DESCRIPTION:

The Franklin Grid Infrared Temperature Sensor is a non-contact thermal measurement accessory designed for use with CELLTRON™ battery testing and diagnostic platforms operating within utility substations, telecommunications infrastructure, UPS systems, rail systems, renewable energy installations, industrial DC backup power environments, and data centre power infrastructures.

The infrared sensor provides rapid non-contact temperature measurement capability during stationary battery testing, preventive maintenance inspections, and battery diagnostic workflows. The accessory supports thermal condition analysis of batteries, intercell connections, terminals, and associated battery infrastructure to assist with identification of abnormal heating conditions, connection resistance issues, and developing battery faults.

The sensor is designed for integration with compatible CELLTRON™ battery analyzers and battery conductance testing platforms supporting predictive maintenance workflows, battery state-of-health analysis, and centralized battery asset management applications. Non-contact thermal measurement capability assists maintenance personnel with safe and efficient temperature analysis across energized battery systems and operational power infrastructures.

The infrared measurement accessory is suitable for field deployment within mission-critical standby power environments including utility DC systems, telecom power plants, UPS battery strings, switchgear infrastructures, and industrial backup power systems requiring continuous operational reliability and proactive maintenance visibility.

Designed for professional battery maintenance and diagnostic environments, the infrared temperature sensor supports thermal inspection workflows, maintenance analysis, operational troubleshooting, and long-term battery infrastructure reliability programs across critical power applications.

Key Features

• Infrared non-contact temperature sensor
• Designed for CELLTRON™ battery testing systems
• Supports thermal battery condition analysis
• Non-contact temperature measurement capability
• Suitable for energized battery system testing
• Supports predictive battery maintenance workflows
• Assists identification of abnormal heating conditions
• Suitable for intercell connection analysis
• Compatible with stationary battery maintenance programs
• Suitable for UPS and telecom battery systems
• Designed for utility and data centre infrastructures
• Supports field battery diagnostic applications
• Suitable for industrial DC power systems
• Designed for preventive maintenance inspections
• Compatible with CELLTRON™ battery analyzer platforms