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General| Type | ATX |
|---|---|
| Input Voltage | 100-240V |
| Input Frequency | 50-60Hz |
| Output Voltage | +3.3V, +5V, +12V, -12V, +5Vsb |
| Protection Features | Over Voltage Protection (OVP), Short Circuit Protection (SCP) |
| Dimensions | 150mm x 140mm x 86mm |
Information on how to correctly use and refer to the manual for installation and operation.
Description of the Zenith 140 as a state-of-the-art pump and level controller.
Details the Zenith 140 as an ultrasonic level measurement and pump control system.
Technical specifications covering physical, environmental, performance, and output details.
Declaration of conformity to relevant EU directives for the Pulsar Ultra controllers.
Instructions for carefully opening shipping cartons and checking equipment.
Details AC and DC power supply specifications for the Zenith 140.
Guidelines for selecting a suitable mounting location for the Zenith 140.
Provides dimensions for fascia mounting and enclosure details.
Illustrates terminal connections for fascia mount units, including power and transducer terminals.
Details power operation and transducer wiring to Zenith 140 terminals.
Describes relay outputs, current output, current input, and temperature input options.
Locates the voltage selector switch and mains fuse on fascia mount units.
Checks to be performed before switching on the Zenith 140.
Guidance on unit maintenance, cleaning procedures, and contact for issues.
Explains the Zenith 140's display and how to operate its controls.
Details the main and auxiliary displays, bar graph, and level indicators.
Describes the default operating mode after setup or power failure.
Explains how to use program mode for setup and parameter changes.
Instructions on how to enter program mode using the default passcode.
Details the functions of hot keys in Run and Program modes.
Explains the functions of menu navigation keys and numeric keypad.
Guide to navigating the main and sub-menus for parameter editing.
Method for directly accessing and editing parameters using their numbers.
How to use test mode to simulate applications and confirm settings.
Instructions for connecting and communicating with the Zenith via RS232.
Describes the initial reading upon power-up and default relay states.
Procedure to reset all parameters to original factory default values.
Steps to enter program mode using the default passcode.
Navigating the menu to select the Quick Setup option.
Guides the user through selecting the application type (Level, Pump Down, Pump Up, Customised).
Visual representation of the quick setup process for various applications.
Details on finalizing application setup by configuring parameters.
Introduction to the Zenith 140's menu system structure.
Diagram illustrating the main categories of the parameter menu system.
Diagram outlining the menu structure for device communication settings.
Overview of the test menu options including simulation and hardware tests.
Sets the units for programming and display (metres, cm, mm, feet, inches).
Sets the distance from transducer to the empty point in the vessel.
Sets the maximum distance from Empty Level to the maximum material level.
Defines the type of each relay (Not in use, Alarm, Pump, Control, Misc., Pump by time).
Sets the function of alarm relays (Level, Rate of Change, Temperature, Loss of Echo, etc.).
Defines the pump duty that determines the operating cycle (Fixed, Alternate, Service Ratio).
Assigns specific control functions to relays, mainly related to time.
Sets functions for miscellaneous relays related to clock or specific events.
Defines pump duty for the Pump by Time function.
Periodically operates pumps below normal OFF point to clear sediment.
Manages power surges during simultaneous pump starts or after power failure.
Prevents pumps from switching off simultaneously by using a common OFF point.
Reduces pump corrosion and sediment build-up by running pumps periodically.
Explains the use of digital inputs for monitoring operational status.
Parameters for configuring specific operational criteria for digital inputs.
Determines how digital inputs are recognized (N.C. or N.O. condition).
Explains the digital feature for float switch backup.
Configures the float switch backup mode (Off, Always, On Xdr Fail).
Enables or disables energy saving and sets lead/lag times.
Sets specific dates, days, and weeks for peak tariff periods.
Parameters for totaliser audits, showing date and pumped volume totals.
Parameters for recording minimum, maximum, and current temperature.
Determines vessel shape for volume calculation and required dimensions.
Creates linear approximation of level/volume, best for sharp angles.
Enables/disables pump efficiency monitoring and sets calibration parameters.
Sets display units, decimal places, offset, and conversion.
Determines the range of the mA output (Off, 0-20mA, 4-20mA, etc.).
Adds a value to the measured distance/level for display and calculations.
Determines the source of temperature measurement (Automatic, Xducer, Fixed, External).
Applies damping to the display to ignore minor fluctuations.
Sets the rate at which LCD fill and empty indicators activate.
Determines how rate is calculated and averaged over time or distance.
Shows the current state of Transducer 1 (OK, Disabled, Stuck High, Not Found).
Allows resetting DATEM trace to default or capturing a trace.
Determines which echo is displayed and establishes the gate around it.
Enables passcode protection for program mode access.
Allows backing up and restoring unit parameters to/from backup areas.
Sets custom colors for relay status LEDs (Off, Alarm, Pump, Control, Misc.).
Enables DST and sets the time difference from standard time.
Sets the time of day when Daylight Saving Time begins.
Configures baud rate for RS232 serial communications.
Refer to RS485 manual for parameters and options.
Determines connection type for remote alarm (Ring or SMS).
Enters telephone numbers for receiving remote alarm messages.
Sets simulation mode (Manual/Automatic, Soft/Hard) for testing.
Lists common symptoms and suggested actions for resolving issues.
Guidelines for disposing of device components and packaging environmentally.
Procedures for removing and disposing of transducers and controllers.
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