Preparing your secure checkout page...
Warranty

Wake Industrial Warranty
To Speak to a sales representative for pricing and lead time:
Product Description
The product P60B18200HBF24, part of Sanyo Denki’s P6 Super BL Servo Motors series, features a voltage rating of 600 V. This specification supports high-voltage applications with stability. It offers a collector current of 60 A; this capacity ensures reliable current delivery under demanding loads. The unit provides an on-state resistance of 24 mΩ to lower resistance and minimizes power loss during conduction. The operating temperature range of –55°C to 150°C allows the device to perform reliably in extreme environments and to ensures operational consistency even under temperature stress.
A switching frequency of up to 100 kHz facilitates rapid signal transitions, thus results in faster response times during high-speed switching. With an approximate gate threshold voltage of 4 V, the drive guarantees proper activation which benefits control precision in switching circuits. A total gate charge of approximately 50 nC supports efficient switching and helps in reducing delays during operation. An input capacitance of around 1000 pF stabilizes the signal input which aids in maintaining steady performance. Due to a thermal resistance of approximately 2 °C/W, it enables effective heat dissipation. Power dissipation of up to 150 W permits the handling of high energy loads.
In addition, the isolation voltage of 1000 V provides robust insulation against voltage surges. This feature protects the P60B18200HBF24 motor during transient conditions. A gate–source voltage limit of ±20 V secures safe electrical boundaries in order to preserves the component’s integrity during voltage fluctuations. A maximum avalanche energy of 500 mJ protects the device against unexpected voltage spikes. A turn-on delay time of 15 ns allows for immediate activation; this contributes to swift operational responsiveness. A switching loss at full load of 0.5 W guarantees minimal energy waste during transitions and enhances overall system efficiency.