Baker AWA-IV Static Motor Analyzer Repair

Baker AWA-IV Motor Analyzer Repair

$245.00

🛡️ 90-Day Warranty ✓ Fee Credited to Repair ⚡ No Forms Needed

Get your Baker Instruments AWA-IV repaired with certified accuracy and a 90-day warranty. Service covers input circuit repair, probe interface recalibration, memory system restoration, and PQ measurement compliance verification.

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📋 How It Works

Submit Request – Pay evaluation fee & provide equipment details
Ship to Us – Send your equipment to our Oregon facility
We Evaluate – Detailed diagnosis & repair estimate
Fee Credited – Your evaluation fee applies to repair cost
We Repair – Professional repair with 90-day warranty

🔧 Fast Turnaround: Most repairs are completed within 1–3 business days.
📏 Precision Calibration: NIST-traceable calibrations included for most repairs.
🛡️ Warranty: 90-day warranty on all repairs.
📝 Transparency: Detailed evaluation and repair estimate before work begins.

✓ Evaluation Fee Credited Toward Repair

This evaluation fee is applied as credit toward your final repair cost. After we evaluate your equipment, you'll receive a detailed estimate before any repair work begins.

Description
Brand

Description

Baker AWA-IV Motor Analyzer Repair

The Baker AWA-IV Motor Analyzer is a power analyzer – it does not simply measure voltage and current but computes real power, power factor, harmonics and efficiency from them, at high sample rates and across multiple phases. The computed values are what gets reported, and they depend on phase accuracy between channels.

The Baker AWA-IV Motor Analyzer is repaired at June Company by technicians who work on this class of instrument daily, for power electronics engineers, motor and drive test teams, energy auditors, and efficiency laboratories. Every instrument is repaired at component level and verified against reference standards before it ships back, with the measured results documented.

Common Baker AWA-IV Motor Analyzer problems we fix

Cooling fan or thermal shutdown.
Internal power supply faults.
GPIB, LAN, USB or remote-control faults – which breaks automated test sequences while the instrument still works from the front panel.
Display, keypad or front-panel faults.
Phase accuracy between channels drifted – the fault that corrupts every power and power-factor figure while voltage and current both read correctly on their own.
Voltage or current input channel dead.
Current shunt or clamp input faults.
Harmonic measurement errors.
Power or energy computation inaccurate.

FAQs

Are the measurements verified after repair? Yes, against reference standards, with the measured results documented and returned with the instrument.

Voltage and current both read correctly but power is wrong. How? Phase accuracy between channels. Power is computed from the relationship between them, so both can be right individually and the result still wrong.

Every repair carries a 90-day parts-and-labor warranty, with a firm quote before any work begins. Email us or submit a service request.

Brand

Baker Instruments Repair

Baker Instruments, a division of Megger, specializes in motor test equipment and electrical diagnostic tools. Their products are designed to help ensure the reliability and efficiency of electric motors and related equipment. Here is an overview of some key Baker Megger products and their functions: 1. Baker DX Static Motor Analyzer Description: This advanced motor analyzer performs a range of tests including insulation resistance, polarization index, surge testing, and more. Applications: Used for predictive maintenance, quality control, and troubleshooting in motor repair shops and industrial facilities. Features: Touchscreen interface, automated test sequences, and data storage for trending and analysis. 2. Baker AWA-IV Series Description: The Advanced Winding Analyzer (AWA) series offers comprehensive winding analysis capabilities, including resistance, inductance, impedance, and more. Applications: Suitable for testing motors, generators, and transformers during manufacturing, repair, or maintenance. Features: Portable design, user-friendly software, and robust data management options. 3. Baker EXP4000 Dynamic Motor Analyzer Description: This dynamic analyzer assesses motor performance under operating conditions by measuring parameters such as voltage, current, and torque. Applications: Useful for condition monitoring, root cause analysis, and predictive maintenance of rotating machinery. Features: Real-time data collection, advanced analytics, and detailed reporting capabilities. 4. Baker PPX Power Pack Description: An accessory for the Baker DX and AWA analyzers, the PPX provides high-voltage capabilities for testing large motors and generators. Applications: Extends the testing range of Baker analyzers to accommodate high-power applications in heavy industries. Features: Compatible with various Baker analyzers, easy integration, and enhanced testing flexibility. 5. Baker NetEP Online Motor Monitoring System Description: This online monitoring system continuously assesses motor health by measuring electrical parameters and detecting potential issues before they lead to failure. Applications: Ideal for critical motors in industrial environments where downtime can be costly. Features: Remote monitoring, automated alerts, and comprehensive trend analysis. 6. Baker ST1120 Surge Tester Description: A portable surge tester designed to detect insulation weaknesses and faults in motor windings through high-voltage surge testing. Applications: Commonly used in motor manufacturing, repair, and maintenance settings. Features: Rugged design, intuitive interface, and precise fault detection capabilities. 7. Baker Instrumentation Accessories Description: A range of accessories to enhance the functionality and ease of use of Baker motor testing equipment, including probes, cables, and software. Applications: Supports various testing scenarios and improves the overall efficiency of motor diagnostics. Features: High-quality materials, compatibility with Baker instruments, and tailored solutions for specific testing needs.