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Yaskawa YASNAC 133677-1

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133677-1

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The Yaskawa 133677-1 is a sophisticated robotics system controller from the YASNAC series. Designed to operate in environments with temperatures ranging from 0 to 50 °C, it finds applications across various industrial sectors.

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Technical specifications for 133677-1

ManufacturerYaskawa
Product TypeRobotics system controller
Product LineYASNAC
Part Number133677-1
Operating Temperature0–50 °C
Humidity Range30–95 % RH (no condensation)
Supply Voltage200–240 VAC (3-phase)
Current Rating12 A nominal
Output Power4.5 kW max
CPU32-bit processor
Robot SupportDual-robot coordination
Axis CapacityUp to 21 axes
ArchitectureModular hot-swap units
Fieldbus OptionsProfibus, DeviceNet, Interbus
Safety UnitIntegrated safety module
CoolingInternal forced-air

The Yaskawa Robotics System Controller, identified by part number 133677-1, is crafted for advanced control in robotic systems. This unit can function efficiently in a temperature range of 0 to 50 °C and operates optimally within a humidity range of 30 to 95% relative humidity without condensation. Powering the unit requires a three-phase supply voltage between 200 and 240 VAC, supporting a current rating of 12 A under nominal conditions. The maximum power output of the system reaches 4.5 kW, making it suitable for robust robotic applications.

At its core, the controller houses a 32-bit processor that drives its processing capabilities, supporting dual-robot coordination functionality. This feature allows for highly coordinated movements among multiple robotics, enhancing productivity in various tasks. The controller architecture is modular, allowing for hot-swappable units, which is essential for system maintenance and updates without significant downtime. With a capacity for up to 21 axes, it offers extensive support for complex robotic motion tasks.

For industrial integration, the Yaskawa controller supports multiple fieldbus options including Profibus, DeviceNet, and Interbus, ensuring compatibility with a wide range of control systems. Additionally, it integrates a safety module, designed to enforce safety protocols and enhance system reliability. To prevent overheating during operation, the device utilizes internal forced-air cooling, maintaining operational efficiency even under demanding conditions.