Franklin Electric CAD-5000 Celltron Advantage Handheld Battery Analyser

CELLTRON ADVANTAGE BATTERY ANALYSER APPLICATION: Telecommunications Uninterrupted Power Supplies (UPS) Power Utility – NERC PRC-005 Solution Commercial Generator Battery Start – NFPA 110 Solution WHAT COMES WITH THE CAD-5000 KIT (BRONZE KIT)? Celltron Advantage Battery Analyser Standard mode testing Probe and cable set USB drive for Excel data transfer Battery pack (1) Soft Case ABOUT CONDUCTANCE-BASED BATTERY TESTING Conductance-based battery testing technology measures the battery‘s conductance, which is the ability to transmit electrical current. As a battery ages or experiences degradation, its conductance changes, reflecting alterations in the internal components and overall health. Conductance-based testing allows for quick and non-invasive evaluations, enabling technicians to assess the battery status without the need for time-consuming discharge-recharge cycles. One significant advantage of conductance-based battery testing is its ability to detect potential issues before they escalate. By providing a real-time snapshot of a battery‘s condition, this technology facilitates proactive maintenance, minimising the risk of unexpected failures. Additionally, conductance-based testing is more reliable in assessing the true state of a battery, especially in situations where voltage readings may be misleading. Conductance is not a measure of battery capacity; it is a measure of battery state of health The relationship between a battery’s capacity and conductance When a battery is at 60% conductance it is near end of life As industries increasingly prioritise efficiency, safety, and sustainability, conductance-based battery testing emerges as a pivotal tool for optimising performance, extending battery life, and reducing overall operational costs. This innovative technology is proving to be a game-changer in ensuring the reliability of critical power systems across various sectors. Conductance is a measurement of the plate surfaces available for chemical reaction to determine how much power the battery can supply. The units for Conductance is MHOS (G), also known as Siemens (s) As batteries age, their chemical efficiency declines equalling a loss of capacity This loss of capacity is usually evaluated by a loss of measured conductance (it is not a one-to-one correlation) Conductance testing is a quick, safe, accurate and easy way to determine a battery’s relative condition or state-of-health High conductance is one indication of a healthy battery Conductance declines as the battery fails