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Provides essential safety information for the controller and its installation.
Details various display panel options available for the ECO 6 controller.
Details the core technical specifications of the ECO 6 controller unit.
Illustrates the physical layout and component placement on the ECO 6 controller board.
Configuration settings for board address selection.
Details the CANBUS termination resistor settings.
Explains the function and meaning of the various monitoring LEDs.
Describes the LEDs indicating the status of relay outputs.
Information on checking the status of connected probes.
Details the LEDs indicating power supply status.
Explains LEDs related to communication status.
Provides a dimensional drawing for drilling installation purposes.
Guides on the proper installation procedures for the controller and display.
Instructions for installing the display panel.
Details on installing and connecting the ECO 6 controller board.
Information on I/O flying connectors for digital inputs and probes.
Compatibility information with ATEX testing systems.
Explains the setup and connection of analog and digital inputs.
Instructions for installing and configuring the thermostat probe (S1).
Guidance on positioning and connecting the evaporator probe (S2).
Instructions for installing and connecting the condenser probe (S3).
Details on connecting the door switch to digital input D1.
Information on connecting the high pressure switch to digital input D2.
Describes the configuration of relay outputs for various actions.
Details the cooling operation mode and related parameters.
Explains the thermostatic control mode for maintaining coldroom temperature.
Information on calculating and storing compressor usage percentage.
Details on storing and displaying compressor operating hours.
Describes warnings related to excessive compressor usage.
Outlines actions taken when the thermostat probe fails.
Explains timed adjustment criteria during thermostat probe failure.
Details weight adjustment criteria during probe failure.
Describes adjustment using the evaporator probe during failure.
Covers defrost modes, activation, and inhibitions.
Explains different defrost modes: stop, electric, and hot gas.
Details compressor stop action during defrost.
Describes the electric defrost process.
Explains the hot gas defrost process.
Information on initiating defrost cycles.
Conditions that inhibit defrost activation.
Instructions for manual defrost activation.
Details timed defrost operations based on ITD hours.
Describes defrosts based on compressor run hours.
Explains time-based defrosts using the real-time clock.
Details the 'Off & Clean' function for melting and drying.
Describes the automatic defrosting algorithm.
Explains setting sensitivity for ice detection.
Information on protective defrosts for specific conditions.
Reference to section 7.4 for low evaporation.
Details evaporator fan behavior during defrost based on FOP parameter.
Explains condenser fan behavior during defrost based on FCE parameter.
Describes how the defrost phase concludes and subsequent actions.
Defrost management with double evaporator probes.
Information on defrost time-out warnings and settings.
Describes defrost start based on pull-down temperature.
Details defrost management for dual evaporator systems.
Configuration for cascaded main defrost.
Synchronizing second defrost with the first.
Synchronizing secondary defrost after main defrosts.
Details thermal protection criteria and actions.
Conditions required to enable thermal protection.
Explains the thermal protection criteria during operation.
Actions of relay U2 during electric defrost.
Actions of relay U2 during cycle inversion defrost.
Covers evaporator fan operation modes and conditions.
Evaporator fan operation linked to compressor status.
Fan behavior when S2 probe is faulty or not installed.
Details independent evaporator fan operation.
Fan behavior when S2 probe is faulty or not installed (independent).
Evaporator fan behavior during door opening.
Actions taken for low temperature evaporator faults.
Covers condenser fan operation modes and conditions.
Condenser fan operation linked to compressor status.
Fan behavior when S3 probe is faulty or not installed.
Details independent condenser fan operation.
Fan behavior when S3 probe is faulty or not installed (independent).
Details actions for high condensation faults.
Detection and stop actions for high condensation.
Information on fault reset time for high condensation.
Describes fault handling based on event count.
Procedure for clearing alarms.
Details warnings for clogged condenser issues.
Detection criteria for clogged condenser warning.
Conditions that inhibit the clogged condenser warning.
Procedure for clearing clogged condenser warnings.
Covers the control logic for high pressure events.
Details automatic reset procedures for high pressure.
Explains manual reset procedures for high pressure.
Procedure for silencing buzzers and resetting alarms.
Details various accessory functions of the controller.
Covers light, heating, frame resistor, and drain resistor functions.
Details remote alarm relays and the second delayed compressor function.
Reference to defrost management section.
Details the drying resistor function.
Information on the swivel plate function.
