產品介紹∣SI-6200 電池充放電測試機
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SI-6200 電池充放電測試機
SI-6200 Battery Analyzer

【Solartron Analytical】電化學阻抗分析儀 電池分析/ Battery Analyzers

SI-6200 電池充放電測試機

簡介

SI-6200

專為測試各種電池材料、超級電容器和微生物燃料電池(MFC)而設計的。每通道高達 200mA/10V的能力,宣告 Solartron 電池充放電測試機遠遠超出了一般市售的標準充放電儀,並為此領域專家們提供了廣泛的分析能力。

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產品概述 

專為測試各種電池材料、超級電容器和微生物燃料電池(MFC)而設計的。每通道高達 200mA/10V的能力,宣告 Solartron 電池充放電測試機遠遠超出了一般市售的標準充放電儀,並為此領域專家們提供了廣泛的分析能力。

Solartron 的電池充放電測試機創造了一個新的電池測試設備類別。它具有標準充放電機的所有功能以及更多功能,其中包括每通道內建的EIS(交流阻抗)測量和所有通道的時域(直流)測試的快速數據擷取。

這些先進的電池充放電測試機使用 Solartron 專利的Direct To Disk 技術(將數據從充放電機直接儲存到硬碟,無需 PC 處理器工作),以實現快速數據擷取,允許在所有通道上詳細測量脈衝波形。

產品特點 

  • 使用可堆疊的 10 通道模組或機櫃式獨立操作。
  • 採用獲得專利的 Direct To Disk 技術,讓所有通道的數據擷取速度高達 1000s/s。
  • 高解析的 24-bit轉換器允許及早檢測電池行為中的細微差異,從而節省所需的製程改善時間。
  • 支援多通道並聯以擴展電流測量範圍,靈活地測試更高功率(10W) 的裝置。
  • 靈活、可擴展的多使用者暨多電腦操控的電池充放電測試機。
  • 每個通道標配Solartron Analytical的阻抗技術(非多工模式)。
  • 結合著名ESPEC品牌的恆溫恆濕箱(包含更多的第三方品牌)和數據記錄裝置,策略性靈活滿足您任何的測試條件。

軟體功能

Aspire Energy控制分析軟體是一個強大的多用戶、多電腦、多通道的操控平台。該軟體允許多個使用者和多台PC同時進行連接,進行測試控制、監測和數據分析。

並提供以下功能:

  • 標準電池充放電測試機測試參數:CC-CV、CC-CP、CC-CR、恒電位、恒電流、開路。
  • 高級功能-EIS、循環伏安法、Urban Profile(取決於硬體)。
  • 快速脈衝-電流或電壓控制。
  • 與第三方裝置的界面整合:包括-恆溫恆濕箱、數據記錄器。

可共享的中央程式庫,用於:

  • 使用一致的測試程序、圖形顯示、電池配置、數據分析。
  • 時域和EIS數據擷取 。

選購配件:

機櫃: SI-6200 電池充放電測試機還提供機櫃選項,可方便地堆置大型多模組的配置,最多可選用12個模組堆疊(120個通道)。
UPS: 不斷電系統的選項,以確保電力中斷的情況下順利關閉主機系統,保存測試狀態,是電力中斷恢復後的可接續測試的建議裝置。可與單機或機櫃式系統一起使用。
NAS: 用以雲端做為附加儲存或以獲得專利技術的Direct To Disk選項,並消除對單一PC的數據儲存的依賴,允許更快的數據擷取和創建可共享的中央程式庫。可與單機或機櫃式系統一起使用。

 

System Configuration

Module Configuration

Stand-alone or cabinet operation 10 channels / module, up to 12 modules / cabinet

Communications

Gigabit Ethernet

Cell Connections

4-terminal (GEN+, GEN-, SENSE+, SENSE-)

Current Measurement

Maximum Current

±200 mA per channel, 2A (ganged channels)

Current Ranges

5 ranges: 200 mA, 20 mA, 2 mA, 200 μA, 20 μA

Current Accuracy1

±0.01% of Current Range ±0.01% Reading

Maximum Current Resolution

~40pA (24-bit ADC)

Maximum Data Acquisition Rate

1,000 samples per second (with no system limit)

Voltage Measurement

Minimum / Maximum Voltage

3 V to +10 V

Voltage Accuracy1

±0.01% of Reading ±0.3 mV

Maximum Voltage Resolution

<20 μV (24-bit ADC)

Maximum Data Acquisition Rate

1,000 samples per second (with no system limit)

Applied Signal / Cell Control

Applied Voltage Accuracy1

±0.01% of setting ±0.3 mV

Applied Current Accuracy1

±0.02% of setting ±0.01% of Current Range

Maximum Slew Rate

200 A/s

Impedance Measurement

EIS Frequency Range

1 mHz to 20 kHz: EIS per Channel (not Multiplexed)

Frequency Resolution

0.1 mHz

Maximum AC Level

1 V RMS / 100 mA RMS

Inputs (Built-in)

Temperature

One Thermistor Input per Channel (Built-in)

Digital Inputs

10 Inputs

External Measurement Options

Channels per external module

16

Configuration

Temperature: J, K Thermocouples or voltage inputs ±10 V

Aspire Software Capability

Refer to Aspire Data Sheet

General

Module Dimensions

H: 41 mm / 1.6 (feet add 12 mm/0.5) X W: 434 mm / 17.1, D: 540 mm / 21.3

Module Power

Single Phase: 100 to 240 V AC, 50/60 Hz, 200 VA

24U Cabinet Dimensions

H: 1255 mm / 49.4, W: 625 mm / 24.6, D: 815 mm / 32.1

24U Cabinet Power

Single Phase 90 to 120 V AC, or 208 to 240 V AC (50/60 Hz)

Operating Temperature Range

+100C to +400C

1Specified at 230C

Specifications subject to change.

