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Yaskawa XRC 145594-1

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145594-1

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The Yaskawa 145594-1 is a robotics controller that integrates advanced motion control features and user-friendly programming interfaces. It operates with an input voltage of 200–240 VAC and accommodates a frequency range of 50/60 Hz.

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Technical specifications for 145594-1

ManufacturerYaskawa
Product TypeRobotics Controller
Product LineXRC
Part Number145594-1
Input Voltage200–240 VAC
Frequency50/60 Hz
Rated CurrentUp to 60 A
I/O OptionsDigital & Analog
Mounting TypeFloor / Panel
Axes SupportedUp to 8
Programming InterfaceTeach Pendant / PC
Communication PortsEthernet, RS-232, Fieldbus
Cooling MethodForced Air
Enclosure RatingIP20
Motion ControlHigh-Precision
Display TypeLCD / Graphical Interface
Control TypeServo-based
Operating Temperature Range0°C to +45°C

The Yaskawa 145594-1 is a robotics controller from the XRC series, specifically designed for handling complex automation tasks. This unit functions with an input voltage rating of 200–240 VAC and can operate effectively at a frequency of 50 to 60 Hz. It is capable of handling a rated current up to 60 Amps, making it suitable for demanding applications.

This controller supports a robust I/O system that includes both digital and analog options, allowing for flexible connectivity with various sensors and actuators. The mounting choices for the device include floor or panel installations, providing versatility in setup. It can control up to 8 axes, ideal for advanced robotic configurations.

For ease of use, programming can be done through a teach pendant or a PC interface, allowing operators to configure the system comfortably. Communication capabilities include Ethernet, RS-232, and Fieldbus, ensuring compatibility with numerous communication networks.

The device features high-precision motion control, essential for applications requiring accurate movements. Its cooling method is forced air, designed to maintain optimal operating temperatures, with an enclosure that has an IP20 rating. The LCD graphical interface enhances usability, delivering visual feedback during operation. This controller operates efficiently within a temperature range of 0°C to +45°C, making it suitable for a variety of industrial environments.