C500RM201 Omron, C500RM201 Datasheet
C500RM201
Specifications of C500RM201
Related parts for C500RM201
C500RM201 Summary of contents
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Cat. No. W120-E1-7 SYSMAC C-series Rack PCs Wired Remote I/O ...
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Wired Remote I/O System Manual Revised May 2000 ...
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iv ...
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... OMRON. No patent liability is assumed with respect to the use of the information contained herein. Moreover, because OMRON is constantly striving to improve its high-quality products, the information contained in this manual is subject to change without notice ...
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vi ...
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TABLE OF CONTENTS PRECAUTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 Intended Audience ...
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SECTION 7 Error Processing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-1 Self-Diagnosis . . ...
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About this Manual: This manual describes the means and Units necessary to construct a Wired Remote I/O System con- sisting of at least one Remote I/O Master Unit and one or more Remote I/O Slave Units or Remote Terminals. (The ...
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This section provides general precautions for using the Wired Remote I/O System and related devices. The information contained in this section is important for the safe and reliable application of the Wired Remote I/O System. You must read this section ...
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... It is extremely important that the Wired Remote I/O System be used for the specified purpose and under the specified conditions, especially in applications that can directly or indirectly affect human life. You must consult with your OMRON representative before applying the Wired Remote I/O System to the above-mentioned applications. 3 ...
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Application Precautions 4 Operating Environment Precautions Caution Do not operate the control system in the following locations Caution Take appropriate and sufficient countermeasures when installing systems in the following locations: Caution The operating environment of the Wired Remote ...
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Application Precautions ! Caution Failure to abide by the following precautions could lead to faulty operation of the Wired Remote I/O System, or could damage the Units. Always heed these precautions. xiv Assembling the Units. Setting DIP ...
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Application Precautions Use crimp terminals for wiring. Do not connect bare stranded wires directly to terminals. Connection of bare stranded wires may result in burning. When replacing parts, be sure to confirm that the rating of a new part is ...
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This section introduces Wired I/O Systems and describes their characteristics. 1-1 Remote I/O Systems . . . . . . . . . . . . . . . . . . . . . . . . . . ...
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Remote I/O Systems 1-1 Remote I/O Systems Assembly lines are often extremely long, making it difficult if not impossible to wire all I/O devices directly from CPU Racks or Expansion I/O Racks. A Re- mote I/O System can be used ...
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Remote I/O Systems A Remote I/O System directly involves only one PC and the program in it and through it a large number of I/O points can be controlled a greater distance from the PC. This is achieved by mounting ...
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Wired Remote I/O Systems A Master is mounted to the CPU Rack or an Expansion I/O Rack; a Slave is mounted to a Backplane to form what is called a Slave Rack Slave Rack is mounted the same ...
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Wired Remote I/O Systems The other basic type of Remote Terminal consists of two parts: a Remote Interface and an I/O Block. The Remote Interface functions to transmit input or output signals between the Remote I/O System and the I/O ...
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Although there are many possible Remote I/O Systems that can be built out of Masters, Slaves and Remote Terminals, each System is limited by the capacity of the PC and the nature of the other Units in the System. Section ...
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Basic System 2-1 Basic System The following figure shows a basic System configuration illustrating some aspects of Wired Remote I/O Systems designed with the C500-RM201 Mas- ter. Refer to following subsections for specific examples and limitations. 2-conductor cable C500(F), C1000H(F), ...
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Basic System Remote Terminals Remote Interface and I/O Blocks are used in pairs, each of which provides 16 points. The I/O Block is easily connected to the Remote Terminal by way of a connector. G72C Remote Terminals, on the other ...
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Basic System Total I/O Points The total number of I/O points in the System must not exceed the number of I/O points provided by the PC to which the Master(s) is mounted or connected. *The total number of I/O points ...
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Basic System 2-1-1 C120 Systems In C120 Systems four Masters can be connected to the same PC, and up to two Slaves and 16 Remote Terminals can be connected to any one Master. Note that a Master in ...
