Hioki SW1001 Switch Mainframe
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Packed with Features to Assure Accuracy in Multi-channel Battery Testing
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Description
The SW1001 is a switch mainframe for housing up to 3 units of SW9001 or SW9002 Multiplexer Module to deliver quick, multi-channel battery testing. Connect up to 2 battery testing instruments to test OCV measurement, internal resistance measurement, and external potential measurement of battery cells.
Key Features
- Switch between voltmeter and battery tester while testing
- SW1001: max. 66 channels (2-wire) to max. 18 channels (4-terminal pair)
- Circuit-design-friendly for impedance measurements that minimize errors between channels (Effect: 0.01% f.s. [*1])
- For OCV measurement, internal resistance measurement, and external potential measurement of battery cells
- Measure battery modules up to 60 V DC
*1: For BT4560 100 mΩ range, R measurements, and a measurement frequency of 1 kHz
Multi-channel Battery Testing.Packed with Features to Ensure Accuracy
Combine the SW1001 with a battery testing instrument to measure a battery cell's OCV (open circuit voltage), internal resistance, reaction resistance at low frequency, Cole-Cole plot, and external potential on multiple channels.
Connect Up to Two Measuring Instruments with Different Functions
Switch between two types of measuring instruments to perform a variety of measurements.
Battery Measurement Supported by Exclusive PC Application
Use the free, downloadable PC application to perform various measurements easily.
Circuit Design for Impedance Measurements
The effect on the detection signal is reduced by canceling the magnetic flux of the AC measurement current and separating the source from the sense.
Choose from Two Types of Multiplexer Modules
MULTIPLEXER MODULE SW9001:This module supports 2-wire/4-wire configurations. Channel switching can be performed in 11 ms (excluding communication, command processing time, and contact bounce).
MULTIPLEXER MODULE SW9002: This module supports 4-terminal pair configuration for use in combination with BT4560 and IM3590. 2-wire measurement is also possible (Sense only). Channel switching can be performed in 11 ms (excluding communication, command processing time, and contact bounce).
Communication Command Transmission Function Reduces the Number of PC Ports Needed
Normally, PC control requires two ports: one communication port for switching and one for the measuring instrument.
By using the communication command transmission function on the SW1001 the switch mainframe can transfer control commands from the PC to the measuring instrument (and responses can be received from the device). This allows you to reduce the number of communication ports used on the measuring instrument
Scan Function
This function switches between channels in order based on the scan list registered in advance.
The switch mainframe and the EXT. I/O of the measuring instrument are connected. With the scan function, channel switching and trigger measurement can be synced for continuous scanning.
Discover and Analyze the Causes of Cell Defects
Identify the causes of battery cell defects by measuring AC impedance at multiple frequencies.
For example, you can identify batteries that have issues with electrode reactions at the electrode interface by checking impedance at low frequencies.
You can also extend this approach to cover multiple channels by combining the instrument with a switching system.
*Watch with the video subtitles on, to see detailed descriptions.
Documents
Datasheet:
Options
Model No. (Order Code)
| SW1001 | 3 slots |
|---|
Note: Multiplexer Modules not included with the Switch Mainframe SW1001/SW1002. Modules must be purchased separately.
Video
The SW1001 is a switch mainframe for housing up to 3 units of SW9001 or SW9002 Multiplexer Module to deliver quick, multi-channel battery testing. Connect up to 2 battery testing instruments to test OCV measurement, internal resistance measurement, and external potential measurement of battery cells.
Key Features
- Switch between voltmeter and battery tester while testing
- SW1001: max. 66 channels (2-wire) to max. 18 channels (4-terminal pair)
- Circuit-design-friendly for impedance measurements that minimize errors between channels (Effect: 0.01% f.s. [*1])
- For OCV measurement, internal resistance measurement, and external potential measurement of battery cells
- Measure battery modules up to 60 V DC
*1: For BT4560 100 mΩ range, R measurements, and a measurement frequency of 1 kHz
Multi-channel Battery Testing.Packed with Features to Ensure Accuracy
Combine the SW1001 with a battery testing instrument to measure a battery cell's OCV (open circuit voltage), internal resistance, reaction resistance at low frequency, Cole-Cole plot, and external potential on multiple channels.
Connect Up to Two Measuring Instruments with Different Functions
Switch between two types of measuring instruments to perform a variety of measurements.
Battery Measurement Supported by Exclusive PC Application
Use the free, downloadable PC application to perform various measurements easily.
Circuit Design for Impedance Measurements
The effect on the detection signal is reduced by canceling the magnetic flux of the AC measurement current and separating the source from the sense.
Choose from Two Types of Multiplexer Modules
MULTIPLEXER MODULE SW9001:This module supports 2-wire/4-wire configurations. Channel switching can be performed in 11 ms (excluding communication, command processing time, and contact bounce).
MULTIPLEXER MODULE SW9002: This module supports 4-terminal pair configuration for use in combination with BT4560 and IM3590. 2-wire measurement is also possible (Sense only). Channel switching can be performed in 11 ms (excluding communication, command processing time, and contact bounce).
Communication Command Transmission Function Reduces the Number of PC Ports Needed
Normally, PC control requires two ports: one communication port for switching and one for the measuring instrument.
By using the communication command transmission function on the SW1001 the switch mainframe can transfer control commands from the PC to the measuring instrument (and responses can be received from the device). This allows you to reduce the number of communication ports used on the measuring instrument
Scan Function
This function switches between channels in order based on the scan list registered in advance.
The switch mainframe and the EXT. I/O of the measuring instrument are connected. With the scan function, channel switching and trigger measurement can be synced for continuous scanning.
Discover and Analyze the Causes of Cell Defects
Identify the causes of battery cell defects by measuring AC impedance at multiple frequencies.
For example, you can identify batteries that have issues with electrode reactions at the electrode interface by checking impedance at low frequencies.
You can also extend this approach to cover multiple channels by combining the instrument with a switching system.
*Watch with the video subtitles on, to see detailed descriptions.
Datasheet:
Model No. (Order Code)
| SW1001 | 3 slots |
|---|
Note: Multiplexer Modules not included with the Switch Mainframe SW1001/SW1002. Modules must be purchased separately.