Related Manuals for Panasonic SL-VGU1-C
Summary of Contents for Panasonic SL-VGU1-C
- Page 1 S-LINK V Gateway Controller SL-VGU1-C For CC-Link SL-VGU1-D For DeviceNet USER’S MANUAL ME-SLVGU1-5 5th Edition 2014.9 panasonic.net/id/pidsx/global...
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Page 3: Table Of Contents
·························· 70 Functional Description ······························ 29 DeviceNet Terminal Block Connector (5-Pole) 71 Memory Map ·········································· 31 Connection diagram ····························· 71 1. Buffer Memory of SL-VGU1-C ················31 Terminal arrangement ·························· 71 Buffer memory assignment pattern 1 ······ 32 Cautions ············································· 72 Buffer memory assignment pattern 2 ······... - Page 4 SL-VGU1-D setting default values (values set in our factory before delivery) · 86 Setting of DeviceNet side or S-LINK V system side ···········································87 Setting of DeviceNet side ······················ 87 Setting of S-LINK V system side ············ 87 Output hold ········································· 87 System setting ····································...
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Page 5: Before Using This System
Before Using This System... -
Page 6: Introduction
‘NOTE’ provides caution or information to you in order to prevent operation errors. Remarks 1) Panasonic Industrial Devices SUNX Co., Ltd. holds the copyright of this document. For this reason, do not copy this document without our permission. 2) The contents of this document may be subject to change without prior notice for the reasons of improve- ment. -
Page 7: Instructions For Safe Use
Introduction Instructions for Safe Use WARNING The S-LINK V system does not have any control functions, such as accident preventive function and safety function. For this reason, do not use the S-LINK V system if malfunction of the system may af- fect human lives or assets. -
Page 8: Instructions For Use
‘CC-Link User’s Manual.’ ● Be sure to put the PLC and the SL-VGU1-C in a conductive box. ● Be sure to ground the shielded cable that connects the PLC to the SL-VGU1-C in the 300mm area of the SL-VGU1-C. ● If the shielding effect is not enough, install a ferrite core. -
Page 9: Use With Conventional Products
Introduction For Use Use with conventional products The S-LINK V system cannot be used together with the conventional S-LINK system. Use with a conventional system may cause abnormal operation or damage. However, if these systems are used as the child stations of the open network (CC-Link, DeviceNet), 2 systems can be used together on the same network as 2 series of systems. -
Page 10: Wiring
Introduction For Use Wiring Observe the following items to distribute cables: ● Make sure to carry out the installation and the wiring in the power supply off condition. ● Be sure to use the specified S-LINK V cables, CC-Link cables, or DeviceNet cables. ●... -
Page 11: Chapter 1 Designing System
Chapter 1 Designing System... -
Page 12: System Outline
System Outline I/O Control Points The S-LINK V system needs the following I/O control points. Design the system considering these points. ● Each controller can control up to 256 nodes (number of I/O units connected to the system) and 512 points. To control more than 512 points of I/O device, connect two or more controllers as the other systems. - Page 13 System Outline ● The main line is the longest route distributed from the controller. NOTE ● The branch lines are the routes branched from the main line. The total cable length should satisfy the conditions shown in the following table: Transmission mode Total cable length (m) 1,600...
