Monitron(R) Battery String Monitor / Midpoint Conductance Transd

Specifications

The Midtronics MCT-148 Monitron(R) Battery String Monitor / Midpoint Conductance Transducer is a specialized device designed for continuous assessment of battery string health. This system integrates Midtronics' patented conductance technology to provide crucial data on battery performance. It serves as a vital component in comprehensive battery management solutions.

• Manufacturer: Midtronics
• Model Number: MCT-148
• Product Type: Battery String Monitor, Midpoint Conductance Transducer
• Monitoring Principle: Utilizes conductance technology for accurate battery health assessment.
• Integration: Designed to interface with larger battery monitoring systems for data acquisition and analysis.

Key Features

• Continuous Battery String Monitoring: Provides ongoing, real-time insights into the operational status of battery strings.
• Midpoint Conductance Measurement: Employs advanced conductance technology to evaluate individual cell and string health, identifying anomalies early.
• Proactive Fault Detection: Detects deteriorating cells, weak connections, or other issues before they lead to critical failures.
• Data Collection: Gathers essential battery performance parameters for detailed analysis and historical trending.
• Enhanced Accuracy: Leverages Midtronics' proven technology for reliable and consistent measurements.

Applications

The Midtronics MCT-148 is essential for any environment requiring dependable backup power, ensuring the integrity and readiness of battery assets.

• Uninterruptible Power Supplies (UPS): Ideal for data centers, hospitals, and other critical infrastructure where power continuity is paramount.
• Telecommunications: Deployed in central offices, remote shelters, and cell sites to maintain network uptime.
• Utility Substations: Used for monitoring DC plant batteries that provide control power and emergency lighting.
• Industrial Control Systems: Ensures the reliability of backup batteries for vital industrial processes.
• Critical Power Management: Integral to comprehensive battery management strategies across various industries.

Benefits

• Enhanced System Reliability: Minimizes the risk of unexpected battery failures, preventing costly downtime and service interruptions.
• Optimized Maintenance Planning: Facilitates a proactive maintenance approach, reducing emergency repairs and associated labor costs.
• Extended Battery Lifespan: Early detection of issues allows for timely corrective actions, maximizing the useful life of battery assets.
• Improved Operational Safety: Reduces the need for manual, intrusive battery testing, thereby lowering risks to personnel.
• Reduced Total Cost of Ownership: Lowers capital expenditure by extending battery replacement cycles and decreasing maintenance expenses.
• Actionable Performance Data: Provides precise data for informed decision-making regarding battery health and replacement strategies.