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Yaskawa XRC ERCR-UP6-0035-3

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ERCR-UP6-0035-3

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The Yaskawa ERCR-UP6-0035-3 is a versatile robot controller designed for various automation tasks. Operating with an input voltage range of 100-240 VAC, this unit is capable of managing up to six axes of motion for applications like precise assembly and material handling.

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Technical specifications for ERCR-UP6-0035-3

ManufacturerYaskawa
Product TypeRobot Controller
Product LineXRC
Part NumberERCR-UP6-0035-3
Display InterfaceTeach pendant compatible
Storage Temperature−20 °C to 60 °C
Humidity≤ 95% RH non-condensing
EnvironmentIndoor industrial automation
Input Voltage100–240 VAC
Input CurrentMax 15 A
Motion AxesUp to 6 axes
ApplicationPrecision assembly, welding, material handling
I/O CapabilityIntegrated I/O options
User InterfaceIntuitive control interface
Communication ProtocolsEthernet & DeviceNet
Cooling MethodForced air (typical)
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Yaskawa's ERCR-UP6-0035-3 robot controller from the XRC series is designed to enhance automation processes. This robust unit is compatible with teach pendants for simplified interaction and control. It operates within a voltage input range of 100–240 VAC, allowing for flexibility in various power environments. The device can handle a maximum current of 15 A, making it a reliable choice for high-performance applications.

This controller is adept at managing up to six motion axes, facilitating its use in applications such as precision assembly, welding, and material handling. The operational environment is tailored for indoor use, supporting high humidity levels up to 95% RH without condensation. In terms of storage, it can endure temperature variations from −20 °C to 60 °C.

The integrated I/O options provide the necessary connectivity for peripheral devices, while the intuitive user interface promotes ease of use. For communication, this controller supports Ethernet and DeviceNet protocols, ensuring seamless integration into existing automation infrastructure. To maintain optimal performance, the typical cooling method employed is forced air, enhancing reliability during operation.