HPE Electronic Power Supply 16 kW (HVTA-400-16-1500)

Price 165000.0 INR/ Unit

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MOQ : 1 Unit

HPE Electronic Power Supply 16 kW (HVTA-400-16-1500) Specification

Power Supply
1600

Features
Good Quality

Power Source
manual

Power Rating
HVTA-400-16-1500

Application
UV Ballast / UV Curing Systems

Usage & Applications
UV Ballast & UV Curing Systems

Warranty
Yes

Rated Voltage
1500 Volt (V)

Frequency
50 Hertz (HZ)

HPE Electronic Power Supply 16 kW (HVTA-400-16-1500) Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Year

Delivery Time
7 Days

Main Domestic Market
All India

About HPE Electronic Power Supply 16 kW (HVTA-400-16-1500)

The HPE 16 kW Electronic Power Supply is the ultimate high-power ballast designed for heavy-duty curing systems requiring maximum UV intensity and stability. Built for large-format printing, automotive, coating, and industrial drying, this 1500V power unit ensures uninterrupted operation even under extreme workload.

Its remote communication capability via Ethernet/RS485 provides complete control and monitoring, while built-in protections guarantee the highest level of safety and reliability.

Technical Specifications 16 kW (HVTA-400-16-1500)

Parameter	Specification
Model	HVTA-400-16-1500
Power Output	16 kW
Voltage	1500 V
Display Type	Digital
Ballast Type	Electronic
Shape / Form Factor	Rectangle
Connectivity	Ethernet / RS485
Usage / Application	UV Ballast / UV Curing Systems
Protection Features	Overload, Short-Circuit, Overheat
Industrial Use	24/7 Continuous Operation

Applications

Large UV curing machines
Automotive & electronics UV systems
Industrial coating & bonding lines
Wide-format printing machinery
Heavy-duty conveyor UV curing setups

Advanced Power Delivery

Engineered for demanding UV Ballast and Curing applications, the HVTA-400-16-1500 delivers a stable 16 kW output at 1500 volts. Its reliability ensures uninterrupted industrial processes, making it suitable for high-intensity environments.

Manual Control and Safety

This electronic power supply features a manual power source for precise control over operation. The manual mechanism enhances safety and allows users to adjust performance based on specific curing or ballast requirements.

Assured Quality and Support

With a focus on durability, the HPE Electronic Power Supply is constructed using high-quality components. It comes with a one-year warranty as a testament to its reliability, backed by manufacturer and supplier support within India.

FAQ's of HPE Electronic Power Supply 16 kW (HVTA-400-16-1500):

Q: How does the HPE Electronic Power Supply 16 kW enhance UV Curing Systems?

A: The unit provides consistent and powerful 16 kW energy output, which ensures faster and more reliable UV curing. Its high voltage of 1500V helps achieve thorough curing and efficient operation in industrial applications.

Q: What is the process for installing the HVTA-400-16-1500 power supply?

A: Installation should be carried out by a qualified technician following manufacturer protocols. The manual operation allows straightforward integration into existing UV Ballast or UV Curing setups, ensuring both safety and compatibility.

Q: When is maintenance required for this power supply, and what does it involve?

A: Regular maintenance, as recommended by the manufacturer, includes routine inspections and basic manual adjustments. Maintenance schedules are usually annual, aligning with the one-year warranty for optimal performance.

Q: Where is the HPE Electronic Power Supply manufactured and supplied?

A: This model is manufactured and supplied in India, ensuring readily available support, components, and after-sales service for local industries.

Q: What are the key benefits of using this power supply in UV Ballast applications?

A: The power supply's robust output and reliability enhance the efficiency of UV Ballast systems, resulting in improved performance, reduced downtime, and extended equipment lifespan.

Q: How does the manual operation feature contribute to user control?

A: Manual operation enables users to regulate power adjustments directly, offering precision and adaptability for varied industrial processes requiring tailored curing conditions.

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