FUB-PH/DA Okuma
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The FUB-PH/DA by Okuma is part of the FUB Servo Modules series and supports the PROFIBUS protocol. This module features DIN rail mounting and operates at 24 V DC with a maximum current consumption of 150 mA. Its dimensions are 50 mm wide, 100 mm high, and 115 mm deep, with an IP20 protection degree.
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Product Description:
The FUB-PH/DA is a Servo Module. The module is manufactured by Okuma. The servo module is specifically made to utilize in practices that promote industrial automation.
The FUB-PH/DA Servo Module black metal housing provides durability and a professional look, while the green PCB inside ensures clear visibility for maintenance and troubleshooting. The module can convert analog signals to digital and vice versa which allows it to communicate precisely between older analog equipment and modern digital controllers. It comes with XB1 large white multi pin connectors which are used for interfacing the board to external systems and ensures reliable, high capacity communication lines for servo control signals. In this module integrated circuits are soaked rather than soldered which allows for quick replacement and easy upgrading without needing special tools. It is compatible with both standard global AC power frequencies which makes it versatile and easy to use in different regions. The module's tough metal casing protects internal electronics from mechanical damage and electromagnetic interference. It delivers a steady DC output current of 1.3 Amps which is enough to power logic circuits and control systems.
The FUB Servo Modules series module comes with a small adjacent connector (SW1) which is used for configuration, switching functions or firmware updates. It is able to provide a regulated 12V DC output which is a standard voltage level for operating industrial logic circuits, relays or low power control systems. The drive is designed to accept typical AC mains voltage in the range 100 to 120 VAC without external transformers. It is built to consume low current from the AC source which indicates energy efficient operation. The use of DIP ICs highlights the modular design philosophy which allows for easy troubleshooting, upgrades and repairs during field maintenance.
