FAGOR DRIVE

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FAGOR DRIVE Specification

Cabinet Material
Aluminum

Operating Voltage
220-240V AC

Rated Current
10A

Way
Single

Cover Material
ABS Plastic

Components
Microcontroller, Power MOSFET, Display Unit

Features
Overload Protection, Short Circuit Protection, Silent Operation

Control System
Microprocessor based

Protection Level
IP20

Connectivity Type
Wired

Panel Type
Digital

Thickness
Standard

Current Rating
10A

Rated Insulation Voltage
250V

Rated Operation Voltage
230V

Protection Class
Class I

Base Material
Die Cast Aluminum

Cooling System
Integrated Cooling Fan

Product Type
Drive

Material
Aluminum Alloy

Surface Finish
Powder Coated

Standard
IEC Standards

Surface Color
Grey

Rated Voltage
230V AC

Frequency (MHz)
50 Hz

Maximum Output Current
10A

Dimension (L*W*H)
350 x 200 x 120 mm

Application
Industrial Automation

IP Rating
IP20

Display Type
Digital LED

About FAGOR DRIVE

Introducing the praiseworthy FAGOR DRIVE, designed for industrial automation and engineered to deliver unmatchable performance. With panel mount capability, exquisite aluminum alloy construction, and a powder-coated grey finish, this device stands as a true bargain for professionals. Experience silent operation, swift response time (< 10 ms), and robust protection features including overload and short-circuit protection. Personalise your automation setup with its advanced microprocessor-based control and digital LED display. Rated for single-phase input, 230V AC, and compliant with strict IEC standards, FAGOR DRIVE is the ultimate choice; Try Now for exceptional reliability!

Competitive Features and Plant Applications

FAGOR DRIVEs integrated cooling fan, overload protection, and short-circuit guard make it a resilient solution for continuous plant operation. Its microcontroller and power MOSFET components ensure precise control and silent performance, fitting a wide range of industrial machinery and automation panels. Thanks to wired connectivity and digital LED display, the drive allows for quick status checking and custom settings, placing it ahead of market alternatives with its unmatchable blend of safety and efficiency.

Domestic Market Support & Transaction Benefits

Serving clients all across India, FAGOR DRIVE provides reliable transport services and meticulous packing & dispatch to assure prompt delivery. Customers can benefit from flexible sample policies before committing, while easy payment terms allow businesses to access the lowest price options. The product is backed by a supplier network dedicated to secure handover, ensuring you receive quality assurance and rapid support, whether youre purchasing a sample piece or bulk orders.

FAQs of FAGOR DRIVE:

Q: How does the FAGOR DRIVE ensure safety during operation?

A: FAGOR DRIVE integrates overload and short-circuit protection, meeting IEC standards with IP20 protection class, safeguarding both personnel and machinery in industrial settings.

Q: What are the main benefits of choosing a panel mount drive like FAGOR DRIVE?

A: Panel mount design allows quick, space-saving installation, easy accessibility, and seamless integration with existing digital automation panels, boosting operational efficiency.

Q: When is FAGOR DRIVE best suited for industrial use?

A: It excels in environments requiring rapid response (<10 ms), robust power control, and silent operation, particularly in automation plants and machinery setups operating within specified temperature and humidity ranges.

Q: Where can FAGOR DRIVE be delivered within India?

A: FAGOR DRIVE is available for dispatch throughout the main domestic market across India, with dedicated transport services ensuring safe and swift delivery.

Q: What is the process for requesting a sample unit of FAGOR DRIVE?

A: Interested customers can request samples under the suppliers sample policy, permitting testing and evaluation prior to placing bulk orders or final purchases.

Q: How does personalisation work with FAGOR DRIVEs control and display system?

A: Users can tailor their automation experience via the digital LED panel and microprocessor-based controls, configuring settings to meet unique plant requirements and application needs.

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