Rishabh Digital Panel Meter

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MOQ : 1 Unit

Rishabh Digital Panel Meter Specification

Usage
Industrial

Power
80-300 Volt (v)

Product Type
Digital Panel Meter

Color
Black

Type
Electronic

Theory
Electrical Measurement

Capacity
Varies by Model

Exterior Material
ABS Plastic

Interior Material
Electronic Components

Internal Size
Standard DIN 96 x 96 mm

External Size
96 x 96 mm (Front Panel Mounted)

Controller System
Microcontroller-based

Temperature Range
0C to 55C (Operating)

Output
Digital Display Only

Display Type
4-Digit 7-Segment LED

Weight
Approx. 300 g

Accuracy
0.5% of FS

Input Signal
AC or DC Voltage/Current (as per variant)

Power Supply
85-270V AC/DC, 50/60Hz

Sampling Rate
2 samples/sec

Response Time
<250 ms

Protection Class
IP54 (Front)

Applications
Industrial Control Panels, Power Distribution, Laboratory Measurement

Mounting Type
Panel Mount

Rishabh Digital Panel Meter Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
100 Units Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About Rishabh Digital Panel Meter

The digital panel meters RISH DPM have been designed for industrial applications, which frequently require precise and on-site adjustment of the display range.It can be used in industrial automation and for laboratory uses. Measuring Range. AC TRMS Voltage. Display Scaling. RISH R412 indicators have limited range.

N30O
N30P
N30H
N30U
N27P
N27D
N21
N20Z
N20
N25
N24
HA-96
DPM
RISH Eine⁺ Voltage
RISH Eine⁺ Current
PGD3A
PGD3V
PGD1V
NA6
NA5
NA3
N30U
N25
PD14
N30
R412
R312

Versatile Measurement Capabilities

Rishabh Digital Panel Meters accommodate both AC and DC voltage or current inputs, allowing users to select the appropriate variant for their specific measurement needs. This adaptability ensures that the meter is suitable for everything from industrial control panels to laboratory experiments, enhancing its range of applications and utility for diverse electrical measurement tasks.

Durable and User-Friendly Design

Built with an ABS plastic exterior and designed for standard DIN panel mounting, the meter is robust yet lightweight at approximately 300 grams. Its IP54 front protection guards against dust and water splashes, making it suitable for challenging environments. The clear LED display ensures easy readability, while microcontroller-based operation streamlines setup and usage.

FAQ's of Rishabh Digital Panel Meter:

Q: How do I install the Rishabh Digital Panel Meter in my control panel?

A: The Rishabh Digital Panel Meter is designed for standard DIN 96 x 96 mm panel mounting. Simply cut the specified panel opening, secure the meter using the provided mounting hardware, and make the necessary electrical connections in accordance with the user manual.

Q: What types of input signals are supported by this digital panel meter?

A: Depending on the selected variant, the meter can measure either AC or DC voltage or current. Ensure that you choose the model that corresponds to your required input signal type and follow the connection guidelines for accurate readings.

Q: When should I select this meter over analog alternatives?

A: Opt for the Rishabh Digital Panel Meter when you require precise, rapid, and easy-to-read digital measurements. Its 0.5% of full-scale accuracy, fast sampling rate, and digital LED display make it especially suitable for industrial automation, power distribution panels, and laboratory setups where accuracy and clarity are essential.

Q: Where is this product commonly used?

A: This panel meter is widely used in industrial control panels, power distribution systems, and laboratory measurement setups-anywhere reliable electrical monitoring is needed. Its robust design and versatile functionality fit well across multiple professional contexts.

Q: What is the operating temperature range for this meter?

A: The Rishabh Digital Panel Meter operates effectively in environments with temperatures ranging from 0C to 55C, making it suitable for most indoor industrial and laboratory applications.

Q: How does the microcontroller-based system benefit users?

A: A microcontroller-based design improves response speed and measurement accuracy while enabling consistent performance across various applications. It also allows for enhanced internal processing and diagnostics.

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