HPE - Electronic Power Supply

Name: HPE - Electronic Power Supply
Brand: ESINTI PRIVATE LIMITED
Price: 141306.20 INR
Availability: InStock

Price 141306.20 INR/ Unit

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MOQ : 1 Unit

HPE - Electronic Power Supply Specification

Power Source
Electric

Application
UV Ballast / UV Curing Systems

Warranty
Yes

Rated Voltage
1000-1500 Volt (V)

Features
High Quality

Frequency
50 Hertz (HZ)

HPE - Electronic Power Supply Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About HPE - Electronic Power Supply

Parameter	HVTA-400-9-1000	HVTA-400-12-1350	HVTA-400-16-1500
Power	9 kW	12 kW	16 kW
Voltage	1000 V	1350 V	1500 V
Display Type	Digital	Digital	Digital
Ballast Type	Electronic	Electronic	Electronic
Shape / Form Factor	Rectangle	Rectangle	Rectangle
Connectivity	Ethernet / RS485	Ethernet / RS485	Ethernet / RS485
Usage / Application	UV Ballast / UV Curing Systems	UV Ballast / UV Curing Systems	UV Ballast / UV Curing Systems
Protection Features	Overload, Short-Circuit, Overheat	Overload, Short-Circuit, Overheat	Overload, Short-Circuit, Overheat
Industrial Use	24/7 Continuous Operation	24/7 Continuous Operation	24/7 Continuous Operation

Reliable High-Voltage Power Solution

Designed for demanding industrial environments, the HPE Electronic Power Supply ensures consistent voltage output ranging from 1000 to 1500 volts at a steady 50Hz. This makes it an ideal choice for UV curing systems that require unwavering performance and high-quality standards.

Tailored for UV Ballast and Curing Applications

The power supply is specifically engineered for use with UV ballast and UV curing systems. Its robust construction and precise voltage control facilitate optimal curing results, supporting efficiency and longevity in industrial processes such as printing and coating.

Assured Warranty and Local Support

HPE provides comprehensive warranty coverage, giving you confidence in product reliability. As a trusted Indian manufacturer and supplier, HPE ensures responsive customer support and service, tailoring solutions to your operational needs.

FAQs of HPE - Electronic Power Supply:

Q: How is the HPE Electronic Power Supply used in UV ballast or UV curing systems?

A: The HPE Electronic Power Supply is integrated with UV ballast or UV curing systems to provide the stable high-voltage electricity needed for efficient UV lamp operation, ensuring optimal performance during curing or other UV processes.

Q: What makes this power supply suitable for high-voltage applications?

A: With a rated voltage range of 1000 to 1500 volts and high-quality components, this power supply is designed to handle the demands of high-voltage, high-frequency industrial applications, particularly in UV curing environments.

Q: When should I consider replacing or upgrading my current power supply to this HPE model?

A: Consider upgrading to the HPE power supply if your existing system experiences voltage fluctuations, insufficient power delivery, or is incompatible with the voltage or frequency requirements of your UV curing equipment.

Q: Where is this power supply manufactured and supplied from?

A: The HPE Electronic Power Supply is manufactured and supplied from India, ensuring local expertise and accessible support for domestic customers.

Q: What is the installation process for the HPE Electronic Power Supply?

A: Installation is straightforward: the power supply should be connected in accordance with the equipments electrical schematics and operational guidelines, ideally carried out by qualified technical professionals to ensure safety and compliance.

Q: How does the warranty benefit users of this power supply?

A: The product comes with a warranty, offering customers peace of mind regarding repair, replacement, or support in case of manufacturing defects or operational issues within the coverage period.

Q: What are the key benefits of using this power supply in UV curing systems?

A: The key benefits include high-quality, consistent energy delivery, extended equipment lifespan, reduced downtime, and improved process reliability, all crucial for effective UV curing and industrial output.

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