Launch Tech USA - EM101N Dual-Channel Scopebox New Energy Diagnostics - LNCH-SCOPE-EM101N
Featuring a new design and upgraded hardware, the LAUNCH O2-2 Scopebox is a versatile, easy-to-use module that detects high level faults on various electrical components such as: sensors, actuators and circuits. By integrating with X-431 series scan tools via O2-2 application, the O-2 delivers accurate and conclusive diagnostic faults that enable the shop and technician to enlarge its scan tool functionality.
Features
- Works with X-431 diagnostic tool.
- Wireless/Wire connection with X-431 diagnostic tool.
- New IJI Design with Three Display Modes.
- Needle Sets, Multimeter Pens, Alligator, Clips and Oscilloscope Channel Test Leads included.
- Automatic measurements include Peak-to-peak value, Average value, Maximum value, Minimum value, Top value, Bottom value, Frequency, Period, etc.
What our Experts Think
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Designed for New Energy Vehicles โ Built for EV and hybrid diagnostics where accurate electrical signal analysis is essential.
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Dual-Channel Testing โ Allows technicians to compare two signals at once, useful for sensors, control circuits, battery systems, and power electronics.
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Improves Fault Accuracy โ Waveform analysis helps identify intermittent or complex electrical issues that standard scan tools may miss.
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Ideal EV Workshop Add-On โ A smart choice for shops expanding into electric and hybrid vehicle service.
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Supports Advanced Troubleshooting โ Helps diagnose high-voltage system behavior, communication signals, and component performance more confidently.
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Professional Diagnostic Value โ Complements existing diagnostic tools by adding deeper circuit-level testing for modern vehicle systems.
Q&A
Q: What is the Launch Tech USA EM101N Dual-Channel Scopebox?
A: The EM101N is a dual-channel oscilloscope designed for advanced electrical analysis and new energy vehicle (NEV) diagnostics.
Q: What is the primary purpose of this scopebox?
A: It helps technicians analyze electrical signals, diagnose circuit faults, and troubleshoot complex electronic systems in modern vehicles.
Q: Is the EM101N suitable for electric and hybrid vehicles?
A: Yes, it is specifically designed to support new energy vehicle diagnostics, including EV and hybrid system analysis.
Q: What are the benefits of dual-channel testing?
A: Dual-channel functionality allows technicians to compare two electrical signals simultaneously, improving diagnostic accuracy and efficiency.
Q: What types of faults can it help diagnose?
A: It can assist with diagnosing sensors, actuators, communication systems, power electronics, charging systems, and other electrical components.
Q: Can it be used alongside a diagnostic scan tool?
A: Yes, it complements scan tools by providing real-time waveform analysis for deeper electrical troubleshooting.
Q: Is it designed for professional use?
A: Yes, it is built for automotive technicians, EV specialists, repair facilities, and advanced diagnostic professionals.
Q: Who is the EM101N Dual-Channel Scopebox ideal for?
A: It is ideal for EV service centers, hybrid vehicle technicians, automotive electricians, and workshops performing advanced electrical diagnostics.
Maintenance Tips
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Keep Firmware Updated: Regularly update the EM101N software to ensure accurate new-energy vehicle diagnostics and waveform analysis.
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Inspect Test Leads Frequently: Check probes, cables, and connectors for wear, cracks, or damaged insulation before use.
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Protect High-Voltage Connectors: Keep terminals clean, dry, and free from dust or corrosion for safe operation.
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Handle with Care: Avoid drops, impacts, and excessive cable strain that could damage sensitive electronics.
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Store in a Protective Case: Keep the Scopebox away from moisture, extreme temperatures, and direct sunlight when not in use.
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Clean Gently: Use a soft, dry cloth to remove dust and fingerprints; avoid harsh cleaning chemicals.
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Verify Calibration and Functionality: Perform routine checks to maintain accurate signal capture and diagnostic performance.
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Follow EV Safety Procedures: Use proper PPE and manufacturer-recommended safety practices when testing high-voltage systems.
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