Service & Repair of Burleigh WA-1600 Optical Wavelength Meter

Comprehensive Service and Repair for the Exfo / Burleigh WA-1600 Optical Wavelength Meter at Wyoming Electronics Inc.

If you’re experiencing issues with your Exfo / Burleigh WA-1600 Optical Wavelength Meter, Wyoming Electronics Inc. is here to provide expert service and repair. Our team of highly skilled technicians specializes in diagnosing and resolving a broad spectrum of common and complex issues associated with this sophisticated measurement device. We are dedicated to ensuring that your equipment operates flawlessly and meets the high standards expected in industry environments.

Our Expertise with the Exfo / Burleigh WA-1600 Wavelength Meter Includes:

Common Issues We Address:

• Communication Errors: Problems in the data exchange between the device and external systems can be critical. We troubleshoot and fix issues related to GPIB, RS-232, or other communication interfaces.
• Motor Failures: If the internal motor responsible for adjusting the optical components fails, we provide precise repair or replacement.
• Overload or Overcurrent Issues: These issues can occur due to circuit design flaws or external power supply problems. Our technicians can rectify these issues to prevent further damage.
• Temperature Out of Range: We address problems related to the device’s thermal management, ensuring it operates within the specified temperature range.
• Calibration Errors: Regular calibration is vital for maintaining accuracy. We offer detailed calibration services according to manufacturer standards.
• Sensor Failures: We replace or repair faulty sensors that affect the device’s ability to accurately measure wavelength and power.
• Power Supply Failures: We repair or replace defective power units to ensure stable and reliable power delivery.
• Memory Errors: Issues with internal memory can be addressed by repairing or replacing memory components or correcting firmware issues.
• Software Errors: We update or reinstall device software to resolve glitches affecting device operation.

Calibration and Repair Specifications for the Exfo / Burleigh WA-1600:

Key Specifications We Adhere To:

• Wavelength Measurement Range: We ensure the device accurately covers its full operational range, typically from the UV to near-IR spectrum, depending on the model specifics.
• Measurement Accuracy: Calibration to ensure wavelength accuracy within a narrow margin, often as precise as ± 0.3 pm.
• Resolution: Ensuring minimum resolvable separation as specified, crucial for high-precision applications.
• Linearity and Power Measurement: Calibration to maintain linearity across the specified range and accurate power measurements to industry standards.

Repair Process:

1. Initial Diagnostic Assessment: Comprehensive testing to identify the root cause of any malfunctions or performance issues.
2. Detailed Quotation: Transparent quoting process that provides a full breakdown of the costs involved in the repair or service.
3. Quality Repairs Using High-Quality Parts: Use of OEM or equivalent parts to ensure longevity and reliability post-repair.
4. Final Calibration and Testing: Post-repair calibration and extensive testing to confirm that all specifications are met and the device functions as expected.

Preventative Maintenance and Service Plans:

In addition to one-off repairs, Wyoming Electronics Inc. offers preventative maintenance plans tailored to the specific needs of our clients. These plans are designed to:

• Reduce the likelihood of unexpected breakdowns.
• Extend the lifespan of your equipment.
• Ensure continual accuracy and reliability of your Exfo / Burleigh WA-1100 Wavelength Meter.

Why Choose Wyoming Electronics Inc.?

• Experienced Technicians: Our team has extensive experience with optical measurement devices, including the Exfo / Burleigh WA-1600.
• Fast Turnaround: We understand the importance of minimizing downtime and aim to complete repairs and calibrations promptly.
• Commitment to Quality: We adhere to strict quality control processes to ensure your equipment returns to you in top working condition.

Steps to getting your Burleigh WA-1600 fixed:
1) Fill our RMA form here, and ship us your defective WA-1600
2) We will perform free evaluation and quote you with lead time
3) You will accept or decline the repair
4) We will repair and or return your WA-1600

When addressing the specialized requirements of the Exfo / Burleigh WA-1600 Optical Wavelength Meter at Wyoming Electronics Inc., we ensure that each aspect of its operational specifications is met or exceeded. Here’s a detailed look at our approach to fixing and calibrating the device based on its critical specifications:

1. Wavelength Range and Uncertainty

• Range: 1270 nm to 1680 nm (178 THz to 236 THz)
• Uncertainty: (3?) (pm) ± 0.3

Resolution Approach: To maintain the specified wavelength range and minimize uncertainty, our technicians calibrate the device using certified wavelength standards. This involves:

• Adjusting Optical Components: Fine-tuning optical elements such as filters and the monochromator to ensure accurate wavelength discrimination across the entire range.
• Calibration Verification: Using light sources of known wavelength properties to verify and adjust the device’s settings, ensuring the measurement uncertainty remains within the tight tolerance of ± 0.3 pm.

2. Minimum Resolvable Separation

• Separation: 30 pm

Resolution Approach: Achieving a minimum resolvable separation of 30 pm requires precise calibration of the device’s optical resolution capabilities:

• Optical System Adjustment: Enhancing the resolving power by carefully adjusting the spacing and alignment of optical components.
• Resolution Testing: Utilizing pairs of laser lines spaced closely together to ensure that the device can resolve separations as small as 30 pm.

3. Optical Power Uncertainty and Linearity

• Uncertainty (2?): ± 0.5 dB (at ± 30 nm from 1310 nm and 1550 nm)
• Linearity (dB): ± 0.3

Resolution Approach: Maintaining accuracy in optical power measurements and ensuring linearity across the measurement spectrum involve:

• Power Calibration: Using calibrated power meters to benchmark and adjust the device’s power measurement capabilities, especially around critical wavelengths such as 1310 nm and 1550 nm.
• Linearity Checks: Conducting tests with a range of optical powers to ensure that the response is linear, adjusting internal electronic settings if necessary to maintain a linearity of ±0.3 dB.

4. Optical Input Specifications

• Optical Input: 9/125 µm fiber

Resolution Approach: Proper management of the optical input involves:

• Connector Maintenance: Regular cleaning and inspection of fiber connectors to avoid loss and ensure optimal light transmission.
• Alignment Verification: Ensuring that the fiber alignment is optimal for the input specifications, minimizing insertion losses.

5. Voltage, Frequency, and Instrument Interface

• Voltage and Frequency: 90 to 260 VAC, 50/60 Hz
• Instrument Interface: GPIB (IEEE-488.2), RS-232, floppy disk drive

Resolution Approach: Ensuring stability and connectivity involves:

• Power Supply Testing: Verifying that the power supply module operates efficiently across the specified voltage and frequency range and making adjustments or replacements if needed.
• Interface Testing: Performing comprehensive tests on each communication protocol (GPIB, RS-232) to ensure reliable data transfer and control functions. The floppy disk drive is also tested for functionality to guarantee data storage and retrieval capabilities.