Advantages:
Automatic compensation
Fast response≤20ms
Reduce electricity consumption
TFT colorful touch screen
Intelligent controller automatic monitoring
Multiple fans cooling control
In production and our daily life, most load types in the power system is inductive loads, and the power factor of the grid is relatively low. A lower power factor reduces equipment utilization, increases power supply investment, damages voltage quality, reduces equipment lifespan, and greatly increases line losses. Therefore, by connecting a capacitor compensation cabinet in the power system, inductive loads can be balanced, power factor can be improved, and equipment utilization can be enhanced. The low-voltage capacitor compensation cabinet consists of a cabinet body, busbar, fuses, switches, surge, capacitor, reactor, PFC controller, and multifunctional power meter.
Capacitor cabinets are widely used in various power systems, especially in situations with a large number of inductive loads, such as industrial factories, commercial buildings, public facilities, etc.
Industrial factories: In industrial production, electric motors and other large equipment generate a large amount of reactive power, and the use of compensation cabinets can significantly improve the efficiency of electricity use in factories.
Commercial buildings: In large commercial complexes or office buildings, compensation cabinets can help optimize electricity usage and reduce electricity bills.
Hospitals and schools: improve the stability and reliability of the power system by using compensation cabinets.
Technical Specifications
TSC system
CSC system
Grid rated voltage | 400V/480V/550V | |
Frequency | 50/60Hz (±5%) | |
Rated reactive power | 100~400Kvar | |
Operating mode | Automatic | |
Network pollution level | Low polluted | |
Harmonic pollution rate | 15…25% [Gh/Sn] | |
Total harmonic distorsion of voltage | 3…4% [THDU] | |
Power per step | 10~50kvar | |
Switch type | Thyristor switch | Composite switch |
Switching times | 10^6 times | 1.20 million times |
Response time | ≤20ms | ≤1s |
Capacitor technology | 3 phase capacitors | |
Capacitance tolerance | -5% to 10% | |
Detuned Reactors | 7% / 14% | |
[Uimp] rated impulse withstand voltage | 8kV | |
Main incomer protection | Circuit breaker protection | |
Breaking capacity | Icu 35kA | |
Control type | Rotary handle | |
Step protection type | Overload: harmonic control | |
Colour | Grey (RAL 7035) | |
Weight | 150-300kgs | |
Height | 1000 * 1000 * 2000mm | |
Environment | ||
Mounting location | Indoor Free Standing | |
IP degree of protection | IP40 | |
Relative humidity | 0…95% | |
Operating altitude | ≤ 2000m | |
Ambient air temperature for operation | -5…45 °C | |
Average ambient air temperature for operation | 35 °C (annual) | |
For more information, please visit our website.
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