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Page 14: Connection Of End Unit
System Outline Connection of End Unit CAUTION If the cable lengths are the same, connect the end unit to the line having fewer nodes. Be sure to connect one SL-VEU end unit to the end of the main line. If the branch line length exceeds 80% of the maximum transmission distance, connect one SL-VEU unit to the end of the branch line, too. -
Page 15: Making Of Branch Lines Using Cable Connectors ·15
System Outline Making of Branch Lines Using Cable Connectors You can make branch lines using connectors and terminal blocks. In addition, for this product, you can use ca- bles connectors commercially available. CAUTION The exclusive hook-up connectors can connect the exclusive 4-core flat cables only. 4-core VCTF cable commercially available Exclusive 4-core flat cable (non-shielded) (Note) -
Page 16: Transmission Delay Time
Transmission Delay Time CAUTION Due to difference in transmission protocols, the transmission delay time of the S-LINK V system dif- fers from that of the conventional S-LINK V system. Use the PLC program to solve this problem. For transmission, there are fastest transmission time and the slowest transmission time. Since this product uses the serial transmission method, transmission will be carried out as shown in the follow- ing figure. -
Page 17: Operation At Power-On
Transmission Delay Time Operation at power-on <Table 3 Time required for transmission check at starting controller> Displays 'rdy' till here. Power-on Time required for transmission check at starting controller Number of (ms) I/O control points A mode B mode C mode 1. -
Page 18: System Setting Time
Transmission Delay Time System setting time Transition to RUN / CHECK mode Setting of system (Using mode slection switch) (Pressing of button) 1. Time required for transition to system 10. Setup for connection to upper network setting mode 3 sec. 2. -
Page 19: System Resetting From Error Mode
Transmission Delay Time <Table 8 Time required for transmission check> Time required for transmission check (ms) Number of I/O control points A mode B mode C mode 69.5 134.3 422.1 82.6 186.8 632.2 100.4 258.1 917.5 123.0 348.3 1278.1 150.2 457.2 1713.9 182.2... - Page 20 MEMO...
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Page 21: Chapter 2 Sl-Vgu1-C Gateway Controller For Cc-Link
Chapter 2 SL-VGU1-C Gateway Controller for CC-Link... -
Page 22: System Configuration
For a detailed description of the CC-Link, refer to the CC-Link manual prepared by Mitsubishi Electric Corporation. This manual describes only setting and wiring of the SL-VGU1-C. For a detailed description of each unit, refer to the 'S-LINK V User’s Manual.'... -
Page 23: Specifications
Specifications List of Specifications Designation S-LINK V gateway controller for CC-Link Model No. SL-VGU1-C Supply voltage 24V DC Current consumption 300mA or less (excluding error output load and power supply for driving I/O units) (Note 2) Allowable through current 7A (Note 3) -
Page 24: Dimensions (Unit
Specifications Dimensions (Unit: mm) (12) 2-ø4.4 mounting holes 37.5 Suitable for 35mm width DIN rail... -
Page 25: Installation
Installation Installation on DIN Rail 35mm width DIN rail Stopper Pull Mounting with Screws (Using Installation Holes) M4 pan head screw (length 12mm or less) -
Page 26: Cable Connection
Mounting screw block connector Lead wire Error output Black White Blue Load Brown Connection to 'SL-VGU1-C' － ＋ Frame 24V DC % ground Mounting screw Be careful not to cause short-circuit with any adjacent terminal. Terminal arrangement Designation Wire color / Description... -
Page 27: Cc-Link Terminal Block Connector (8-Pole)
Connect the shield wire of the CC-Link cable to one terminal, and ground the other terminal. Note: In case SL-VGU1-C is the end terminal of CC-Link, connect the termination resistance between DA and DB. However, as the termination resistance is not supplied, please arrange it separately. -
Page 28: Cautions
● A large current may flow through the external power supply input, depending on the load. Use wires having sufficient current capacity. Further, when supplying power to the load from SL-VGU1-C, make sure not to ex- ceed the allowable through current. -
Page 29: Functional Description
Functional Description 1. Hexadecimal indicator (Orange) 4. SELECT keys 2. Address display (Red) 9. Operation indicators (Green, Red) 3. ENTER key 6. Transmission indicator (Green) 7. Error indicator (Red) 10. Station No. setting switches 5. Mode selection switch 11. Transmission speed setting switch 12. - Page 30 S-LINK V terminal block connector O units. Further, the error output is connected to the external device. ● It indicates whether data transmission is being carried out normally between SL-VGU1-C and the master station. L RUN • Lights up: When the correct data is received from the master station.
