Cadex BatteryShop™ is a centralized software management system designed to control, monitor, and collect data from Cadex C7000 Series battery analyzers . It is widely used by mobile phone service centers, fleet managers, and battery manufacturers to automate testing and maintain detailed service records. Master Instruments Core Functionality The software acts as a "command center" for battery maintenance, shifting the workflow from manual analyzer operation to a more efficient PC-based interface. Centralized Management : Control up to 32 battery analyzers from a single workstation. Database Integration : It maintains a vast database of battery profiles and test routines, allowing users to select a battery model and automatically apply the correct charging/discharging parameters. Real-Time Monitoring : Displays real-time graphs and state-of-health (SoH) data for every connected battery, which is essential for identifying failing cells before they cause equipment downtime. Reporting & Compliance : Generates customized service reports and labels (compatible with DYMO LabelWriter ) to provide proof of maintenance and quality assurance. www.cadex.com Version 136 Context While "136" is often associated with specific hardware configurations or older firmware-bundled releases, the software is generally categorized by its licensing capacity and version series (e.g., v5.0, v6.0, v7.1). License Tiers : The software is sold based on the number of analyzers it can control. Common configurations include BatteryShop 1 (up to 3 units) , BatteryShop 16, and BatteryShop 32. Compatibility : To run effectively, analyzers usually require specific firmware versions (e.g., v3.53 for C7000). www.cadex.com Key Features for Technicians QuickTest™ : A rapid assessment tool that provides verbal results (Excellent, Good, Poor) rather than just raw data. Learn Program : Calibrates the battery's fuel gauge by performing a full discharge/charge cycle, ensuring accurate device battery indicators. : Measures internal resistance to check for battery aging and chemical degradation. User Interface : Employs a layout similar to MS Outlook for ease of use, featuring organized folders for different battery groups and test histories. loud-duiker.files.svdcdn.com Technical Setup The software requires a dedicated PC and communicates with analyzers via a null modem RS-232 cable . Users must switch the analyzer from "Standalone" to "BatteryShop" mode in the system settings to enable PC communication. www.cadex.com For more technical details or to find specific drivers, you can visit the Cadex Support Center troubleshooting guide
Cadex BatteryShop™ is a desktop application designed to control and monitor Cadex C7000 Series battery analyzers. It centralizes battery testing, maintenance, and record-keeping, allowing technicians to assess the state of health (SoH) and optimize the service life of battery fleets. Core Capabilities Centralized Control : Manages up to 32 analyzers (servicing 128 batteries simultaneously) from a single PC interface. Extensive Database : Includes a library of over 3,000 battery models , allowing for quick configuration via mouse click or barcode swipe. Real-Time Monitoring : Displays voltage, current, and temperature data through real-time graphics and charts. Customizable Reporting : Generates professional service reports, battery labels, and performance history that can be exported to Microsoft Excel. Automation : Supports batch processing and automated test routines like charge, discharge, cycling, and refresh with custom pass/fail thresholds. System & Hardware Requirements To use BatteryShop software, your setup typically requires: Cadex BatteryShop 1 PC Analyser Software - Batteries Direct
Maximizing Fleet Efficiency: A Guide to Cadex BatteryShop™ Software In the demanding world of battery fleet management, simple charging isn't enough. To truly understand the health of your power sources, you need a robust interface that bridges the gap between hardware and actionable data. That’s where the Cadex BatteryShop™ software comes into play. Specifically designed for the Cadex C7000, C7200, and C7400 series analyzers, this software transforms standalone testing into a streamlined, high-volume operation. Master Instruments Why Professionals Use BatteryShop™ Whether you are a mobile phone dealer, a two-way radio fleet operator, or an industrial battery pack manufacturer, the software provides a centralized hub to monitor critical metrics like voltage, current, and temperature in real-time. Master Instruments Massive Battery Database: It includes a library of over 3,000 battery models , allowing you to configure service parameters with a single click or barcode swipe. Scalability: Depending on your license, you can control anywhere from 1 to 32 analyzers simultaneously , managing up to 128 batteries at once. Detailed Analytics: It generates professional test reports and labels, helping you identify "weak" batteries that may show a 100% charge but lack the capacity to survive a full shift. www.cadex.com Advanced Automated Programs The software automates complex routines that standard chargers simply can't handle: www.cadex.com Self-Discharge Testing: Determines the rate at which a battery loses charge over time. OhmTest™: Measures internal resistance using DC pulses to assess health based on IEC standards. Boost Mode: Revives batteries that have been discharged so deeply they no longer accept a standard charge. Extended Prime: Assists in formatting new batteries to reach their peak performance. Setup and Compatibility Getting started is straightforward. By accessing the "System Setup" on your C7 analyzer, you can switch from Standalone to BatteryShop mode to allow the PC to take control. Cadex Battery Shop 1 PC Software & Accessories, Batt Sware
Overview of CADEX BatteryShop Software 136 CADEX BatteryShop Software 136 is a professional battery testing and analysis application designed for battery engineers, technicians, and quality-control teams. It provides a comprehensive suite of tools for characterizing cells and packs, running diagnostic tests, logging data, and producing standardized reports. The software interfaces with CADEX hardware (electronic loads, charge/discharge systems, impedance meters) to automate measurements and streamline battery evaluation workflows. Key Capabilities CADEX BATTERYSHOP SOFTWARE 136
Test sequences: Create and run customizable test profiles including charge, discharge, rest, cycle life, and conditioning procedures. Real-time monitoring: Live graphs and telemetry for voltage, current, temperature, state-of-charge (SoC), and state-of-health (SoH). Impedance and internal resistance: Integrates with impedance testers to measure AC impedance, DC resistance, and perform frequency-sweep analyses. Data logging and export: High-resolution time-series logging with options to export CSV, JSON, or vendor-specific formats for further analysis. Automated reporting: Generate configurable reports containing summary statistics, graphs, pass/fail criteria, and test metadata. Safety and limits: Set hardware protection thresholds for voltage, current, temperature, and time to prevent cell damage during tests. Scripting and automation: Support for scripted sequences or macros to repeat complex procedures across multiple cells or batches. Multi-channel support: Simultaneous testing of multiple cells/packs with per-channel configuration and synchronized logging. Calibration and diagnostics: Built-in procedures to calibrate connected instruments and validate measurement accuracy.
Typical Users and Use Cases
R&D teams validating new cell chemistries and formats. Quality assurance in battery manufacturing for batch acceptance or end-of-line testing. Field service centers diagnosing returned modules or packs. Academic labs conducting experiments on degradation mechanisms, cycle life, or thermal behavior. Automotive and energy storage integrators verifying pack performance and safety. Centralized Management : Control up to 32 battery
Example Test Workflows
New-cell characterization
Inspect and record cell ID and nominal specs. Perform initial impedance measurement. Run formation charge/discharge cycles with controlled current and temperature. Record capacity, energy efficiency, and voltage curves. Produce a baseline report for future comparisons. Alert on reaching predefined end-of-life criteria.
Cycle-life endurance
Configure automated charge/discharge cycling with specified C-rates and cut-off voltages. Set periodic diagnostic cycles (e.g., capacity check every 100 cycles). Monitor trends in capacity fade, internal resistance increase, and efficiency. Alert on reaching predefined end-of-life criteria.