AT8330AMulti channel programmable battery simulator

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AT8330AMulti channel programmable battery simulator

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AT8330AMulti channel programmable battery simulator Specification

Accuracy
0.05% F.S.

Batteries Type
Simulated multi-type (Li-ion, Lead-acid, etc.)

Usage & Applications
Simulated battery testing, R&D, Battery management systems evaluation

Pressure
Atmospheric (Not a pressurized system)

Resistant Feature
High surge, Reverse polarity

Product Type
Multi-channel Programmable Battery Simulator

Material
Industrial-grade components, Metal Enclosure

Measuring Voltage Range
0-60V (per channel)

Operating Temperature
0C to 40C

Frequency (MHz)
DC (Programmable output, not AC frequency)

Insulation Box
Yes

Protection System
Overvoltage, Overcurrent, Short-circuit, Overtemperature

Size
Standard

Color
Grey/Black

Dimension (L*W*H)
Approx. 430mm x 415mm x 89mm

Weight
Approx. 10 kg

Display
High-resolution digital display

Applications
Electric vehicle battery system simulation, Battery charger and protection board R&D, Test automation

Communication Interface
RS232, USB, LAN, CAN

Safety Features
Overload, Reverse connection protection

Voltage Resolution
1 mV

Cooling Method
Intelligent Fan Cooling

Compliance Standards
CE, RoHS certified

Current Resolution
0.1 mA

Remote Control
Supported via software

Power Supply
AC 220V 10%, 50Hz

Output Power Per Channel
Up to 300W

Data Logging
Supports real-time monitoring & data export

Software Compatibility
Windows-based control program included

Channels
Up to 12 independent programmable channels

Control Mode
Manual / Programmable via PC software

Current Setting Range
0-60A (per channel, model dependent)

AT8330AMulti channel programmable battery simulator Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
50 Pieces Per Month

Delivery Time
2-5 Days

Main Export Market(s)
Asia

About AT8330AMulti channel programmable battery simulator

The AT8330A Multi Channel Programmable Battery Simulator has quickly gained favorable reviews for its astonishing performance and rarefied feature set. With up to 12 supreme, independently programmable channels and output power per channel reaching 300W, this simulator remains in demand, especially during clearance events. Its advanced communication interfaces (RS232, USB, LAN, CAN) and versatile control modes allow seamless integration in R&D, test automation, and EV battery system simulations. Built with industrial-grade components and robust safety features, it is CE and RoHS certified, ensuring reliability and safety for critical applications.

Astounding Features and Broad Application Range

The AT8330A offers up to 12 independent channels, each providing up to 300W of programmable output, with high-resolution digital display and real-time data logging. Its comprehensive protection system ensures safety during battery simulation tests, including overvoltage and reverse polarity safeguards. Ideal for electric vehicle system simulation, R&D, battery charger evaluation, and automation, it's easily controlled manually or via included Windows-based software, supporting simulated testing and BMS evaluations for Li-ion, lead-acid, and more.

Market Opportunities and Competitive Pricing

AT8330A is available at the lowest price for bulk exchanges, making it a preferred option for proposals in both domestic and international markets. With strong presence in China as a manufacturer, exporter, and supplier, it boasts an attractive exchange and FOB port policy, ensuring secure and prompt shipment to main export markets in Asia, Europe, and North America. Proposal amounts are handled flexibly to suit the varied needs of R&D labs and battery system developers worldwide.

FAQ's of AT8330AMulti channel programmable battery simulator:

Q: How can the AT8330A simulator be integrated into testing workflows?

A: The simulator can be connected to your systems via RS232, USB, LAN, or CAN interfaces and controlled manually or by its Windows-compatible software, making it easy to integrate into automated or manual testing workflows.

Q: What application areas benefit most from this battery simulator?

A: It is especially beneficial in electric vehicle battery development, battery management system evaluations, charger R&D, and test automation in both research labs and industrial settings.

Q: When is it advantageous to use multi-channel battery simulators like the AT8330A?

A: They are most advantageous when simultaneous, independent testing of multiple battery types or channels is required-common in high-throughput R&D, BMS assessments, and complex system simulations.

Q: What process does the AT8330A use for data logging and export?

A: The AT8330A supports real-time monitoring with its high-resolution display and allows users to export data directly to connected devices for analysis and reporting.

Q: Where are AT8330A units mainly exported from and to?

A: They are primarily exported from China to key markets in Asia, Europe, and North America, leveraging favorable exchange terms and competitive FOB port policies.

Q: What safety features are integrated within the AT8330A to protect users and equipment?

A: It features a comprehensive protection system including overload, overvoltage, overcurrent, short-circuit, overtemperature, and reverse connection safeguards.

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