High Voltage Power Factor Correction Capacitor

Description

Advantages

Parameters

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Overview

Hvpcap high-voltage power factor correction capacitors are used in power systems with a frequency of 50/60Hz to increase system power factor, improve grid voltage quality and reduce circuit losses, improve transformer use efficiency, and give full play to the energy efficiency of power generation and power supply equipment. Due to their excellent electrical performance, Hvpcap capacitors are especially suitable for use in system grids or high-voltage filter circuits with high transient voltages, which are conducive to energy saving, emission reduction, and energy efficiency.

Advantages

Using full-film dielectric and chlorine-free, eco-friendly insulating oil, the reliable insulation capability to ensure long-term stable operation of Hvpcap capacitors in complex power systems.

Relying on the unique design of the breakpoint of the internal fuse, the Hvpcap capacitor has excellent ampere-second characteristics, and the action is accurate and reliable

Aluminum foil folded edge convex structure design improves the electric field distribution on the edge of the plate and improves the partial discharge capability of the Hvpcap capacitor.

Special sandblasting treatment on the surface makes the shell of Hvpcap capacitor stronger, wear-resistant and corrosion-resistant, reduces the possibility of leakage and prolongs the service life.

Technology Parameters

Implement standares	IEC60871-1/EN60871
Working voltage	6~10kv
Rated frequency	50/60Hz
Medium	Polypropylene film, eco-friendly insulating oil
Product loss	≦0.07W/kvar
Maximum Current Allowable Value	1.5ln Long-term Operation
Maximum Voltage Allovable Value	1.1 5Un
Capacitance Deviation	Capacitance Deviation Less than（-5%~+10%） Cn
Shell Material	Stainless Steel Plate
Safety Protection	Internal Fuse (or outer fuse) Protect
operation environment	(-40~+50) °C

Common Specification Selection Table of Hvpcap Series

Suitable for reactive power compensation device with system voltage 6kv and reactance rate 6%

Specification	System Voltage	Rated Capacity	Rated Capacitance	Dimensions (mm)
Model	Kv	Kvar	UF	L	B	h	H	h1	D
LHCP6.6/√3-50	6	50	10.96	383	140	100	180	400	250
LHCP6.6/√3-67		67	14.69	383	140	100	225	445	250
LHCP6.6√3-100		100	21.92	383	140	134	310	530	250
LHCP6.6/√3-134		134	29.38	383	140	160	380	600	250
LHCP6.6/√3-150		150	32.88	383	140	160	415	635	250
LHCP6.6/√3-167		167	36.61	383	140	160	455	675	250
LHCP6.6/√3-200		200	43.84	383	180	160	415	635	250
LHCP6.6/√3 234		234	51.30	383	180	160	475	695	250
LHCP6.6/√3-250		250	54.81	383	180	160	500	720	250
LHCP6.6/√3-267		267	58.53	383	180	160	535	755	250
LHCP6.6/√3-300		300	65.77	383	180	160	590	810	250
LHCP6.6√3-334		334	73.22	383	180	200	650	870	250
LHCP6.6/√3-400		400	87.69	383	180	200	760	980	250
LHCP6.6/√3-500		500	109.61	383	195	200	870	1090	250

Suitable for reactive power compensation device with system voltage 6kv and reactance rate 12%

Specification	System Voltage	Rated Capacity	Rated Capacitance	Dimensions (mm)
Model	Kv	Kvar	UF	L	B	h	H	h1	D
LHCP7.2/√3-50	6	50	9.21	383	140	100	185	405	250
LHCP7.2/√3-67		67	12.34	383	140	100	230	450	250
LHCP7.2/√3-100		1000	18.42	383	140	134	300	520	250
LHCP7.2/√3-134		134	24.68	383	140	160	370	590	250
LHCP7.2/√3-150		150	27.63	383	140	160	405	625	250
LHCP7.2/√3-167		167	30.76	383	140	160	445	665	250
LHCP7.2/√3-200		200	36.84	383	180	160	410	630	250
LHCP7.2/√3-234		234	43.10	383	180	160	465	685	250
LHCP7.2/√3-250		250	46.05	383	180	160	490	710	250
LHCP7.2/√3-267		267	49.18	383	180	160	520	740	250
LHCP7.2/√3-300		300	55.26	383	180	160	575	795	250
LHCP7.2/√3- 334		334	61.53	383	180	160	635	855	250
LHCP7.2/√3- 400		400	73.68	383	180	200	745	965	250
LHCP7.2/√3-500		500	92.10	383	195	200	850	1070	250

Suitable for reactive power compensation device with system voltage 10kv and reactance rate 6%

Specification	System Voltage	Rated Capacity	Rated Capacitance	Dimensions (mm)
Model	Kv	Kvar	UF	L	B	h	H	h1	D
LHCP11/√3-50	10	50	3.95	383	140	100	185	485	250
LHCP11/√3-67		67	5.29	383	140	100	225	525	250
LHCP11/√3-100		100	7.89	383	140	134	295	595	250
LHCP11/√3-134		134	10.58	383	140	160	400	700	250
LHCP11/√33-150		150	11.84	383	140	160	435	735	250
LHCP11/√3-167		167	13.18	383	140	160	460	760	250
LHCP11/√3-200		200	15.78	383	140	160	510	810	250
LHCP11/√3-234		234	18.47	383	180	160	475	775	250
LHCP11/√3-250		250	19.73	383	180	160	505	805	250
LHCP11/√3-267		267	21.07	383	180	160	530	830	250
LHCP11/√3-300		300	23.68	383	180	160	590	890	250
LHCP11/√3- 334		334	26.36	383	180	160	645	945	250
LHCP11/√3- 400		400	31.57	383	180	200	760	1060	250
LHCP11/√3-500		500	39.46	383	195	200	865	1165	250

Suitable for reactive power compensation device with system voltage 10kv and reactance rate 12%

Specification	System Voltage	Rated Capacity	Rated Capacitance	Dimensions (mm)
Model	Kv	Kvar	UF	L	B	h	H	h1	D
LHCP12/√3-50	10	50	3.32	383	140	100	185	485	250
LHCP12/√3-67		67	4.44	383	140	100	225	525	250
LHCP12/√3-100		100	6.63	383	140	134	295	595	250
LHCP12/√3-134		134	8.89	383	140	160	390	690	250
LHCP12/√3-150		150	9.95	383	140	160	430	730	250
LHCP12/√3-167		167	11.07	383	140	160	460	760	250
LHCP12/√3-200		200	13.26	383	140	160	510	810	250
LHCP12/√3-234		234	15.52	383	180	160	475	775	250
LHCP12/√3-250		250	16.58	383	180	160	505	805	250
LHCP12/√3-267		267	17.71	383	180	160	530	830	250
LHCP12/√3- 300		300	19.89	383	180	160	590	890	250
LHCP12/√3-334		334	22.15	383	180	160	645	945	250
LHCP12/√3- 400		400	26.53	383	180	200	760	1060	250
LHCP12/√3-500		500	33.16	383	195	200	865	1165	250

* Dimensional changes will not be notified, subject to the actual delivered products. If you have any questions, please contact Lafaelt.

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HV Capacitors For Power Factor Correction

Description

Advantages

Parameters

Selection

Download

Overview

Advantages

Technology Parameters

Common Specification Selection Table of Hvpcap Series

Suitable for reactive power compensation device with system voltage 6kv and reactance rate 6%

Suitable for reactive power compensation device with system voltage 6kv and reactance rate 12%

Suitable for reactive power compensation device with system voltage 10kv and reactance rate 6%

Suitable for reactive power compensation device with system voltage 10kv and reactance rate 12%

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