FANUC SYSTEMS CARD AI6B-I8I0-004

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FANUC SYSTEMS CARD AI6B-I8I0-004 Specification

Features
Supports High-Speed Data Transmission, Rugged Construction, Factory Automation Ready

Power Supply
24V DC

Application
CNC Machine Controllers, FANUC Automation Systems

Connector Type
Standard FANUC Edge Connector

Working Temperature
0C to 55C

Noise Level
Low Noise Electronic Circuitry

Phase
Single Phase (Interface)

Operating Temperature
0C to 55C

Cooling Method
Natural Air Cooling

Output Type
Digital / Analog Signal Output

Product Type
Industrial Control Card

Input Voltage
24V DC (Typical)

Voltage Protection
Integrated Overvoltage Protection

Efficiency
High Efficiency Design

Material
Industrial-grade PCB and Electronics

Line Regulation
Stable Line Regulation

Storage Temperature
-20C to +60C

Weight
Approx. 200g

About FANUC SYSTEMS CARD AI6B-I8I0-004

Discover an unparalleled Offer on the FANUC SYSTEMS CARD AI6B-I8I0-004, a rarefied solution for FANUC CNC Systems. Take advantage of this Price Cut and secure a true bargain, merging inestimable performance with exceptional reliability. The plug-in module features high-efficiency design, industrial-grade components, and multi-layer EMI protection, ensuring rugged stability under a wide humidity range. With integrated overvoltage protection, stable line regulation, and low noise circuitry, this card is engineered for FANUC automation controllers. Experience factory automation readiness with high-speed signal output and natural air cooling, all at an offer you cannot afford to miss.

Application & Usage Highlights

The FANUC SYSTEMS CARD AI6B-I8I0-004 is ideal for industrial usage in CNC machine controllers and automation systems. Designed for simple plug-in mounting, it provides robust digital and analog signal output for demanding factory environments. This usage type suits both retrofit and new installations, delivering stable, high-speed data transmission essential for efficient production workflows. Its application method guarantees seamless integration with FANUC CNC SYSTEMS, making it a valuable asset for industrial automation.

Delivery & Payment Information

Transportation and secure shipping ensure your FANUC SYSTEMS CARD AI6B-I8I0-004 arrives safely and promptly across Indias main domestic markets. We offer flexible payment terms to support a smooth purchasing process, and reliable delivery partners guarantee the product reaches you within the stated timeframe. For every client, our focus is on safety during transit and responsive customer support, from payment to shipment, until successful delivery.

FAQs of FANUC SYSTEMS CARD AI6B-I8I0-004:

Q: How is the FANUC SYSTEMS CARD AI6B-I8I0-004 installed in CNC machine controllers?

A: The FANUC SYSTEMS CARD AI6B-I8I0-004 is designed as a plug-in module, enabling straightforward installation using its standard FANUC edge connector. Simply insert the card into the dedicated slot for seamless integration with FANUC CNC SYSTEMS.

Q: What are the key benefits of using this systems card in factory automation?

A: Its high-speed data transmission, multi-layer EMI protection, and stable line regulation deliver inestimable performance for CNC automation. Users gain from rugged construction, robust signal output, and reliable overvoltage protection within industrial workflows.

Q: When can I expect delivery of the FANUC SYSTEMS CARD AI6B-I8I0-004 in India?

A: Delivery times are typically determined during ordering, but our secure shipping and transportation methods ensure prompt arrivals within major domestic markets throughout India.

Q: Where is this product predominantly used?

A: The FANUC SYSTEMS CARD AI6B-I8I0-004 is mainly employed in industrial factories for CNC machine controllers and automation systems, compatible exclusively with FANUC CNC setups.

Q: What payment terms are available for purchasing the FANUC SYSTEMS CARD?

A: Flexible payment options are offered to ensure a convenient purchasing process for both suppliers and traders in India.

Q: How does the card handle voltage fluctuations and noise?

A: It integrates built-in overvoltage protection, utilizes high-efficiency design, and employs low-noise electronic circuitry to maintain reliable, stable operation under diverse industrial conditions.

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