Firstly, the F 457 stands out as the most powerful motor in Flux’s electric commutator motor lineup, making it the go-to option for users requiring high flow rates or discharge pressure. Furthermore, its high torque rating and 800 W output provide sufficient power for handling viscous and high density media, plus for pumping longer vertical and horizontal distances.
The F 457 can be used with all F 400 and F 570 series pump tubes, however it should be used in safe areas only – see model F 460 Ex for use in Zoned areas containing potentially flammable vapours. In addition, it is ideal for use with F 426 mixing pumps and larger, 50 – 100 mm diameter, high performance F 430 IBC pumps.
Unlike the standard fixed-speed models, the F 457 EL variant includes electronic stepless speed adjustment, enabling precise control over flow rate during filling, dosing, or batch dispensing operations. Additionally, this flexibility is useful in sensitive processes where foaming or excessive aeration is a concern.
From a design perspective, the IP 24 polypropylene housing is chemically resistant and tough enough to withstand impacts and heavy-duty use in industrial environments. Furthermore, the recessed pump driver and controls are protected from accidental damage. In addition, options are available for single-phase power supplies from 100 – 240 V, with globally recognised safety approvals.
Its internal cooling fan maintains consistent airflow across motor components, thereby reducing the risk of overheating and ensuring a long operational life. However, this motor should not be used in environments subject to corrosive fumes – see alternative model F 458.
F 457 is the universal workhorse of the Flux motor range – it’s high power output covers a huge range of drum and IBC pumping applications. In addition, this motor is a serviceable design – replacement brushes and bearings are available from UK stock for ease of maintenance.
Whether deployed in plant operations or mobile service systems, the F 457 delivers exceptional reliability and flexibility, even under heavy workloads.
Considering these factors will help you to choose the most suitable motor for your application.
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