What to do if emmeti EH1018DC Heat Pump shows AL09 error (Water flow rate to the HP too low)?
If the emmeti Heat Pump displays error code AL09 indicating a low water flow rate, first check the pressure and water circulation within the system. Secondly, inspect the water filter and clean it if necessary.
What to do if emmeti EH1018DC Heat Pump shows AL07 error (Low water temp value)?
If the emmeti Heat Pump displays error code AL07 indicating a low water temperature, first check the pressure and water circulation in the system. Second, manually reset the HP by switching it off and on again after a few minutes, then monitor its operation.
What to do if emmeti EH1018DC shows AL10 error (Low system pressure)?
If the emmeti Heat Pump displays error code AL10 indicating low system pressure, check the water pressure in the system.
What to do if emmeti EH1018DC Heat Pump shows AL01 error (Abnormal value of the water inlet temp to the HP)?
If the emmeti Heat Pump displays error code AL01 indicating an abnormal water inlet temperature, first check the sensor connection to the PCB TERMINAL BLOCK. If the issue persists, replace the sensor. If the problem still occurs, replace the SMART-MT.
What to do if emmeti Heat Pump shows AL12 error (Abnormal value of the AMBIENT Temp. From Febos Chrono)?
If the emmeti Heat Pump displays error code AL12, indicating an abnormal ambient temperature from Febos Chrono, follow these steps: 1. Check the connection of the humidity sensor to the FEBOS CRONO MASTER (if AL13). 2. Check the connection of the FEBOS CRONO MASTER to the PCB TERMINAL BLOCK. 3. Replace the FEBOS CRONO MASTER. 4. Replace the SMART-MT.
What to do if emmeti Heat Pump shows AL11 error (Failed / incorrect communication with Febos Crono (Master))?
If the emmeti Heat Pump displays error code AL11 indicating a communication failure with Febos Crono (Master), follow these steps: 1. Check the connection of the Febos Crono Master to the PCB TERMINAL BLOCK. 2. Replace the Febos Chrono Master. 3. Replace the SMART-MT.
What to do if emmeti EH1018DC Heat Pump shows AL14 error (Stagione incongruente (SMART-MT / Febos-Crono))?
If the emmeti Heat Pump displays error AL14, which indicates 'Stagione incongruente', change the season setting on Febos-Crono or entrance 104 (G+ / G-) della PCB TERMINAL BLOCK.
Why is the pump running while my emmeti EH1018DC Heat Pump is stopped?
The circulation pump operates automatically at times to prevent scale build-up on the pipe walls or for antifreeze protection.
What to do if I hear the sound of water in the pipes of my emmeti Heat Pump?
To resolve the sound of water in the pipes of your emmeti Heat Pump, vent the air from the system and refill it with water.
Why does steam escape from my emmeti Heat Pump?
Steam escaping from the emmeti Heat Pump is caused by the unit defrosting during heating operation.
General| Heating Capacity | 10.5 kW |
|---|---|
| Cooling Capacity | 10.0 kW |
| EER (Energy Efficiency Ratio) | 3.57 |
| Power Input | 2.8 kW |
| Noise Level | 52 dB |
Provides physical dimensions and measurements for the unit.
Lists relevant EU directives and regulations for product compliance.
Presents a detailed table of technical specifications for all models.
Illustrates circulator performance curves across different speed settings.
Displays graphical representations of the unit's heating and cooling operational limits.
Details packaging methods, label information, and handling symbols for safe transport.
Explains the components and information found on the unit's identification rating label.
Provides essential instructions for safe and proper handling and movement of the unit.
Offers guidance on the correct procedure for safely unpacking the unit.
Safety data for R32 refrigerant, covering first aid, fire hazards, and firefighting measures.
Details the physical and chemical properties of the R32 refrigerant.
Information on refrigerant stability, incompatible materials, and potential decomposition products.
Presents data regarding the acute toxicity of the refrigerant.
Information concerning the product's bioaccumulation potential and environmental mobility.
