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Details about the unit's serial number label, its placement, and information.
Importance of the serial number for unique identification and spare parts.
Purpose of the manual and importance of following instructions for safety and liability.
Requirements for qualified personnel and adherence to local safety rules.
Defining the unit's specific purpose and additional safety measures to prevent risks.
Identification of danger zones and safe handling procedures to prevent accidents and damage.
Risks associated with installation, general hazards, and electrical system hazards.
Safety precautions for handling refrigerant, including exposure, first aid, and fire measures.
Measures for accidental leakages, environmental protection, and proper storage of refrigerant.
Procedures for inspecting the unit upon arrival and recommended storage conditions.
Guidelines for safe handling, lifting, and identifying lifting points on the unit.
Factors to consider for unit placement, including technical spaces and connections.
Importance of maintaining clearances for unit operation and identifying associated risks.
Principles for piping design, valves, indicators, and air/drainage points for water systems.
Ensuring clean water for exchangers and preventing freezing with glycol or resistances.
Overview of various Hydropack system configurations for different pumping needs.
Dealing with condensation during winter operation to prevent freezing and ice build-up.
Requirements for qualified personnel and referencing wiring diagrams for electrical connections.
Information on the unit's power supply, standard electrical data, and voltage/frequency limits.
Using remote controls for ON/OFF, mode changes, and functional signalization.
Managing secondary set-points, demand limits, and modulating valves for system control.
Overview of the modular system components, their interconnections, and water reset functionality.
Description of specialized modules managing different unit functions like driver, evaporator, pump.
Details on remote terminal usage and Modbus communication interface.
How to connect multiple machines in a network using CAN converters.
Essential checks before start-up, covering unit installation, power, and system integrity.
Verifying electrical connections, tensions, and system parameters before initial start-up.
Verifying electrical loads, compressor rotation, and system parameters.
Detecting and recording key operational parameters of the refrigerant circuit.
Navigating the control interface and initiating unit start-up.
How the unit regulates temperature and manages compressor operation via compensations.
Managing defrosting cycles and optimizing efficiency through set-point corrections.
Using maintenance set-points, demand limits, and timetables for operational control.
Structure of the parameter menu and how to navigate it using the keypad.
Specific parameters for temperature regulation, maintenance, and antifreeze functions.
Procedures for setting the unit's clock and date.
How to view and navigate the unit's status information across different modules.
Index of general status parameters for the unit and specific module status indices.
How alarms are signaled, the importance of eliminating causes, and manual reset procedures.
Listing different alarm types and their potential causes for troubleshooting.
Detailed list of alarms associated with the central control module.
Alarms related to compressor and pump modules, including temperature and pressure faults.
Alarms for recovery and evaporator modules, covering various operational faults.
Instructions for cleaning fresh air coils and water exchangers for optimal performance.
Checking the unit's structure and electric fans for proper functioning and safety.
Frequency and types of inspections required for unit maintenance and safety.
Compliance with CE PED directive and procedures for putting the unit at rest.
Tables providing refrigerant data for testing circuit operation based on temperature and pressure.
Identifying causes for high and low pressure alarms in cooling mode.
Troubleshooting faulty probes, transducers, compressors, fans, and pumps.
Procedures for safely disconnecting the unit, recovering refrigerant and antifreeze.
Instructions for dismantling and disposing of the unit through authorized centers.
Performance data for cooling and heating, including capacities, power input, EER, and COP.
Specifications for compressors, internal exchangers, external fans, and noise levels.
Limits for external and internal exchangers during cooling operation for SC and EN configurations.
Limits for external and internal exchangers during heating operation for SC and EN configurations.
Correction factors for antifreeze solutions and fouling on heat exchangers.
Calibration values for safety devices like pressure switches and thermostats.
Detailed operating limits for cooling mode, considering SC and EN configurations.
Detailed operating limits for heating mode, considering SC and EN configurations.
Sound level data for units with soundproofed compressors.
Sound level data for units with extremely low noise configuration.
Graph and table showing pressure drops for internal exchangers for SC and EN configurations.
Detailed dimensions and clearance requirements for the unit in SC-EN configuration.
Dimensions and clearances for units equipped with Hydropack systems.
Dimensions and clearances for units with Hydropack and storage tank.
Dimensions and clearances for units with Hydropack and primary/secondary storage.
Dimensions and clearances for units with a storage tank.
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