Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
Lovato BFK11500A048 is a capacitor-switching contactor for power factor correction applications rated up to 75 kvar with a 48 V AC 50/60 Hz control coil and inrush-current limiting arrangement.
£316.38
The Lovato BFK11500A048 is a specialised contactor for power factor correction (PFC) capacitor switching, designed for reliable connection and disconnection of capacitor banks in industrial electrical installations. As part of the Lovato BFK series, it is specifically engineered for capacitor-duty applications where conventional contactors can be subjected to severe inrush currents.
The BFK11500A048 is rated for capacitor banks up to 75 kvar and incorporates the switching arrangement required for power factor correction applications. BFK contactors use early-make auxiliary contacts together with current-limiting resistors to reduce the high transient current generated when capacitors are energised, helping protect the main contacts and extend operational life.
This model features a 48 V AC 50/60 Hz control coil, making it suitable for PFC panels and automatic capacitor-bank systems using a 48 V AC control circuit. Its purpose-designed capacitor-switching construction makes it an appropriate choice for industrial plants, commercial installations and switchboards where automatic reactive-power compensation is required.
Power factor correction capacitor banks can draw extremely high transient currents when they are connected to an energised electrical system. Capacitor-duty contactors such as the Lovato BFK11500A048 are designed to manage these switching conditions using early-make contacts and resistors that initially limit the capacitor charging current before the main contacts complete the connection.
This controlled switching process helps minimise contact wear, electrical stress and disturbances associated with capacitor energisation. The BFK11500A048 is therefore suited to automatic PFC systems where capacitor stages are repeatedly connected and disconnected according to changes in the installation's reactive-power demand.
Tick the specs you need, then view products that match.
| Coil Voltage Range | 42–48 V | |
|---|---|---|
| Device Type | Capacitor Switching Contactor | |
| Coil / Supply Voltage | 48 V AC | |
| Coil Type | AC | |
| HS Code | 85365080 | |
| Manufacturer | Lovato Electric | |
| Series | BFK | |
| Model | BFK11500A048 | |
| Product type | Power factor correction capacitor contactor | |
| Application | Capacitor-bank switching | |
| Maximum capacitor-bank rating | 75 kvar | |
| Coil type | AC coil | |
| Rated coil voltage | 48 V AC | |
| Coil frequency | 50 / 60 Hz | |
| Inrush-current control | Early-make contacts with current-limiting resistors | |
| Installation | Power factor correction panels and industrial switchgear |
The BFK11500A048 is designed for switching capacitor banks in power factor correction systems, helping automatic PFC equipment connect and disconnect reactive-power compensation stages as required.
The BFK11500A048 is designed for power factor correction applications with a capacitor-bank rating of up to 75 kvar.
The contactor uses a 48 V AC control coil rated for 50/60 Hz operation.
Capacitors can produce very high charging currents when energised. The BFK contactor uses early-make contacts and current-limiting resistors to reduce this inrush current before the main contacts complete the connection.
The BFK11500A048 is typically installed in automatic power factor correction panels, capacitor-bank assemblies and industrial switchboards used for reactive-power compensation.
Lovato Electric BFK capacitor contactors are purpose-designed for power factor correction systems, providing controlled capacitor-bank switching and dependable operation in industrial and commercial reactive-power compensation installations.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.