FANUC ALPHA SERIES DRIVE CARD

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FANUC ALPHA SERIES DRIVE CARD Specification

Connector Type
Multi-pin industrial connectors

Output Current
Up to 100A depending on drive model

Power Factor
>0.95

Working Temperature
0C to +55C

Operating Temperature
0C to +55C

Features
Fast response, overload protection, fault diagnostic

Phase
Three Phase

Rated Power
Model dependent, check specific part number

Cooling Method
Air cooled (with heat sink)

Rated Current
Model dependent

Output Type
Digital/Analog (servo drive dependent)

Application
Industrial Automation, CNC Machines, Robotics

Power Supply
Three-phase AC

Noise Level
<60 dB

Current Range
As per drive specification

Product Type
Drive Card

Output Power
Depends on servo/amplifier model (typically up to 30 kW)

Output Frequency
0-400 Hz (servo applications)

Input Voltage
200-240V AC

Voltage Protection
Over/under voltage protection built-in

Efficiency
High efficiency design (typically >90%)

Material
High-grade PCB, industrial electronic components

Line Regulation
1% max

Storage Temperature
-20C to +60C

Weight
Approx. 0.5 kg - 2 kg (model dependent)

About FANUC ALPHA SERIES DRIVE CARD

The FANUC ALPHA SERIES DRIVE CARD is a celebrated solution for modern automation, offering impeccable performance for CNC machines, robotics, and industrial automation applications. Highly recommended for its customizable configuration, this new drive card ensures excellent compatibility with FANUC Alpha Series Servo and Spindle motors. Featuring panel/chassis mounting, advanced fiber optic or serial communication (model dependent), and IP20 protection class, it operates with remarkable efficiency (>90%) and boasts a rapid response time (<2ms). Its self-diagnosis, alarm outputs, and conformal coated PCB enhance reliability, while firmware upgradeability ensures future readiness. Built for longevity, the drive card is the ideal choice for demanding operational environments.

Direction of Use and Key Features

For optimum results, install the FANUC ALPHA SERIES DRIVE CARD within a control panel or chassis, connecting using the multi-pin industrial connectors supplied. Applications extend to CNC machines, robotics, and various industrial automation setups. Users benefit from overload protection, self-diagnostics, intuitive status LEDs, and a fast response time. Air cooling with an integrated heat sink ensures continuous operation in demanding environments, making this drive card a highly adaptable and reliable solution for professional use.

Export, Payment, and Domestic Market Insights

The FANUC ALPHA SERIES DRIVE CARD is made available for global drop-off, serving main export markets across Europe, Asia, and North America. Clients benefit from clear charge and sale price arrangements, with payment terms including T/T, LC, and secure transactions. Within the main domestic market, timely product shipment is ensured, providing buyers with celebrated after-sales service and dependable performance, making it a trusted choice among industrial automation suppliers and traders.

FAQs of FANUC ALPHA SERIES DRIVE CARD:

Q: How do I upgrade the firmware on the FANUC ALPHA SERIES DRIVE CARD?

A: Firmware can be upgraded using official FANUC software, ensuring the drive card remains up to date with the latest features and improvements.

Q: What protection features are integrated into the drive card?

A: The card includes built-in over/under voltage protection, conformal coated PCB for humidity resistance, and meets international safety standards for industrial environments.

Q: When should I use the self-diagnostic function?

A: Utilize the self-diagnostic and alarm outputs whenever maintenance or troubleshooting is required, as they quickly identify operational issues and alert users instantly.

Q: Where can this drive card be applied?

A: It is designed for use in CNC machines, robotics, and industrial automation systems that utilize FANUC Alpha Series Servo and Spindle motors.

Q: What are the benefits of the status LEDs on board?

A: Status LEDs provide immediate visual feedback regarding device operation and alarm conditions, streamlining diagnostics and ensuring efficient system monitoring.

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