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Page 31: Memory Map
Memory Map Transmission with the CC-Link will automatically refresh the buffer memories of the SL-VGU1-C and the CC- Link master. Using the FROM / TO command or automatic refresh setting (QnA, QnS, Q Series CPU), assign inputs and outputs to internal relays. -
Page 32: Buffer Memory Assignment Pattern 1
2 to 4 stations can be occupied. Note that the data on IN 112 to 127 and OUT 112 to 127 is assigned to the remote registers (RWrm, RWwm). Remote input (SL-VGU1-C → master) Input: 128 points (4 occupied stations) - Page 33 Memory Map Remote register (SL-VGU1-C → master) 4 occupied stations 3 occupied stations 2 occupied stations RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm (m+1) (m+2) (m+3) (m+4) (m+5) (m+6) (m+7) (m+8)
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Page 34: Buffer Memory Assignment Pattern 2
Remote registers (RWrm, RWwm) are mainly used, and up to 256 input points and 256 output points can be assigned. 1 to 4 stations can be occupied. Remote input (SL-VGU1-C → master) Input: 256 points (4 occupied stations) Input: 256 points (4 occupied stations) - Page 35 Memory Map Remote register (SL-VGU1-C → master) Input: 256 points (4 occupied stations) Input: 192 points (3 occupied stations) Input: 128 points (2 occupied stations) Input: 64 points (1 occupied station) RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm RWrm...
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Page 36: Buffer Memory Of Cc-Link Master
2. Buffer Memory of CC-Link Master In the CC-Link master, data is assigned to the buffer memory as shown in the following table. One CC-Link master has 64 slave stations (SL-VGU1-C, etc.,) and data on these stations will be automatically refreshed. -
Page 37: Station Information
Number of occupied stations Station number Station type 0: Remote I/O station 1: Remote device station (The SL-VGU1-C corresponds to this station.) 2: Intelligent device station (including the local station) Number of occupied stations 1: 1 station occupied 2: 2 stations occupied... -
Page 38: Remote I/O And Remote Registers
Memory Map 4. Remote I/O and Remote Registers Memory maps of station numbers are shown below. If station 1 occupies 4 stations, the area of stations 1 to 4 is continuously used. 1: Remote input RX (input from S-LINK V system) Station No. -
Page 39: 3: Remote Resistor Rwwm (Output To S-Link V System)
Memory Map 3: Remote resistor RWwm (output to S-LINK V system) Station No. Address Station No. Address Station No. Address Station No. Address Station No. Address 1E0 to 1E3 214 to 217 248 to 24B 27C to 27F 2B0 to 2B3 1E4 to 1E7 218 to 21B 24C to 24F... -
Page 40: Assignment Items
4. RX (n+o) bit B: Remote READY status This signal will be turned on if the SL-VGU1-C enters the READY status (exits from the BUSY status). If the RY (n+o) bit 9 (initial data setting request) is turned off, this signal will be also turned off. - Page 41 ● If RWrm (m+3) bit 0 (completion of connection information change) is turned off (set to ‘0’) This signal indicates the number of nodes (S-LINK V I/O units) recognized by the SL-VGU1-C. Numbers 0000 to 0100H (0 to 256) can be input.
- Page 42 ● If RWwm (m+3) bit 0 (connection information change request) is turned off (set to ‘0’) Number of nodes (S-LINK V I/O units) recognized by the SL-VGU1-C will be stored in RWrm (m+2) bit 0 to 8 (number of nodes bit 0 to 8), and the address information will be stored in RWrm (m+4) to RWrm (m+F) (address information 0 to 191 / 192 to 255).
- Page 43 Memory Map Example: If number of I/O control points = 128, inputs = 0 to 31, outputs = 32 to 63, inputs = 64 to 95 outputs = 96 to 127 S-LINK V address Buffer memory Remote input (RX) Remote output (RY) Remote register (RWrm) Remote register (RWwm) RWrm (m)
- Page 44 4. RX (n+o) bit B: Remote READY status If the power is turned on, if the system enters the system setting mode, or if the SL-VGU1-C enters the READY status (exits from the BUSY status), this signal will be turned on.
