Agilent/Keysight SL1007A Multi-Function DAQ Module

The Keysight SL1007A Scienlab Battery Test System is a high-performance solution for versatile battery cell testing, designed for applications in research and development, manufacturing, and quality control within the automotive and industrial sectors. This system offers comprehensive measurement capabilities for charge, discharge, and detailed cell analysis, ensuring precise characterization of battery performance parameters.

### Technical Specifications

**System Architecture and Capabilities:**
* **Test Channels:** Configurable with up to 64 individual test channels.
* **Channel Configuration:** Channels can be paralleled outside the system cabinets to increase total current/power for a single cell under test. Up to 16 channels of identical current can be paralleled, enabling maximum total currents up to 1600 A.
* Example: Up to sixteen ±100 A channels can be paralleled for up to ±1600 A.
* Example: Up to five ±300 A channels can be paralleled for up to ±1500 A.
* Example: Up to four ±400 A channels can be paralleled for up to ±1600 A.
* **Simultaneity Factor:** Maximum simultaneity factor of 0.8, meaning up to 80% of the maximum rated power is available if all channels are used for charge/discharge simultaneously, due to system cooling considerations.
* **Bidirectional Power Supply:** Operates with a bidirectional power supply that enables efficient charging and discharging of cells.
* **Regenerative Capabilities:** High regeneration capabilities allow for efficient, cost-effective, and environmentally friendly operation, with up to 90% of discharge energy fed back to the grid.

**Electrical Characteristics:**
* **Voltage Range per Channel:** 0 to 6 V.
* **Current Ranges per Channel:** Selectable from ±25 A, ±50 A, ±75 A, ±100 A, ±200 A, ±300 A, ±400 A, to ±600 A.
* **Power per Channel:** Ranges from 0.15 kW up to 3.6 kW, dependent on the selected current range.
* **Voltage Accuracy:** Less than ±1 mV (typically 0.5 mV).
* **Current Accuracy:** ±0.05% of measured value ±0.01% of Full Scale offset.
* **Measurement Type:** Utilizes 4-wire sensing for accurate sourcing and measurements at the cells.
* **Power Consumption:** System efficiency is greater than 90%.

**Electrochemical Impedance Spectroscopy (EIS):**
* **Integrated EIS:** Optional, integrated electrochemical impedance spectroscopy (EIS) per test channel, independently programmable within a test sequence.
* **Measurement Method:** Galvanostatic and potentiostatic.
* **Cell Impedance Measurement Range:** 10 μΩ to 1 Ω.
* **Excitation Amplitude:** Smaller than 10 A and 1 V.
* **Frequency Range:** 1 mHz to 10 kHz.
* **AC Current Amplitude:** Maximum of 0.5 A.
* **Multi-sinusoid Operation:** Supported for frequencies ≤1 Hz.
* **Error Specifications:**
* Absolute error |Z|: 200 μΩ.
* Relative error |Z|: 1%.
* Absolute error |Phi|: 2 degrees.
* Electronics repeatability (Magnitude error term): ±20 μΩ.
* Electronics repeatability (Phase error term): ±2 degrees.

**Data Acquisition and Measurement:**
* **Data Acquisition Rate:** 1 kHz.
* **Temperature Measurement:**
* Temperature channels per DC channel: 1x, 2x, or 3x depending on current range.
* Measurement Type: Pt1000 (4-wire measurement).
* Measurement Accuracy: ±1 K.

**Safety Features:**
* **Integrated Safety Features:** The power electronics include features to prevent overheating, overcharging, short-circuiting, and open-circuiting.
* **Reverse Polarity Protection:** Included.
* **Monitoring:** Monitors all internal voltages, currents, and temperatures.
* **Emergency Shutdown:** In case of emergency shutdown, contacts on the mains ensure no voltage, and all internal high-voltage sources are automatically discharged.

**Physical Characteristics:**
* **Dimensions (Height x Depth):** 2.6 m x 0.8 m.
* **System Width:** Varies depending on current range and the number of channels selected.
* **Mobility:** The system is placed on rollers for flexible movement.

**Software and Integration:**
* **Test System Software:** Typically combined with additional system resources, including test system software such as Keysight’s Scienlab Energy Storage Discover (ESD).
* **Integration:** Can be combined and integrated with other system resources (contacting, fixturing, cables, environmental chambers, safety systems) provided by the user or Keysight to create customized test solutions.

Why Choose Aumictech for Agilent/Keysight SL1007A?
At Aumictech, we specialize in supplying high-performance battery test equipment. Whether you need precise cell characterization, comprehensive cycle life testing, or advanced electrochemical impedance spectroscopy (EIS) capabilities, our team ensures the Agilent/Keysight SL1007A delivers maximum performance for your application. We understand the critical role accurate and reliable testing plays in battery development, and we are committed to providing solutions that accelerate your research and enhance product quality.