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Basic System 2-1-2 C500 Systems In C500 Systems four Masters can be connected to the same PC, and up to two Slaves and 32 Remote Terminals can be connected to any one Master. C500 PCs provide 512 I/O ...
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Basic System 2-1-3 C1000H and C2000H Systems In C1000H and C2000H Systems up to eight Masters can be connected to the same PC. In C1000H and C2000H Systems eight Slaves and 32 Remote Terminals can be connected to ...
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C200H Systems 2-2 C200H Systems When constructing a Remote I/O System from C200H Masters and Slaves Masters, 5 Slaves (regardless of the number of Masters), and 32 Re- mote Terminals can be included. Optical Masters and Slaves, ...
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C200H Systems Example System 1: One Master C200H PC C200H Master Example System 2: Two Masters C200H Master C200H PC Expansion I/O Rack C200H Master Example System 3: Master A maximum of two C200H Expansion I/O Racks can be connected ...
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Combined Systems Individual sections of cable must not be longer than 2 m. Each extra Expan- sion I/O Rack must be counted as a ‘Slave’ when computing the number of Slaves controlled by the PC. 2-3 Combined Systems C500 and ...
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Optical Connections in Wired Systems Example 2: C200H Master When connecting C500 Slaves to C200H Masters, each C500 Slave must be and C500 Slaves counted as 2 Slaves when figuring the total number of Slaves. This total, which includes all ...
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... Cable optical devices, laying optical fiber cables basically does not differ from laying wire cables. All OMRON PCF Cables and the 3G5A2-PF101 APF (length Cable come with connectors attached. Connectors for all other APF Cables must be assembled by the customer. Note the following precautions when handling optical fiber cables ...
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Multilevel Systems Another aspect of Remote I/O Systems demonstrated by this diagram is the presence of Expansion I/O Racks, both connected to a CPU Rack and to Slave Racks. Although normally not shown in system diagrams for Link Sys- tems, ...
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PCs transmit I/O data through Masters, Slaves, and Remote Terminals according to allocated words. Although words are not allocated to Masters and Slaves, they are allocated to all I/O Units and Remote Terminals in the System. To enable proper word ...
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Block Diagrams 3-1 Block Diagrams The following block diagrams are for Units available in Wired Remote I/O Systems. C500 Master and Slave Master PC interface C120, C500, C1000H, or C2000H CPU Unit Slave PC I/O interface Backplane 22 Bus Common ...
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Block Diagrams C200H Master and Slave Master RS-485 interface Trans- mission 2- interface conductor cable Work memory Slave RS-485 interface Trans- mission interface Work memory RUN output DC-DC converter System CPU memory Indicators I/O interface Switches DC-DC converter System Data ...
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Block Diagrams Remote Interface and I/O Blocks Remote Interface I/O interface CPU DC-DC converter I/O Block Protection circuit Power supply VDC 24 Trans- mission Switches interface System Work I/O ROM RAM interface Relay DIP output switch RUN ...
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Unit Numbers and I/O Word Allocation G72C Remote Terminal I/O I/O interface devices Power supply DC- VDC converter AL007-P Link Adapter To other AL-007 Link Adapter 3-2 Unit Numbers and I/O Word Allocation Basic Allocation Word allocations ...
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Unit Numbers and I/O Word Allocation In either case, allocations start from the lowest word starting on the left side of the CPU Rack. When a Master is reached on a Rack, allocation jumps to the leftmost Unit mounted on ...
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Unit Numbers and I/O Word Allocation For example, suppose word 28 is set on a Remote Terminal and word multi- plier 2 is assigned to the Master of that Remote Terminal. The I/O word allo- cated to the Remote Terminal, ...
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Unit Numbers and I/O Word Allocation Setting Word Multipliers Set the word multipliers in a C1000H and C2000H System using the Pro- gramming Console as shown below. Before setting word multipliers, set the mode selector to PROGRAM. Word multipliers must ...
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Unit Numbers and I/O Word Allocation Meaning of Displays Section 3-2 Requesting input of word multiplier. Word multiplier not yet specified. Master number ( Indicates a Master I/O slot number Rack number 29 ...
