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General| Brand | CLIVET |
|---|---|
| Model | WDAT-ik4 |
| Category | Water System |
| Language | English |
Specifies allowed usage of the unit and limits.
Guidance on safe unit positioning, hydraulics, and electrics.
Safety precautions for planned periodic inspection and maintenance.
Procedure for immediate deactivation and contact with service agent.
Installer must train user on operation, maintenance, and breakdown procedures.
Serial number label identifies all unit features and data.
Check unit for transport damage and verify delivered materials.
Respect pack indications for ambient temperature and humidity.
Carefully remove packaging and recycle material responsibly.
Use compliant equipment, PPE, and follow all safety procedures for handling.
Consider regulations, approval, weight, access, and functional spaces for placement.
Ensure adequate space for good unit operation, maintenance, and safety.
Unit must be level, raised, and consider water/snow impact and vibration.
Utilize anti-vibration devices and flexible joints for effective transmission reduction.
Avoid obstacles, pollution sources, and conditions causing stratification or recirculation.
Pipes must limit pressure drops for optimal system performance.
Inadequate water quality can cause pressure drop and reduce efficiency.
Clean the system thoroughly with specific products before connecting water.
Wash the entire installation with water before commissioning.
Rinse existing system to remove particles and sludge before unit installation.
Protect unit and connections from freezing temperatures using appropriate methods.
Consider pressure drop increase and use inhibited, compatible glycol solutions.
Ensure flow-rate is within exchanger limits and system conditions.
Calculation formula provided for minimum water content requirement.
Install filter at water input, ensuring it is accessible for cleaning.
Ensures unit shutdown if water circulation is not detected.
Step-by-step guide for the unit start-up sequence.
Option for hot water production during cooling mode using recovery heat.
Serial number label reports unit specific electrical data.
Refer to electrical diagram and verify network characteristics.
Details on short circuit capacity, distribution systems, voltage, and phase unbalance.
Compressors compatible with TT or TN systems, not IT systems.
Guidance on laying cables away from power lines and interference sources.
Secure power input cables to prevent tearing and avoid hot components.
Avoid short cycles and use with thermoregulation function.
Table detailing minimum/maximum cable sections and bar sections.
Configuration steps for connecting a PC via LAN cable.
Options for remote control distance and connection types.
Option for Modbus communication via RS485 interface.
Conductor, impedance, and cable type requirements for RS485 serial line.
Operations by qualified technician; agree start-up data with service centre.
Checklist for unit OFF power supply readiness before start-up.
Sequence of checks when unit power supply is ON.
Visually inspect for oil stains, check pressure, and close outlets.
Check system wash, fill, pressurization, and valve positions.
Check earthing, conductor tightness, voltage, and phase balance.
Verify unit absorption at stable operation.
Menu access via password for trained personnel.
Configure demand limit to control absorbed electric power.
Setpoint based on climatic curve and Water Reset.
Configure water reset to control absorbed electric power.
Avoid prolonged reduced load operation to prevent oil return issues.
Check temperature difference and measure pressure drops.
Detect objective operational conditions for control over time.
Regulations for unit installers, users, and maintenance operators.
Information on LED status indicators for unit information and alarms.
Explanation of display variables and their descriptions.
Description of keypad symbols and their operational functions.
Steps to change the unit's operating state (ON, OFF, ECO).
Procedure to adjust setpoint values for cooling and economic modes.
Steps to view machine state and general circuit information.
Set up to 6 events (Off, Eco, On, Recirculating) for each weekday.
Procedure to enable the scheduler function via password.
Procedure for accessing HMI settings.
Procedure for identifying, removing, and resetting alarms.
Codes identify the concerned circuit and alarm type.
Maintenance by authorized centers or qualified personnel for efficiency.
Inspection every 6 months, frequency depends on usage type.
Schedule for tracing interventions and facilitating troubleshooting.
Procedure for long periods of inactivity, including freeze prevention.
Procedure for draining the system, including exchanger cleaning.
Keep inner surfaces clean for maximum thermal exchange.
Check for impurities that may obstruct water passage.
Check for leaks, bearing status, and terminal cover positioning.
Check insulation condition, apply glue, and renew seals if necessary.
Procedure for replacing the pressure relief valve.
Keep coil surface clear from dirt and scaling for maximum thermal exchange.
Clean coil completely when unit is not operated for over a week.
Steps for cleaning coils, including removing debris and rinsing.
Check fan fixation, bearings, and terminal protection cover.
Table for checking compressor components based on operating hours.
Table listing PE codes and corresponding mount types (W1-W6).
Table listing PE codes and corresponding mount types (W1-W12).
Inspect LEDs, buzzer, relay, and calibrate sensor regularly.
WARNING: Read maintenance chapter, avoid leaks, recover gas/solutions.
Regulations for waste electrical and electronic equipment disposal.
Situations not controlled by manufacturer causing risk to people or things.
Area accessible only with deliberate removal of protections.
Risk of dropping or tipping unit during handling operations.
Risks from incorrect installation: leaks, shock, poor operation.
Burning smell, smoke, component contact, non-qualified maintenance.
Risks from incorrect wiring, sizing, or fixing of electrical components.
Risk of injury from contact with transmissions or fans.
Risks from safety valve expulsion, flames, or heat sources.
Risks from tubing defects causing leaks or water projection.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Provides dimensional data and support point weights for the unit.
Shows operating range for Excellence units based on air and water temperatures.
Shows operating range for Premium units based on air and water temperatures.
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