Technical Documents
Specifications
Brand
Schneider ElectricProduct Type
Power Factor Correction Capacitor
Rated AC Voltage
260V ac
Dielectric
Special Resistivity & Profile, Metallised Polypropylene Film with Zn/Al alloy, Special Edge (Wave Cut)
Diameter
116mm
Weight
2.5kg
Standards/Approvals
IEC 60831-1IEC 60831-2
kVAr 60Hz
13kvar
Tolerance
-5 to 10 %
kVAr 50Hz
10.9kvar
Height
242mm
Minimum Operating Temperature
-25°C
Series
VarPlusCAN
Maximum Operating Temperature
55°C
Terminal Type
Clamp Terminal
Country of Origin
India
Product Details
The Schneider Electric Heavy duty capacitors are a reliable and flexible solution for power factor correction in stringent operating conditions. These capacitors are particularly used for higher voltage disturbances or when a few non linear loads are present. The rated current of the capacitors must be in increased in order to cope with the circulation of the harmonic current.
Stock information temporarily unavailable.
AED 2,364.93
AED 2,364.93 Each (ex VAT)
AED 2,483.18
AED 2,483.18 Each (inc. VAT)
1
AED 2,364.93
AED 2,364.93 Each (ex VAT)
AED 2,483.18
AED 2,483.18 Each (inc. VAT)
Stock information temporarily unavailable.
1
Technical Documents
Specifications
Brand
Schneider ElectricProduct Type
Power Factor Correction Capacitor
Rated AC Voltage
260V ac
Dielectric
Special Resistivity & Profile, Metallised Polypropylene Film with Zn/Al alloy, Special Edge (Wave Cut)
Diameter
116mm
Weight
2.5kg
Standards/Approvals
IEC 60831-1IEC 60831-2
kVAr 60Hz
13kvar
Tolerance
-5 to 10 %
kVAr 50Hz
10.9kvar
Height
242mm
Minimum Operating Temperature
-25°C
Series
VarPlusCAN
Maximum Operating Temperature
55°C
Terminal Type
Clamp Terminal
Country of Origin
India
Product Details
The Schneider Electric Heavy duty capacitors are a reliable and flexible solution for power factor correction in stringent operating conditions. These capacitors are particularly used for higher voltage disturbances or when a few non linear loads are present. The rated current of the capacitors must be in increased in order to cope with the circulation of the harmonic current.
