KLD-FD Series

High Voltage Filter Reactor

Filter reactors can effectively protect the capacitors and reduce overload caused by harmonics during compensation while suppressing the harmonic component that flows through the capacitor bank and limits the closing inrush current of the capacitor bank.

PRODUCT OVERVIEW

High-voltage filter reactor is the main supporting equipment for reactive power compensation and harmonic control, which is suitable for 6-35kV power system. It is composed of a LC circuit to suppress the waveform distortion of grid voltage with shunt capacitor, while suppressing the harmonic component that flows through the capacitor bank and limiting the closing inrush current of the capacitor bank.

KLD-FD series high-voltage reactor adopts high-quality low-loss cold-rolled oriented silicon steel sheet for iron core, and the coil is made through epoxy casting, vacuum impregnation and cured in constant-temperature furnace, which has high dynamic and thermal stability. It also has the features of good insulation strength, high reliability, less magnetic leakage and low voltage of partial discharge, which is a stable and reliable dry-type product. Nowadyas, high-voltage filter reactor is widely used as an important reactive power compensation equipment in the construction of power grids in various industries, and its usage has also been increasing.

HIGH-QUALITY IRON CORE STRUCTURE

●     Iron core adopts high-quality low-loss cold-rolled oriented silicon steel sheet and it has being punched and sheared by high-speed machine. It’s characterized by small burrs, uniform and regular body, neat and attractive stacking to ensure that the high-voltage filter reactor is operated with low temperature increase and low noise;

●     Adopts H-class epoxy casting system to cast the coil under vacuum. The epoxy casting coil has excellent insulation property and mechanical strength, which can withstand heavy current and cold and hot impact without cracking. At the same time, the epoxy casting coil does not absorb water and has low voltage of partial discharge, so it can be safely operated under harsh environments; cylindrical structure, large heat dissipation area and high heat dissipation efficiency;

●     The upper and lower ends of the coil adopt epoxy pads and silicone rubber anti-vibration pads, scientific design and reasonable structure and has effective vibration damping measures, effectively reducing the vibration of the coil during operation to ensure low noise of the product.

Technical Parameters

Rated voltage 6~35kV
Manufacturing method Three-phase, iron core, with air gap
Reactance rate 6%、12%(others can be customized)
Design parameter Uh1=106%
Uh3=0.5%
Uh5=Uh7=5%
Temperature rating T40/B
Parameters accuracy -3%...3%
Protection degree IP00，indoor installation
Cooling method Air cooling
Insulation class Class H
Linearity 1.8 In
Overcurrent 1.8 In
Execution standard VDE0523，IEC76
Selection table

Product specification for 6KV three-phase iron core reactor

Specification Model Supporting capacitor bank capacity (kvar) Reactor capacity（kvar） Reactance rate Winding material
KLD-FD6-H3-150-6kV-L 150 9 6% Aluminum winding
KLD-FD6-H3-300-6kV-L 300 18 6% Aluminum winding
KLD-FD6-H3-600-6kV-L 600 36 6% Aluminum winding
KLD-FD6-H3-1000-6kV-L 1000 60 6% Aluminum winding
KLD-FD6-H3-1250-6kV-L 1250 75 6% Aluminum winding
KLD-FD6-H3-1500-6kV-L 1500 90 6% Aluminum winding
KLD-FD12-H3-150-6kV-T 150 18 12% Copper winding
KLD-FD12-H3-300-6kV-T 300 36 12% Copper winding
KLD-FD12-H3-600-6kV-T 600 72 12% Copper winding
KLD-FD12-H3-1000-6kV-T 1000 120 12% Copper winding
KLD-FD12-H3-1250-6kV-T 1250 150 12% Copper winding
KLD-FD12-H3-1500-6kV-T 1500 180 12% Copper winding

Product specification for 10kV three-phase iron core reactor

Specification Model Supporting capacitor bank capacity (kvar) Reactor capacity（kvar） Reactance rate Winding material
KLD-FD6-H3-150-10kV-L 150 9 6% Aluminum winding
KLD-FD6-H3-300-10kV-L 300 18 6% Aluminum winding
KLD-FD6-H3-600-10kV-L 600 36 6% Aluminum winding
KLD-FD6-H3-1000-10kV-L 1000 60 6% Aluminum winding
KLD-FD6-H3-1250-10kV-L 1250 75 6% Aluminum winding
KLD-FD6-H3-1500-10kV-L 1500 90 6% Aluminum winding
KLD-FD12-H3-150-10kV-T 150 18 12% Copper winding
KLD-FD12-H3-300-10kV-T 300 36 12% Copper winding
KLD-FD12-H3-600-10kV-T 600 72 12% Copper winding
KLD-FD12-H3-1000-10kV-T 1000 120 12% Copper winding
KLD-FD12-H3-1250-10kV-T 1250 150 12% Copper winding
KLD-FD12-H3-1500-10kV-T 1500 180 12% Copper winding

