--9638192107

Aerotech Industries
GST : 24BZNPV6318R1ZB

Our Products

Automatic Roll To Sheet Cutting Machine

Ultrasonic Box And Horn

Tape Cutting Machine

Ultrasonic Sewing Machine

Ultrasonic Spare Parts

Ultrasonic Welding Machine

Ultrasonic Welding Machine

Plastic Welding Machine

20 KHZ Transistor Bank

20 KHZ Transistor Bank Specification

Material
Copper, Epoxy Insulated

Dimension (L*W*H)
315mm x 260mm x 140mm Millimeter (mm)

Power
15 kW Watt (w)

Voltage
230V / 415V AC Volt (v)

Frequency
20 kHz Kilohertz ( KHZ )

Temperature
-10C to +70C Celsius (oC)

Mounting Type
Panel Mounted

Weight
Approx. 12 kg

Compliances
RoHS, CE Marked

Current Rating
25 A

Protection
Overload, Overvoltage, Short Circuit

Life Expectancy
10 Years in continual application

Application
Induction Heating, Ultrasonic Power Supply

Terminal Type
Heavy Duty Screw Terminal

Operating Efficiency
>= 97%

Cooling Type
Forced Air Cooling

Insulation Resistance
>= 1000 M at 500V DC

Phase
Single & Three Phase (customizable)

20 KHZ Transistor Bank Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About 20 KHZ Transistor Bank

Experience a sizzling offer with our 20 KHZ Transistor Bank, engineered for illustrious performance and unrivaled durability. Featuring a venerable 25 A current rating, forced air cooling, and panel mounting, this unit ensures supreme efficiency (97%) at an unbeatable price. Perfect for induction heating and ultrasonic power supply applications, it handles both single and three-phase input. With robust protection, CE and RoHS compliance, and a 10-year continual use expectancy, this powerhouse guarantees reliability. Trust India's renowned manufacturer, supplier, and trader for your high-frequency needs!

Versatile Features & Application Media

The 20 KHZ Transistor Bank excels in multiple domains with copper, epoxy-insulated construction and heavy-duty screw terminals, ideal for rugged media like industrial induction heating and advanced ultrasonic generation. Its adaptable usage type supports both continuous and intermittent operations, offering remarkable flexibility. Designed for both single and three-phase environments, it delivers consistent performance in diverse industrial settings and complex applications.

Sample Policy & Export Markets

We offer a convenient drop-off policy for evaluating product samples, ensuring minimal expenditure from your side. Our swift exchange system assures seamless transitions in case of issues or upgrades. With robust supply ability, we fulfill bulk and customized orders efficiently. Major export markets include Europe, Southeast Asia, and the Middle East, positioning us as a global leader in high-power transistor banks.

FAQ's of 20 KHZ Transistor Bank:

Q: How does the forced air cooling benefit the 20 KHZ Transistor Bank during operation?

A: Forced air cooling efficiently dissipates heat, ensuring stable performance at high loads, extending device lifespan, and maintaining safe operating temperatures even under continuous use.

Q: What applications are suitable for this transistor bank?

A: It is designed for use in induction heating and ultrasonic power supply systems, as well as other high-frequency industrial operations requiring dependable, robust power handling.

Q: When should I consider choosing a panel-mounted transistor bank?

A: Panel-mounted designs are ideal when you require streamlined integration into existing control panels or compact machinery layouts, offering secure and organized installation.

Q: Where can this transistor bank be installed considering environment and phase options?

A: It is suitable for both factory floors and specialized industrial environments, accommodating single and three-phase power setups for a wide range of installation scenarios.

Q: What is the average life expectancy, and what reduces maintenance expenditure?

A: With a 10-year continual application expectancy, the bank's robust materials, advanced protection features, and high insulation resistance greatly reduce the requirement for frequent maintenance, minimizing long-term expenditure.