Capacitors

DIL Capacitor 12μF 02890

1 37 €
Delivery Wed, 04 Nov - Fri, 06 Nov
14,00 €   shipping cost
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Description

Description

Manufacturer

Specifications

Specifications

Capacitance (uF)
12 μF

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

See all specifications

Reviews (1)

Reviews

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  • Mach_Solven

    Verified purchase

    Typical power factor correction capacitor for inductive lighting circuits where there are magnetic ballasts, either fluorescent, mercury, sodium, metal halide, etc. However, for any inductive lighting circuit that has a ballast, refer to the specifications of the ballast or the company to ensure the correct capacitor capacitance is used in order to ensure the proper and stable operation of the circuit and proper power factor correction. A specific capacitor capacitance is required depending on the ballast so that the power factor can be significantly increased from the levels of 0.4-0.5 (uncorrected circuit without the addition). With the addition of a capacitor, the power factor will usually rise above 0.85-0.9 and in many cases even higher! For example, for high-pressure sodium, the usual capacitor capacitance for 70 and 100W power or metal halide of the same power or for high-pressure mercury 125W is 12μf!

    Translated from Greek ·
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  • Typical power factor correction capacitor for inductive lighting circuits where there are magnetic ballasts, either fluorescent, mercury, sodium, metal halide, etc. However, for any inductive lighting circuit that has a ballast, refer to the specifications of the ballast or the company to ensure the correct capacitor capacitance is used in order to ensure the proper and stable operation of the circuit and proper power factor correction. A specific capacitor capacitance is required depending on the ballast so that the power factor can be significantly increased from the levels of 0.4-0.5 (uncorrected circuit without the addition). With the addition of a capacitor, the power factor will usually rise above 0.85-0.9 and in many cases even higher! For example, for high-pressure sodium, the usual capacitor capacitance for 70 and 100W power or metal halide of the same power or for high-pressure mercury 125W is 12μf!

    Translated from Greek ·
    0
  • See all

Description & Specifications

Capacitance (uF)
12 μF

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

Description

Manufacturer

Reviews (1)

  1. 1
  2. 4 stars
    0
  3. 3 stars
    0
  4. 2 stars
    0
  5. 1 star
    0
Review this product
  • Mach_Solven

    Verified purchase

    Typical power factor correction capacitor for inductive lighting circuits where there are magnetic ballasts, either fluorescent, mercury, sodium, metal halide, etc. However, for any inductive lighting circuit that has a ballast, refer to the specifications of the ballast or the company to ensure the correct capacitor capacitance is used in order to ensure the proper and stable operation of the circuit and proper power factor correction. A specific capacitor capacitance is required depending on the ballast so that the power factor can be significantly increased from the levels of 0.4-0.5 (uncorrected circuit without the addition). With the addition of a capacitor, the power factor will usually rise above 0.85-0.9 and in many cases even higher! For example, for high-pressure sodium, the usual capacitor capacitance for 70 and 100W power or metal halide of the same power or for high-pressure mercury 125W is 12μf!

    Translated from Greek ·
    Did you find this review helpful?
  • Typical power factor correction capacitor for inductive lighting circuits where there are magnetic ballasts, either fluorescent, mercury, sodium, metal halide, etc. However, for any inductive lighting circuit that has a ballast, refer to the specifications of the ballast or the company to ensure the correct capacitor capacitance is used in order to ensure the proper and stable operation of the circuit and proper power factor correction. A specific capacitor capacitance is required depending on the ballast so that the power factor can be significantly increased from the levels of 0.4-0.5 (uncorrected circuit without the addition). With the addition of a capacitor, the power factor will usually rise above 0.85-0.9 and in many cases even higher! For example, for high-pressure sodium, the usual capacitor capacitance for 70 and 100W power or metal halide of the same power or for high-pressure mercury 125W is 12μf!

    Translated from Greek ·
    0
  • See all
1,37 €
14,00 €   shipping cost