Why does the motor run continuously on my Hisense Freezer?
The motor of your Hisense Freezer might run continuously if the temperature setting is colder than necessary, a large amount of warm food was recently stored, the outside temperature is too high, or the doors are opened too frequently or for too long. These are normal circumstances that require the motor to run more often.
How to fix the light that is not working in my Hisense Freezer?
The LED light may be damaged; refer to replace LED lights in cleaning and care chapter. If the control system has disabled the lights due to the door being kept open too long, close and reopen the door to reactivate the lights.
How to fix a Hisense RB390N4WC1 that is not working?
If your Hisense Freezer isn't working correctly, start by ensuring the power cord is properly plugged into the outlet. Then, inspect the fuse or circuit of your power supply, replacing it if needed. Also, remember that it's normal for the freezer not to operate during the defrost cycle or shortly after being switched on, as this protects the compressor.
What to do if the light is not working on my Hisense RB390N4WC1?
If the light in your Hisense Freezer isn't working, the LED light may be damaged; refer to the 'replace LED lights in cleaning and care' chapter. Alternatively, the control system may have disabled the lights because the door was left open too long; try closing and reopening the door to reactivate the lights.
Why is my Hisense RB390N4WC1 making noise?
Some noises from your Hisense Freezer are normal, such as compressor running noises, air movement noise from the fan, gurgling sounds similar to water boiling, popping noises during automatic defrosting, and clicking noises before the compressor starts. However, unusual noises may be due to the cabinet not being level, the back of the appliance touching the wall, or bottles/containers having fallen or are rolling.
Hisense RB390N4WC1 light not working, what to do?
If the light in your Hisense Freezer isn't working, the LED light may be damaged. Refer to the cleaning and care chapter for instructions on replacing LED lights. Also, the control system might have disabled the lights because the door was open too long; try closing and reopening the door to reactivate them.
Why is my Hisense RB390N4WC1 Freezer dripping water on the floor?
If you find water dripping on the floor from your Hisense Freezer, the water pan (located at the rear bottom) might not be properly leveled. Alternatively, the drain spout under the compressor depot might not be correctly positioned to direct water into the pan, or the spout could be blocked. Check these components, potentially pulling the freezer away from the wall. Also, consider if the freezer was powered off for a long period, as melted ice could cause water to leak.
Why is the temperature inside my Hisense RB390N4WC1 Freezer too warm?
If the temperature inside your Hisense Freezer is too warm, it might be because the doors were left open too long or too often, an obstacle is preventing the doors from closing properly, or there isn't enough clearance around the sides, back, and top of the appliance.
How to prevent frost in Hisense Freezer?
If there's a layer of frost in your Hisense Freezer, make sure the air outlets aren't blocked by food and that food is arranged to allow sufficient ventilation. Also, ensure the door is fully closed. To remove built-up frost, please refer to the "Cleaning and care" chapter.
Why does my Hisense Freezer have a layer of frost inside?
Ensure that the air outlets are not blocked by food and that food is placed to allow sufficient ventilation. Make sure the door is fully closed. To remove the frost, please refer to the 'Cleaning and care' chapter.
General| Door hinge | Right |
|---|---|
| Control type | Touch |
| Display type | LED |
| Product color | Stainless steel |
| Built-in display | Yes |
| Shelves material | Glass |
| Custom panel-ready | - |
| Appliance placement | Freestanding |
| Inverter technology | No |
| Star rating | 4* |
| Freezer position | Bottom-placed |
| Freezing capacity | 9 kg/24h |
| Freezer net capacity | 93 L |
| Freezer number of shelves/baskets | 3 |
| Storage time during power failure | 16 h |
| Noise level | 38 dB |
| Climate class | SN-ST |
| Water supply type | Water tank |
| Total net capacity | 300 L |
| Total gross capacity | 323 L |
| Minimum operating temperature | 10 °C |
| Fridge net capacity | 203 L |
| Number of vegetable drawers | 1 |
| Connected load | - W |
| AC input voltage | 220 - 240 V |
| AC input frequency | 50 Hz |
| Energy efficiency scale | A to G |
| Annual energy consumption | 304 kWh |
| Package depth | 628 mm |
| Package width | 645 mm |
| Package height | 1935 mm |
| Package weight | 76000 g |
Weight and Dimensions| Depth | 589 mm |
|---|---|
| Width | 595 mm |
| Height | 1860 mm |
| Weight | 71000 g |
Safety guidelines for children and vulnerable individuals according to EN and IEC standards.
General safety precautions and warnings for appliance usage.
Details about the flammable refrigerant (R600a) used in the appliance.
Critical safety guidelines related to electrical connections and appliance usage.
Crucial steps and checks for the proper installation of the appliance.
Importance and requirements for proper air circulation around the appliance.
Guide to setting and adjusting refrigerator and freezer temperatures.
Explanation of the Super Freeze function for rapid freezing.
Instructions for assembling, filling, and dispensing water.
Recommendations for optimizing energy efficiency.
Common causes and solutions when the appliance is not functioning.
Troubleshooting frost buildup and temperature fluctuations inside the appliance.
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