1394-AM37

The 1394-AM37 from Allen Bradley stands out as a reliable servo axis amplifier designed for precision control in industrial applications. It provides a nominal power capacity of 5 kW, suitable for various motor operations. This amplifier accepts a DC bus input range of 530 to 680 volts, enabling it to effectively manage a variety of operational demands. Continuous operation is supported with an RMS current rating of 7.5 A, while its momentary peak current capacity reaches up to 15 A for just one second, accommodating transient loads with ease.

The device features a transconductance ratio of 4.9 A/mV, which enhances its responsiveness to control inputs. Operational efficiency is remarkable, clocking in at 98%, contributing to lower energy costs and improved thermal management. The amplifier employs power semiconductors of the IGBT type, known for their efficiency and reliability in high-power applications.

It's important to note that the 1394-AM37 is designed for compatibility with 1326Ax-Bxxxx series motors, ensuring seamless integration within existing systems. The unit utilizes a compact panel mount enclosure, facilitating installation in space-constrained environments. The carrier frequency is set to 5 kHz ±10%, allowing for effective pulse-width modulation during operation.

The amplifier guarantees speed regulation accuracy within a range of 0-0.05% of base speed, making it an excellent choice for applications that require precise motion control. Additionally, users can adjust peak current up to 200% of nominal value, providing extra power when needed. The thermal drift specification of 0.03 rpm/°C indicates the stability of this amplifier across varying temperatures, further ensuring reliable performance in diverse operational settings.