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Unit Numbers and I/O Word Allocation I/O Word Allocation Examples The following examples show four possible Systems and the word allocations for them. They do not show all possible connections or the maximum number of Units possible for each System. ...
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Unit Numbers and I/O Word Allocation Because the I/O Units are allocated words starting at the lower end (word Example 2: C500 with Remote Terminals 00), duplication can be avoided by starting Remote Terminal words from the upper end, i.e., ...
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Unit Numbers and I/O Word Allocation Here Example 2, word duplication can be avoided by setting Remote Example 3: C500 with Slaves and Remote Terminal words starting from the upper end. Terminals Master CPU Rack 16 pts. 32 ...
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Unit Numbers and I/O Word Allocation Example 4: C1000H and Duplication can be avoided here too by starting Remote Terminal words from C2000H with Slaves and the upper end. (See Example 2, above, for details.) Remote Terminals Do not set ...
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Unit Numbers and I/O Word Allocation 3-2-2 C200H Masters I/O Unit Word Allocations I/O Units on C200H Slave Racks are allocated words according to the unit number set on the Slave and the word assigned to the slot to which ...
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Unit Numbers and I/O Word Allocation Example 1: C200H Masters This example System shows word allocations for two C200H Masters, one on and Slaves the CPU Rack and one on an Expansion I/O Rack, and four of the maximum possible ...
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Unit Numbers and I/O Word Allocation Example 2: C200H Masters, This example System shows word allocations for two C200H Masters, one on Slaves, and Extra the CPU Rack and one on an Expansion I/O Rack, two of the maximum pos- ...
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Unit Numbers and I/O Word Allocation This example Systems shows word allocations for one C200H Master, and Example 3: C200H Masters and Remote Terminals two of the maximum possible 32 Remote Terminals. As shown, the words actually allocated to Remote ...
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Unit Numbers and I/O Word Allocation The following example shows the maximum number of C500 Slaves that can Example be connected to a C200H Master. Note that a C200H Slave could be con- nected to this System, either to another ...
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Setting Procedure C1000H Example Restrictions placed on Systems combining C500 Masters and C200H Slaves depend on the PC to which the Master(s) is mounted. Refer to 2-1 Basic Sys- tem for details. C500 Master C1000H PC 16 pts. 16 pts. ...
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Setting Procedure Note 1. Once the I/O table has been generated retained in the memory even 2. If the System does not operate properly after following the above proce- 3. Although C200H PCs ...
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Delayed Activation of Slaves The following settings are required before operating the PC System. Required Settings 3-4 Delayed Activation of Slaves The following examples illustrate program sections that can be inserted to start System operation when power to a Slave ...
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Delayed Activation of Slaves The section of the following program between JMP and JME will not be exe- Example 2: JMP/JME Programming (C1000H and cuted until the I/O verification error is cleared (i.e., until all Slaves are turned C2000H PCs) ...
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Delayed Activation of Slaves Example 4: JMP/JME The initialization and main programs in the following ladder diagram will not Programming (C200H PCs) be executed until the remote I/O error and I/O verification error have been cleared (i.e., until all Slaves ...
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Subsections 4-1 through 4-2 provide the names and functions of the indicators, switches, and selectors of Masters, Slaves, and Remote Terminals. 4-1 Masters and Slaves . . . . . . . . . . . . . . . ...
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Masters and Slaves 4-1 Masters and Slaves 4-1-1 C500 Master Indicators 46 Indicators Test switch Transmission terminals TR/ERR Flashes during normal transmission. Lights for transmission errors. Goes out for CPU Unit errors (via watchdog timer moni- toring) or when waiting ...
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Masters and Slaves Switches TEST CONTINUE/STOP CONTINUE/STOP Switch This switch is used to set either CONTINUE or STOP mode to designate re- sponse to transmission errors. When a transmission error occurs, data trans- mission to Slaves will continue in CONTINUE ...
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Masters and Slaves 4-1-2 C500 Slave Indicators 48 Indicators Switch Cover Transmission terminals RUN Output ON while RUN or MONITOR mode and no transmission error exists; otherwise, OFF. TR/ERR Flashes during normal transmission. Lights when on standby ...
