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ATOMFAIR® eight-channel battery tester box with a red switch, connecting eight white cables to blue and white alligator clips.

8-Channel Battery Tester 0-5V Customizable Current ATOMFAIR®

$1,613.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Research-grade 8-channel battery tester with 0-5V voltage range and customizable current (1mA-3000mA). Features high accuracy ±0.1% voltage, ±0.2% current. In stock.

SKU: AFMSHAZJ145
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Description

ATOMFAIR® BT8000 SERIES 8-CHANNEL BATTERY TESTER

RESEARCH GRADE MATERIAL

Product Overview
The Atomfair-BT8000 Series (Models: BT8001 / BT8002 / BT8003) is a multi-channel electrochemical characterization platform engineered for evaluating the comprehensive performance metrics of diverse battery systems. Outfitted with 8 entirely independent, isolated, and programmable channels, each modular tester embeds its own stable internal power supply and complete hardware control circuitry. Managed via a responsive Windows-based software platform, it delivers fine current monitoring thresholds from microamps to amps, making it an essential system for material diagnostics across premier universities, R&D centers, and advanced energy storage testing facilities.

Technical Specifications

PARAMETER ATOMFAIR-BT8001 ATOMFAIR-BT8002 ATOMFAIR-BT8003
1. Multi-Channel Electrical Range Profile
Current Range Boundaries ±0.002–1 mA (Low Current R&D) ±0.1–10 mA (Coin Cell Diagnostics) ±3–3000 mA (High Range Pouch/Cylindrical)
Voltage Range Span 0–5V DC 0–5V DC 0–5V DC
Current Measurement Accuracy ±0.2% of Reading + 0.1% of Range Limit
Voltage Measurement Accuracy ±0.1% of Reading + 0.05% of Range Limit
2. Power & Test Cycle Parameters
Cycle Test Range Bound 1–9999 Times (Continuous programmatic looping)
Time Sampling Resolution Second-level baseline tracking execution
Input Impedance ≥10 MΩ Secure Dielectric Shielding
Input Power & Consumption AC 110–220V Wide-Voltage Adaptability · Total power: 30W
3. Facility & Physical Framework
Chassis Net Dimensions 480 × 380 × 130 mm (Standard Rack-Mountable Profile)
Total Instrument Weight 50 KG Heavy-Duty Desktop/Rack Shell
Manufacturing Rules Processed under strict ISO 9001 compliance conditions
Alternative Options Explore our related catalog or custom current ranges. For urgent technical custom requests or bulk institutional channel inquiries, please contact our support team.

Key Features & Advantages
  • 8 Independent Programmable Channels: Every module features eight fully isolated channels supported by integrated power supplies and dedicated control circuitry, permitting flexible synchronous or asynchronous multi-battery testing.
  • Zero-Interference Isolated Configuration: Individual modules operate independently; distinct working profiles (CC, CV, CP, Rest) can be set per channel without any data distortion or parasitic electrical cross-talk.
  • Sub-Micron Digital Programmability: Advanced central software enables operators to establish granular step scripts and custom cutoff criteria, adjusting dynamically to specialized test scenarios.
  • Windows-Based Software Interface: High-performance visualization dashboard records real-time capacity curves, charge/discharge profiles, and detailed cycle decay analytics.
  • Tailored Current Customization paths: Output matrices are fully customizable at factory level (e.g., dedicated 5V/1mA, 5V/10mA, or 5V/3A) to accurately match micro-cell coin or large pouch testing metrics.
  • Standard 19-Inch Rack Mount Geometry: Compact form factor fits smoothly into industrial battery analysis test cabinets or standard bench configurations.

APPLICATION SCOPE: Coin cell cycle aging analysis, pouch/cylindrical cell dQ/dV differential capacity profiling, long-term degradation tracing, rate capability verification, and university electrochemistry laboratory instruction.
FACILITY REQUIREMENT: Benchtop or 19-inch electronic cabinet deployment. System Net Weight: 50 KG. Equipped with universal switching power modules supporting AC 110V–220V wide grid inputs.
IMPORTANT NOTICE: This analyzer tracks precision currents down to ±0.002 mA. Keep the chassis input grounding line perfectly continuous, shield the connection cables from high EMI industrial transformers, and verify that total power loads stay within the 30W boundary threshold to safeguard the ±0.1% measurement voltage accuracies.

TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official institutional quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

This document outlines essential safety and operational constraints for the Atomfair 8-Channel Battery Tester. Adherence to these guidelines is mandatory to prevent electrical hazards and equipment damage.

  • AC Power Requirements: Connect the tester to a grounded AC power outlet supplying 110-220V and ensure the power draw does not exceed 30W.
  • Voltage Limits: Do not apply voltages outside the 0-5V range to any channel to prevent circuit damage.
  • Current Limits: Set the current range per channel to the appropriate model specification (e.g., 1mA, 10mA, or 3A) to avoid exceeding the measurement capability.
  • Handling: Due to the 50 kg weight, use a two-person lift or mechanical aid when moving the tester.
  • Channel Independence: Each channel operates independently; ensure no cross-connection between channels to avoid short circuits.

Follow these steps to safely initialize the battery tester for first use. Proper setup ensures accurate measurements and prevents electrical hazards.

Required Equipment: Power cord (supplied), Test leads with appropriate connectors, Windows-based computer with installed software

  1. Position Tester
    Verify that the tester is placed on a stable, level surface sufficient to support its 50 kg weight.
  2. Connect Power
    Connect the power cord to an AC outlet supplying 110-220V with proper grounding.
  3. Configure Ranges
    Set the voltage range to 0-5V and configure the current range per channel according to your battery test requirements.
  4. Connect Battery
    Connect the battery leads to the appropriate channel, ensuring correct polarity.
  5. Launch Software
    Launch the Windows-based software and configure the test parameters for each channel.
  6. Start Test
    Begin the test sequence and monitor the measurements for any anomalies.
  7. Safe Shutdown
    Upon completion, disconnect the battery and power down the tester.

How does the current measurement accuracy scale when testing at the lower end of the current range on the Atomfair BT8001 model?

At the lower end of the ±0.002-1mA range, the measurement accuracy is dominated by the 0.1% range error term. For a 0.002 mA reading, the ±0.2% reading contributes ±0.000004 mA, while the ±0.1% range contributes ±0.001 mA, yielding a combined uncertainty of approximately ±0.001 mA. This specification is explicitly stated in the technical parameters as ±0.2% Reading +0.1% Range.

Can the Atomfair 8-channel battery tester be used to test battery packs with a nominal voltage above 5V?

No, the Atomfair BT8001, BT8002, and BT8003 models all have a fixed voltage range of 0-5V as listed in the technical parameters. This tester is designed for single-cell or low-voltage batteries within that range, not for higher-voltage multi-cell packs. For testing such packs, a different instrument with a higher voltage range would be required.

What are the physical and software installation requirements for operating the Atomfair 8-channel battery tester?

The tester weighs 50 kg and measures 480*380*130 mm, so a sturdy, level bench or rack is needed for placement. It requires an AC110-220V power input and a Windows-based PC to run the control software. No specialized cooling or storage conditions are specified, but the unit's weight and built-in power supply suggest it should be placed in a dry, ventilated environment.

This 8-channel battery tester provides independent programmability and customizable current ranges for low-voltage cell testing, but its 5V voltage ceiling and second-level timing resolution confine its use to steady-state or moderate-rate experiments rather than high-voltage or fast transient applications.

Positive

  • Independent Multi-Channel Programmability: Each of the 8 channels operates independently with its own programmable steps, enabling simultaneous or asynchronous testing of different battery types and conditions within a single run.
  • Customizable Current Ranges: The current range can be specified per customer requirement (e.g., 5V1mA, 5V10mA, 5V3A), allowing the instrument to be tailored to low-power research cells or higher-rate power batteries.

Trade-offs

  • Voltage Limited to 0-5V: The fixed 5V maximum voltage restricts testing to single cells and low-voltage batteries; higher voltage packs or cells exceeding 5V cannot be accommodated without external series or modification.
  • Time Resolution of One Second: With time measurement resolution limited to whole seconds, the tester cannot capture rapid voltage or current transients, making it unsuitable for high-rate pulse or fast-cycle testing.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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