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General| Brand | SECOP |
|---|---|
| Model | 101N1010 |
| Category | Controller |
| Language | English |
Details the intended use cases for the BD1.4F-AUTO 12V DC compressor system.
Lists the primary operational capabilities of the BD1.4F-AUTO compressor system.
Explains how to operate the compressor control unit using Secop PC software TOOL4COOL®.
Describes compressor start/stop methods via hardware input or software Main Switch.
Details how compressor power usage is tracked at 10-minute intervals via TOOL4COOL®.
Explains the system's features to prevent permanent battery damage from discharge.
Covers compressor speed protection against minimum/maximum deviations and measurements.
Describes the fan operation and restart attempts during the optimized compressor start-up.
Explains condenser fan synchronization, delays, forced operation, and defect detection.
Details mechanical thermostat mounting and setting configuration using resistors.
Describes thermostat types (Auto, NTC, Mechanical) and related settings.
Introduces a minimum restart time to prevent compressor short-circuiting.
Outlines compressor behavior and actions upon loss of communication with the master controller.
Explains the function to protect user settings from unauthorized reading.
Allows modification of custom interface module values via TOOL4COOL® software.
Describes the self-test function to verify the proper operation of the entire refrigeration box.
Provides a visual flowchart illustrating the steps of the self-test procedure.
Lists alarm functions and error codes used to notify users of system issues.
Explains the alarm function to prevent damage from overheating.
Details the protection system against extreme PCB temperatures.
Presents capacity and power consumption data for various operating conditions.
Shows detailed physical measurements and specifications for connectors.
Illustrates the electrical connections for NTC/Mechanical sensors and components.
Outlines the default settings for battery cut-out and cut-in voltage.
Lists calculated battery protection settings based on resistor values.
