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Lists key features including IP43 housing, multiple relay/digital/analog I/Os, motor control, data logging, and firmware upgrading.
Illustrates various connection types like RAST 5, RJ45, spade connectors, and details Modbus, relays, sensors, AIO, and display connections.
Details proper earthing practices for EMC performance and electrical safety, emphasizing a single star point for all PE lines.
Specifies Modbus connection details, including pins, type, and standard IEA485 specifications for network setup.
Details the wiring and pin assignments for output relays RL1 to RL8, including their N.O./N.C. configurations and load ratings.
Describes multi-application cabinets and how to define and manage up to 5 applications for different cooling modes.
Explains how to set unique Modbus addresses for controllers in a network and the address range.
Details the temperature acquisition system, sensor configuration, offset adjustments, and filtering of temperature measurements.
Explains the function to generate a reference for the compressor capacity controller and limits for temperature settings.
Details how requested compressor capacity is calculated for cooling and maintaining cabinet temperature.
Ensures refrigeration level during reference sensor errors by taking over capacity control with a specified emergency cooling capacity.
Details defrost control scheduling, execution sequences, and algorithms to minimize liquid return risk to the compressor.
Manages alarms for different error types, providing indication on display, relay, or Modbus.
Disables peripherals in case of fatal failure, typically by monitoring temperature after defrosting for system defects.
Allows manual setting of outputs and reading of inputs, protected by access codes for different user levels.
Manages up to three compressors in a master-client system for increased cooling capacity and better temperature control.
Provides functions to program NLV with OEM factory settings or restore settings for cooling applications.
Explains Modbus communication, including knots, bus master, data lines, common line, termination resistor, and shield.
Lists key features including IP43 housing, multiple relay/digital/analog I/Os, motor control, data logging, and firmware upgrading.
Illustrates various connection types like RAST 5, RJ45, spade connectors, and details Modbus, relays, sensors, AIO, and display connections.
Details proper earthing practices for EMC performance and electrical safety, emphasizing a single star point for all PE lines.
Specifies Modbus connection details, including pins, type, and standard IEA485 specifications for network setup.
Details the wiring and pin assignments for output relays RL1 to RL8, including their N.O./N.C. configurations and load ratings.
Describes multi-application cabinets and how to define and manage up to 5 applications for different cooling modes.
Explains how to set unique Modbus addresses for controllers in a network and the address range.
Details the temperature acquisition system, sensor configuration, offset adjustments, and filtering of temperature measurements.
Explains the function to generate a reference for the compressor capacity controller and limits for temperature settings.
Details how requested compressor capacity is calculated for cooling and maintaining cabinet temperature.
Ensures refrigeration level during reference sensor errors by taking over capacity control with a specified emergency cooling capacity.
Details defrost control scheduling, execution sequences, and algorithms to minimize liquid return risk to the compressor.
Manages alarms for different error types, providing indication on display, relay, or Modbus.
Disables peripherals in case of fatal failure, typically by monitoring temperature after defrosting for system defects.
Allows manual setting of outputs and reading of inputs, protected by access codes for different user levels.
Manages up to three compressors in a master-client system for increased cooling capacity and better temperature control.
Provides functions to program NLV with OEM factory settings or restore settings for cooling applications.
Explains Modbus communication, including knots, bus master, data lines, common line, termination resistor, and shield.
General| Brand | SECOP |
|---|---|
| Model | NLV12.6CN |
| Category | Controller |
| Language | English |
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