Provides guidelines and recommendations for waste treatment and product disposal.
Highlights general cautions, potential dangers, and important warnings for appliance usage.
Explains the meaning and significance of common symbols used throughout the manual.
Lists specific actions and placements that are strictly prohibited for safety reasons.
Details specific prohibitions and crucial warnings pertaining to the installation process.
Specifies the minimum clearances required around the unit for effective maintenance access.
Provides instructions for securely and properly fixing the unit in place.
Offers guidance on the correct installation of condensate drainage pipes for proper function.
Detailed instructions for hydraulic connections, including system recommendations and best practices.
Critical warnings to ensure the correct operation and protection of the heat pump.
Explains the anti-freeze protection function, its operation, and configuration settings.
Provides guidelines on water quality requirements and proper system charging procedures.
Step-by-step guide for filling and purging air from the hydraulic circuit.
Details electrical system connections, safety precautions, and required cable sizing.
Provides instructions for correctly connecting wires to the unit's terminal block.
Wiring diagram and configuration specifications for Recipe 1.
Details the configurable parameters for Recipe 1 factory configuration.
Provides specifications for connecting components to the PCB terminal block.
Wiring diagram and configuration specifications for Recipe 2 with ECO HYDRO KIT.
Details the configurable parameters for Recipe 2 configuration.
Provides specifications for connecting components to the PCB terminal block.
Wiring diagram and configuration for Recipe 3 with Recupera URC.
Details the configurable parameters for Recipe 3 configuration.
Provides specifications for connecting components to the PCB terminal block.
Wiring diagram for Recipe 10, available on Febos-Crono Master.
Details configurable parameters for Recipe 10 (Febos-Crono Master only).
Provides specifications for connecting components to the PCB terminal block.
Wiring diagram for Recipe 13 (SW 4.11) with ECO HYDRO KIT (Febos-Crono).
Details configurable parameters for Recipe 13 (Febos-Crono Master only).
Provides specifications for connecting components to the PCB terminal block.
Hydraulic connection diagram for Recipe 1 (Radiant, Fancoil, Eco Hot Water).
Electrical connection diagram for Recipe 1 (Radiant, Fancoil, Eco Hot Water).
Hydraulic connection diagram for Scheme 2 (Radiant, Fancoil, Boiler DHW).
Electrical connection diagram for Scheme 2 (Radiant, Fancoil, Boiler DHW).
Hydraulic connection diagram for Scheme 3 (Radiant, Fancoil, ECO HYDRO KIT, Boiler).
Electrical connection diagram for Scheme 3 (Radiant, Fancoil, ECO HYDRO KIT, Boiler).
Hydraulic connection diagram for Scheme 4 (Radiant, Fancoil, ECO HYDRO KIT, Boiler, FEBOS-CHRONO, Dehumidifier).
Electrical connection diagram for Scheme 4 (Radiant, Fancoil, ECO HYDRO KIT, Boiler, FEBOS-CHRONO, Dehumidifier).
Overview of the SMART-MT controller display and buttons for operation.
Explains the function of keys for navigation and operation within the Smart-MT interface.
Details the procedure for setting and accessing the user password.
Guide to accessing and modifying parameters within the "Set" menu.
Instructions for correctly setting the date and time on the SMART-MT controller.
List of service parameters related to temperature sensors and analogue inputs.
List of service parameters for signals, physical output status, and humidity settings.
List of service parameters for Heat Pump operational status and system configurations.
Continuation of service parameters for system configurations.
Details service parameters for compressor frequency adjustment.
Lists service parameters for compressor frequency, humidity, and output status.
Details service parameters for DHW production, frost protection, and additional heater.
Lists service parameters related to alarm history.
Instructions for turning the heat pump on and off via the interface.
Guidance on selecting and operating the unit in heating or cooling modes.
Explains how the ambient thermostat consent affects heat pump operation.
Instructions for setting water temperatures and utilizing climate curves.
