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General| Display | LCD |
|---|---|
| Auto Power Off | Yes |
| Overload Indication | Yes |
| Low Battery Indication | Yes |
| Units of Measurement | lb |
Product designed as a weighing indicator for various industrial applications, featuring an RS-232C port for communication.
Lists key features like noise screening, self-diagnosis, external resolution, data memory, and communication options.
Provides essential safety guidelines for installation and handling, including avoiding shocks, high voltage, direct sunlight, and water.
Lists included accessories like the product manual and optional items such as the AC adapter.
Details specifications for analog input, zero adjustment, excitation voltage, temperature coefficient, input noise, impedance, and A/D conversion.
Specifies display type, character size, division options, decimal points, status lamps, and function keys.
Outlines power requirements, operating temperature and humidity ranges, product size, and weight.
Lists optional communication interfaces like RS-422/485, I-OUT (4-20mA), and V-OUT (0-10V).
Describes the display screen and its function for showing weight and other indicators.
Explains the meaning of status indicators like STABLE, ZERO, LOW, HIGH, OK, HOLD, and COMM.
Details the function of each key (ZERO, TARE, SET, ENTER) for normal operations.
Describes special functions of keys when used in SET or CAL status for advanced operations.
Shows optional connectors for RS232, RS422, 4-20mA, and 0-10V interfaces on the rear panel.
Details the DC IN power requirement of 24V for the product via the rear panel.
Lists communication interface options: RS-232C, RS-422/485, and 4-20mA/0-10V on the rear.
Describes terminals for load cell connection, grounding, and DC 24V input on the rear panel.
Provides dimensions and panel cutting specifications for mounting the indicator.
Defines calibration as adjusting the displayed value to match the actual weight for accuracy.
Explains test screen modes (TEST1-TEST7) accessed during power-on for verification and calibration.
Describes the process of adjusting linearity from zero to maximum weight for accurate measurement.
Details the key operations (ENTER, SET) used during span calibration for progressive or reverse moves.
Explains setting division value and maximum display weight for calibration in CAL 1 mode.
Covers zero status check, loading counterweights, and span constant display in CAL 1 mode.
Outlines calibration using equivalent input mode, including division and maximum weight settings.
Details calibration steps for CAL 2 mode: zero status, mV/V input, and counterweight setting.
Lists common error codes (Err 01-09, Err A) and provides detailed measures to resolve them.
Explains set-up's purpose: optimizing indicator operation via F-FUNCTION settings.
Details the procedure to access the set-up menu by pressing specific keys during power-on.
Guides users on modifying F-FUNCTION parameters using the ZERO and TARE keys.
Explains how to access, assign, and store specific F-Functions using the ENTER key.
Provides a comprehensive list of all F-Functions, their default values, details, and divisions.
Details F01 (Decimal Point Setting) and F02 (Zero Memory Mode) functions.
Explains F03 (Motion Band Range), F04 (Zero Tracking), and F05 (Auto-Zero Range) settings.
Details F06 (Digital Filter Range) and F07 (ZERO, TARE Key Operation Mode).
Explains F08 (ZERO Range), F09 (TARE Range), F10 (Hold), and F11 (Relay Input).
Details F12 (Front Key), F13 (Code Assign), F14 (Hold Off), F21 (Weighing Mode), and External Relay Output.
Illustrates the operation and output signals for Weighing Mode 1 (Normal Batching).
Illustrates the operation and output signals for Weighing Mode 2 (Programing Batching).
Illustrates the operation and output signals for Weighing Mode 3 (Comparison Mode 1).
Illustrates the operation and output signals for Weighing Mode 4 (Comparison Mode 2).
Explains Communication Output Delay Time (t1) and Relay Output Delay Time for Judgment (t3).
Explains the setting for the ON time (t4) of relay output for weighing judgment in Checker Mode.
Configures serial communication parameters: parity, baud rate, and modes.
Configures Equipment ID, Data Format, BCC Selection, and Data Transference Count.
Sets Weight Unit, Average Display, LED Lamp Delay, Tension/Compression.
Sets the range for near zero detection and the display range for zero.
Configures Zero Minus Value, Max Analog Output, Equivalent Input, and confirms Span Constant.
Details the RS-232C connector pinout, signal format, and communication settings.
Describes the data format for printing, including headers, data, units, and control characters.
Explains RS-232C data format, lamp status, and illustrates PC connection wiring.
Details the RS-422/485 interface, its advantages, and connection requirements.
Specifies the signal format and shows the wiring for the RS-422/485 4-pin connector.
Lists commands for reading data like Serial Number, Code Number, Part Number, and Current Weight.
Lists commands for writing/setting data like Tare, Tare Reset, Zero, and Hold.
Details commands for changing Serial Number, Part Number, Code, and setting Hold.
Explains commands for Hold Reset, starting, and stopping the pack mode.
Details commands for changing the Lowest limit (SP1) and Upper limit (SP2).
Describes the 4~20mA/0~10V serial interface, its connector, and related F-83 settings.
Explains how to set the maximum analog output value and test outputs using keys.
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