Input Voltage Range:100-240V AC
Operating Frequency:47-63Hz
Peak Output Current:10-150A
Torque Range:0.34-50.8Nm
Output Current Flow Max:500mA
Parameter File Type:AB
Module Weight:2.1Kg (4.6 lbs)
Dimensions:98.1mm x 32.77mm x 65.02mm
Operating Temperature:0-55 °C (32-131 °F)
Storage Temperature:-40-70 °C (-40-158 °F)
Relative Humidity:5-95% without condensation
Operating Shock:15 g (3 pulses, 11 ms)
Non-operating Shock:30 g (3 pulses, 11 ms)
Vibration Resistance:2.5 g
Compliance Standards:IEC, CE
The Allen Bradley 1398 DDM-019X Servo Drive Module is crafted with precision and durability, featuring a compact yet robust design that seamlessly integrates into complex industrial automation setups. Its advanced control algorithms ensure smooth operation and precise motor control under various conditions.
Engineered for high performance, this module boasts an impressive peak output current capacity, enabling it to handle demanding loads with ease. Its compatibility with brushless motors ensures energy efficiency and long-lasting performance, contributing to overall system reliability.
With an operating temperature range of 0-55 °C, this module is suitable for a wide variety of industrial environments, from cold workshops to hot production floors. It maintains stable performance across different humidity levels, ensuring continuous operation even in challenging conditions.
The Allen Bradley 1398 DDM-019X Servo Drive Module comes equipped with robust protection against shocks and vibrations, making it resilient to the rigors of industrial use. Its design allows for seamless integration with other Allen Bradley components, enhancing the interoperability of your automation system.
This servo drive module is an excellent choice for manufacturers, engineers, and system integrators seeking a reliable and efficient control solution for their industrial automation projects. Its compatibility with a wide range of applications ensures that it can be tailored to meet diverse operational needs, delivering optimal performance and productivity.
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