- Page 45 ● If RX (n+2) bit 0 (completion of connection information change) is turned off (set to ‘0’) This signal indicates the number of nodes (S-LINK V I/O units) recognized by the SL-VGU1-C. Numbers 0000 to 0100H (0 to 256) can be input.
- Page 46 ● If RX (n+2) bit 0 (completion of connection information change) is turned off (set to ‘0’) Address of S-LINK V I/O units recognized by the SL-VGU1-C will be stored. Bit corresponds to the address will be turned on (will be set to ‘1’).
- Page 47 ● If RY (n+2) bit 0 (connection information change request) is turned off (set to ‘0’) Number of nodes (S-LINK V I/O units) recognized by the SL-VGU1-C will be stored in RX (n+1) bit 0 to (number of nodes bit 0 to 8), and the address information will be stored in RX (n+3) (address information A), or RX (n+4) (address information B).
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Page 48: Starting
• Wiring conditions of the controller • Shorted cables SL-VGU1-C wiring condition check Visually check the terminals of the SL-VGU1-C and the connected cable (terminals to which the cable is con- nected). S-LINK V terminal block connector side CC-Link terminal block connector side... -
Page 49: Transition Of Set Mode
Starting Transition of set mode The operations shown in are possible at power-on in the CONFIG mode only. means that the displayed item will blink. (Change) ENTER Setting of transmission mode ENTER (Determination) Setting of display to ENTER decimal / hexadecimal ENTER number display ENTER... -
Page 50: Setting Error
Starting Displaying number of stations ENTER Output hold / clear ENTER ENTER Setting of error 1 output operation ENTER ENTER Setting of error 2 output operation ENTER ENTER Setting of error 3 output operation ENTER Setting of error 4 ENTER output operation ENTER ENTER... -
Page 51: Mode Setting
Press key or key. Note: If the remote I/O assignment (buffer memory as- selected: signment pattern 1) is used for the SL-VGU1-C, this range should be 32 to 256. Press ENTER key. Determines the number of I/O control points. Example... - Page 52 Starting Mode setting Operation Description / Function Indication Press key. Displays the I/O setting value of '0' (addresses 0 to 127). Example If addresses 0 to Press ENTER key. Blinks the displayed I/O setting value of '0'. 127 are set as inputs: Selects I/O setting 0, and displays the set data.
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Page 53: Sl-Vgu1-C Setting Default Values (Values Set In Our Factory Before Delivery)
Blinks the number of connected nodes (I/O units). connected: blinks (for 3 seconds). SL-VGU1-C setting default values (values set in our factory before delivery) Setting of number of Setting of transmission mode Output hold / clear... -
Page 54: System Side
Starting Setting of CC-Link Side and S-LINK V System Side Setting example The CC-Link master setting example and the SL-VGU1-C setting example are shown below. Each item is set under the conditions shown in the following figure: CC-Link master Station number: 0... -
Page 55: Setting Of S-Link V System Side
Connect two SL-VGU1-Cs’ to the master. Install the master unit next to the CPU unit. Connect the terminal resistor to the master and the end SL-VGU1-C (station number ‘05’). 9. Wiring (S-LINK V system side) Connect the S-LINK V I/O units to the corresponding SL-VGU1-C. -
Page 56: Programming
Programming At the first SL-VGU1-C, if the input of address 0 is turned on, the output of address 128 will be turned on. At the second SL-VGU1-C, if the input of address 0 is turned on, the output of address 256 will be turned on. -
Page 57: System Setting
M200 to M327: RY (n) 0 to RY (n+7) F M400 to M447: RWrm (m) to RWrm (m+2) M500 to M531: RWwm (m) to RWwm (m+1) SL-VGU1-C (1st controller) M123: For interlock M430: Completion of transmission frame check For S-LINK V... -
Page 58: Automatic Refresh
Starting Automatic refresh If the CPU of the QnA, QnS, or Q series is used, automatic refresh is possible. Use the parameter setting or CC- Link setting function to set the data. The remote registers, however, cannot be automatically refreshed for the bit devices (X, Y, etc.). -
Page 59: Check Mode
Starting CHECK Mode Select the CHECK mode using the mode selection switch. In this mode, you can check the number of nodes (I/ O units) connected to the controller. Decimal number Hexadecimal number Operation Description / Function display display Displays the number of recognized nodes (I/O units) Press key. -