Details on setting up Set Point 2 and managing related consents.
Explanation of how the internal circulator is activated for various operations.
Describes how the heat pump compressor modulates its output based on demand.
Explains the mechanism for limiting the compressor's operating frequency.
Instructions and configurations for heating domestic hot water (DHW).
Details using the Eco Hot Water system for domestic hot water production.
Instructions for using the heat pump (HP) for domestic hot water production.
Describes combined DHW heating using Eco Hot Water and the heat pump.
Information on utilizing an additional electrical heater for DHW.
Explains the process and conditions for relaunching the circulator.
Details on managing the consent and operation of an additional heater.
Describes heat pump operation in parallel with another thermal generator.
Explains the heat pump's operation in alternate mode with other sources.
Details alternate operation of auxiliary sources during heat pump alarms.
Using the additional heater as an economical alternative to the heat pump.
Explanation of frost protection functions, thresholds, and SMART-MT settings.
Discusses the importance and setup of the external air temperature sensor.
Information on water flow rate monitoring and associated alarms.
Instructions for connecting a pulsed output water flow meter.
Instructions for connecting a 4-20 mA output water flow meter.
Instructions regarding the configuration and management of electrical power inputs.
Details on measuring the power absorbed by the MIRAI-SMI unit.
Details on measuring the power absorbed by the Eco Hot Water system.
Information on connecting and operating a dehumidifier with the system.
Describes the independent operation mode of the dehumidifier.
Explains dehumidifier operation dependent on the heat pump's cooling mode.
Details dehumidifier operation with heat pump and booster fancoil.
Describes dehumidifier operation when acting as a relaunch fancoil.
Instructions on how to view active alarms displayed on the SMART-MT.
Configuration for the input signal of a high temperature radiant system alarm.
Configuration for the input signal of a low pressure system alarm.
Guidance on accessing and viewing the history of recorded alarms.
General troubleshooting steps for common issues encountered with the system.
A comprehensive list of SMART-MT alarm codes and their corresponding solutions.
Procedure for manually resetting the heat pump's protection status.
Lists alarm codes displayed on the PCB and provides troubleshooting steps.
Troubleshooting guide for 'Discharge temperature error'.
Troubleshooting guide for 'Abnormal rotation of compressor'.
Troubleshooting guide for 'Motor error fan upper/lower'.
Troubleshooting guide for 'Sensor error'.
Troubleshooting guide for 'SMART-MT Serial Error'.
Troubleshooting guide for 'Incoming water temperature sensor error'.
Troubleshooting guide for 'Compressor over temperature relay tripped'.
Describes methods for controlling voltage, resistance, and continuity.
Details how to check the continuity of fuses on the main PCB.
Explains how to measure the voltage of the FAN MOTOR on the main PCB.
Provides visual guides for checking fuse continuity on the PCB.
Illustrates voltage measurement points for the FAN MOTOR on the PCB.
Details how to measure the PUMP voltage on the main PCB.
Instructions for viewing error history displayed on the PCB.
Procedure for deleting displayed error values from the unit's memory.
Explains the method for displaying various data points on the unit.
Details the content and meaning of data shown on the monitor screen.
Lists resistance values for various temperature sensors at different temperatures.
Provides safety precautions and guidelines for cleaning the heat pump unit.
Instructions for checking the proper drainage of water condensate.
Information regarding the disposal of Waste Electrical and Electronic Equipment (WEEE).
Guidelines for environmentally responsible disposal of packaging materials.
Wiring diagram specific to the EH0618DC model.
Wiring diagram specific to the EH1018DC model.
Wiring diagram specific to the EH1218DC model.
Wiring diagram specific to the EH1618DC model.
Wiring diagram specific to the EH1718D3 model.
Product fiche details for the EH0618DC model.
Product fiche details for the EH1018DC model.
Product fiche details for the EH1218DC model.
Product fiche details for the EH1618DC model.
Product fiche details for the EH1718D3 model.
To Next Page
