Our hybrid motor starters replace a conventional reversing contactor and the motor protection with a single device. Switch motors safely and reliably with hybrid motor starters. Use the devices wherever three-phase asynchronous motors need to be reversed and protected. The hybrid motor starter product range consists of direct and reversing starters, which are available with various functions such as emergency stop.
Hybrid motor starter for reversing 3~ AC motors up to 500 V AC and 9 A output current, with 24 V DC control voltage, adjustable overload shutdown, emergency stop function to SIL 3/PL e, and screw connection.
Hybrid motor starter; functions: Start motor, Reverse motor, Motor protection (class 10A), Emergency stop, Higher resistance to transient voltages, ATEX; input: 24 V DC; output: 3~, 500 V AC, 2.4 A; Push-in connection
Hybrid motor starter for reversing 3~ AC motors up to 500 V AC and 2.4 A output current, with 24 V DC control voltage, adjustable overload shutdown and emergency stop function to SIL 3 / PL e and screw connection
Hybrid motor starter for starting 3~ AC motors up to 500 V AC and 2.4 A output current, with 24 V DC control voltage, adjustable overload shutdown and emergency stop function to SIL 3/PL e and, screw connection.
Networkable hybrid motor starter for reversing 3~ AC motors up to 500 V AC and 3 A output current, with adjustable overload shutdown, emergency stop function to SIL 3 / PL e and push-in connection, DIN rail connector provided.
Gateway for the connection of up to 32 Interface system devices to a higher-level controller via EtherNet/IP™. The Interface system devices are connected to the gateway via DIN rail connectors. The DIN rail connectors are provided.
Hybrid motor starter for reversing 3~ AC motors up to 500 V AC and 9 A output current, with 24 V DC control voltage, adjustable overload shutdown, emergency stop function to SIL 3/PL e, and screw connection.
Hybrid motor starter for reversing 3~ AC motors up to 500 V AC and 2 A output current, with 24 V DC control voltage, adjustable overload shutdown, emergency stop function to SIL 3/PL e, and screw connection
Hybrid motor starter for starting 3~ AC motors up to 500 V AC and 9 A output current, with 24 V DC control voltage, adjustable overload shutdown and emergency stop function to SIL3 /PL e, and screw connection.
Hybrid motor starter for reversing 3~ AC motors up to 500 V AC and 9 A output current, with 24 V DC control voltage, adjustable overload shutdown and emergency stop function to SIL 3/PL e and push-in connection
Modular hybrid motor starters for high system availability
CONTACTRON pro is a product range from Phoenix Contact that features simple safety integration and modular extension options. Everything on the basis of hybrid technology – for an increased level of simplicity in functional safety, high system availability, and easy handling.
Your advantages
Easily network hybrid motor starters with IO-Link
Integration into fieldbus systems is realized via the Interface system connection. Corresponding gateways are available for all common fieldbus systems. Transfer your process data easily and network your devices quickly using both the interface system and the available IO-Link versions. Not only do you benefit from space and wiring savings, you can also enjoy the advantages of diagnostic functions. Custom process data linking helps you meet your application requirements – and that includes digitalization and Industry 4.0.
Your advantages
Stand-alone motor starters: cost-efficiency with needs-based function selection
Switch motors quickly and reliably with the compact hybrid motor starters. The devices can be used wherever three-phase asynchronous motors, from 50 W to 3 kW, need to be reversed and protected. The product range of hybrid motor starters consists of direct and reversing starters that are available with various functions, such as emergency stop and motor protection.
Your advantages
CONTACTRON hybrid technology
Enjoy ten times longer service life with CONTACTRON hybrid technology: Experience higher system availability, due to the combination of wear-free semiconductor technology and robust relay technology.
