Voltage Variants: Available in 6V and 80V variants, catering to different testing requirements.
Current Capabilities: Handles up to 1000A per channel and up to 2400A in parallel operation.
Power Output: Supports up to 14kW per channel, with energy recovery options increasing efficiency.
Efficiency: High energy efficiency with up to 90% charge efficiency and up to 87% discharge efficiency.
Advanced Measurement: 4-wire measurement for enhanced accuracy, with current accuracy up to 0.05%FS.
Dynamic Range: Optional additional current ranges with automatic range switching.
Cooling: Air-cooled with temperature-regulated fans, ensuring stable operation even under heavy loads.
Control Modes: Supports various control modes, including current, voltage, power, and resistance, with combinations available.

Applications:

The MRS-HR series is tailored for demanding applications that involve:
Large Cell Testing: Ideal for testing large battery cells, particularly those requiring high current loads.
Module Testing: Suitable for battery module testing up to 80V, making it versatile for different battery technologies.
High-Power Applications: Supports testing in high-power environments with significant energy recovery capabilities.

Technical Data:

The MRS-HR test systems offer modularity, flexibility, and user-friendly operation, making them an excellent choice for professionals requiring high-current and high-power testing capabilities.

The post MRS-HR: Cell Test System for very high Currents first appeared on Westek Electronics.

Voltage Range: 2-10V, 12-70V
Current Range: 100µA – 8A, 10A-60A, 100µA-800mA, 1A-8A, 10A-60A.
Maximum Power: 600W per channel
Resolution and Accuracy: 24-bit resolution, 0.05% accuracy
Parallel Operation: Supports parallel operation with up to 4 channels
Dynamic Range Switching: Automatic dynamic range switching for enhanced precision
Energy Recovery: Optional energy recovery to the grid
Temperature Inputs: NTC temperature input per channel
Software: Controlled by the powerful BaSyTest software with Open Software Interface (OSI) and Remote Control Interface (RCI)
Datalogger: Optional, can be combined with the BaSyTec CMU datalogger, supporting up to 480 inputs per logger and up to 10 loggers per installation.

Applications:

The LPS-HR series is ideal for small to medium power battery testing applications, including:
Battery Formation: Suitable for the formation process of small and medium-sized batteries.
Cycle Life Testing: Precise control and monitoring for battery cycle life tests.
Research & Development: Supports advanced testing protocols for R&D purposes.
Quality Control: Ensures batteries meet required standards and specifications.

The LPS-HR test systems provide a high level of flexibility, precision, and reliability, making them an excellent choice for professionals engaged in battery testing and development.

The post LPS-HR: Test Systems with small to medium power first appeared on Westek Electronics.

Voltage Range: 1-6V
Current Range: 40A, 60A, 80A (800A in parallel mode)
Precision: Up to 1mA with automatic dynamic range switching
Energy Recovery: Optional to the grid for enhanced efficiency
Control Software: BaSyTest Battery Test Software

Applications:

Battery Testing: Ideal for testing and formation of single-cell batteries in research and production environments.
High-Power Cell Testing: Suitable for testing cells in high-current applications like electric vehicles, power tools, and energy storage systems.
Energy Efficiency: The optional energy recovery feature makes the XCTS Mk II particularly well-suited for applications focused on sustainable energy solutions.

Advantages:

High Precision: Achieve up to 1mA precision with automatic and dynamic current range switching.
Compact Design: The small 19” form factor ensures the system fits easily into any lab or production environment.
Scalability: The system can be expanded with parallel operation, reaching up to 800A for high-current applications.
Energy Recovery: Optional grid recovery for efficient energy use and reduced operational costs.
User-Friendly Software: BaSyTest software provides a powerful and intuitive interface for test management.

Technical Data

The post XCTS: Extended Cell Test System first appeared on Westek Electronics.

Voltage Range: 1-6V or ±6V
Current Range: Up to 5A (20A in parallel operation)
Precision: Up to 200nA current accuracy
Optional Input: Reference electrode input available
Automatic Dynamic Switching: 4 current ranges with seamless switching, ensuring a relative accuracy of at least 0.33% across the range from 60μA to 20A
Software Control: Managed by the powerful and user-friendly BaSyTest Software

Technical Specifications

Applications

Ideal for single-cell testing of small to mid-size cells.
Suitable for material probe testing in 3-electrode configurations.
Can be used for cyclic voltammetry, GITT, and other advanced battery testing methods.

The BaSyTec CTS Battery Test System is a versatile and precise solution for researchers and engineers working with small to mid-size cells. Its modular and user-friendly design, combined with the powerful BaSyTest software, makes it an industry reference for battery testing.

The post Cell Test System (CTS) first appeared on Westek Electronics.