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Details the applications for the NLV-CN compressors and extended controllers.
Outlines the functional capabilities and features of the controller.
Specifies the required ambient and operational conditions for the controller.
Describes how the controller can be accessed and programmed.
Lists the key features and functionalities of the controller unit.
Provides an overview of connection areas, signal line separation, and grounding.
Details the various connectors and pin assignments for controller connections.
Explains proper grounding procedures for EMC performance and safety.
Specifies mounting requirements to ensure proper airflow for cooling the unit.
Provides important warnings and guidance for brazing operations.
A checklist of essential components and tools for controller installation.
Details the configuration and use of the 4 available temperature sensors.
Describes the controller's analog and digital input/output capabilities.
Explains the pin assignments and specifications for Modbus communication.
Outlines the methods for connecting power to the controller.
Details the pin assignments and types for all power output connectors.
Describes the functions, layout, and status LEDs of the controller display.
Explains how to define and manage applications for different cabinet types.
Covers Modbus network setup, addressing, and communication protocols.
Details sensor configuration, weighting, and offset adjustments.
Describes the internal temperature logger, its setup, and logging capabilities.
Explains how the reference function generates settings for capacity control.
Details compressor speed control, capacity requests, and protection settings.
Describes the function that takes over during sensor errors for safe operation.
Details fan control modes, speed settings, and stop conditions.
Explains condenser fan control based on compressor speed or temperature sensor.
Covers defrost scheduling, execution, and parameters for various defrost types.
Illustrates defrost sequences and conditions for hot gas and sensor-based defrost.
Details timer-based, clock-controlled, and manual defrost scheduling methods.
Describes the function to prevent ice build-up on the evaporator.
Explains how to initiate and manage cabinet cleaning sequences.
Details how to adjust controller settings for nighttime operation.
Describes the function to manage cabinet blinds in sync with day/night modes.
Explains how to manage cabinet lighting via relay output.
Details the RTC and its use for scheduling control timer functions.
Manages controller alarms, indicated on display or via Modbus.
Details the safety function that monitors temperature after defrosting.
Explains the event logger for tracking alarms, settings, and user actions.
Describes how to access service mode for diagnostics and manual control.
Details the function and control methods for rail heater operation.
Explains the control of multiple compressors in a master-client system.
Describes how to store and restore controller settings to factory defaults.
Describes the function of knots, bus master, secondaries, data lines, and common line.
Provides a diagram showing all controller connection terminals.
Details the input power requirements and specifications.
Lists the specifications and types for each relay output.
Details the specifications for the Modbus communication interface.
Provides specifications for the NTC temperature sensors.
Details the specifications for analog and digital inputs/outputs.
Summarizes electrical, environmental, and safety specifications for the controller.
Lists compressor specifications and application compatibility.
Provides detailed performance data for NLV12.6CN compressor.
Provides detailed performance data for NLV10CN compressor.
Provides detailed performance data for NLV8.0CN compressor.
Lists Secop part numbers for controllers, compressors, and accessories.
Details third-party connectors and lab tools for controller integration.
Details the applications for the NLV-CN compressors and extended controllers.
Outlines the functional capabilities and features of the controller.
Specifies the required ambient and operational conditions for the controller.
Describes how the controller can be accessed and programmed.
Lists the key features and functionalities of the controller unit.
Provides an overview of connection areas, signal line separation, and grounding.
Details the various connectors and pin assignments for controller connections.
Explains proper grounding procedures for EMC performance and safety.
Specifies mounting requirements to ensure proper airflow for cooling the unit.
Provides important warnings and guidance for brazing operations.
A checklist of essential components and tools for controller installation.
Details the configuration and use of the 4 available temperature sensors.
Describes the controller's analog and digital input/output capabilities.
Explains the pin assignments and specifications for Modbus communication.
Outlines the methods for connecting power to the controller.
Details the pin assignments and types for all power output connectors.
Describes the functions, layout, and status LEDs of the controller display.
Explains how to define and manage applications for different cabinet types.
Covers Modbus network setup, addressing, and communication protocols.
Details sensor configuration, weighting, and offset adjustments.
Describes the internal temperature logger, its setup, and logging capabilities.
Explains how the reference function generates settings for capacity control.
Details compressor speed control, capacity requests, and protection settings.
Describes the function that takes over during sensor errors for safe operation.
Details fan control modes, speed settings, and stop conditions.
Explains condenser fan control based on compressor speed or temperature sensor.
Covers defrost scheduling, execution, and parameters for various defrost types.
Illustrates defrost sequences and conditions for hot gas and sensor-based defrost.
Details timer-based, clock-controlled, and manual defrost scheduling methods.
Describes the function to prevent ice build-up on the evaporator.
Explains how to initiate and manage cabinet cleaning sequences.
Details how to adjust controller settings for nighttime operation.
Describes the function to manage cabinet blinds in sync with day/night modes.
Explains how to manage cabinet lighting via relay output.
Details the RTC and its use for scheduling control timer functions.
Manages controller alarms, indicated on display or via Modbus.
Details the safety function that monitors temperature after defrosting.
Explains the event logger for tracking alarms, settings, and user actions.
Describes how to access service mode for diagnostics and manual control.
Details the function and control methods for rail heater operation.
Explains the control of multiple compressors in a master-client system.
Describes how to store and restore controller settings to factory defaults.
Describes the function of knots, bus master, secondaries, data lines, and common line.
Provides a diagram showing all controller connection terminals.
Details the input power requirements and specifications.
Lists the specifications and types for each relay output.
Details the specifications for the Modbus communication interface.
Provides specifications for the NTC temperature sensors.
Details the specifications for analog and digital inputs/outputs.
Summarizes electrical, environmental, and safety specifications for the controller.
Lists compressor specifications and application compatibility.
Provides detailed performance data for NLV12.6CN compressor.
Provides detailed performance data for NLV10CN compressor.
Provides detailed performance data for NLV8.0CN compressor.
Lists Secop part numbers for controllers, compressors, and accessories.
Details third-party connectors and lab tools for controller integration.
General| Brand | SECOP |
|---|---|
| Model | 105N4866 |
| Category | Controller |
| Language | English |
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