Technical Parameters


  • Rated voltage：6~35kV

    Manufacturing method：Three-phase, iron core, with air gap

    Reactance rate：6%、12%(others can be customized)

    Design parameter：Uh1=106%；Uh3=0.5%；Uh5=Uh7=5%

    Temperature rating：T40/B

    Parameter accuracy ：-3%...3%

    Protection degree：IP00，indoor installation

    Cooling method：Air cooling

    Insulation class：Class H

    Linearity： 1.8 In

    Overcurrent：1.8 In

    Execution standard：VDE0523，IEC76

Selection table


  • KLD-FD6-H3-150-6kV-L

    Supporting capacitor bank capacity (kvar) ：150

    Reactor capacity（kvar）：9

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD6-H3-300-6kV-L

    Supporting capacitor bank capacity (kvar) ：300

    Reactor capacity（kvar）：18

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD6-H3-600-6kV-L

    Supporting capacitor bank capacity (kvar) ：600

    Reactor capacity（kvar）：36

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD6-H3-1000-6kV-L

    Supporting capacitor bank capacity (kvar) ：1000

    Reactor capacity（kvar）：60

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD6-H3-1250-6kV-L

    Supporting capacitor bank capacity (kvar) ：1250

    Reactor capacity（kvar）：75

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD6-H3-1500-6kV-L

    Supporting capacitor bank capacity (kvar) ：1500

    Reactor capacity（kvar）：90

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD12-H3-150-6kV-T

    Supporting capacitor bank capacity (kvar) ：150

    Reactor capacity（kvar）：18

    Reactance rate：12%

    Winding material ：Copper winding

    KLD-FD12-H3-300-6kV-T

    Supporting capacitor bank capacity (kvar) ：300

    Reactor capacity（kvar）：36

    Reactance rate：12%

    Winding material ：Copper winding

    KLD-FD12-H3-600-6kV-T

    Supporting capacitor bank capacity (kvar) ：600

    Reactor capacity（kvar）：72

    Reactance rate：12%

    Winding material ：Copper winding

    KLD-FD12-H3-1000-6kV-T

    Supporting capacitor bank capacity (kvar) ：1000

    Reactor capacity（kvar）：120

    Reactance rate：12%

    Winding material ：Copper winding

    KLD-FD12-H3-1250-6kV-T

    Supporting capacitor bank capacity (kvar) ：1250

    Reactor capacity（kvar）：150

    Reactance rate：12%

    Winding material ：Copper winding

    KLD-FD12-H3-1500-6kV-T

    Supporting capacitor bank capacity (kvar) ：1500

    Reactor capacity（kvar）：180

    Reactance rate：12%

    Winding material ：Copper winding

  • KLD-FD6-H3-150-10kV-L

    Supporting capacitor bank capacity (kvar) ：150

    Reactor capacity（kvar）：9

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD6-H3-300-10kV-L

    Supporting capacitor bank capacity (kvar) ：300

    Reactor capacity（kvar）：18

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD6-H3-600-10kV-L

    Supporting capacitor bank capacity (kvar) ：600

    Reactor capacity（kvar）：36

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD6-H3-1000-10kV-L

    Supporting capacitor bank capacity (kvar) ：1000

    Reactor capacity（kvar）：60

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD6-H3-1250-10kV-L

    Supporting capacitor bank capacity (kvar) ：1250

    Reactor capacity（kvar）：75

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD6-H3-1500-10kV-L

    Supporting capacitor bank capacity (kvar) ：1500

    Reactor capacity（kvar）：90

    Reactance rate：6%

    Winding material ：Aluminum winding

    KLD-FD12-H3-150-10kV-T

    Supporting capacitor bank capacity (kvar) ：150

    Reactor capacity（kvar）：18

    Reactance rate：12%

    Winding material ：Copper winding

    KLD-FD12-H3-300-10kV-T

    Supporting capacitor bank capacity (kvar) ：300

    Reactor capacity（kvar）：36

    Reactance rate：12%

    Winding material ：Copper winding

    KLD-FD12-H3-600-10kV-T

    Supporting capacitor bank capacity (kvar) ：600

    Reactor capacity（kvar）：72

    Reactance rate：12%

    Winding material ：Copper winding

    KLD-FD12-H3-1000-10kV-T

    Supporting capacitor bank capacity (kvar) ：1000

    Reactor capacity（kvar）：120

    Reactance rate：12%

    Winding material ：Copper winding

    KLD-FD12-H3-1250-10kV-T

    Supporting capacitor bank capacity (kvar) ：1250

    Reactor capacity（kvar）：150

    Reactance rate：12%

    Winding material ：Copper winding

    KLD-FD12-H3-1500-10kV-T

    Supporting capacitor bank capacity (kvar) ：1500

    Reactor capacity（kvar）：180

    Reactance rate：12%

    Winding material ：Copper winding

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