C200H-DIN01 Omron, C200H-DIN01 Datasheet

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C200H-DIN01

Manufacturer Part Number
C200H-DIN01
Description
C200H DIN RAIL ADAPTER
Manufacturer
Omron
Datasheet

Specifications of C200H-DIN01

Lead Free Status / Rohs Status
Lead free / RoHS Compliant
Output rating
Output capacity
24 VDC service power
RUN output contact
Power supply model
See page
Configuring a CS1D System
This section provides tools to configure a CS1D system. Included in this section are:
Power and Expansion Selection
Tools are provided to calculate the total current consumption of a
CS1D system. With this information, the proper power supply can
be selected. When the number of modules or power requirements
exceeds the capability of the power supplies available, I/O expansion
racks solve the problem. If the number of modules in the CPU rack
exceeds 5 or the current consumption is greater than the capacity of
the power supply units, use the CPU and expansion rack
configuration.
What is a CS1D Duplex system?
A CS1D system consists of two duplex power supplies, two duplex
CPUs, one duplex unit, one duplex CPU backplane, and up to 5
basic I/O, special I/O and CS1 CPU bus units. See page C-218.
What goes on a CS1D expansion rack?
The CS1D expansion rack contains two duplex power supplies, an
expansion CS1D I/O backplane, basic I/O units, special I/O units and
CS1 CPU bus units. See page C-219.
Where are ratings to calculate overall
current consumption?
The current consumption ratings for the CPU are on pages C-223 to
C-224. Basic I/O, special I/O and CS1 CPU bus units are collected in
the tables on pages C-161 to C-165.
What power supply is available for a CS1D system?
Only one power supply is available for the CS1D system. The same power supply is used in the CPU and expansion racks.
Input Voltage
How many expansion racks can be used?
The CS1D system can be expanded using CS1D expansion racks or CS1D long distance expansion racks. The maximum
number of expansion racks in any CS1 system will depend on the combination of these racks.
The following table outlines all acceptable combinations.
Note: On a CS1D long distance configuration, the following units are required:
Combination of Expansion Racks
Maximum expansion racks per CPU
Maximum distance from CPU rack
CS1W-IC102 – I/O control unit. One unit mounted on the CPU rack.
CS1W-II102 – I/O interface unit. One unit mounted on each CS1 expansion rack.
See page C-222 to select the appropriate I/O connecting cables.
CS1D Expansion Racks Only
7
12 m
100 to 240 VAC
7 A, 5 VDC
35 W
No
Yes
CS1D-PA207R
C-218
C S 1 D S Y S T E M C O N F I G U R A T I O N
I/O Allocations
In CS1D PLC systems, part of the I/O memory is allocated to basic,
special I/O and CS1 CPU bus units. This section describes in detail
how each of these units is allocated in the I/O memory.
Units in a CS1D System Configuration
Use this section to determine which units and peripheral devices
can be used to configure a CS1D Duplex system.
CS1D Long Distance Expansion Racks
7
90 m
C-207

Related parts for C200H-DIN01

C200H-DIN01 Summary of contents

Page 1

Configuring a CS1D System This section provides tools to configure a CS1D system. Included in this section are: Power and Expansion Selection Tools are provided to calculate the total current consumption of a CS1D system. With this information, the proper ...

Page 2

CPU Selection This section describes the CPUs and memory cards for a CS1D system. How many I/O points are needed? Number of I/O CPU models ...

Page 3

Basic I/O Selection This section describes the standard, high-density and mixed I/O modules, terminal blocks and cables used in a CS1D system. Input Configuration What input voltage do you need? DC Type Model number See page AC Type Model number ...

Page 4

Are terminal blocks and connection cables necessary? Input modules with points have removable terminal blocks that accept direct ...

Page 5

Mixed I/O Configuration What input voltage and transistor output type (NPN or PNP) do you need? Input Voltage 5 VDC Sinking outputs (NPN) CS1W-MD561 Sourcing outputs (PNP) – How many input/output points are required? Choose from the available point densities ...

Page 6

... Servo or stepper systems that accept pulse-train inputs can be controlled with these modules. Configure a complete system by combining these parts: • Position control module (CS1W-NC • Omron SMARTSTEP or W-Series servo drive or any manufacturer’s servo/stepper drive. Module Output CS1W-NC113 ...

Page 7

High-Speed Counter Modules The high-speed counter modules count pulse signal inputs that are too fast to be detected by normal input units. Module Max. Input Frequency CS1W-CT021 50 kHz - 500 kHz with Line Driver Input CS1W-CT041 50 kHz - ...

Page 8

... The final key to this capability is Omron’s unique middleware product called FINS (Factory Intelligent Network Service) that allows messages and information to be seamlessly routed across and up to three networks ...

