High Voltage DC Power Supply

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High Voltage DC Power Supply Specification

Working Temperature
50 oC Celsius (oC)

Output Type
Single

Output Current
0.1 A - 2A Ampere (amp)

Application
Industrial

Phase
Single Phase

Output Power
300VDC -5000VDC Volt (v)

Input Voltage
230VAC Volt (V)

Efficiency
High

Material
Mild Steel

High Voltage DC Power Supply Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1000 Units Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About High Voltage DC Power Supply

Output Voltage Adjustable from 5% to Specified Voltage.
Floating Output
Current Limit Adjustable from 10% to 110% of Specified Load Current.
Load & Line Regulation: -/+0.05% max.
Ripple & Noise: 0.1% Max.
Protected Against Overload & Short Circuit by Means of Automatic Crossover Characteristics.
Continuous Metering of Output Voltage & Current.
Input Voltage: 230V AC -/+10%, 50Hz, Single Phase.
Operating Temperature Range: 0 to 55C.

OPTIONAL FACILITIES : (At Extra Cost)

Over voltage Protection (Fixed / Variable).
Input Voltage: 115V AC -/+10%.
Rack-Mounting, Wall Mounting, Base Mounting.

Specification

Model	Description
RLH 300001	15 - 300V / 1A
RLH 300002	15 - 300V / 2A
RLH 300003	15 - 300V / 3A
RLH 300005	15 - 300V / 5A
RLH 6000A5	30 - 600V / 0.5A
RLH 600001	30 - 600V / 1A
RLH 6001A5	30 - 600V / 1.5A
RLH 600002	30 - 600V / 2A
RLH 01K0A1	50 - 1 000V / 0.1 A
RLH 01K0A3	50 - 1000V / 0.3A
RLH 01K0A5	50 - 1000V / 0.5A
RLH 01K001	50 - 1000V / 1A

Rugged Design Meets High Efficiency

Crafted from durable mild steel, this High Voltage DC Power Supply is designed for reliability in industrial settings. Its high efficiency ensures minimal energy loss, while single-phase 230VAC input compatibility simplifies integration into existing setups. The unit supports prolonged operation at up to 50C, keeping your processes running smoothly even under demanding conditions.

Versatile Applications Across Industries

Engineered for a broad spectrum of industrial uses, this power supply provides stable and adjustable DC output ranging from 300VDC to 5000VDC, with output currents between 0.1A and 2A. Whether for testing, equipment operation, or manufacturing automation, its precisely regulated output guarantees consistency and safety for sensitive devices.

FAQs of High Voltage DC Power Supply:

Q: How does this High Voltage DC Power Supply ensure efficient energy use?

A: The power supply is designed for high efficiency, minimizing energy loss during conversion from AC to DC. Its advanced circuitry and robust mild steel enclosure help maintain consistent performance with lower heat generation, making it ideal for extended industrial use.

Q: What are the key industrial applications of this power supply?

A: This DC power supply is suitable for a range of industrial applications, including testing high-voltage equipment, powering automation systems, and providing controlled energy to sensitive industrial devices that require stable input within the 300VDC-5000VDC range.

Q: When is it recommended to use this power supply in an industrial setup?

A: It is best utilized when your processes demand stable, high-voltage DC output, especially where adjustable currents and operational reliability at high working temperatures (up to 50C) are required.

Q: Where can this High Voltage DC Power Supply be installed?

A: The units single-phase 230VAC input allows for easy installation in industrial facilities across India. Its mild steel body enables deployment even in environments with challenging operational conditions.

Q: What is the process for integrating this power supply into existing systems?

A: Integration is straightforward: connect the power supply to a 230VAC single-phase source, adjust the required output voltage and current settings within specified limits, and ensure proper ventilation to maintain optimal thermal performance.

Q: How does the high voltage range benefit industrial operations?

A: The wide output voltage range (300VDC5000VDC) allows businesses to use this supply for multiple applications without needing separate units, improving operational flexibility and reducing equipment costs.

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