High Voltage Reactive Power Local Compensation

High Voltage Reactive Power Local Compensation I.Overview GWB seriesHigh Voltage Reactive Power Local Compensation is widely used for high voltage motors and inductive load of 3-10 KV in the industry of metallurgy, building material, petrochemical processing and public works of water supply and drainage.To ensure normal operation of the equipment, please read the instructions for details, including correct installation, usage, technical specifications and after service as you needed. Should you experience any problem, please contact with us in time. We are ready to provide sincere service to you at any time. II.Service condition 2.1 Altitude shall be no more than 2000 m. 2.2 Ambient temperature range C-- + C. 2.3 Relative humidity ≤95%. 2.4 Surrounding media have no risk of explosion and flammability. No gases that can damage insulation or corrode metals occur. No conductive dust exists. 2.5 No strong vibration and bumpiness exists at installation site. Inclination of installation shall be no more than . 2.6Maximum operating voltage shall be no more than 110% of rated voltage 110 (except transient process) III. Specifications and features of the product 3.1 All sorts of the products in rated capacity are available. It mainly worked under the rated voltage o f 3 KV, 6 KV, 10 KV etc. 3.2 It utilizes high quality high voltage compensation condenser, whose medium is high quality polypropylene film, which is relatively lower in losses, tg≤1‰. 3.3 Use high voltage drop fuse as protection against short circuit to ensure the safe running of the equipment. 3.4 Discharging components are set up inside condenser. After the equipment is detached from the power network, remained voltage may be reduced below 50 V in 5 minutes. 3.5 This equipment is of indoor protection type. The cabinet is removed from rust, spayed with plastic. It has good performance in protection against corrosion, and it is beautiful and durable. IV. Performance 4.1 Being excellent in saving power, it can promote power factor of alternating current inductive load above 0.95. 4.2 It can reduce losses in circuits and transformer, improve carrying capacity of power transmission & transformation circuits and equipments. 4.3 It can reduce losses in circuits and transformer, improve carrying capacity of power transmission & transformation circuits and equipments. 4.4 It can improve starting performance of motors. V. Notes for ordering 5.1 Please indicate models of compensator, voltage grade, capacity, quantity and other technical requirements. 5.2 Please indicate models of compensator, voltage grade, capacity, quantity and other technical requirements. 5.3 Please indicate models of compensator, voltage grade, capacity, quantity and other technical requirements. 5.4 Please indicate models of compensator, voltage grade, capacity, quantity and other technical requirements. 5.5 Should you have any special requirements, please consult with our company for ordering.