PC17202 Okuma
Wake Industrial LLC is not an authorized distributor of this product.
The Okuma PC17202 I/O Board features 24 LED indicators for real-time signal monitoring. It also includes Omron H3FA-SB relays. Its reliable performance ensured with 150mA current handling capability.
Internal Product Review
The Okuma PC17202 I/O Board is a top-tier industrial component designed for precision CNC automation. It includes 24 signal LEDs, gold-plated connectors, SSR-based fast switching, and built-in electronic filters. With SSR labeling and rugged housing, PC17202 delivers optimal reliability in harsh factory conditions.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The Okuma PC17202 I/O Board functions as a precision industrial board. It is used to maintain CNC systems in industrial automation through its real-time signal activity indication by 24 red LEDs. This board shows clear information about real-time signals from I/O ports through its 24 red LEDs.
The PC17202 I/O board uses Omron H3FA-SB programmable relays that support 5–24 VDC input voltage ranges. The relays have enough capability to manage 150mA of signal current for dependable operation. The fast and efficient switching operations in machines use solid-state relays (SSRs). DIP switches and test points enable smooth configuration and diagnostic functions. Secure high-quality connectivity is ensured through the edge connector C1/T10/T15 and C2/T11/T16, which uses gold plating. The PC17202 I/O board contains a capacitor bank with resistors alongside them for shaping signals and stabilizing power. The board’s weight of 350 grams allows for simple and easy installation because of its weight. The product operates between temperatures of 0°C to 55°C, which makes it suitable for industrial applications. The board operates reliably under moisture conditions between 5% and 95% non-condensing. The input/output switching response takes less than 10 ms to execute. The protective housing of the IP20 rating safeguards the board from unintentional contact with active electrical elements. An implemented in-built encoder does not exist as part of the design, but integration with external encoder signals remains possible.
The environmental endurance of the PC17202 I/O board contains protection against common machining center vibrations. The board includes electronic filters that protect signals by blocking electrical noise interference. The labels applied to SSRs start from SSR1 to SSR8 to help with simplified identification during troubleshooting sessions. The board creates an essential link that allows machine computational processes to exchange data with other external platforms.
