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Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle

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    Buy cheap Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle from wholesalers
     
    Buy cheap Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle from wholesalers
    • Buy cheap Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle from wholesalers
    • Buy cheap Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle from wholesalers
    • Buy cheap Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle from wholesalers
    • Buy cheap Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle from wholesalers
    • Buy cheap Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle from wholesalers

    Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle

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    Brand Name : AFTNC
    Model Number : 2D-9
    Certification : UL,VDE,CUL
    Price : Negotiable
    Payment Terms : T/T, Western Union, MoneyGram
    Supply Ability : 10,000,000pcs per month
    Delivery Time : 1-2 Weeks
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    Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle

    Standard Surge Inrush Current Limiter NTC Thermistor 2D-9 for Residential Commercial Industrial Healthcare Electric Vehicle


    Overview

    When you switch on an electrical device, it goes through an initial surge of current, also called inrush current. If this surge is too strong, it can harm the device. Inrush Current Limiters (ICLs) work by raising the circuit’s resistance when there’s a lot of current. This reduces the current flow and shields the device. Many applications, including power supplies, motors, and other devices that experience high inrush currents, frequently rely on ICLs. They play a critical role in safeguarding various electrical devices, preventing damage, and keeping power surges in check.


    Aadvantages of using inrush current limiters

    1. Shield devices from damage caused by inrush current.

    2.Stop power surges.

    3. Power supplies work more efficiently.

    4. Act as cost-effective protection.

    If you’re designing an electrical device that’s susceptible to high inrush current, it’s a good idea to include an inrush current limiter. It’s a straightforward and effective way to guard your device against potential harm


    Specification

    NameNTC Thermistor
    SeriesMF72/MF71/AS
    P/N2D-9
    Resistance @25C2 Ohms
    Resistance tolerance20%
    Max stable current4.5A
    Operating temperature-40~+170C
    B25/852700K
    ColorBlack
    CoatingPF Resin

    Solution – Inrush Current Limiter

    Use an Inrush Current Limiting Thermistor.) to address the overload scenario of the sample problem:

    - As per Step 3 above, the inverter wattage needed including the overload condition > 1500W

    - Since max output power allowed is 1000W

    - Allowed current: 8.0A, 50 # 2 at 120V

    - Normal continuous current per appliance = 300W/120V = 2.50A

    - Due to inrush current = 2.50A x 3 = 7.50A

    - Duration of inrush = one cycle = 1 x 1/50 sec = 0.02 sec

    - Energy of the thermistor = 120V x 7.50A 0.02 sec = 18.0 J

    - Note: The energy requirement, mentioned above, is needed to handle without self destruction.

    - So, for three appliances that start up at the same time, we need 3.0 x 18.0 J = 54 J

    - Minimum resistance: 120 V x 1.414/8.0A = 21.21Ω (This ensures that the current does not exceed 8.0 A.)

    - So if we assume Ambient of 50°C, Min Resistance = 40Ω, so we can reconnect


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