LED Test Panel

Name: LED Test Panel
Brand: CROWN ELECTRONICS SYSTEMS
Price: 19800 INR
Availability: InStock

Price 19800 INR/ Piece

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LED Test Panel Specification

Usage
Industrial

Color
Black

Frequency
50 Hertz (HZ)

Size
Standard

Material
Metal

Power Supply
220v

Display Type
Digital Only

LED Test Panel Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
1 Week

Main Domestic Market
All India

About LED Test Panel

The CROWN made LED TEST PANEL WITH AC SOURCE is developed to make the testing Simple, Faster, Accurate and Reliable with its high performing Micro Controller Technology. It is useful for testing of LED Lights The high speed simultaneous sampling ensures True RMS measurement for the wide range of input Voltage and Current. This instrument displays Voltage, Current, Frequency, Power Factor, Watt and THD(A) simultneously in a 7-Segment Display. useful for testing of input perameter of driver &as well DC Volt & Amp Meter & Watt for output perameter of driver The measurement is valid at all power factors and gives accurate results

ACCURACY : Class 1.0

SOURCE VOLTAGE : 0 - 300V AC /2 A

AUX SUPPLY : 230V + 10% & 230V AC For Source

DISPLAY : 6 Row - 4Digit Seven Segment Display for AC - Volt, Amp. Watt, Frequency, Powerfactor, THD(A) AND - 3Row 4Digit for DC Volt, Amp., Watt

AC Perameters

A) INPUT VOLTAGE : 20 - 300 V AC

B) INPUT CURRENT : 5mA - 2A

C) Wattage : As per Voltage & Current

D) THD (A) : 1% of Rated Capicity to Max. Capicity

E) Power Factor : 0.4 To 0.4, (lag to lead)

F) Frequency : 30.00 to 70.00 Hz

DC Perameters

A) DC Volt : 5V to 100V

B) Amp. : 0 to 5.000 A

C) Wattage : upto 500 Watt

Technical Details

Advanced Digital Monitoring

With its digital-only display, the LED Test Panel ensures rapid and precise readouts for all testing procedures. Industrial users benefit from its clarity, minimizing errors and optimizing workflow efficiency during equipment diagnosis or maintenance.

Durable Metal Construction

Crafted from high-quality metal and finished in sleek black, the panel is built to withstand demanding industrial conditions. Its robust design offers longevity and reliability, making it suitable for routine testing in various environments.

Efficient Power and Frequency Operation

Operating at 220v and 50 Hertz, the panel integrates seamlessly with standard Indian power supplies. This ensures compatibility across numerous industrial setups and reduces the complexity of installation for end-users.

FAQs of LED Test Panel:

Q: How is the LED Test Panel installed in an industrial setting?

A: The LED Test Panel is designed for straightforward installation. It connects directly to a standard 220v power supply and is mounted in a convenient location, allowing industrial personnel to quickly begin monitoring and testing through its digital interface.

Q: What materials are used in the construction of the panel?

A: This panel is manufactured using high-quality metal, providing durability and resistance to wear. The black finish not only enhances its appearance but also contributes to its resilience in industrial environments.

Q: When should I use the LED Test Panel in my operations?

A: Use the LED Test Panel during routine inspections, equipment maintenance, or troubleshooting procedures to ensure accurate monitoring of electrical parameters within your industrial setup.

Q: Where is the LED Test Panel available for purchase?

A: It is available across India through various channels including manufacturers, exporters, suppliers, and traders, making it accessible for industrial clients nationwide.

Q: What is the process for testing with the LED Test Panel?

A: Connect the panel to the equipment or circuit you wish to test, ensure it is powered by a 220v supply, and monitor the results on the digital display. The process is user-friendly, requiring minimal training for effective operation.

Q: How does using a digital display benefit my industrial testing?

A: The digital-only display delivers accurate readings instantly, greatly reducing the risk of misinterpretation. This improves decision-making, increases safety levels, and streamlines overall testing procedures.

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