Performance indicators and technical parameters
1. Can be used for capacitor voltage: 0.4KV, 0.45KV, 0.48KV, 0.525KV, 0.66KV, 0.69KV, 6KV, 10KV, 10.5KV, 11KV, 12KV, 13.8KV, 35KV and other working places;
2. Reactance rate: 1%, 4.5%, 5%, 5.67%, 6%, 7%, 12%, 13.8%, 14%;
3. Insulation class F, noise ≤30dB, continuous operation within ≤1.35 times overload, phase-to-phase imbalance is not greater than ± 2%, inductance error is controlled within ± 3%;
4. Adding a series reactor causes the system to increase in voltage. The calculation formula is: (capacitor bank operating voltage: Ug, system rated operating voltage: Un, reactor tuning times: n) ng = (n / n²-1) × Un
5. The conversion formula between reactor capacity, capacitor capacity, reactance rate, and inductance is:
Capacitance capacity Qc reactor capacity Qkvar reactor terminal voltage: Ul Ul = Uc phase × Xl / Xc L = Ul / 1 × 0.314
Inductance: Lmh Reactor current: I Capacitor phase voltage: Uc phase Qkvar = Qc × Xl / Xc Reactance rate Xl × Xc
Inductive reactance: Xl Capacitive reactance: Xc

Technical Parameters

Product number	Capacity（Kvar）	Dimensions（L*W*H）	Installation size（D*E）	Mounting aperture（K*J）
HKSC-9/11-6%	150	650*400*750	440*210	13*30
HKSC-12/11-6%	200	650*400*750	440*210	13*30
HKSC-18/11-6%	300	700*400*770	480*250	13*30
HKSC-27/11-6%	450	750*500*860	500*250	13*30
HKSC-36/11-6%	600	850*500*860	550*260	13*30
HKSC-45/11-6%	750	850*500*860	550*260	13*30
HKSC-54/11-6%	900	900*500*930	550*260	13*30
HKSC-60/11-6%	1000	900*500*930	550*260	13*30
HKSC-72/11-6%	1200	90*520*1080	590*280	13*30
HKSC-90/11-6%	1500	1000*550*1140	620*300	13*30
HKSC-108/11-6%	1800	1000*550*1180	620*300	13*30
HKSC-120/11-6%	2000	1000*550*1180	620*300	13*30
HKSC-144/11-6%	2400	1100*600*1250	650*350	13*30
HKSC-180/11-6%	3000	1220*650*1290	730*400	13*30
HKSC-240/11-6%	4000	1280*700*1400	760*420	13*30