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General| Brand | Danfoss |
|---|---|
| Model | ERC 113 |
| Category | Controller |
| Language | English |
Overview of the ERC 113 controller, its purpose, and key features for OEM customers.
Describes the ERC 113 system architecture with docking station or gateway.
Details the stand-alone setup of ERC 113 for various coolers like beer coolers.
Explains the setup for ERC 113 combined with a remote display (RDI 107).
Describes the setup for ERC 113 utilizing a remote spindle for controls.
Details the configurable inputs and outputs for the ERC 113 controller.
Explains controlling the ERC 113 via software, docking station, or manual buttons.
Provides examples of changing set points and functions using the controller's buttons.
Guides users on accessing and modifying controller parameters based on access levels.
Configuration of set points, differential, and temperature limits for thermostat control.
Parameters for controlling fan operation, delays, and minimum stop times.
Parameters for controlling cabinet light source and its delay.
Configuration for 'Pull Down' (Super Cool) function to enhance cooling performance.
Parameters for defrost type, intervals, duration, and fan delay after defrost.
Settings for compressor protection, including voltage and run time.
Determines evaporator temperature for fan start after defrost.
Parameters for protecting the compressor against voltage fluctuations.
Configures sensor error handling, run/stop times, and compressor door open delays.
Settings to protect the compressor from overheating due to condenser issues.
Parameters for configuring display intensity, units, and information displayed.
Adjusts display rounding, range limits, and applies a delay filter.
Configures display of status indicators like ECO, Pull Down, and Defrost.
Configures high/low temperature alarms and their delays, including pull down delay.
Includes settings for door open, voltage, leakage, and alarm buzzer duration.
Settings for automatic heating control, including mode enable and set points.
Configuration for energy saving modes, including door and PIR actions.
Parameters for ECO mode timing, light control, shop close hours, and early wake up.
Settings for holiday mode duration, and temperature offsets for ECO and holiday modes.
Defines ECO differential, fan cycles, and cabinet light control.
Configuration of MODBUS safety, temperature adjustment, and input/output mapping.
Detailed configuration for digital inputs (DI) and output channels (DO).
Assigns specific sensor types and applications to controller inputs.
Customizes short and long press functions for the controller's buttons.
Sets passwords for different access levels: Shop, Service, and OEM.
Displays accumulated run times for compressor, fan, light, and ERC unit.
Shows DI state, voltage, DOs status, and various operational counters.
Provides serial number, software/hardware versions, and order numbers.
Displays OEM codes, parameter version, and manufacturing date.
Shows real-time sensor data and device status messages.
Lists common issues like compressor/fan not starting or defrost failures and their remedies.
Details alarm triggers, automatic clearance, outputs, and comments for various fault conditions.
Covers power supply, rated power, input/output details, probes, and connectors.
Details operating/storage conditions, protection ratings, EMC category, and product approvals.
Provides the physical dimensions of the ERC 113 controller unit.
Shows dimensions for the remote spindle and remote display, including mounting.
Lists part numbers for ERC 113 controllers and remote displays.
Provides part numbers for temperature sensors, remote spindles, and communication cables.
Lists part numbers for programming tools and essential accessories.
Illustrates wiring and component selection for no-frost freezers and sub-zero coolers.
Shows wiring and component selection for glass door merchandisers.
Illustrates connections for remote displays, digital inputs, and communication cables.
Details correct placement for control sensors in vertical coolers and freezers.
Explains optimal placement for the evaporator sensor for effective de-icing.
Guides placement for condenser and ambient light sensors for protection and shop hours.
Explains how to connect a door sensor for activity detection and fan control.
Matrix detailing input/output assignments for stand-alone ERC 113 applications.
Matrix detailing input/output assignments for remote display ERC 113 applications.
Matrix detailing input/output assignments for remote spindle ERC 113 applications.