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Masters and Slaves Remove the switch cover to access the DIP switch and terminator switch. Set these as shown on the following. Setting the terminator switch to ON sets the termination resistance. ON Terminator Switch ON (up): OFF (down): OFF ...
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Masters and Slaves Pins Unit Number Note Unit numbers 0 through 7 are used in C1000H and C2000H Systems. Use numbers 0 and 2 or numbers 1 and 3 for C500 Slaves attached to a C200H Master ...
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Masters and Slaves Indicators LINE ERROR Lights for transmission line errors. Remains unlit while transmission line remains normal. XMT/RCT Setting unit number switch Setting unit number switch ERROR Lights if ...
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Masters and Slaves Indicators C200H Slaves indicators function together to show the status of the System. The RUN indicator is controlled by the mode setting on the CPU Unit. XMT/RCV ERROR1 ERROR2 not lit not lit not lit flash not ...
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Remote Terminal Pins 1 through 3: Unit Number *Unit numbers 0 and 1 can be set for C120 and C500 Systems; unit numbers 0 through 4 for C200H Systems; and 0 through 7 for C1000H and C2000H Systems. Pin 4: ...
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Remote Terminal Indicators Switch cover Indicators POWER Lit when power is supplied and Remote Terminal is operational.Not lit for power irregularities. TR/ERROR Flashes during normal transmission. Lights when on standby or for transmission errors. Goes out for CPU Unit errors ...
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Remote Terminal Switches Remove the switch cover to access the DIP switch and terminator switch. Set these as shown below. The switch cover slightly different position on G72C Remote Terminals. Pins Word Setting Word ...
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This section explains how to install Wired I/O Systems and includes information on dimensions, differences between some of the Units, and wiring. 5-1 Dimensions . . . . . . . . . . . . . . . . ...
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Dimensions 5-1 Dimensions 5-1-1 Masters and Slaves C500 Master (Unit: mm) C500 Slave (Unit: mm) 58 117 110 34.5 93 100 34.5 93 Section 5-1 250 250 ...
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Dimensions C200H Master (Unit: mm) C200H Slave (Unit: mm) 130 138 C200H Racks C200H Racks provide either slots and are used to mount the C200H PC (CPU Racks), Slaves and other Units (Slave Racks), or ...
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Dimensions C200H Rack (Unit: mm) Dimensions for mounting holes in the following diagram have 0.2 mm toler- ances. 130 118 5-1-2 Remote Interface (Unit: mm Rack Lengths A C200H-BC031-V2 246 C200H-BC051-V2 316 C200H-BC081-V2 421 C200H-BC101-V2 491 85 ...
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Dimensions 5-1-3 I/O Blocks Input Block (Unit: mm) Output Block (Unit: mm) 5-1-4 G72C Remote Terminals (Unit: mm 182 85 8 182 85 8 182 170 M3.5 screws 10 Section 5 32.5 68 ...
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Differentiating Units 5-1-5 Link Adapters 43 130 135 150 165 Power Supply Wiring Use thick cables (1.25 mm Precautions M4 self-rising terminals screws are used for the terminal block. When wiring to the terminal block, use crimp terminals for M4 ...
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I/O Block Connections 5-3 I/O Block Connections Input Block Remote Interface connector Nameplate (red) 0 Power terminal C0 Unused terminal Internal Connections G7TC-ID16 (for DC input) + – ...
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Mounting and Wiring Precautions Output Block Remote Terminal connector Nameplate (yellow) Power terminals Unused terminal Internal Connections G7TC-OC16 + – ...
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Mounting and Wiring Precautions C500 Remote I/O Units A Master and a Slave cannot be mounted to the same Rack A CPU Rack cannot be connected directly to a Slave Rack; i.e., any Slave Rack containing a Slave must be ...
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Wiring 5-5 Wiring Transmission Lines Masters, Slaves and Remote Interfaces are connected using 2-conductor cable in the manner shown below 3... 120 + – Master 66 Master Slave Slave Terminator ...
