To Next PageTo Next PageWhat to do if the Saeco Intelia Coffee Maker display turns red and the absorbed current exceeds 300 mA?
If the display turns red and the absorbed current exceeds 300 mA, inspect the brewing unit, the gears on the motor, and the motor housing in its seat.
What to do if the Saeco Intelia display turns red and the absorbed current exceeds 200 mA?
If the display turns red and the absorbed current exceeds 200 mA, check the gears on the motor and the motor housing in its seat.
Why is water coming out of the coupling in my Saeco Coffee Maker?
If water leaks from the coupling of your Saeco Coffee Maker, examine the flow meter and its wiring within the Control Board/Power Board (JP5).
What does it mean if the HEATER indicator on my Saeco Coffee Maker shows 'SHORT'?
If the HEATER indicator displays 'SHORT' on your Saeco Coffee Maker, it indicates a short circuit in the NTC temperature sensor. Check the wiring on the NTC or the Control Board/Power Board (JP13).
What does it mean if the HEATER indicator on my Saeco Intelia shows 'OPEN'?
If the HEATER indicator displays 'OPEN' on your Saeco Coffee Maker, it means the NTC temperature sensor is disconnected. Check the continuity of the NTC wiring and its connection to the Control Board/Power Board (JP13).
What to do if the number remains 0, the display turns red, and the motor is running on my Saeco Intelia?
If the display turns red, the number remains 0, and the motor runs on your Saeco Coffee Maker, check the Hall sensors, their wiring, and the Control Board/Power Board input (JP2).
What to do if the temperature is not absorbed in my Saeco Coffee Maker?
If the temperature is not absorbed by your Saeco Coffee Maker, check the boiler resistor, its wiring, and the connection to the Control Board/Power Board input (JP19). Also, inspect the wiring on the NTC (JP13).
Why does the HOME indicator remain on 'N' and the display turns red on my Saeco Coffee Maker?
If the 'HOME' indicator remains permanently on 'N' and the display changes from green to red on your Saeco Coffee Maker, check the microswitch, unit motor (it may be blocked), and the wiring JP16.
Why does the WORK indicator remain on 'N' and the display turns red on my Saeco Intelia?
If the 'WORK' indicator remains permanently on 'N' and the display changes from green to red on your Saeco Coffee Maker, check the microswitch, unit motor (this may be blocked) and lastly the wiring JP16 and JP14.
What to do if the number remains 0, the display turns red, and the motor does not run on my Saeco Intelia Coffee Maker?
If the display turns red, the number remains 0, and the motor does not run on your Saeco Coffee Maker, check the chain (JP8), the coffee grinder wiring, or the coffee grinder itself.
General| Milk Frother | Yes |
|---|---|
| Grinder | Ceramic |
| Weight | 8 kg |
| Pump Pressure | 15 bar |
| Adjustable Coffee Strength | Yes |
| Adjustable Coffee Volume | Yes |
| Removable Brewing Group | Yes |
| Hot Water Dispenser | Yes |
| Power Consumption | 1850 W |
| Programmable | Yes |
| Color Options | Black, Silver |
| Coffee Bean Capacity | 300 g |
| Water Tank Capacity | 1.5 L |
| Material | Plastic |
| Dimensions | 256 x 340 x 444 mm |
Lists necessary documents for performing repair procedures on the coffee machine.
Details the specific tools and equipment needed for maintenance and repair tasks.
Lists essential materials like thermal paste and descaler required for servicing the appliance.
Provides essential safety precautions and warnings to observe before and during maintenance work.
Explains the service policy for warranty repairs, component usage, and order availability.
Illustrates and labels the external parts of the Intelia Cappuccino, Latte, Class, and Focus models.
Provides diagrams and labels for the internal components of the coffee machine.
Outlines electrical, mechanical, and performance data including power, dimensions, and capacity.
Details product quantities, user programmability, and descaling cycle frequency based on water hardness.
Explains the customer interface, programming menu, and machine signals for the Intelia Cappuccino.
Guides users through the customer interface and programming menu for the Intelia Latte model.
Details the customer interface and programming for Intelia Focus and Class models, including signals.
Describes the user interface, programming options, and status indicators for the Intuita model.
Covers operating the machine, routine cleaning tasks, and descaling frequency based on water hardness.
Illustrates the water flow path for Intelia Cappuccino and Focus/Class models.
Details the sequence of operations during the coffee brewing cycle, including motor and pump actions.
Explains the role and positions of the single microswitch in the gear motor mechanism.
Provides data and notes on the temperature sensor and its relation to boiler element power consumption.
Describes the coffee grinder's drive system, magnets, and pulse generation for dosing.
Explains detection of low bean levels, dose adjustment via pulses, and grinder blockage issues.
Details the Self-Learning system for automatic dose regulation based on power consumption and user settings.
Explains the capacitative sensor for detecting low water levels in the tank and its reserve function.
Describes how the machine signals the need for descaling or filter replacement based on water hardness and usage.
Explains the benefits, lifespan, and bypass stages of the water filter system.
Details the steam-driven mechanism for drawing, heating, and frothing milk in the carafe.
Guides entry and execution of diagnostic tests for the Intelia Cappuccino model.
Details the diagnostic test procedures for Intelia Focus and Class models, covering keys and sensors.
Outlines the test modes for the Intelia Latte, covering LEDs, buttons, sensors, and circuits.
Explains the multi-level diagnostic test procedure for the Intuita model, testing various components.
Lists specific error codes and their corresponding descriptions for machine faults.
Outlines the sequence of actions for performing a repair on the coffee machine.
Provides a schedule for routine service, including replacement, inspection, cleaning, and adjustment of components.
Describes tests for espresso quality, noise, temperature, and other parameters to ensure proper function.
Step-by-step guide to removing the outer shell of the Intelia Cappuccino model.
Instructions for disassembling the outer shell of the Intellia Class and Focus models.
Details on removing and adjusting the coffee grinder assembly and its blades.
Explains how to remove and re-install the grinder blades for adjustment or replacement.
Covers user and service center methods for adjusting the coffee grind fineness.
Steps for disassembling the three-way solenoid valve on the Intelia Cappuccino.
Instructions for removing the two-way solenoid valve from Intellia Class/Focus models.
Guide to disassembling the carafe fitting body, including sensors and pipe.
Details on disconnecting and removing the water pump assembly.
Instructions for removing the flow meter from its housing.
Steps for removing the main control board and the display unit.
Guide for removing the water sensor control board and its components.
Instructions for removing the gear motor, including its protection and cover.
Steps for releasing and removing the boiler cover for access to internal parts.
Details on how to remove the dispenser unit and its associated parts.
Instructions for disassembling various valves within the machine.
Steps for removing the main control board and display assembly.
Explains the procedure for fitting and removing Oetiker clamps used in connections.
Illustrates the complete water circuit for the Intelia Cappuccino model, showing components and connections.
Depicts the water circuit for Intelia Focus and Class models, detailing component interconnections.
Provides the detailed electrical wiring diagram for the Intelia Focus and Class models.
