DUAL OUTPUT DC REGULATED POWER SUPPLY 0-+64V 1A

Name: DUAL OUTPUT DC REGULATED POWER SUPPLY 0-+64V 1A
Brand: CROWN ELECTRONICS SYSTEMS
Price: 15600.0 INR
Availability: InStock

Price 15600.0 INR/ Piece

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MOQ : 1 Piece

DUAL OUTPUT DC REGULATED POWER SUPPLY 0-+64V 1A Specification

Input Voltage
230V 10% AC 50 Hz Volt (V)

Output Voltage
0 - +64V Volt (V)

Output Power
0 - +64V Volt (v)

DC Power Supply
0 - 1A Ampere

Ripple
Less than 1 mV

Features
Good Quality

Frequency
50-60 Hertz (HZ)

Material
MS

Warranty
1 Year

DUAL OUTPUT DC REGULATED POWER SUPPLY 0-+64V 1A Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5-10 Days

Main Domestic Market
All India

About DUAL OUTPUT DC REGULATED POWER SUPPLY 0-+64V 1A

CROWN offer best in class constant voltage current Dual Output DC Regulated Power Supply using linear technology offering all kind of protections with specification and features to meet customer requirements Our power supply offer stabilized output voltage with low ripple in wide input variation of 10 with full protection against Short Circuit over load using fold back technology The supply can be used in independent tracking mode

SPECIFICATION

INPUTVOLTAGE 230V 10 AC 50 Hz

LOADREGULATION CV 005 3mV From no load to full load

LOADREGULATION CC 005 1mA From no load to full load

LINEREGULATION CV 001 3mV for 10 variation input voltage

LINEREGULATION CC 001 1mA for 10 variation input voltage

OPERATINGMODE Independent Tracking mode

RIPPLE Less than 1 mV

METER Four Digital meters to monitor the output voltage current voltage t of A B Supply

INDICATION LED FOR CV CC Operating Mode

ACCURACY 1 1 Digit

PROTECTION Against short circuit over load

Technical Details

Outdoor-Ready and High Quality

Protected with an IP65 rating, this power supply withstands outdoor environments and rigorous conditions. Manufactured from durable MS material, it remains resilient, providing stable power delivery while minimizing electrical noise. Its precision construction ensures long-term reliability and optimal performance.

Versatile Usage and Adjustable Output

Offering dual output with an adjustable range from 0 to +64V and up to 1A current, this unit serves varied needs, including electronics research, device testing, and industrial process control. The low ripple design further assures accurate and clean DC output, ideal for sensitive equipment.

FAQs of DUAL OUTPUT DC REGULATED POWER SUPPLY 0-+64V 1A:

Q: How does the dual output DC regulated power supply ensure accurate and stable voltage?

A: The power supply uses advanced regulation circuitry to maintain precise output voltage from 0 to +64V, with less than 1 mV ripple. This guarantees smooth and stable power suitable for sensitive electronic applications.

Q: What types of environments can this power supply be installed in?

A: With its IP65 outdoor rating, the unit is suitable for use in both indoor and outdoor environments. Its rugged MS construction protects against dust and water ingress, enhancing durability in challenging conditions.

Q: When should I use the dual output DC regulated power supply in my laboratory setup?

A: This power supply is ideal for experiments or testing configurations requiring adjustable DC voltage and current. Its low ripple, stable output, and safety features make it suitable for precise laboratory work whenever regulated DC power is needed.

Q: Where is this power supply manufactured and available?

A: This product is manufactured in India and is available via exporters, suppliers, manufacturers, and traders throughout the country for local and international customers.

Q: What is the process for setting the desired output voltage and current on this device?

A: Users can simply adjust the control dials on the front panel to set the required output voltage, up to +64V, and current, up to 1A. The digital display provides real-time feedback for precise adjustments.

Q: How does the low ripple benefit sensitive equipment?

A: The ripple of less than 1 mV ensures that the DC output is stable and clean, which is crucial for powering delicate circuits or evaluating fine-tuned components, reducing electrical interference and improving measurement accuracy.

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