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Yaskawa XRC 145967-1

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145967-1

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Yaskawa's 145967-1 is a robotics controller designed for precision motion control and supports up to four axes. It features an ample trajectory buffer capacity of 14,000 steps and a rated current of up to 60 Amps, making it a robust solution for various automation tasks.

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Technical specifications for 145967-1

ManufacturerYaskawa
Product TypeRobotics Controller
Product LineXRC
Part Number145967-1
Trajectory Buffer14,000 Steps
Frequency50/60 Hz
Rated CurrentUp to 60 A
Motion ControlServo Precision
Mounting TypeFloor or Rack Mount
Communication PortsRS-232 / RS-422 (Dual Ports)
Enclosure RatingIP20
Axes SupportedUp to 4 Axes
Input Voltage200–240 VAC
Programming LanguageINFORM II
Cooling MethodForced Air
Control InterfaceTeach Pendant
Operating Temp. Range0°C to +45°C
I/O InterfaceDigital & Analog (Expandable)

The Yaskawa 145967-1, part of the XRC series, serves as a versatile robotics controller. Operating on an input voltage of 200 to 240 VAC, this unit is capable of handling a rated current of up to 60 Amps. It excels in precision motion control, particularly with servo-driven systems. The controller supports a trajectory buffer of 14,000 steps, which is advantageous for executing complex robotic movements smoothly.

This model is designed to accommodate up to four axes, allowing for the control of multi-axis robotic systems. Communication robustness is assured through dual RS-232/RS-422 ports, facilitating efficient data exchanges with other devices. The enclosure is rated IP20, providing adequate protection for indoor use. The controller can be mounted on the floor or installed in a rack, offering flexibility in positioning based on system needs.

A teach pendant control interface simplifies programming tasks, utilizing INFORM II as its language, making it approachable for operators accustomed to Yaskawa systems. The device operates well within a temperature range of 0°C to +45°C, ensuring reliable function in varied environmental conditions. Additionally, the I/O interface is both digital and analog, with capabilities for expansion, allowing it to be tailored to specific application requirements. The integrated forced air cooling method further maintains operational efficiency by preventing overheating, making the Yaskawa 145967-1 a suitable choice for demanding robotics applications.