Page 60: Power Supply Capacity Of System
Calculate the power supply capacity while referring to the list of current consumption values shown in the ‘S-LINK V User’s Manual.’ Designation Model No. Current consumption (mA) S-LINK V gateway SL-VGU1-C controller for CC-Link S-LINK V gateway controller I/O devices for CC-Link... -
Page 61: Error Indication
Error Indication If an error occurs on the system, the SL-VGU1-C will output the error signal, and the error indicator and the ad- dress display of the controller will inform the error. Error Indication on S-LINK V System Side Error No. -
Page 62: How To Check Address Of Problem Unit
Added 3. If the above-described errors 1 and 2 are detected: The address display of the SL-VGU1-C will display ‘E-3’ (error 3) or ‘E-4’ (error 4), and the error indicator will light up. * If two or more errors are detected at almost the same time, the address display will indicate the error num- ber detected first. -
Page 63: Use Of Check Mode After Error Detection
Error Indication Use of CHECK mode after error detection If an error occurs, switch the transmission mode to the CHECK mode. In this mode, you can check the number of connected nodes (I/O units) having a problem and the recognized addresses of the problem units. Example 3 Operation Description / Function... - Page 64 MEMO...
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Page 65: Chapter 3 Sl-Vgu1-D
Chapter 3 SL-VGU1-D Gateway Controller for Devicenet... -
Page 66: System Configuration
System Configuration An example of S-LINK V unit configuration is shown in the following figure: For a detailed description of the DeviceNet, refer to the DeviceNet manual prepared by each company. This manual describes only setting and wiring of the SL-VGU1-D. For a detailed description of each unit, refer to the 'S-LINK V User’s Manual.'... -
Page 67: Specifications
Specifications List of Specifications Designation S-LINK V gateway controller for DeviceNet Model No. SL-VGU1-D Supply voltage 24V DC Current consumption 300mA or less (excluding error output load and power supply for driving I/O units) (Note 2) Allowable through current 7A (Note 3) Transmission method Bidirectional time-divided multiple transmission method Synchronization method... -
Page 68: Dimensions (Unit
Specifications Dimensions (Unit: mm) (12) 2-ø4.4 mounting hole 37.5 Suitable for 35mm width DIN rail... -
Page 69: Installation
Installation Installation on DIN Rail 35mm width DIN rail Stopper Pull Mounting with Screws (Using Installation Holes) M4 pan head screw (length 12mm or less) -
Page 70: Cable Connection
Cable Connection CAUTION Before connecting the cables, be sure to turn off the power. Use the terminal block connectors for connection of the S-LINK V system side and Devicenet side. Insert the cable lead wires into the terminal block connector, and then tighten the screws using a screwdriver. S-LINK V Terminal Block Connector (8-Pole) Connection diagram S-LINK V terminal... -
Page 71: Devicenet Terminal Block Connector (5-Pole)
Cable Connection DeviceNet Terminal Block Connector (5-Pole) Connection diagram V+ (Red) CAN_H (White) Drain (Shielded) CAN_L (Blue) Connection to V- (Black) 'SL-VGU1-D' Be careful not to cause short-circuit with any adjacent terminal. CAUTION Be sure to ground the shielded wire of the DeviceNet cable. Whenever necessary, extend the cable using crimp-style terminals, etc. -
Page 72: Cautions
Cable Connection Cautions Process and tighten the wires as follows: Wire processing dimension <Dimension A> S-LINK V terminal block connector side : 7mm Lead wire DeviceNet terminal block connector side: 7mm <Tightening torque> S-LINK V terminal block connector side : 0.5N·m or less DeviceNet terminal block connector side: 0.6N·m or less Tightens Recommended tool: Small-sized flathead screwdriver... -
Page 73: Functional Description
Functional Description 1. Hexadecimal indicator (Orange) 1. SELECT keys 2. Address display (Red) 9. DeviceNet indicators (Green, Red) 3. ENTER key 6. Transmission indicator (Green) 10. DeviceNet address 7. Error indicator (Red) setting switches 5. Mode selection switch 11. DeviceNet transmission speed setting switches 12. - Page 74 Functional Description Designation Description ● When ENTER key is pressed, the setting value of each setting is entered. ENTER key ● When system set is displayed, if ENTER key is pressed for 3 sec., or more, system set is performed. ●...