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Wiring C200H Slave Connectors C200H Slaves use a 2-piece connector. When attaching this connector, press down firmly until you hear it lock into place, and then confirm that the lock lever is in place. The connectors are wired as shown ...
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Wiring C200H-RT202 Fuse Power Supply Wiring Use thick cables (1.25 mm Precautions M3.5 self-rising terminals screws are used for the terminal block. When wir- ing to the terminal block, use crimp terminals for M3.5 screws. Do not con- nect stranded ...
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Wiring Wiring I/O Blocks Wire I/O Blocks according to the following diagrams. Wire to either one power supply or several power supplies according to Unit specifications. Input Blocks + – Output Blocks ...
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Wiring G72C Remote Terminals The following examples show various wiring possibilities for G72C Remote Terminals. Input Terminals Output Terminals When connecting outputs to logic external circuits, the external circuits must be designed to be compatible with the output specifications of ...
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Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...
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C500 Systems 6-1 Introduction The time required to produce a programmed output to an input within a Re- mote I/O System varies with the scan time of the PC, the transmission time of the Remote I/O System, and the timing ...
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C1000H and C2000H Systems Example Computations Calculations would be as shown below for input and output ON delays and a scan time of 20 ms. This example uses only one Slave Rack connected to a Master and ...
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C200H Systems Example Computations Calculations would be as shown below for input and output ON delays and a scan time of 20 ms. This example uses a C1000H system with only one Slave Rack connected to a ...
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C200H Systems Calculations would be as shown below for input and output ON delays of 10 Example Computations ms and a scan time of 20 ms. This example uses only one Slave Rack con- nected to a Master and four ...
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This section covers functions, procedures, and operational differences that are relevant when errors occur in your system. The table of Section 7-1 provides easy reference to indicator functions, error causes, and appropriate corrective measures. Section 7-2 shows how to monitor ...
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Self-Diagnosis 7-1 Self-Diagnosis C-series systems have self-diagnostic features to aid in the event of error. These features are divided into hardware diagnosis and system diagnosis. In either case, the error message or FAL number is read through the Program- ming ...
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Self-Diagnosis Error Before Operation: C500 Masters and Slaves Programming LEDs on Master Console LEDs TR/ TEST END ERR OK RS CHK CPU WAITING flash not lit lit flash not lit flash lit not lit not lit CPU WAITING flash not ...
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Self-Diagnosis Non-fatal Errors Programming LEDs on Master Console LEDs TR/ TEST END ERR OK RS CHK REMOTE I/O lit not lit lit ERR lit not lit not lit lit not lit --- not not lit not lit lit lit not ...
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Self-Diagnosis C200H Remote I/O Systems Item Program- C200H Master LEDs ming ming XMT/ Error END Console RCV RS Display Prior to Master not lit not lit not lit not lit system not operation detected CPU not lit not lit lit ...
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Self-Diagnosis Item Program- C200H Master LEDs ming Con ming Con- XMT/ Error sole Display RCV Remote Slave not flash not I/O confirmed lit System operation failure Expansion I/O Rack not confirmed Remote Remote I/O flash/ lit I/O error System lit ...
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Error Codes and Monitoring 7-2 Error Codes and Monitoring The following show how it is possible to monitor errors using SR words. C120 Systems Bit no. Word 59 Error Location Bits Master ...
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Error Codes and Monitoring C1000H and C2000H Systems Bit no Word 251 Error Location Bits Master or Slave Remote Terminal The Error Check bit can be ...
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Error Codes and Monitoring The Error Check bit can be turned ON and OFF to read errors when they have occurred in more than one Unit. The Remote I/O Error flag indicates that an error has occurred in a Remote ...
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Error Codes and Monitoring The following error flags (both bits) will be turned on when the same word Remote Terminals has been allocated for two different Remote Terminals. 86 Bit Function AR 0300/0301 Error flags for Terminal set to word ...
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Error Codes and Monitoring Locating Errors: C120 and Using the following system, let’s assume an error has occurred in word 28 C500 Systems and that word 28 has been allocated to a Remote Terminal. Master CPU Rack ...
