DESCRIPTION:

The Franklin Grid CGS3-AMM-WD is a CELLGUARD™ wired sensor module address modifier designed for configuration and addressing of sensor modules within Franklin Grid CELLGUARD™ Wired Battery Monitoring System infrastructures. The module supports structured commissioning, identification, and management of wired battery monitoring sensor installations operating across utilities, telecommunications infrastructure, UPS systems, switchgear, renewable energy installations, rail systems, and critical backup power environments.

The CGS3-AMM-WD is used during deployment and maintenance workflows to support correct sensor module addressing and monitoring infrastructure configuration within CELLGUARD™ wired battery monitoring architectures. The platform assists with organised installation and communication management of battery monitoring sensors operating within large-scale stationary battery monitoring environments.

The address modifier supports battery monitoring infrastructures used for continuous voltage monitoring, current analysis, conductance monitoring, temperature supervision, discharge recording, and predictive maintenance applications across VRLA, flooded lead-acid, and Ni-Cd stationary battery systems. The module is suitable for structured battery monitoring deployments requiring reliable sensor identification and communication integrity throughout critical DC power systems.

Designed for long-term operational support and maintenance activities, the CGS3-AMM-WD assists commissioning engineers, maintenance personnel, and infrastructure operators with battery monitoring system setup, expansion, replacement, and service workflows within mission-critical monitoring environments.

Key Features

• CELLGUARD™ wired sensor module address modifier
• Designed for wired battery monitoring infrastructures
• Supports sensor module addressing and configuration
• Compatible with Franklin Grid CELLGUARD™ systems
• Suitable for UPS and telecom battery monitoring
• Supports utility and data centre battery infrastructures
• Designed for commissioning and maintenance workflows
• Suitable for structured battery monitoring installations
• Supports large-scale stationary battery monitoring systems
• Compatible with predictive maintenance infrastructures
• Suitable for VRLA, VLA, and Ni-Cd battery systems
• Designed for mission-critical DC power environments
• Supports monitoring infrastructure expansion activities
• Suitable for maintenance and replacement operations
• Designed for long-term operational deployment