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Defines EAV series unit model naming conventions.
Defines EME/EMD series unit model naming conventions.
Procedures for checking equipment upon receipt for damage or shortages.
Key checks and actions before commencing unit installation.
Defines the heating and cooling operating ranges based on outdoor temp.
Illustrates the refrigerant flow path during cooling operation.
Illustrates the refrigerant flow path during heating operation.
Guidance on selecting an appropriate location for unit installation considering clearances.
Details minimum clearance requirements around the unit for installation and servicing.
Instructions for placing and securing the outdoor unit, including snow stand recommendations.
Provides specific recommendations for system component selection and setup.
Notes the requirement for antifreeze and insulation for outdoor piping.
Provides physical dimensions and weight specifications for the outdoor unit.
Provides physical dimensions and weight specifications for the indoor unit.
Details hot water capacities and Turbomax tank dimensions.
Presents electrical specifications for the EAV outdoor unit, including voltage and fuses.
Presents electrical specs for EME/EMD indoor modules, including immersion heater.
Guidelines for connecting pipes, including flex tubing and insulation requirements.
Steps for ensuring the system is ready for filling and venting, including leak checks.
Instructions for filling the system with water/antifreeze and removing air.
Key considerations for sizing and installing load-side piping for optimal performance.
Diagram showing recommended piping with a hydraulic separator.
Diagram showing recommended piping with a buffer tank.
Best practices for mounting system pumps to ensure longevity and serviceability.
Guidelines for determining appropriate pipe sizes and flow rates for hydronic systems.
Requirements for antifreeze in cooling mode to prevent freezing.
Steps for flushing the system of air and debris and filling it with water/antifreeze.
Importance of water quality and specifications for hydronic systems.
Guidance on calculating and adding the correct amount of antifreeze for freeze protection.
Essential requirements for safe and compliant electrical connections by qualified technicians.
How EAV units communicate with indoor modules/control modules via shielded cable.
Details for connecting incoming line voltage to the EME/EMD module.
A chart to select appropriate wiring diagrams based on application and system type.
Wiring diagram for a system with one fan coil and radiant zones.
Wiring diagram for systems with multiple fan coils, no radiant zones.
Explains the role of outdoor temperature sensors in system operation and reset control.
Identifies key components within the outdoor unit's control box.
Guides the user through the initial system setup process for proper configuration.
Navigating the touch-screen HMI menus for system settings and status.
Settings related to indoor temperature control, including Heat Economy and Aux Heat Delay.
Enables automatic adjustment of heating fluid temperature based on outdoor conditions.
Configuration of pump speed settings (min/max, Delta T) for optimal circulation.
System monitoring and how to view fault details via the HMI.
Step-by-step process of system operation from idle to shutdown.
Overview of defrost cycles (active, passive) and their triggers.
Comprehensive wiring diagram for the EAV outdoor unit.
Wiring diagram for EME indoor module with electric heat.
Wiring diagram for EMD indoor module with dual fuel capability.
A checklist for inspecting the installation before system commissioning.
Identifies sensor and transducer connection points on the control board.
Explains the meaning of LED indicators on the outdoor unit's control board.
Explains the meaning of LED indicators on the indoor unit's control board.
Lists alarms for indoor, outdoor, and inverter units with causes and reset methods.
Form for registering the product warranty and providing installation details.
| Refrigerant | R410A |
|---|---|
| Series | EAV |
| Type | Air Source |
| Dimensions (Outdoor Unit) | 800 x 800 x 320 mm |
| Operating Temperature (Heating) | -7°C to 24°C |