What to do if the input signal is out of range in BAYKON TX 1 Transmitter with 4-20 mA output?
If the input signal of your BAYKON Transmitter is out of range and calibration is needed when the output mode is 4 – 20 mA, you should check the output circuit and cabling.
What to do if the input signal is out of range in BAYKON TX 1 with 0-10 V output?
If the input signal of your BAYKON Transmitter is out of range and calibration is needed when the output mode is 0 – 10 V, you should check the output circuit and cabling.
General| Brand | BAYKON |
|---|---|
| Model | TX 1 |
| Category | Transmitter |
| Language | English |
Detailed technical parameters for the TX 1 transmitter, covering input, output, load cell, and environmental specifications.
Guidelines for selecting a safe installation location, considering environmental factors and preventing mechanical damage to cables.
Pinout definitions for connecting power supply, load cells, digital I/O, and analogue output terminals.
Instructions for wiring load cells (4/6-wire), emphasizing the connection of sense pins for accurate measurement.
Details for configuring and wiring the analogue output for either 0-10V voltage or 4-20mA current signals.
Description of the zeroing input, error output, and setpoint outputs featured on the TX 1W model.
Information on utilizing the RS232C serial interface for eCal, parameter adjustments, and status monitoring.
Procedure for energizing the TX 1, setting the output mode, and performing initial setup and calibration verification.
Explains the operational status indicated by front panel LEDs (RUN, ERR) and analogue output signals.
Step-by-step guide to switch between 0-10V voltage and 4-20mA current analogue output modes.
Covers zero adjustment, span calibration, setpoint entry, filter selection, and exiting setup mode.
Instructions for using the xFace PC software for electronic calibration (eCal) and parameter configuration.
Provides the physical dimensions of the TX 1 unit, including overall size and mounting details.
A guide to diagnosing operational errors and faults by interpreting the status of the front panel RUN and ERR LEDs.
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