PV78

Overview

The Teledyne FLIR PV78 is a specialized solar irradiance and temperature meter designed for photovoltaic system applications. It integrates a tilt sensor to ensure accurate alignment during measurements. The device features METERLiNK connectivity, enabling seamless data transfer and management. It supports instant readings for solar site surveys, panel installation, and maintenance tasks, providing essential environmental data for efficient solar energy operations.

Feature Summary

• Integrated tilt sensor for precise angular measurement
• METERLiNK connectivity for data synchronization
• Specialized design for solar irradiance monitoring
• Instant measurement capability for field efficiency

Applications

• Solar site surveys
• Photovoltaic panel installation
• PV system maintenance

Procurement Notes

Verify the specific datasheet version for the PV78 model before procurement. Confirm that METERLiNK compatibility requirements are met with existing software infrastructure. Ensure the tilt sensor calibration meets project accuracy standards. Check for any regional distribution restrictions or lead time variations from authorized suppliers.

Selection Notes

Select the PV78 when precise solar irradiance and ambient temperature correlation is required alongside physical orientation data. The integrated tilt sensor distinguishes it from standard pyranometers. Consider METERLiNK integration needs for automated data logging workflows in large-scale solar farm deployments.

Part Context

This component belongs to the Teledyne FLIR Commercial Systems portfolio of specialized test and measurement tools. It complements other solar-specific instruments like the CM78-PV clamp meter by focusing on environmental parameters rather than electrical current. The PV78 addresses the need for combined meteorological and geometric data in renewable energy assessments.

Replacement Considerations

No public confirmed substitute part numbers are available for the PV78. Its unique combination of irradiance, temperature, and tilt sensing requires evaluating alternative multi-parameter sensors if replacement is necessary.