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Digital Partial Discharge test and measurement device ICMneo

Digital Partial Discharge test and measurement device ICMneo Specification

Batteries Type
Mains Operated, Optional Internal Battery

Usage & Applications
Testing Power Transformers, GIS, Rotating Machines, Cables, Switchgear

Pressure
Ambient

Accuracy
High accuracy PD measurement and noise suppression

Resistant Feature
Shock and Vibration Resistant

Product Type
Digital Partial Discharge (PD) Test and Measurement Device

Material
Industrial-grade Plastic and Metal Housing

Measuring Voltage Range
10 kV to 400 kV (Typical)

Operating Temperature
-10C to +55C

Frequency (MHz)
0.01 - 30 MHz

Insulation Box
Not Included

Protection System
Integrated Protection Circuitry

Size
Compact Portable Unit

Color
Grey-Black

Dimension (L*W*H)
Approx. 320 x 230 x 130 mm

Weight
Approx. 3.9 kg

Sampling Rate
Up to 250 MS/s

Input Channels
2 (AC, DC, and Fiber-optic)

PD Pulse Acquisition
Wideband digital acquisition and filtering

Data Storage
Built-in Memory and External USB Storage Support

Synchronization
Internal and External Triggering

Interface
USB, LAN, Wi-Fi, and Fiber Optic

Power Supply
100-240 V AC, 50/60 Hz

Calibration
Automated and Manual Calibration Options

Display Type
7" TFT Color Touchscreen Display

Environmental Protection
IP65 (Front Panel)

Connectivity
Remote Monitoring and Control Support

Compliance Standards
IEC 60270, IEC 60034, IEEE 1434

Software Features
Advanced PD Detection, Recording, Pattern Recognition, and Reporting

Digital Partial Discharge test and measurement device ICMneo Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
10 Days

Main Domestic Market
All India

Digital Partial Discharge test and measurement device ICMneo About

The ICMneo is a state-of-the-art, stand-alone digital partial discharge (PD) measurement device designed to evaluate the condition of medium and high voltage insulation. Engineered for reliability and precision, its suitable for factory acceptance testing, post-repair assessments, and end-of-line quality assurance, as well as online and offline spot testing on site. This battery-operated device features a 7 touchscreen for intuitive operation and supports up to four parallel measurement channels. Its modular design and advanced capabilities make it a versatile solution for measuring any MV/HV asset including bushings, spacers, cable accessories, instrument transformers, distribution transformers, rotating machines, electronic components e.g. IGBTs. By identifying insulation defects at an early stage, the ICMneo helps prevent costly breakdowns, ensures system efficiency, and supports compliance with the latest IEC 60270 standard.

Versatile Touchscreen Operation

The ICMneo is equipped with a 7-inch TFT color touchscreen, simplifying device setup and providing clear visualization of partial discharge patterns. Its intuitive graphical interface supports advanced detection, analysis, and reporting tasks, ensuring users can quickly access essential features and diagnostics.

Comprehensive Connectivity Options

Connecting ICMneo is effortless thanks to its USB, LAN, Wi-Fi, and fiber optic interfaces. These options enable seamless data transfer, remote monitoring, and control, making it suitable for both laboratory and on-site industrial applications. It also supports external USB storage for flexible data handling.

Reliable Performance in Demanding Environments

Engineered for durability, the ICMneo boasts shock and vibration resistance, with an IP65-rated front panel for superior protection against dust and water. Its high-precision PD measurements remain stable across a wide temperature range (-10C to +55C), ideal for field use in India's diverse climates.

FAQ's of Digital Partial Discharge test and measurement device ICMneo:

Q: How does the ICMneo perform partial discharge measurements with high accuracy?

A: The ICMneo employs wideband digital acquisition and filtering, combined with advanced PD detection algorithms, to ensure highly accurate partial discharge measurements. Its sampling rate of up to 250 MS/s and robust noise suppression capabilities contribute to reliable and repeatable results.

Q: What applications is the ICMneo suitable for?

A: ICMneo is designed for testing power transformers, gas-insulated switchgear (GIS), rotating machines, high-voltage cables, and other electrical equipment. It is ideal for preventive maintenance and diagnostics in utility substations, manufacturing environments, and testing laboratories.

Q: When should I use the external USB storage function?

A: External USB storage is recommended when large datasets need to be recorded during extended tests, when sharing reports with colleagues, or when transferring data securely between the test site and the office.

Q: Where can the ICMneo be operated effectively?

A: With its compact portability, IP65 front panel, and wide operating temperature range, the ICMneo can be used in both indoor laboratories and challenging field environments, including substations in varied Indian climates.

Q: What is the process for calibrating the ICMneo device?

A: ICMneo supports both automated and manual calibration. Users can follow the on-screen guided procedure to ensure all input channels and measurement functions are accurately calibrated, supporting compliance with international standards like IEC 60270 and IEEE 1434.

Q: How does the ICMneo facilitate remote monitoring and control?

A: Thanks to its LAN, Wi-Fi, and fiber optic interfaces, the device allows technicians to monitor measurements, configure tests, and download data remotely from the control room or office, reducing the need for constant on-site presence.

Q: What benefits does the ICMneo offer over traditional partial discharge test devices?

A: ICMneo provides advanced digital PD detection, automated and manual calibration, robust noise suppression, and extensive connectivity, ensuring highly precise measurements while enhancing operational efficiency and user safety in high-voltage testing scenarios.

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