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Yaskawa YASNAC JZNC-MPB02E-S

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JZNC-MPB02E-S

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The Yaskawa JZNC-MPB02E-S, part of the YASNAC series, functions as a robot controller module designed to manage up to 21 axes. It enables synchronization for two robots and features approximately 2,200 program points, expandable to 60,000.

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Technical specifications for JZNC-MPB02E-S

ManufacturerYaskawa
Product TypeRobot controller module
Product LineYASNAC
Part NumberJZNC-MPB02E-S
Maximum Axes21
Multi-Robot Capability2 robots can synchronize
Program PointsApproximately 2,200 (expandable to 60,000)
Motion FeaturesMultitask, S-move, servo-float
PC SupportOffline editing and transferring
I/O CapacityAbout 48 points
Power Input100–240 VAC, around 50 W
FormHandheld/panel module
ConnectivityBackplane/fieldbus link
OptionsI/O, communications, weld boards
InterfaceTeach pendant and PC
ExpandabilityModular rack system

In the realm of robotic automation, the Yaskawa JZNC-MPB02E-S controller module stands out. This device is engineered to control a maximum of 21 axes, enabling intricate coordination among multiple robotics systems, specifically allowing for synchronization of two robots.

Users can take advantage of about 2,200 program points, which can be expanded to accommodate up to 60,000 points. This flexibility allows for extensive programming and operational capabilities tailored to complex tasks. Motion features such as multitasking, S-move, and servo-float enhance the precision and efficiency of robotic movements.

For ease of use, the controller supports offline programming via PC, allowing for editing and transferring of programs without the need for continuous direct interaction with the robot. The I/O capacity reaches around 48 points, enabling diverse input and output configurations essential for various applications.

This module operates within a power input range of 100 to 240 VAC and consumes around 50 Watts. The handheld or panel module design facilitates user interaction through a teach pendant, as well as a connection to a computer interface. Connectivity options include backplane or fieldbus links, making it adaptable to different setups. Furthermore, the modular rack system approach enhances expandability, allowing users to customize their configurations with additional options like I/O, communication modules, and weld boards.