units.
New Controller Link Units,
Now with 4,000 Send Words.
The Controller Link is an FA,
network that can send and receive,
large amounts of data easily,
and at high speed.
The Controller Link supports data,
links that enable sharing,
data between PLCs and computers,
and a meessage service that enables,
sending and receiving data whenever required CRT1-OD16SL.
Systems can be flexibly built by using Repeater,
Units to enable T-branches, long-distance wiring,
and converting part of the network to optical cable.