Why does LineEye Measuring Instruments communication setting change and the date clock get strange?
When you remove the batteries from the line monitor for a while, or when the batteries run out, the settings in the memory IC and clock IC are initialized. To prevent this, ensure charged batteries are in the line monitor.
What does TXD error mean on LineEye LE Measuring Instruments when pressing [RUN]?
If the “simulation function” is selected when you intend to use the monitor function, the TXD signals collide, causing an error. Ensure that “monitor mode” is selected.
LineEye LE cannot transmit data in simulation function, how to fix?
Check the configuration of the measurement port and the connection with the target device.
Why LineEye LE Auto Configuration does not work?
If the speed is outside of the line monitor's range, or if the communication data is biased, automatic configuration may fail.
What to do if LineEye LE does not recognize USB flash?
Try using a different USB flash drive.
General| Brand | LineEye |
|---|---|
| Model | LE Series |
| Category | Measuring Instruments |
| Language | English |
Prohibits reprinting without permission; product specifications may change.
Defines intended use and limitations for safety-critical applications.
Contains important information for safe use and damage prevention.
Explains manual structure, screen display, and operating procedure conventions.
Details included items and checks for damage or missing accessories.
Outlines contents of the utility CD (manual, firmware, drivers).
Lists key capabilities and features of LE-110SA/LE-120SA data monitors.
Identifies and describes all physical parts and ports of the LE-110SA model.
Identifies and describes all physical parts and ports of the LE-120SA model.
Explains power sources (USB, battery) and battery types.
Step-by-step guide for inserting batteries into the device.
Details charging methods and settings for Ni-MH batteries.
Instructions for powering on the device and initial display.
Explains device control using keys and touch panels.
Details the components and information displayed in the data window.
How to select the display language on the device.
Instructions for setting the device's date and time.
Configures charging types for Ni-MH batteries.
Adjusts the brightness of the device's LCD screen.
Configures backlight and auto-power off for battery saving.
Overview of the main settings menu and its options.
Selects measurement port and function (Monitor/Simulate).
Details TTL port options and signal levels for measurement.
Sets the communication speed for target devices.
Configures data bit length, parity, and stop bit.
Selects data display codes (ASCII, JIS, EBCDIC, HEX).
Sets time/data for frame end recognition and frame end data.
Configures recording area and write control for data capture.
Configures idle time display and time stamp format.
Enables recording and display of control line status.
Configures automatic saving of measured data to USB.
Details connections for RS-232C port, including pinouts and cables.
Details connections for RS-422/RS-485 ports, including terminal blocks.
Wiring diagrams for monitoring and simulating RS-422 between devices.
Wiring diagrams for monitoring or simulating RS-485 connections.
Details connections for TTL interface, including voltage levels and cables.
Introduces monitor function, data display, and analysis features.
Guides on starting and stopping the monitoring process.
How to pause display, change data code, and format.
How to stop the monitoring process.
Navigating through captured data using swipe and jump features.
Storing and jumping to specific data positions using markers.
Finding specific data based on various criteria.
Starting, performing, and ending the data retrieval process.
Displaying the status of control lines and trigger inputs.
Displaying data frame by frame with timestamps.
Saving screenshots of the device display to a USB drive.
Automatically determines communication settings.
Overview of simulating communication partners.
Registering data for transmission simulation.
Entering simulation data via hexadecimal or text input.
Filling data ranges and copying tables/buffers for simulation.
Selecting data ranges for copy and paste operations in simulation.
Starting and ending simulation tests.
Lists of fixed data codes used in simulation.
Overview of trigger functions for measurement control.
Using external signals as triggers or outputting trigger signals.
Setting up trigger factors and actions.
Setting trigger conditions based on line state, timer/counter, or idle time.
Configuring trigger actions like buzzer, stop, save data.
Controlling timer, counter, trigger factors, and data transmission.
Outputting pulse signals for external trigger output 2.
Details on timer and counter actions used with triggers.
Setting timer/counter actions, values, and resolutions.
Managing saved data and settings on USB memory.
Saving measured data or settings to a file.
Filtering files displayed in the management screen.
Loading saved data or settings from a file.
Deleting files from the USB memory.
Guides on installing the USB driver for PC connection.
Guides on installing the PC link software (LE-PC300R).
Connecting and operating the monitor via PC software.
Detailed steps for remote monitoring and measurement using PC software.
Displaying and converting measured data on PC.
Setting conversion parameters and initiating file conversion.
Technical specifications for LE-110SA and LE-120SA models.
Summary of key device specifications like trigger, simulation, power, and connectivity.
Tables showing ASCII, JIS, and EBCDIC data codes.
Lists available optional accessories like chargers and cables.
Resets the device to factory default settings.
Guides on updating the device's firmware.
Detailed steps for performing the firmware update process.
Lists common problems and their solutions.
Provides additional common problems and their solutions.
Information on product warranty and after-sales service.
Information on registering the product for after-sales service.
Details for contacting for repair and required information.
Information on paid repairs after the warranty expires.
Details on hardware calibration testing and obtaining further support.
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