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Page 75: Memory Map
Memory Map Necessary Number of I/O Bytes If this product is connected to the DeviceNet system, the DeviceNet data exchange size will depend on the set conditions of the S-LINK V system. Secure the memory area for the master station depending on the number of I/O control points, I/O setting condi- tions, and status setting conditions. -
Page 76: Memory Assignment
Memory Map Memory Assignment In the I/O data sending / receiving area, the memory consists of the following data. Each table shows the data of each address starting from the least significant address (00H). I/O data receiving area: Input data area + status data area I/O data sending area: Output data area + status data area ●... - Page 77 Memory Map <Example> Relation between I/O data sending / receiving area and S-LINK V addresses I/O control points: 512 points S-LINK V addresses: 0 to 31:Input setting 128 to 159:Output setting 32 to 63:Input setting 160 to 191:Output setting 64 to 95:Input setting 192 to 223:Output setting 96 to 127:Input setting 224 to 255:Output setting...
- Page 78 Memory Map S-LINK V input unit : Change in the input status of address 7 can be judged by reading out the data from bit 7 of I/O data receiving area 00H. If the input status is ON, the bit 7 will be set to ‘1’. If the input status is OFF, bit 7 will be set to ‘0’.
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Page 79: Assignment Items
Memory Map Assignment Items 1. S-LINK V I/O data These are I/O data signals of the S-LINK V system. 2. Errors 0 to 6 Error 0: The system (controller) has a problem. Note: Error 0 will stop the transmission. Error 1: If error 1 (short-circuit between +24V and D) is detected on the main line of the S-LINK V system, this bit will be turned on (will be set to ‘1’). - Page 80 Memory Map 7. Error cancel To cancel the error status, this bit will be turned on (will be set to ‘1’). If this bit is turned on, the error status will be canceled. At the completion of error status canceling, turn off this bit (set this bit to ‘0’). Note: If the cause of the error is not eliminated, the error signal will be output again.
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Page 81: Starting
Starting Check before Starting System Be sure to check the following items before starting the S-LINK V system or before turning on the power: • Wiring conditions of the controller • Shorted cables SL-VGU1-D wiring condition check Visually check the terminals of the SL-VGU1-D and the connected cable (terminals to which the cable is con- nected). -
Page 82: Transition Of Set Mode
Starting Transition of set mode The operations shown in are possible at power-on in the CONFIG mode only. means that the displayed item will blink. (Change) ENTER Setting of transmission mode ENTER (Determination) Setting of display to ENTER decimal / hexadecimal ENTER number display ENTER... - Page 83 Starting ENTER Status assignment ENTER ENTER Output hold / clear ENTER ENTER Setting of error 1 output operation ENTER ENTER Setting of error 2 output operation ENTER ENTER Setting of error 3 output operation ENTER Setting of error 4 ENTER output operation ENTER ENTER...
