TOSHIBA VF-S9

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TOSHIBA VF-S9 Specification

Application
Industrial Automation

Rated Power
Variable Based on Load

Features
Compact Size Simple Control Low Power Consumption

Working Temperature
-10C to 50C

Output Current
Adjustable Output Current

Rated Current
Dependent on Model

Power Supply
AC Power

Output Type
Variable Frequency Output

Connector Type
Screw Terminals

Current Range
0.1 - 300 A

Noise Level
Low Noise

Cooling Method
Air Cooling

Power Factor
0.9

Phase
3-Phase

Operating Temperature
-10C to 50C

Product Type
Variable Frequency Drive (VFD)

Output Power
Up to 15 kW

Output Frequency
0.1 - 400 Hz

Input Voltage
200-480V AC 10%

Voltage Protection
Overvoltage and Undervoltage Protection

Efficiency
High Efficiency

Material
Durable Plastic and Metal Casing

Line Regulation
Stable Line Regulation

Storage Temperature
-20C to 65C

Weight
Approximately 1.5 kg

About TOSHIBA VF-S9

Experience the renowned reliability of the TOSHIBA VF-S9, a special best-seller across Indias industrial landscape, now available in limited stock. Famed for its gorgeous compact design and robust performance, the VF-S9 offers adjustable output currents from 0.1 to 300 A, variable frequency output between 0.1-400 Hz, and rated power up to 15 kW. This drive excels with low noise, high efficiency, and durable plastic-metal casing. Advanced overvoltage and undervoltage protection ensure stability, making it an ideal choice for sophisticated industrial automation. Secure yours while supplies last!

Commercial Uses and Application Method

The TOSHIBA VF-S9 is engineered for versatile commercial use in industrial automation, manufacturing units, and production facilities. Its adjustable output current and variable frequency make it ideal for controlling motors and optimizing processes such as conveyor systems, pumps, and fans. The device is simple to install using screw terminals and supports seamless integration with various 3-phase AC power setups. Its compact size facilitates easy placement, while its high efficiency supports both light and heavy-duty applications.

FOB Port, Payment Terms, and Express Shipping

TOSHIBA VF-S9 shipments are typically dispatched from major FOB ports across India, ensuring prompt express shipping to your location. Flexible payment terms, including advance and purchase order options, make procurement convenient for your business. Sample units are available upon request, enabling assessment before large orders. Comprehensive shipment support ensures secure handling and timely delivery, providing peace of mind to suppliers and traders alike in Indias competitive industrial market.

FAQs of TOSHIBA VF-S9:

Q: How does the TOSHIBA VF-S9 ensure stable operation in industrial settings?

A: The VF-S9 offers advanced overvoltage and undervoltage protection, stable line regulation, and operates efficiently within a wide temperature range, supporting reliable performance under varying industrial conditions.

Q: What usages and applications is the TOSHIBA VF-S9 suitable for?

A: It is ideal for industrial automation tasks, including motor speed control, conveyor systems, pumps, and fans, owing to its adjustable current output and variable frequency capabilities.

Q: Where can I purchase the TOSHIBA VF-S9 in India?

A: The VF-S9 is available through authorized suppliers and traders across India, with deliveries via express shipping from major FOB ports for nationwide coverage.

Q: When are sample units available for the TOSHIBA VF-S9?

A: Sample units can be requested at any time prior to bulk orders, allowing you to evaluate the products performance and suitability for your specific requirements.

Q: What is the process for placing a purchase order for the TOSHIBA VF-S9?

A: Placing an order involves coordinating with your supplier or trader, agreeing on payment terms, and confirming shipment details. Express shipping ensures prompt delivery after order confirmation.

Q: How does the adjustable output current benefit industrial automation?

A: Adjustable output current enables precise control over machinery, ensuring optimal energy usage, efficient operation, and increased equipment lifespan in various industrial tasks.

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