Features
EasyCan capacitors are low voltage aluminum can type capacitors specially designed to mitigate power factor issues and improve your savings. Its compact design and easy installation delivers high durability and safety in standard operating conditions.
Technical data:
Technical data:
- High life expectancy up to 100,000 hours
- One point mounting and Earthing
- Voltage up to 525 V
- Power ratings up to 30 kVar
- Operating temperature up to 55 °C
- Degree of protection IP20
- Compliant with standards IEC 60831-1&-2
Solution: description | Recommended use for | Max. condition |
EasyCan | Networks with non significant non-linear loads | NLL = 10 % |
> Standard over-current | 1.5 IN | |
> Standard operating temperature | 55 °C (class D) | |
> Normal switching frequency | 5,000 / year | |
> Standard life expectancy | up to 100,000 h | |
VarPlus: (Box and Can - Heavy duty capapcitor) | > Networks with a few non-linear loads | NLL = 20 % |
> Significant over-current | 1.8 IN | |
> Standard operating temperature | 55 °C (class D) | |
> Significant switching frequency | 7,000 / year | |
> Long life expectancy | up to 130,000 h | |
VarPlus Box Energy: Capacitor for special conditions | > Networks with significant number of non-linear loads | NLL = 25 % |
> Severe over-current | 2.5 IN | |
> Extreme operating temperature | 70 °C | |
> High switching frequency | 10,000 / year | |
> Extra long life expectancy | up to 160,000 h |
Benefits
A safe, reliable and high-performance solution for power factor correction in the most severe application conditions
Safety:
Safety:
- Self-healing
- 3 Phase Pressure-sensitive disconnector
- Non accessible tamper resistant discharge resistors.
- Finger-proof Clamptite terminals
- High thermal efficiency
Easy to install, easy to maintain
- Compacity with an optimized design for reduced panel dimension.
- One point fixing and earthing for easy installation
- Unique termination system for maintained tightening
Applications
Fixed and Automatic Power Factor Correction (APFC) systems
- Compensation in standalone applications and in APFC systems
- Compensation with detuned reactors in APFC system.