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Error Codes and Monitoring To check for other errors, monitor 5900 and force-set the system. This causes the next error word to be displayed. To read the next error, reset the Error Check bit, then set it again. If the ...
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Error Codes and Monitoring Locating Errors: C1000H Using the following System, let’s assume an error has occurred in word 62, and C2000H Systems that this word has been allocated to a Remote Terminal (word 30 in the Sub- system of ...
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Error Codes and Monitoring To check for other errors, monitor 25100 and force-set the system. This causes the next error word to be displayed. To read the next error, reset the Error Check bit and then set it. If the ...
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Error Codes and Monitoring Locating Errors: C200H Using the following system, let’s assume errors have occurred in words 230 Systems and 231 (word settings 30 and 31) and that words 230 and 231 have been allocated to Remote Terminals. C200H ...
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Error Codes and Monitoring To check for other errors, monitor 25100 and force-set the system. This causes the next error word to be displayed. To read the next error, reset the Error Check bit, then set it again. If Slave ...
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Locating Transmission Errors 7-3 Locating Transmission Errors Before Terminator The TR/ERR indicator may indicate an error before the END RS CHK indica- Acknowledgement tor goes off does, the line may be disconnected or wired incorrectly, or the power ...
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CONTINUE and STOP Mode Operation 7-4 CONTINUE and STOP Mode Operation The following tables can be compared and contrasted to understand differ- ences between CONTINUE and STOP mode operation. These modes are set on Masters. Refer to Subsection 4-1 for ...
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CONTINUE and STOP Mode Operation The following configuration and table will be used to show LED indications Operations in STOP Mode when power to Slave #0 is interrupted in STOP mode Refer to Section 2 for indicator details. C500 CPU ...
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CONTINUE and STOP Mode Operation (Restarting Remote I/O System) Condition C500 LEDs POWER RUN ERROR ALARM OUT IN TR/ I/O table lit lit not lit created (PRO- GRAM mode). 1. Create I/O table in PROGRAM mode and then set into ...
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Slave Unit Numbers with Multiple Terminators 7-5 Recovery in STOP Mode When an error occurs in STOP mode, operational recovery is achieved through any one of the following steps after the cause of the error has been removed. C500 Master ...
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Slave Unit Numbers with Multiple Terminators 7-7-2 Notification Method for Multiple Terminators C120/C500 Display CPU Unit Remote I/O errors are not indicated on the CPU Unit. Master Unit SR Area Bit number SR 59 Bit ...
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Slave Unit Numbers with Multiple Terminators SR Area Bit number SR 251 Bit Location of error Bit Remote I/O Master B0 Hex Unit Hex Remote I/O ...
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Slave Unit Numbers with Multiple Terminators CVM1/CV Display CPU Unit Remote I/O errors are not indicated at the CPU Unit. Master Unit Auxiliary Area Bit number A005 Not used Bit number ...
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Slave Unit Numbers with Multiple Terminators The “END RS CHK” indicator on the Remote I/O Master (RM) Unit flashes. By turning ON A00500 to A00507, the terminators can be read in order. Section 7-7 101 ...
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Slave Unit Numbers with Multiple Terminators C200H/C200HS/C200HX/C200HG/C200HE(-Z) Display CPU Unit Remote I/O errors are not indicated at the CPU Unit. Master Unit SR Area Bit number 251 Bit Location of error ...
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Masters and Slaves Name C500 Master All but C200H PCs C500 Slave --- C200H Master C200H PCs only 100/120 or 200/240 VAC (switchable) 50/60 Hz C200H Slave 100 to 120V/200 to 240 VAC (switchable) 50/ VDC C500H Slave ...
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Standard Models All Plastic Optical Fiber Cable Model numbers with the suffix -P can be connected APF cable. Product Plastic optical fiber cable Cable only (w/o connector) Order in multiples from ...
