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Loading...What to do if state display LED shows abnormal display on Toshiba Vm Controller?
If the state display LED shows an abnormal display or an error is detected in the human interface station of your Toshiba Controller, you should immediately stop using the device and contact a Toshiba service representative for assistance.
General| Brand | Toshiba |
|---|---|
| Model | Vm Series |
| Category | Controller |
| Language | English |
Details signs like DANGER, WARNING, CAUTION and their meanings.
Explains symbols like Prohibited and Mandatory, and their meanings.
Covers safe installation environments, grounding, ventilation, and cable handling.
Emphasizes power safety, static discharge, and safe handling of modules during maintenance.
Covers safety during replacement, daily operation, modification, and condition monitoring.
Safety measures for handling internal components, cables, transportation, storage, and disposal.
Specifies restrictions on using the product in systems affecting human life or public functions.
Introduces the manual's content and lists related documents for comprehensive understanding.
Defines symbols like Important, Note, and Remark for better document comprehension.
Describes the TNB module's role, network type, and its key characteristics like openness and reliability.
Details the physical components and their functions on the TNB module.
Identifies and labels the physical components of the TNB21 and TNB22 modules.
Explains the meaning of each state display LED (RUN, ERR, SCAN, LNK, ACT) and their normal display states.
Describes the function of STN-H/L and MODE switches for setting address and operation mode.
Details the TN-A and TN-B connectors for TC-net 100 communication using optical fiber.
Safety warnings before installation, prohibited actions, and required tools/environment.
Details the procedure for inserting the TNB module into the basic unit and securing it.
Steps for connecting the optical fiber cable, including dust cover removal and cable securing, with safety warnings.
Step-by-step guide for replacing the TNB module, including powering off and handling precautions.
Explains how to set the station address using hexadecimal rotary switches (STN-H, STN-L).
Details the DIP switch settings for operation mode and IP address types.
Describes how to set Network ID and Subnet Mask for different IP address types.
Guidelines for station address assignment and an overview of supported multicast addresses.
Illustrates Ethernet configuration and guidance for IP address and switch settings.
Steps to register the TNB module as a station and add units using the engineering tool.
Instructions on how to add CPU features in the engineering tool's product tree.
Details on selecting and registering TNB21/TNB22 as expansion cards with relevant details.
Shows the parameter screen and guide to registering IP address type, IP address, and subnet mask.
Instructions for downloading configuration data and restarting the controller for changes to take effect.
Steps to set the network from the product tree and add a TC-net 100LAN network.
Procedure to add the TNB module to the TC-net 100LAN network using the Add Module dialog.
Connects via Ethernet to retrieve and verify TNB module information after setup.
Steps to set scan talker blocks from the product tree and register each block with its parameters.
Checks the transmission speed and slot information displayed in the talker block parameter screen.
Downloads scan talker block data and confirms its registration after download.
Details parameters for state change detection, including scan data block/word, bit mask, timing, and controller slot.
Downloads state change notification data and verifies its successful application.
Provides a table to diagnose faults by observing the status of the TNB module's LEDs.
Explains how to display and interpret the scan healthy map to check the status of scan data blocks.
Details how to access LAN management information for nodes connected to TC-net 100LAN.
Explains how to view detailed counters by clicking 'Detailed' in the LAN management information screen.
Describes how to switch the receiving line (Auto, Force A, Force B) for TC-net 100.
Explains the in-ring map which shows the state of stations on the TC-net 100 network.
Details how to set the TNB to self healthy mode for maintaining scan healthy status during transmission path errors.
Explains how to register RAS information generated by TNB into scan blocks for transmission.
Lists pre-operation checks and describes startup and shutdown procedures for the TNB module.
Provides a table to diagnose faults by observing the status of the TNB module's LEDs.
Safety measures for handling product interior, static discharge, and cable stress during maintenance.
Items to check during daily inspection, including LEDs, connectors, ventilation holes, and indoor environment.
Recommends regular replacement of life-limited parts, specifically the optical module, based on usage time or power loss.
Explains the configuration of application information on the station bus via sockets, including address mapping.
Details the conditions that make each bit '1' or '0' in the socket state information.
Shows how base addresses and starting word addresses for socket information vary based on TNB installation slots.
Illustrates the timing of setting and clearing socket information during TCP/IP communication.
Explains how the scan data healthy map is managed and its bit meanings for healthy/unhealthy states.
Describes the scan data unhealthy map, its bit meanings, and the condition for detecting unhealthy states.
Explains the scan data talker map, displaying sending station addresses and overlapping source addresses for scan blocks.
Details the configuration of RAS information provided by TN8 and TNB nodes, including module type and healthy counters.
Explains the in-ring map which shows the state of stations on the TC-net 100 network.
Specifies reserved port numbers and the range of usable port numbers for the TNB module.
Lists general specifications for TNB21 and TNB22 modules, including operating temp, humidity, voltage, etc.
Provides detailed transmission specifications for the TC-net 100 network.
Outlines the transmission methods and monitoring functions (RAS) of the TNB module.
Shows the physical dimensions of the TNB21 and TNB22 modules, including width, depth, and height.
Lists related products, specifically the optical fiber cable with MT-RJ connectors for the TNB module.
Provides a table for converting decimal numbers to their hexadecimal equivalents.
