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Yaskawa DX100 ERDR-MH00050-B00

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ERDR-MH00050-B00

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The Yaskawa ERDR-MH00050-B00 is a robust robot controller ideal for indoor industrial automation environments. It is particularly designed to govern the MH50 robot, which has a payload capacity of 50 kg and operates across six motion axes, ensuring versatile functionality.

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Technical specifications for ERDR-MH00050-B00

ManufacturerYaskawa
Product TypeRobot Controller
Product LineDX100
Part NumberERDR-MH00050-B00
EnvironmentIndoor industrial automation
ApplicationRobot control for MH50 (50 kg payload)
Motion Axes6 axes (robot)
Payload50 kg
Repeatability± 0.07 mm
Reach2061 mm
User InterfaceDX100 teach pendant
I/O CapabilityIntegrated I/O
Cooling MethodForced air (typical)
Display InterfaceTeach pendant compatible

The Yaskawa ERDR-MH00050-B00 functions as a sophisticated robot controller specifically tailored for indoor industrial automation purposes. Designed exclusively for controlling the MH50 robot, this unit has the capacity to manage a payload of up to 50 kg. It operates with 6 axes of movement, providing extensive operational flexibility necessary for complex tasks.

Precision is a critical aspect of this controller, boasting a remarkable repeatability of ± 0.07 mm, which is essential for applications requiring high accuracy. The reach of the associated robot extends to 2061 mm, allowing it to cover significant distances during operation.

In terms of physicality, the robot's weight is 550 kg, contributing to its stability and capability during use. The user can interact with the controller easily through the DX100 teach pendant, which also serves as the display interface, ensuring straightforward programming and monitoring.

The unit features integrated I/O capabilities that enhance its connectivity options, supporting seamless interaction with other components within the automation ecosystem. Additionally, a forced air cooling method is typically employed to manage thermal efficiency during prolonged operations, guaranteeing reliable performance and extending the operational lifespan of the system.