What to do if there is a lack of flow in the hydraulic circuit of my Templari KITA Heat Pump?
A lack of flow in the hydraulic circuit is often caused by air in the system, solid sediment, or excessive pressure drops. You should bleed the system to remove any air, regularly clean the system to eliminate sediment, and avoid creating bottlenecks or excessive pressure drops in the hydraulic circuit.
What to do if my Templari KITA Heat Pump shows a low pressure alarm?
A low pressure alarm may be due to the internal dynamics of the machine, a malfunctioning transducer, or a refrigerant leak. If the alarm occurs frequently (2-3 times within 4-6 hours), inspect the unit with a leak detector and contact the service department.
Why does my Templari KITA Heat Pump show lack of communication between the inverter and the electronic board?
A lack of communication between the inverter and the electronic board can be caused by slight voltage and current surges or electromagnetic fields. Check the meter powering the machine to avoid overloading, inspect the domestic line, and ensure there are no electromagnetic fields nearby.
Why Templari Heat Pump shows lack of communication between the inverter and the electronic board?
A lack of communication between the inverter and the electronic board might be due to large voltage and current surges or electromagnetic fields disturbing the network. Check the meter powering the machine to avoid overloading it, inspect the domestic line, and avoid electromagnetic fields in the vicinity. Then contact the service department.
How to fix high condensing pressure on a Templari KITA?
High condensing pressure is often caused by the water temperature being set too high, both in heating and DHW. A solution is to position probes B2 and/or B3 at the same height with respect to the machine supply accumulation inlet.
What to do if my Templari KITA Heat Pump's compressor is outside its operating range?
If the compressor is outside its operating range, evaluate the unit's usage to ensure it aligns with its working range. For example, operating DHW with excessively high external temperatures may cause this issue. Please refer to the “permitted operating area” section of this manual.
Why Templari Heat Pump shows drafts cooling the evaporator during defrosting?
Drafts cooling the evaporator during defrosting can cause this issue. Try repositioning the machine or obstructing the wind directed towards the unit.
What to do if my Templari KITA Heat Pump compressor fails to create minimum pressure?
The compressor's failure to create a minimum pressure delta in a certain time interval may be due to system inertia and the proximity between air and water temperatures. If this occurs occasionally, it is simply a warning of a non-serious nature that allows the unit to continue operating.
Contact information for service centres and procedures for technical assistance requests.
Defines who can use the machine and the specific technical-professional abilities required.
Explanation of text conventions, symbols, and danger/warning signs.
Informs that warranty conditions are attached and non-compliance invalidates it.
Details the naming convention for machine series and specific models.
Describes the CE marking plate affixed to the machine and its importance.
Specifies the field of application, place of use, intended purpose, and authorized operators.
Lists prohibited actions and potential misuses to ensure safety and machine integrity.
Presents physical dimensions for different series with connection details.
Details production temperatures, water quality recommendations, and ambient limits.
Illustrates heating and cooling modes operating areas based on temperatures.
Identifies the refrigerants used and associated GWP values and hazards.
Identifies main machine components and their functions.
Details the designation and main functions of guards and protective devices.
Instructions and safety warnings for lifting and moving the machine using cranes.
Guidance and safety precautions for handling the machine with a forklift truck.
Criteria for selecting an installation site, considering winds, noise, and visual impact.
Defines safety zones for R290 refrigerant, specifying distances and ignition source restrictions.
Details connections to water energy sources and electrical energy sources.
Explains wiring for outdoor unit, digital/analog I/O, and electronic boards.
Details smart-grid operation modes based on SG1 and SG2 input states.
Essential checks and operations required before starting the machine.
Detailed steps for performing water flow and heat pump operation checks.
Information on connecting and preparing the machine for the K-Touch remote panel.
Details on fastening the PGD terminal, its functions, and display elements.
Access to service parameters, language, probe calibration, thermoregulation, and manual management.
Lists alarm codes, messages, reset procedures, delays, relays, and actions.
Procedures to follow in case of personal injury or machine breakdown, including emergency calls.
Steps to take in the event of a fire, including evacuation, alarm, and fire fighting equipment.
Table listing common faults, their causes, and recommended solutions for troubleshooting.
General guidelines and safety precautions for performing maintenance operations.
Details on regular maintenance tasks, frequency, and job types for keeping the machine operational.
Procedures for periodically checking the efficiency and integrity of guards and protective devices.
Illustrates standard hand signals used for communication during lifting and movement operations.
Diagrams illustrating the single and dual power supply electrical connections of the machine.
Wiring diagrams for circulation pump, fan, 4-way valve, heating element, and probes.
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General