Operating Medium:Compressed Air
Medium Compatibility:ISO 8573-1:2010 Compliant
Corrosion Resistance:Class 2 – Moderate
Material Compliance:RoHS
Communication Type:Cyclical Communication
Valve Coils:32 Maximum
Power Input:≤100mA at Nominal Voltage
Strand Expansion:Yes
Inputs:16
Outputs:8
Baud Rate Range:9.6 kbaud to 12 Mbaud
Reverse Polarity Protection:For All Electrical Connections
LED Display:BUS: Communication and Configuration Error
Cover Material:PA Reinforced CP Strands
The Festo CPV14-VI 10P-14-6C-FB-R-Z-5JL+VZ valve terminal is meticulously designed to offer superior performance in demanding industrial environments. This compact yet robust terminal ensures precise control and reliability in automated systems, making it an indispensable component for modern manufacturing setups.
Equipped with advanced communication capabilities, this valve terminal supports cyclical communication protocols, enabling seamless data exchange between devices. Its high baud rate range facilitates efficient data transmission at speeds up to 12 Mbaud, ensuring swift response times and enhanced system efficiency.
Featuring reverse polarity protection for all electrical connections, the CPV14-VI 10P-14-6C-FB-R-Z-5JL+VZ ensures operational safety even under unexpected power conditions. This feature minimizes downtime and reduces maintenance requirements, contributing to a cost-effective and reliable operation.
With a material notice confirming RoHS compliance, users can rest assured about environmental sustainability and regulatory adherence. The valve terminal’s casing is made from a PA-reinforced composite material, offering excellent durability and resistance to moderate corrosion, ensuring longevity in harsh industrial settings.
The CPV14-VI 10P-14-6C-FB-R-Z-5JL+VZ comes with an integrated LED display for monitoring communication and configuration errors, providing real-time feedback on the terminal’s operational status. This intuitive feature simplifies troubleshooting and enhances system oversight, enabling quick resolution of issues and minimizing downtime.
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