Interface Streamlines Robotic Removal of Molded Parts
IMTS22: The SPI-67 is an electrical interface from Yaskawa designed to maximize uptime and throughput of GP-series and HC-series robots.
Share
The SPI-67 electrical interface from Yaskawa America Inc. accommodates application requirements for the robotic removal of molded parts from horizontal injection molding machines (IMMs). Installed in the YRC1000 controller, this hardware and software solution maximizes uptime and throughput for GP-series and HC-series robots, according to Yaskawa.
Conforming with international standards and safety regulations, SPI-67 is EuroMap 67-compliant and adheres to the Society of the Plastics Industry Inc. (SPI) electrical interface guidelines.
Photo credits: Yaskawa America Inc.
Interface communication transmits standard handshaking signals, such as door status, robot operating and ejector position. A 50-pin interface connection acts as a physical link between the robot and the IMM. Dual-channel/redundant safety signals enable direct connection to the IMM.
Mounted within the YRC1000 controller, there is no need for an additional cabinet. A door-mounted safety and power interface provides the needed safety I/O and includes two unused, dual-channel safety contacts that can be used for interfacing with safety input devices or paired with the Functional Safety Unit (FSU) output functions to obtain dual-channel, dry contact safety-rated outputs.
Direct Connect I/O cards enable convenient access to the robot’s native 40 inputs and 40 outputs while adding valuable relay outputs. NPN and PNP versions are available.
Related Content
-
Cutting Part Programming Times Through AI
CAM Assist cuts repetition from part programming — early users say it cuts tribal knowledge and could be a useful tool for training new programmers.
-
Using the Toolchanger to Automate Production
Taking advantage of a feature that’s already on the machine tool, Lang’s Haubex system uses the toolchanger to move and store parts, making it an easy-to-use and cost-effective automation solution.
-
How to Accelerate Robotic Deburring & Automated Material Removal
Pairing automation with air-driven motors that push cutting tool speeds up to 65,000 RPM with no duty cycle can dramatically improve throughput and improve finishing.