What to do if Worth Data Touch terminals show common messages indicating communication issues?
If you are seeing common messages indicating communication issues on your Worth Data Touch terminals, it means that the radios in the base and terminal are not communicating. To solve this, ensure that both are on the same channel.
Why is my Worth Data Touch terminal cycling power by itself?
If your Worth Data Touch terminal is cycling power by itself, the battery is likely very low. Charge your terminal for at least an hour and try again.
General| Brand | Worth Data |
|---|---|
| Model | RF Terminal 7000 |
| Category | Touch terminals |
| Language | English |
Overview of the 7001 RF Terminal features and capabilities.
Highlights differences between new and older Worth Data RF Terminal generations.
Lists required components and outlines the step-by-step installation process.
Details on how to physically connect the Base Station to a computer.
Explains how to set serial parameters for the Base Station.
Describes how to determine and change the Base Station's operating channel.
Guide to operating the RF Terminal using its keypad and understanding its functions.
Information on checking battery status and managing battery life.
Instructions for replacing and recharging the RF Terminal's battery.
Explains the options available in the RF Terminal's main menu.
Details on installing various utility programs from the provided CD.
Guide to updating RF Terminal and Base Station firmware.
Lists default settings for RF configuration, bar codes, and RS-232.
Explains how to access and use the RF Terminal's setup menu.
Details on configuring RF settings like Terminal ID, Channel, and Security Code.
Configuration settings for reading Code 39 bar codes.
Settings for configuring UPC-A and EAN-13 bar code reading.
Configuration settings for UPC-E and EAN-8 bar code reading.
Details and settings for Code 128, Codabar, and 2 of 5 bar codes.
Configuration for MSI/Plessey and Code 93/Code 11 bar code symbologies.
Settings for DataBar/RSS-14 and other specialized bar code types.
Configuring baud rate, parity, data bits, and XON/XOFF for RS-232.
Setup and pairing procedures for Bluetooth connectivity.
Instructions for setting the terminal's date, time, and year output format.
Setting the inactivity period before automatic terminal shutdown.
Adjusting beep volume, beep tone, voice volume, and keypad tone.
Configuration options for the integrated laser scanner.
Customizing LCD background color, text color, brightness, and timeout.
Setting prefixes (preambles) and suffixes (postambles) for transmitted data.
Allows reassigning output characters based on scanned input.
Enabling and configuring data encryption for secure communication.
Utilities for updating voice prompts, playing prompts, and resetting to defaults.
Using the configuration utility to set up Base and Relay stations.
Testing host-to-base communication and understanding system modes.
Detailed explanation of the Two-Way communication process.
Explanation of the One-Way data transmission mode.
Process for evaluating site coverage and radio performance.
Factors affecting RF system performance and range.
Steps and considerations for conducting a site survey.
How Relay Stations extend RF coverage and their impact on response time.
Guidelines for placing Base Stations and Relays for optimal coverage.
Details on connecting and wiring Relay Stations.
Assessment of potential radio traffic congestion.
Explains One-Way and Two-Way communication for RF Terminals.
Strategies for handling hardware and operator errors.
Using ASCII sequences for direct serial port communication.
Describes the message format for host-to-terminal communication.
Commands for customizing display colors and font sizes.
Rules and tips for constructing valid command sequences.
Format for data transmitted from Base Station to Host.
Formats for serial replies and terminal sign-on acknowledgments.
Handling messages when a terminal is not signed on.
Managing sequence errors and illegal commands from the host.
Handling terminal check backs and base station initialization status.
How terminal control keys transmit special ASCII characters to the host.
Conversion of ASCII control characters for 2D data packets.
Introduction to ActiveX components for RF Terminal integration.
Key aspects before using ActiveX components like COM port setup.
Details on ActiveX properties and methods for terminal control.
Explanation of event handlers for terminal interactions.
Using ActiveX for TCP/IP network communication with RF Terminals.
Configuring network settings and the client utility for TCP/IP.
Properties and methods for TCP/IP COM communication.
Event handlers for TCP/IP based terminal interactions.
Information on using portable printers with the RF Terminal.
How to use and the advantages of voice prompts.
Features of the program for managing RF Terminal voice prompts.
Basic troubleshooting steps including site tests and battery checks.
Common issues encountered during initial system setup.
A guide to interpreting error messages displayed by the terminal.
Diagnosing communication, response time, and range issues.
Troubleshooting laser, power cycling, and bar code reading issues.
Addressing voice prompt problems and performing diagnostic resets.
Procedures for opening the base and changing channels or relays.
Connecting and configuring Relay Stations for extended coverage.
Pin configurations for Base Station to PC and Relay Station connections.
Instructions for updating RF Terminal and Base Station firmware.
Detailed specifications for Code 39, Code 93, Codabar, Code 128, etc.
Details on UPC, EAN, and ISBN bar code standards and checksums.
Methods for calculating MSI/Plessey and UPC-E checksums.
Techniques and tips for scanning bar codes with the RF Terminal.
Configuration options for laser scanners like reading time and double decode.
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