The Allen-Bradley ArmorStart series is a series of decentralized motor controllers used for industrial and material handling automation applications. The controllers are rated IP67, which means that they protect themselves against high levels of dust and moisture so they can work properly in difficult conditions. The controllers also provide integrated safety and communication networking features and can be installed with a simple plug-and-play installation system. The ArmorStart series reduces wiring complexity, which increases efficiency through improved flexibility in motor control.
Browse available units in our catalog of ArmorStart.
This safety starter utilizes DeviceNet for communication. It includes a control voltage of 24 VDC and offers brake voltage at 120 V AC. Rated for a maximum current range of 3.2 to 16 A, it operates ef
This drive operates on an input voltage range of 380 to 480 V AC across three phases, with an operational frequency up to 400 Hz. It utilizes sensorless vector control and V/Hz control methods. The en
Designed for robust performance, this drive utilizes ArmorPoint communications for effective interaction. The current rating stands at 4 A and it operates at a power level of 1.5 kW. With baud rates r
This variable frequency drive provides IP67 protection, making it suitable for harsh environments. It operates with a control voltage of 24 VDC and has a short-circuit protection current rated at 25 A
This drive operates on a 380 to 480V input voltage and supports a communication protocol based on DeviceNet. It is engineered for three-phase AC systems and has an output frequency range extending fro
Designed for 3-phase systems, this VFD operates within an input voltage range of 380 to 480 V AC and accommodates frequencies of 50/60 Hz. Its sensorless vector control method allows for efficient mot
This device operates with a control voltage of 24 V DC and features a robust overload range from 0.24 to 3.5 Amps. The starter is housed in a metal enclosure with an IP66/NEMA 4/12 rating, providing e