BLF2924-10-0-S-020

Product Description:

The Pacific Scientific BLF2924-10-0-S-020 motor functions as a powerful reliable element among Permanent Magnet DC Motors series products. Under harsh industrial demands this motor shows its worth through its solid build quality and advanced technical capabilities. The motor works with input voltage between 230 and 440 volts to generate a 250-watt output power which suits machines needing reliable and efficient power transmission. The G 1/4" suction connection of this motor serves as its primary strength point to handle effective fluid intake and flow management. This connection point enables smooth functioning of hydraulic and pneumatic systems because it provides essential control of pressure and suction requirements.

Built to handle high-pressure conditions the BLF2924-10-0-S-020 reaches 100 bar pressure maximum before losing efficiency and overheating. The motor's high-pressure tolerance makes it appropriate for numerous heavy-duty industrial uses that include automated production lines and material handling systems as well as hydraulic equipment. Performance remains stable across diverse working conditions because this component has strong resistance to elevated pressures. Durability is another key highlight. Pacific Scientific produced this motor which incorporates an industrial-grade construction to endure repeated usage. Due to its strong design the component needs minimal maintenance thus operators achieve reduced operational expenses and fewer breakdowns.

The motor operates dependably across different environments thus guaranteeing extended service duration along with steady output. Industrial applications depend on the BLF2924-10-0-S-020 motor as their powerful efficient durable choice when reliability under high pressure conditions is essential. The motor delivers exceptional durability because it combines its 230/440 V compatibility with a 250-watt power output and 100 bar pressure capacity and solid construction. This motor system delivers the performance with resistance needed for demanding industrial environments through its use in manufacturing plants hydraulic systems as well as heavy machinery to ensure maximum productivity and efficiency.