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... BCC and reversed transmission verification CPU Unit error monitoring Transmission line short check 500 mA max 500 g max. OMRON G6B relay (closed during operation) Contact capacity max. at 250 VAC or 24 VDC (cos Transmission error checks BCC and reversed transmission verification CPU Unit error monitoring 200 mA max ...
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Specifications C200H Remote I/O Slave Units --- Power supply voltage Allowable fluctuations in supply volt- age. DC output terminal Power consumption Weight RUN Output Power output capacity Number of transmission words Remote Terminals Power consumption** Weight RUN Output Diagnostic functions ...
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Specifications Remote Terminals G72C-ID16 (Input) Rated input voltage 24 VDC Rated input current 9.7 mA/point ON voltage 15 VDC min. OFF voltage 5.6 VDC max. ON response time 1.5 ms max. OFF response time 1.5 ms max. Number of circuits ...
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Specifications I/O Blocks --- G7TC-ID16 or G7TC-IA16 Load Resistive (cos Rated load VDC Rated current flow 1 A Max. contact voltage 250 VAC, 125 VDC Max. contact current 1 A Max. activation capacity 24 W (DC) Min. ...
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When Using CS1-series PCs Overview With CS1-series PCs, Slaves are connected to the PC using a C200H-RM201 SYSMAC BUS Wired Remote I/O Master Unit (2-wire). Words in the SYSMAC BUS Area or the I/O Terminal Area are allocated for inputs ...
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When Using CS1-series PCs Auxiliary Area Name CS1 SYSMAC BUS Error A40205 Flag (Non-fatal error) SYSMAC BUS Master A40500 to A40501 Error Flags Slave Number of A42504 to A42506 SYSMAC BUS Error After Startup A42504 only A42508 to A42515 SYSMAC ...
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When Using CS1-series PCs 10. Create the I/O tables. 8. Turn ON power for all of the Slaves. 9. Turn ON power for the PC. Appendix C 111 ...
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Backplane A base to which Units are mounted to form a Rack. Backplanes provide a series of connectors for these Units along with wiring to connect them to the CPU Unit. Backplanes also provide connectors used to connect them to ...
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Electrical ‘static’ that can disturb electronic communications. The ‘snow’ that can appear screen is an example of the effects of electrical noise. Expansion I/O Backplane A Backplane used to create an Expansion I/O Rack. Expansion ...
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A hardware or software connection formed between two Units. “Link” can refer either to a part of the physical connection between two Units (e.g., opti- cal links in Wired Remote I/O Systems software connection created to data ...
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Programmable Controller A computerized device that can accept inputs from external devices and gen- erate outputs to external devices according to a program held in memory. Programmable Controllers are used to automate control of external devices. Although single-unit Programmable Controllers ...
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... The distance that a signal can be transmitted. Unit In OMRON PC terminology, the word Unit is capitalized to indicate any prod- uct sold for a PC System. Though most of the names of these products end with the word Unit, not all do, e.g., a Remote Terminal is referred col- lective sense as a Unit ...
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A–B applications, precautions, applying power, sequence of, Backplanes, mounting C200H Masters and Slaves to, block diagram C200H Master, C200H Slaves, C500 Master, I/O Terminal, Link Adapter, Remote Terminal, C C1000H Systems configuration of, locating errors in, programming example for, unit ...
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CPU Unit errors, indication of, D–E diagnostic functions Masters, Remote Terminals, Slaves, End Plates, Error Check flag, error codes monitoring in C120 systems, monitoring in ...
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Remote Terminals, Slaves, output words, status of after transmission errors power consumption by Remote Terminals, power supply, precautions, applications, general, operating environment, safety, PROGRAM mode when setting word multipliers, ...
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U unit numbers CPU Unit use of in determining number of Slaves, setting on C200H Master, setting on Slaves, setting sequence, use of in word allocation, W Wired Remote I/O System, optical cable links, Remote ...
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A manual revision code appears as a suffix to the catalog number on the front cover of the manual. Cat. No. W120-E1-7 The following table outlines the changes made to the manual during each revision. Page numbers refer to the ...
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Cat. No. W120-E1-7 Note: Specifications subject to change without notice. Authorized Distributor: Printed in Japan ...