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  2. Jul 6, 2014 · I monitor the temperature inside the cabinet using a thermistor, hanging in air about 2 inches above the top of the receiver. The back panel of the cabinet has several cutouts to allow airflow, and I also have 4 x 120mm fans (one per corner) pulling/pushing air through the interior.

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    Here's what you will need to put together an awesome automated cooling system. All parts linked are just our recommendation, you can probably find alternatives other places on the network or use stuff you already have to save some money.

    Power Supply: This is a simple 120v to 12v (molex) adapter that will get power to your fans.

    Thermal Fan Controller: This part is optional but it makes the whole kit automated. If you don't get this part then you will need a molex fan connectors instead.

    Fans: We recommend at least 120mm fans because you won't be constrained by size limitations in your cabinet, and 120mm ensures maximum airflow while keeping the system quiet.

    Fan Covers: Depending on how you are mounting your fans, you may want covers to protect wires and fingers from touching the fans.

    3 pin Y connector: If you are going to use 4 fans you will need a y connector to be able to power them all.

    Everyone's setup will be different but just remember these basics for maximum cooling efficiency.

    1.Heat rises, so put your exhaust fans as high as possible in your cabinet to make your system efficient.

    2.Keep your intake fan lower in the cabinet to bring in the coolest air possible.

    3.Put your heat sensor where you expect there to be the most heat so your fans can turn on the moment there's trouble.

    4.Keep loose wires away form the fans or use covers.

    5.Mount the fans securely or use stands so they don't tip over.

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  3. Apr 14, 2007 · To achieve optimum performance and optimum equipment life, it is recommended that you keep your system operating at a standard temperature below 85 degrees F. Most studies show that every 10 degree increase over 85 degrees F leads to a whopping 40% reduction in your equipment’s life span.

  4. Jul 2, 2018 · The set up is inside a cabinet but the receiver has over 5 centimeters of free space at each side, 20 centimeters on the rear and 40 centimeters of free space on top of the receiver and absolutely nothing put on top of it.

  5. Apr 10, 2023 · Ensure proper ventilation, use air conditioning or fans to regulate temperature, avoid placing the receiver in direct sunlight, and reduce operating volumes if necessary. High humidity levels. Moisture in the air can interfere with heat transfer, making it harder for the receiver to dissipate heat.

  6. If you already own a cabinet that lacks proper ventilation and are concerned about heat buildup, a drill can come in quite handy; an inexpensive but good quality 120mm fan set to low speed can also improve air flow without adding significantly to background noise. Here are three easy tips to help keep you system cool.

  7. Feb 11, 2016 · A room temperature of 68ºF (20ºC) plus or minus a lot should be just fine. If the temperature falls to near freezing many turntables will be unhappy. If the room temperature rises above a really hot summer day temperature 104ºF (40ºC), equipment in a small cabinet could be stresses.