Schurter 14.4 mH 64 A Current Compensated Choke 1.4 mΩ 250V ac

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PHP7,097.85

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PHP7,949.59

(inc. VAT)

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1 - 4PHP7,097.85
5 +PHP6,955.85

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RS Stock No.:
725-638
Mfr. Part No.:
3-143-900
Manufacturer:
Schurter
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Brand

Schurter

Inductance

14.4mH

Product Type

Current Compensated Choke

Maximum DC Current

64A

Series

DKUH-1

Packaging

1 pcs

Test Frequency

400Hz

Maximum Operating Temperature

100°C

Minimum Operating Temperature

-40°C

Number of Lines

2

Automotive Standard

No

Mount Type

Flange

Choke Voltage

250V ac

Maximum Self Resonant Frequency

1.3MHz

Inductance Tolerance

-30 to 50 %

Standards/Approvals

RoHS

Length

105mm

Termination Style

Through Hole

Maximum DC Resistance

1.4mΩ

Depth

55mm

Height

55mm

COO (Country of Origin):
CN
The Schurter Current Compensated Choke designed to enhance performance in a wide array of applications. Specifically engineered for single-phase systems, it provides exceptional inductance ranging from 14.4 mH, making it Ideal for use in frequency converters and charging stations. Its robust construction accommodates high current loads of up to 64 A, ensuring reliability in demanding environments. With a temperature tolerance of -40 °C to 100 °C, this component is suited for diverse industrial applications, including renewable energy systems and audio/visual technology. The innovative design promotes optimal heat dissipation, ensuring sustained performance under pressure.

The Schurter Current Compensated Choke designed to enhance performance in a wide array of applications. Specifically engineered for single-phase systems, it provides exceptional inductance ranging from 14.4 mH, making it Ideal for use in frequency converters and charging stations. Its robust construction accommodates high current loads of up to 64 A, ensuring reliability in demanding environments. With a temperature tolerance of -40 °C to 100 °C, this component is suited for diverse industrial applications, including renewable energy systems and audio/visual technology. The innovative design promotes optimal heat dissipation, ensuring sustained performance under pressure.

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