Page 9

... Examine the realities and costs involved in building the network communications that let you integrate plant floor data with front office systems. Two considerations move to the top of the list: flexibility to handle changing requirements easily and the ability to integrate legacy products. The table below clarifies the advantages of Omron’s approach. Comparison of Omron’s Data Link to Traditional Block Transfer ...

Page 10

CS1D Programmable Controller Industrial Networks and Communications Note: Only CS1 Basic and High-density I/O modules as well as Special I/O modules can be used with the CS1D. Please refer to the appropriate I/O section for more information. Seamless Network Environments ...

Page 11

J System Configuration A CS1D System can be configured as either a CS1D Du- plex System or a CS1D Simplex System. J CS1D Duplex Systems A CS1D System with two CPU Units mounted is called a CS1D Duplex System. Duplex ...

Page 12

... CPUs, Power Supply Units, and Backplanes. S CS--series and C200H Expansion Backplanes cannot be connected. CS1D-series Backplanes must be used. S C200H I/O and communication modules cannot be used. (They cannot be mounted to CPU Racks, Expansion Racks, or Long-distance Expansion Racks.) J CS1D CPU Racks Name ...

Page 13

J CPU Rack + CS1D Expansion Racks Use the following CS1D Expansion Backplane. Name Model number CS1D Expansion Backplane CS1D-BI092 (supports online unit replacement) CS1D Programmable Controller Expansion Racks Contents This Backplane must be used for any Expansion Racks in ...

Page 14

CS1D Programmable Controller Expansion Racks J CS1D CPU Rack + CS1D Long- -distance Expansion Racks A Long--distance Expansion System can also be configured as a Simplex System. Use the following CS1D Expansion Backplane. Name model number CS1D Expansion Backplane (sup- ...

Page 15

... Use CS1D products only. C200H and CS--series prod- ucts cannot be used. Use CS1D products only. C200H and CS--series prod- C200H and CS series prod ucts cannot be used. The same backplane is used for CS1D Expansion Racks and long-distance expansion and long-distance expansion racks ...

Page 16

... C500-COV01 No CV500-COV01 Yes CX-Programmer Ver. 3.0 Yes or later CX-Programmer Ver. 2 earlier CX-Protocol Yes SYSMAC--CPT No SYSMAC Support Software No (SSS) CQM1H-PRO01E Yes C200H-PRO27-E Yes CS1W-CN313 Yes CS1W-CN713 Yes CS1W-CN223 Yes CS1W-CN323 Yes CS1W-CN523 Yes CS1W-CN133 Yes CS1W-CN133-2 Yes CV500-CN312 Yes CV500-CN612 Yes ...

Page 17

J I/O Allocations CS1D I/O allocations are the same as with the CS1. The only difference is the maximum number of CS1 Special I/O modules that can be mounted on a PLC. For the CS1D, the maximum number is 68 ...

Page 18

CS1D Programmable Controller Current Consumption J Total Current and Power Consumption Calculation Example Example 1: Mounting the following units on a CPU Rack with a CS1D-PA207R power supply unit. Item Model Duplex CPU backplane CS1D-BC052 (5 slots) Duplex Unit CS1D-DPL01 ...

Page 19

... VAC or 200 to 240 VAC (with RUN output); Output capacity VDC Duplex Unit — I/O Control Unit For Expansion Racks connected over a distance of more than terminating resistors included. C200H Modules cannot be used on Long- distance Expansion Racks.) Memory Cards y Flash memory Flash memory ...

Page 20

... Length Length Length Length Specifications CS1D Part number Standards CS1D-BI092 UC CE, CID2 CS1D-PA207R CS1W-II102 CS1W-CN313 CS1W-CN713 CS1W-CN223 CS1W-CN323 CS1W-CN523 CS1W-CN133 CS1W-CN133-B2 CV500-CN312 CV500-CN612 CV500-CN122 CV500-CN222 CE CV500-CN322 CV500-CN522 CV500-CN132 CV500-CN232 CV500-CN332 CV500-CN432 CV500-CN532 Part number Standards C200H-DIN01 --- PFP-50N PFP-100N PFP-100N2 PFP-M PFP-S ...

Page 21

Unit CS1D CPU Backplane J CS1D Expansion Backplane J Backplane Mounting Dimensions CS1D Reference Information Dimensions CS1D Programmable Controller C--227 ...

Page 22

CS1D Reference Information Dimensions J Mounting Depth The depth of all Racks is from 118 to 153 mm depending on the Units that are mounted. Additional depth is required to connect Peripheral Devices and Cables. Be sure to allow sufficient ...

Page 23

...

Page 24

Cat. No. R301-E3-01 2/04 Specifications subject to change without notice Printed in USA ...

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