RAM 3000KVar Middle Frequency Water Cooled Capacitors-Jiande Antai Power Capacitor Co., Ltd.

RAM 3000KVar Middle Frequency Water Cooled Capacitors

RAM 3000KVar Middle-Frequency Water Cooled Capacitors, as an outstanding representative in the field of high-end industrial power regulation and energy storage, are specially designed for high-demand medium-frequency induction heating, smelting, and high-power inverter systems. The capacitor adopts advanced water-cooling heat dissipation technology, which effectively solves the performance degradation and shortened life caused by high temperature under traditional air cooling, ensuring stability and reliability under high-intensity and long-term operation. Its 3000KVar ultra-large capacity design can instantly provide sufficient energy support to meet the stringent requirements of large industrial equipment for power quality and stability. The optimized electrical parameter design makes the capacitor perform well in high-frequency environments, reduces harmonic interference, and improves the overall efficiency of the system. RAM 3000KVar medium-frequency water-cooled capacitors also have self-protection and fault warning functions, built-in multiple safety mechanisms, real-time monitoring of operating status, and immediate response once abnormalities are found, effectively preventing potential risks such as overvoltage and overcurrent, and ensuring equipment safety and production continuity. The overall structure is compact and easy to install and maintain. At the same time, it is made of high-quality materials to ensure that the product is durable and reduces user maintenance costs. Whether considering performance, safety, or economy, RAM 3000KVar medium-frequency water-cooled capacitors are indispensable and preferred components in your medium-frequency power system.

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Specification

Capacitors can be supplied with either of the following configurations depending on the applications & customers' requirements.
Configuration 1: Single cooled-live case design, with sub-sections. (one terminal connected to the casing).
Configuration 2: Single cooled-isolated / dead case design, with sub-sections. (all terminals isolated).
Configuration 3: Double cooled- isolated / dead case design, without sub-sections. (all terminals isolated).

describe

TYPE	Rated UN (V)	QN(kvar)	fN (Hz)	IN(A)	CN(uF)
RFM 0.5-1000-2 5S	500	1000	2500	2000	254. 6
RFM 0.8-1000-0.2S	800	1000	200	1250	1243.4
RFM 1.0-1000-0.3S	1000	1000	300	1000	530.5
RFM 0.9-1000-0.9S	900	1000	900	1111.1	218.3
RFM 0.8-1000-3.0S	800	1000	3000	1250	82.9
RFM 0.8-1 000-8.0S	800	1000	8000	1250	31.1
RFM 0.6-1100-1.5S	600	1100	1500	1833.3	324.2
RFM 0.8-1140-25S	800	1140	25000	1425	11.3
RFM 0.6-1150-10S	600	1150	10000	1916.7	50.8
RFM 0.75-1180-50S	750	1180	50000	1573.3	6.7
RFM 1. 5-1200-0.7S	1500	1200	700	800	121.3
RFM 1.8-1200-1.2S	1800	1200	1200	666.7	49.1
RFM 1.25-1200-3.0S	1250	1200	3000	960	40.7
RFM 1.0-1200-9.6S	1000	1200	9600	1200	19.9
RFM 1.2-1200-10S	1200	1200	10000	1000	13.3
RFM 1.25-1200-25S	1250	1200	25000	960	4.9
RFM 1.1-1210-0 5S	1100	1210	500	1100	318.3
RFM 3.0-1 500-6.0S	3000	1500	6000	500	4.4
RFM 0.8-1 500-10S	800	1500	10000	1875	37.3
RFM 1.1-1 650-3.0S	1100	1650	3000	1500	72.3
RFM 0.7-1 680-05S	700	1680	500	2400	1091.3
RFM 0.7-1 680-4.0S	700	1680	4000	2400	136.4
RFM 2 5-1 800-0.7S	2500	1800	700	720	261.9
RFM 3.0-1800-1.0S	3000	1800	1000	600	31.8
RFM 1.5-1815-0.5S	1500	1815	500	1210	256.8
RFM 2 4-1815-0.5S	2400	1815	500	756.3	100.3
RFM 2.2-1815-1.0S	2200	1815	1000	825	59.7
RFM 1.8-1 900-0.3S	1800	1900	300	1055.6	311.1
RFM 0.8-1900-1.0S	800	1900	1000	2375	472.5
RFM 1.2-1900-2 0S	1200	1900	2000	1583.3	105