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Page 84: Mode Setting
Starting Mode setting Mode setting Operation Description / Function Indication In the CONFIG mode, turn on Displays the current transmission mode. the power. Example Press ENTER key. Blinks the displayed current transmission mode. If A mode is selected: Selects the transmission mode from the three types (A If B mode is Press key or... - Page 85 Starting Mode setting Operation Description / Function Indication Press key. Displays the I/O setting value of '0' (addresses 0 to 127). Example If addresses 0 to Press ENTER key. Blinks the displayed I/O setting value of '0'. 127 are set as inputs: Selects I/O setting 0, and displays the set data.
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Page 86: Sl-Vgu1-D Setting Default Values (Values Set In Our Factory Before Delivery)
Starting Mode setting Operation Description / Function Indication Press key. Displays the error 1 output operation. Example Press ENTER key. Blinks the displayed error 1 output operation. Error output 1 Selects the external output type for the detected error from the following two types: Press key or key. -
Page 87: Setting Of Devicenet Side Or S-Link
Starting Setting of DeviceNet side or S-LINK V system side Setting of DeviceNet side ● DeviceNet address setting switches (MAC ID) Use these switches to set the addresses on the DeviceNet. MAC ID ● DeviceNet transmission speed setting switches (Baud Rate) Use these switches to set the transmission speed (Baud Rate) of the DeviceNet. -
Page 88: System Setting
Starting System setting After turning on the power of the S-LINK V system for the first time, be sure to carry out system setting. After system setting, the system can recognize the addresses of the connected S-LINK V units, and the rec- ognized addresses will be stored in the EEPROM. -
Page 89: Check Mode
Starting CHECK Mode Select the CHECK mode using the mode selector switch. In this mode, you can check the number of nodes (I/O units) connected to the controller. Decimal number Hexadecimal number Operation Description / Function display display Displays the number of recognized nodes (I/O units) Press key. -
Page 90: Power Supply Capacity Of System
Power Supply Capacity of System Current Consumption To determine the total current consumption, check the current consumption of each I/O unit. Calculate the power supply capacity while referring to the list of current consumption values shown in the ‘S-LINK V User’s Manual.’ Designation Model No. -
Page 91: Error Indication
Error Indication If an error occurs on the system, the SL-VGU1-D will output the error signal, and the error indicator and the ad- dress display of the controller will inform the error. Error Indication on S-LINK V System Side Error No. Cause of error Transmission state during error Error 0... -
Page 92: How To Check Address Of Problem Unit
Error Indication How to check address of problem unit If an error occurs, switch the transmission mode to the CHECK mode. In this mode, you can identify the address of the problem unit. Operation of error indicator after detecting error 1. -
Page 93: Use Of Check Mode After Error Detection
Error Indication Use of CHECK mode after error detection If an error occurs, switch the transmission mode to the CHECK mode. In this mode, you can check the number of connected nodes (I/O units) having a problem and the recognized addresses of the problem units. Example 3 Operation Description / Function... - Page 94 MEMO...
- Page 95 (2) Any Products found to be defective must be shipped to Panasonic Industrial Devices SUNX with all shipping costs paid by Purchaser or offered to Panasonic Industrial Devices SUNX for inspection and examination. Upon examina- tion by Panasonic Industrial Devices SUNX, Panasonic Industrial Devices SUNX will, at its sole discretion, repair or replace at no charge, or refund the purchase price of, any Products found to be defective.
- Page 96 ■ Overseas Sales Division (Head Office): 2431-1 Ushiyama-cho, Kasugai-shi, Aichi, 486-0901, Japan ■ Telephone: +81-568-33-7861 ■ Facsimile: +81-568-33-8591 panasonic.net/id/pidsx/global About our sale network, please visit our website. © Panasonic Industrial Devices SUNX Co., Ltd. 2014 September, 2014 PRINTED IN JAPAN ME-SLVGU1-5...