Details the active loads function.
Describes the electric valve function.
Details the winery function for temperature monitoring.
Explains the pastry/ice cream function.
Configuration for a second thermostat function on FLEX panels.
Details the showcase mode for FLEX panels.
Information on the recirculation fan for FLEX panels.
Sets the schedule for turning off the light on FLEX panels.
Sets the unit activation time from Stand-by on FLEX panels.
Details humidity control using evaporator fan timing without a dedicated probe.
Explains the adjustment criteria for humidity control.
Describes the Off & Clean function for ice cream cabinets.
Explains the purpose of the Off & Clean function.
Details the phases involved in the Off & Clean function.
Covers energy saving features and modes.
Explains the ECONOMY function for reducing consumption.
Details activation and deactivation of economy features.
Describes the ECOMODE function for cabinet consumption reduction.
Details types of temperature alarms and their parameters.
Lists the different types of temperature alarms detected.
Explains high temperature alarms and related parameters.
Details pre-alarm warnings for high temperatures.
Information on how alarms are noticed and stored.
Describes the conditions for ending a high temperature alarm.
Explains low temperature alarms and related parameters.
Details pre-alarm warnings for low temperatures.
Information on low temperature alarm notice and storage.
Describes the conditions for ending a low temperature alarm.
Details high temperature alarms caused by door openings.
Pre-alarm warnings for high temperature due to door opening.
Alarm notice and storage for door opening related alarms.
Conditions for ending high temperature alarms from door opening.
Details alarms related to power outages.
Enabling or disabling black-out temperature alarms.
Logic and storage for black-out temperature alarms.
Details the FSC accessory module for fan speed control.
Selection of operating modes for the FSC module.
Configuration of the FSC module in manual mode.
Details automatic condenser fan control via FSC module.
Explains automatic evaporator fan control via FSC module.
Settings for EVO superparameters related to display and cabinet options.
Settings for IS1 superparameters related to input configurations.
Settings for IS2 superparameters related to probe configurations.
Settings for OS1 superparameters related to output configurations.
Settings for OS2 superparameters related to fan and shutdown options.
Settings for FOP superparameters related to fan control.
Settings for DOP superparameters related to defrost control.
Settings for LGH superparameters related to light and module setup.
Parameter for setting the controller's network address.
Parameter defining the high temperature alarm limit.
Parameter defining the low temperature alarm limit.
Parameter for setting the delay before an alarm is triggered.
Parameter for setting the evaporator fan setpoint.
Parameter for setting the condenser fan setpoint.
Parameter for recovery time after high condenser temperature.
Parameter defining the end temperature for defrost phase 1.
Parameter for the defrost time-out for phase 1.
Parameter for setting ice sensitivity in automatic defrost.
Parameter for max compressor usage to start Ecomode.
Parameter for the user-defined setpoint temperature.
Parameter defining the action for U1 relay.
Parameter for alarm delay due to door opening.
Parameter for fan time in OFF&CLEAN before standby.
Parameter for setting the second zone setpoint.
Parameter for temperature decrease at defrost start.
Describes the architecture of the FLEX controller and its connectivity.
Labels for icons on the left side of the display.
Labels for icons on the right side of the display.
Labels for lower icons on the display.
Explains how to access and navigate through the controller's menu system.
Instructions for setting the temperature setpoint via the menu.
Procedure for initiating a defrost cycle through the menu.
How to set the high temperature limit via the menu.
How to set the low temperature limit via the menu.
How to read the event list, including alarms and faults.
How to view probe values from the menu.
Configuration options for the lower display settings.
Procedure for cancelling the event list.
Guide to programming controller parameters, including password entry.
Instructions for setting the clock and date on the controller.
Procedure for setting or changing the service password.
Configuration of network parameters, including Wi-Fi settings.
Setting the schedule for turning off the compartment light.
Setting the start-up time for the refrigeration unit.
How to set the humidity level via the menu.
How to set the temperature for a second zone.
Details the various functions available through the CONNEX application for controller management.
App functions for reading temperature, setting setpoints, and viewing events.
App functions for configuration, energy saving, alarms, and device data.
Steps for setting up Wi-Fi and user registration for the controller.
Connecting to the device remotely via web pages for monitoring and reports.
General| Brand | Atex |
|---|---|
| Model | ECO 6 |
| Category | Controller |
| Language | English |
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