FANUC A16B-2202-0760 PCB CARD

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FANUC A16B-2202-0760 PCB CARD Specification

Operating Voltage
24V DC

Protection Class
Class I

Cooling System
Passive

Components
Integrated ICs, resistors, capacitors, connectors

Control System
FANUC CNC Control

Features
High reliability, long service life, precision control

Protection Level
IP20

Way
Single

Panel Type
PCB Panel

Base Material
Epoxy Glass

Rated Insulation Voltage
250V

Rated Current
2A

Connectivity Type
Edge Connector

Current Rating
2A

Rated Operation Voltage
24V DC

Thickness
1.6 mm

Product Type
PCB Card

Material
High-grade FR4 PCB material

Surface Finish
Solder mask finish

Standard
FANUC OEM

Surface Color
Green

Rated Voltage
24V DC

Frequency (MHz)
50 Hz

Maximum Output Current
2A

Dimension (L*W*H)
230 mm x 120 mm x 20 mm

Application
CNC Control System

IP Rating
IP20

About FANUC A16B-2202-0760 PCB CARD

Experience the latest in precision control with the popular FANUC A16B-2202-0760 PCB CARD, an enviable upgrade for select CNC systems. Engineered with a transcendent 4-layer design and crafted from lavish, high-grade FR4 PCB material, it meets stringent FANUC OEM standards. This model delivers digital signal reliability and a remarkable life expectancy exceeding 100,000 hours. Its plug-in mounting ensures quick installation, while enviable protection levels, antistatic packaging, and a dust-free storage requirement cement its status in the elite range of CNC control components for FANUC System 16 and 18 controllers.

Application, Features, and Use Method

The FANUC A16B-2202-0760 PCB CARD is designed for seamless integration into CNC control systems, maximizing operational precision. Its application method relies on a simple plug-in mechanism via an edge connector, ensuring quick installation and replacement. The use of high-grade epoxy glass and integrated ICs provides enviable reliability and accuracy. Special features include a solder mask finish, passive cooling, and IP20 protectionall curated to support demanding, select CNC environments in Indias industrial sector.

Sample, Payment, and Domestic Shipment Details

Product samples of the FANUC A16B-2202-0760 PCB CARD are available, allowing select customers to estimate suitability before commitment. Payment terms are flexible, aligning with standard market practices to ensure streamlined expenditure for traders and suppliers. Shipment is restricted to the main domestic market of India, with antistatic packaging ensuring secure delivery. This offering translates to reliable access for Indian businesses seeking to elevate their CNC control systems with minimal procurement risk.

FAQs of FANUC A16B-2202-0760 PCB CARD:

Q: How is the FANUC A16B-2202-0760 PCB CARD installed in CNC control systems?

A: The PCB card uses a plug-in mounting method, connecting through an edge connector, making installation swift and straightforward for technicians handling FANUC System 16 or System 18 controllers.

Q: What are the key benefits of using high-grade FR4 material and a 4-layer PCB design?

A: High-grade FR4 ensures robust structural reliability, while the advanced 4-layer PCB design provides enhanced signal integrity and long service life, making it ideal for precise CNC control applications.

Q: When can customers request a sample of the FANUC A16B-2202-0760 PCB CARD?

A: Samples are available to select buyers upon request, allowing customers to estimate product compatibility and performance before making large-scale expenditure decisions.

Q: Where should the FANUC PCB CARD be stored to maximize its lifespan?

A: The PCB card must be stored in a dust-free environment with humidity below 85% RH, maintaining optimal conditions for long-term reliability and preventing moisture or particle damage.

Q: What process is used to ensure shipment safety of the PCB CARD?

A: The PCB card is shipped in antistatic packaging, protecting sensitive components from electrostatic discharge during transit, ensuring the product arrives undamaged.

Q: How does the passive cooling system benefit the operation of this PCB CARD?

A: The passive cooling approach efficiently dissipates heat, supporting the PCBs lavish lifecycle and guaranteeing consistent digital signal performance under continuous CNC usage.

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