To Next PageTo Next PageWhat to do if the red lion Monitor displays an incorrect input display value?
If the red lion Monitor displays an incorrect input display value, verify Module 1 programming, the Input Range Jumper position, input connections, and the input signal level. Also, check if Module 4 Display Offset is zero and press DSP for Input Display. If the problem persists, perform Module 9 Calibration.
How to fix a jittery display on a red lion Monitor?
To fix a jittery display on your red lion Monitor, increase Module 1 filtering and rounding, and adjust the input range. Also, ensure the wiring follows EMC installation guidelines.
What to do if the red lion Monitor displays zero’s at levels below 1% of range?
If your red lion Monitor displays zeros at levels below 1% of range, program Module 4 as Hi-t: 0.0 LO-t: 3271.1 to disable the zero chop feature.
Why is my red lion Monitor program locked-out?
If your red lion Monitor program is locked-out, check for an active (lock-out) user input. Enter the security code when requested.
Why is there no display on my red lion Monitor?
To troubleshoot a red lion Monitor with no display, check the power level and power connections.
What to do if I get an error code (Err 1-4) on my red lion Monitor?
If you see an error code (Err 1-4) on your red lion Monitor, press the Reset key. If the error persists, contact factory.
Why are MAX, MIN, TOT locked-out on my red lion Monitor?
If MAX, MIN, and TOT are locked-out on your red lion Monitor, check Module 3 programming.
Why are modules or parameters not accessible on my red lion Monitor?
If modules or parameters are not accessible on your red lion Monitor, check the corresponding option card installation.
What to do if the red lion Timer is not running?
If the Timer is not running, verify the input wiring, Timer plug jumper setting, and Timer input programming in Module 1. Also, check the input signal level and ensure the Timer is not inhibited by Input B or a user input.
What to do if user input is not working properly on red lion Timer?
If the user input is not working properly, check the user input wiring, user input plug jumper setting, and user input signal level. Also, verify the user input programming in Module 2.
General| Mounting | Panel Mount |
|---|---|
| Display Type | LCD |
| Power Supply | 12 to 24 VDC ±10% |
| Output Options | Relay, DC Output, Analog Output |
| Communication Ports | RS232, RS485 |
| Operating Temperature | -10 to 60°C (14 to 140°F) |
Details jumper settings for the PAXD model's input range, excitation, and logic.
Details jumper settings for the PAXH model's input range, signal, and couple.
Details jumper settings for the PAXP model's user input logic.
Details jumper settings for the PAXS model's bridge excitation, input range, and user input.
Details jumper settings for the PAXT model's RTD input and user input logic.
Guidelines for successful installation in industrial environments to ensure EMI compatibility.
Details AC and DC power wiring connections for the meter.
Wiring diagrams for various input signals for the PAXD model.
Wiring diagrams for various input signals for the PAXP model.
Wiring diagrams for voltage and current signals for the PAXH model.
Wiring diagrams for bridge inputs for the PAXS model, including deadload compensation.
Wiring diagrams for thermocouple and RTD inputs for the PAXT model.
Explains sinking and sourcing logic for user inputs on the meter.
Describes how to view different displays and annunciators in the meter's display mode.
Explains full and quick programming modes and tips for meter configuration.
Information on restoring factory settings and their importance in troubleshooting.
Explains the dual display format used to show parameters and their factory settings.
Selects the input range for the PAXS strain gage meter.
Selects the input range for the PAXD universal DC input meter.
Selects the input range for the PAXP process input meter.
Selects the input range for the PAXH AC True RMS meter.
Selects AC or DC coupling for the PAXH meter's input signal.
Selects the temperature scale (°F or °C) for the PAXT meter.
Sets the decimal point location for input, MAX, and MIN displays.
Allows zeroing the input display value, useful for weighing applications.
Switches the input display between relative and absolute values.
Configures security code and user input for locking programming mode.
Configures whether the maximum display is visible or locked out.
Configures whether the minimum display is visible or locked out.
Configures whether the total display is visible or locked out.
Configures access levels for setpoint 1 through 4.
Sets a security code to control access to the Program Mode.
Sets delay time to avoid false captures of sudden short spikes for MAX readings.
Sets delay time to avoid false captures of sudden short spikes for MIN readings.
Determines the rate of display update, affecting output response.
Programs automatic compensation for zero drift in PAXS meters.
Sets the band for auto-zero tracking to compensate for normal zero drift.
Activates the backlight for custom unit overlays.
Sets the difference between absolute and relative display values.
Enables or disables internal ice point compensation for PAXT meters.
Sets the decimal point location for the totalizer display.
Sets the time base for totalizer accumulations (seconds, minutes, hours, days).
Scales the totalizer to reflect different decimal points or units.
Disables totalizer when input display value falls below this programmed value.
Resets the totalizer to zero on each meter power-up.
Selects the setpoint (alarm output) to be programmed.
Defines the action for the selected setpoint alarm output.
Enters the desired setpoint alarm value.
Selects the meter input value to trigger the setpoint alarm.
Enters the hysteresis value to prevent output chatter.
Delays the alarm output from turning on after the trigger point is reached.
Delays the alarm output from turning off after the trigger point is reached.
Sets the output logic for the alarm output (normal or reversed).
Defines how the alarm output is reset (automatic, latch, or latch with delay).
Determines if the alarm is disabled until the trigger point is crossed.
Controls the display of setpoint annunciators (off, on, or flashing).
Allows storing and recalling an additional set of setpoint values.
Sets the baud rate to match other serial communications equipment.
Sets the data word length (7 or 8 bits) for serial communication.
Sets the parity bit for serial communication (odd, even, or none).
Assigns a unique node address for serial communication.
Selects abbreviated or full field transmission for serial data.
Selects which meter parameters appear in the block print.
Used to control outputs and interrogate setpoint status.
Controls the analog output of the meter, setting its range and value.
Selects the analog output type (0-20 mA, 4-20 mA, or 0-10 V).
Assigns the source for the analog output (input value, max, min, or total).
Sets the display value corresponding to the low end of the analog output.
Sets the display value corresponding to the high end of the analog output.
Sets the update rate for the analog output in seconds.
Programs analog output action for probe failure on PAXT models.
Adjusts the display intensity level from 0 to 15.
Resets all user settings to factory defaults.
Covers calibration for PAXP, PAXD, and PAXH input ranges.
Table listing signal input parameters, factory, and user settings.
Table of user input and function key parameter settings.
Table of display and program lock-out parameter settings.
Table of secondary function parameter settings.
Table of totalizer parameter settings.
Table of setpoint (alarm) parameter settings.
Table of serial communication parameter settings.
Table of analog output parameter settings.
Table of factory setting parameter values.