The SI-6200 battery cycler is designed for testing a wide range of battery materials, supercapacitors and micro fuel cells (MFC) at up to 200mA/10V per channel. Solartron battery analyzers are much more than standard battery cyclers offering a wide range of analytical capabilities.

Highlights-

  • Stand-alone operation using stackable 10 channel modules, or cabinet based.
  • Fast data acquisition speed of 1000s/s across all channels using patented Direct To Disk technology.
  • High resolution 24-bit converters allow early detection of small differences in cell behaviors in turn saving time.
  • Parallel channel connections also allow testing of 10 W devices.
  • Flexible and scalable multi-user, multi -PC battery cycler.
  • Built-in EIS on all channels (not multiplexed).
  • Seamless integration of 3rd party climate chamber and data logging equipment.

Family Overview-

Solartron’s battery cyclers have created a new category of battery test equipment. They have all the facilities of standard cyclers plus a lot more, including built-in EIS (Impedance) measurements and fast data acquisition for time domain (DC) tests on all channels.

These advanced cyclers use Solartron’s patented direct to disk technology (store data direct from cycler to disk without PC assistance) for fast data acquisition, allowing detailed measurements of pulse waveforms on all channels.

Software Overview-

The Aspire Energy software is a powerful multi-user, multi-PC, multi-channel platform. This software allows multiple users and PCs to get connected simultaneously for test control, monitoring and data analysis.

Aspire Energy software offers:

  • Standard cycler tests CC-CV, CC-CP, CC-CR, constant voltage, constant current, open circuit
  • Advanced capabilities – EIS, Cyclic Voltammetry, Urban Profile (depending on hardware)
  • Fast pulse – current or voltage controlled
  • Seamless integration of 3rd party equipment – Climate Chambers, Data Loggers

Shareable centralized libraries for:

  • Use of consistent test procedures, graph displays, cell configurations, data analysis
  • Time domain and EIS data collection

Options-

Cabinet:  SI-6200 battery analyzer also offers the cabinet option to conveniently stack large multi-module configurations for up to 12 modules (120 channels) per cabinet.

UPS: Uninterruptible power supply option ensures a smooth system shutdown incase of power failures, saves test status and is mandatory for power failure recovery. Can be used with standalone or cabinet option.

NAS: Network Attached Storage or patented Direct to Disk option removes the dependency on single PC for data storage, allows faster data acquisition and development of centralized test libraries. Can be used for both cabinet and standalone options.

 

System Configuration

Module Configuration

Stand-alone or cabinet operation 10 channels / module, up to 12 modules / cabinet

Communications

Gigabit Ethernet

Cell Connections

4-terminal (GEN+, GEN-, SENSE+, SENSE-)

Current Measurement

Maximum Current

±200 mA per channel, 2A (ganged channels)

Current Ranges

5 ranges: 200 mA, 20 mA, 2 mA, 200 μA, 20 μA

Current Accuracy1

±0.01% of Current Range ±0.01% Reading

Maximum Current Resolution

~40pA (24-bit ADC)

Maximum Data Acquisition Rate

1,000 samples per second (with no system limit)

Voltage Measurement

Minimum / Maximum Voltage

3 V to +10 V

Voltage Accuracy1

±0.01% of Reading ±0.3 mV

Maximum Voltage Resolution

<20 μV (24-bit ADC)

Maximum Data Acquisition Rate

1,000 samples per second (with no system limit)

Applied Signal / Cell Control

Applied Voltage Accuracy1

±0.01% of setting ±0.3 mV

Applied Current Accuracy1

±0.02% of setting ±0.01% of Current Range

Maximum Slew Rate

200 A/s

Impedance Measurement

EIS Frequency Range

1 mHz to 20 kHz: EIS per Channel (not Multiplexed)

Frequency Resolution

0.1 mHz

Maximum AC Level

1 V RMS / 100 mA RMS

Inputs (Built-in)

Temperature

One Thermistor Input per Channel (Built-in)

Digital Inputs

10 Inputs

External Measurement Options

Channels per external module

16

Configuration

Temperature: J, K Thermocouples or voltage inputs ±10 V

Aspire Software Capability

Refer to Aspire Data Sheet

General

Module Dimensions

H: 41 mm / 1.6 (feet add 12 mm/0.5) X W: 434 mm / 17.1, D: 540 mm / 21.3

Module Power

Single Phase: 100 to 240 V AC, 50/60 Hz, 200 VA

24U Cabinet Dimensions

H: 1255 mm / 49.4, W: 625 mm / 24.6, D: 815 mm / 32.1

24U Cabinet Power

Single Phase 90 to 120 V AC, or 208 to 240 V AC (50/60 Hz)

Operating Temperature Range

+100C to +400C

1Specified at 230C

Specifications subject to change.