Welcome to Uazon! Your one-stop shop for all measuring equipment.

Product Suggestions

Megger

Megger Baker AWA-IV Static Motor Analyzer

28 views
Delivery
  • Test Inductance: 0.4 μH - 20 μH (Minimum - Maximum)
  • Physical Characteristics: Weight 7 kg; Dimensions 235 mm x 300 mm x 150 mm
  • Compatible Analyzers: Baker DX (up to 15 kV) and Baker AWA-IV (up to 12 kV)
Order above 500 AED = Free Delivery
Delivery by * within UAE. When you order in
This item will be delivered by .
Want it Tomorrow?
Select Click & Collect on checkout within the next
We are not Supporting COD Payments Terms Outside UAE
Secure Transaction
This item is eligible for return
Online support
24/7 Support
Original Products
quality guarantee
Fast Delivery
Fastest delivery ever!
Online payment
fast and safe
secure and live track
fast and safe
Description

About this model

Megger Baker AWA-IV Price and Buying Guide for Industrial Maintenance

Rotating equipment failure remains one of the most costly challenges in industrial operations, leading to unplanned downtime and expensive repairs. The Megger Baker AWA-IV Winding Analyzer addresses these risks by offering a comprehensive, automated solution for testing electric motor, generator, and transformer windings. Professionals looking to Buy Megger Baker AWA-IV will find a device engineered to detect insulation weaknesses before catastrophic failures occur, making it a cornerstone tool for predictive and preventive maintenance programs. When evaluating the Megger Baker AWA-IV Price, it is essential to consider the value of its automated testing suite and the long-term savings derived from extended equipment life and reduced downtime.

Technical Features and Field Applications of the Megger Baker AWA-IV

The Megger Baker AWA-IV is designed to perform a complete suite of winding tests, providing a comprehensive health profile of rotating equipment. By automatically running these tests and storing results, the analyzer eliminates operator error and delivers repeatable measurements. This section explores the technical capabilities that make the AWA-IV a best-in-class solution for on-site troubleshooting and shop-floor maintenance.

  • Fully automated winding analyzer with surge, hipot, megohm, and resistance tests
  • Intuitive touchscreen interface for easy navigation and setup
  • Automated test sequences for consistent and repeatable results
  • Onboard data storage and reporting for compliance and recordkeeping
  • Detects turn-to-turn, phase-to-phase, and ground insulation weaknesses early
  • Rugged portable design, perfect for field or shop-floor use
  • Seamless integration with Baker NetEP online monitoring systems
  • Enhances predictive and preventive maintenance programs by reducing downtime

Understanding the Test Capabilities and Safety Standards

When you Buy Megger Baker AWA-IV, you gain access to a device that prioritizes safety and diagnostic precision. The analyzer meets stringent IEC standards for electrical testing and operator protection, ensuring that maintenance teams can work confidently in high-voltage environments. The following technical highlights detail the specific testing ranges and safety integrations that support reliable condition monitoring.

  • Test Capabilities: Surge, hipot, step voltage, DC resistance, insulation resistance
  • Display: High-resolution touchscreen with graphical results
  • Data Handling: Internal storage and USB export for trending and analysis
  • Voltage Range: Configurable for low- and high-voltage windings
  • Safety: Meets IEC standards for electrical testing and operator protection
  • Connectivity: Compatible with external software for remote analysis and reporting
  • Portability: Rugged case with convenient handles for easy transport

Why the Megger Baker AWA-IV is Ideal for Predictive Maintenance

Modern maintenance strategies rely on data-driven decisions, and the Megger Baker AWA-IV excels in this area by providing fast, actionable insights. Whether used in the field or in the shop, this analyzer supports reliability-centered maintenance (RCM) programs by documenting maintenance actions and facilitating detailed reporting. Its ability to integrate with Baker NetEP online monitoring systems makes it a valuable tool for long-term asset management.

For motor repair shops, industrial facilities, utilities, and OEMs, the AWA-IV empowers teams to identify problems early. By detecting turn-to-turn and phase-to-phase insulation weaknesses, the device helps extend equipment life while maintaining the highest safety standards. The rugged, portable enclosure ensures that the analyzer can withstand demanding industrial environments, making it suitable for on-site troubleshooting and commissioning of new installations.

Megger Baker AWA-IV Specifications and Package Contents

Understanding the physical components and specifications of the Megger Baker AWA-IV is crucial for assessing its suitability for your operations. The device is designed for ease of transport and immediate deployment, featuring a high-resolution touchscreen and automated test sequences that streamline the testing process. Below are the key specifications and items included in the standard package.

    • Test Capabilities: Surge, hipot, step voltage, DC resistance, insulation resistance
    • Display: High-resolution touchscreen with graphical results
    • Data Handling: Internal storage and USB export for trending and analysis
Specification
Megger Baker AWA-IV – Technical Specifications
Test Inductance Maximum: 20 μH
Minimum: 0.4 μH
Physical Characteristics Weight: 7 kg (15 lb)
Dimensions (W x D x H): 235 mm x 300 mm x 150 mm (9 in x 12 in x 6 in)
Compatible Analyzers Baker DX: 6 kV, 6HO, 12 kV, 12 HO, 15 kV (not 15A)
Baker AWA-IV: 6 kV, 12 kV, 12 HO
Downloads
FAQs & How To

FAQs

A static motor analyzer used to evaluate insulation integrity, winding condition, and motor reliability.
It can be purchased on uazon.ae via an authorized distribiutor.
Yes, it is widely used in engineering, maintenance, and reliability assessment applications.
Yes, it is ideal for documenting motor condition during commissioning and project validation.
Contact us through the store; we reply within one business day.

How To

Basic steps for performing static motor testing using the AWA-IV analyzer.

Estimated Time: PT12M

Ensure the motor is properly de-energized and isolated before connecting the analyzer.
Attach the test leads from the AWA-IV to the appropriate motor terminals.
Choose the desired insulation or winding test mode from the interface.
Initiate the test sequence and allow the analyzer to capture detailed data.
Evaluate the findings and save the results for engineering reports or maintenance planning.
Reviews (9)
Add a review
/ 5
Related Products
Added to compare list
Added to compare list
Added to compare list
Added to compare list
Added to compare list
Added to compare list
Added to compare list
Added to compare list
NEXT
PREV