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For LAUNCH X431 O2-2 Scope Box Oscilloscope 4 Channels 100MHz USB DC Automotive Oscilloscopes Support X-431 V/V+/PRO3S+/PAD V
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For LAUNCH X431 O2-2 Scope Box Oscilloscope 4 Channels 100MHz USB DC Automotive Oscilloscopes Support X-431 V/V+/PRO3S+/PAD V
LAUNCH O2-2 Scope Box For Solving Complex Electrical Faults
Featuring a new design and upgraded hardware, the LAUNCH O2-2 Scopebox is a versatile and easy to use add-on module that can detect high level faults on various electrical components, such as sensors, actuators and circuits. By integrating with the X-431 series scan tools via O2-2 application, it delivers accurate and conclusive diagnostic faults that enable the shop and technician to enlarge their scan tool's functionality.
Compatible Scanner Series
Integrates seamlessly with X-431 series scan tools (such as X431 PRO ELITE, X431 Throttle, X431 Pad II AE, X431 Torque, X431 Turbo, X431 Pro3S+, X431 PAD V, X431 PAD VII, X431 IMMO Elite, X431 IMMO PLUS) through the O2-2 application for conclusive diagnostic results.
Product Highlights
4 Channels
Bandwidth 100MHz
Auto Configuration
One-Click Save
Cursor Measurement
Preset Parameters
Demo Mode
Online Help
Math Operations
23 Auto Measurements
Product Features
01
ECU troubleshooting and Diagnostics.
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Features the ability to record and playback high-resolution waveform data for future analysis. One key enable function allows the users to capture.
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A particular waveform which makes the process 70% more efficient as compared to other scopes.
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Access to 23 variants of automatic measurements that are displayed on one screen for an easy switch.
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Ability to input names and characters directly by clicking on the virtual keyboard, this operation streamlines the process and contributes to 90% efficiency.
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Buffer memory up to 50M.
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Use the zoom in/out feature to review precise details.
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Customizable personal system settings that can be saved as configuration files for viewing.
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The Self-calibration function allows optimization of the oscilloscope signal path for maximum measurement accuracy.
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Magnifies waveform math operations, such as addition, subtraction, multiplication and FFT function for high level waveform analysis.
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Multiple automotive tests that include circuits, sensors, actuators, ignition tests and more with a multi-language user interface.
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USB Sync data transfer to external devices such as laptops, tablets, etc.
Product Functions
Multiple Vehicle Preset Tests
Supports a variety of automotive preset project tests, such as circuits, sensors, actuators, ignition tests, communication tests and combination tests, and presets various parameters and specific connection methods for each test.
23 Automatic Measurements
23 automatic measurement settings are displayed on one screen, which is clear at a glance and can be clicked with a light touch. It supports one-click clearing, eliminating the tediousness of turning pages and searching multiple times.
Quick Trigger Source Switching
Supports edge, pulse and other triggers. Simple and intuitive trigger settings and fast trigger source switching methods make the most difficult part of oscilloscope application extremely easy.
One-Click Preset Creation
When testing waveforms, you can save the existing settings on the current interface as waveform preset parameters with one click. Load them directly later without repeated settings.
Quick Waveform Save
Quickly save the waveform currently displayed on the screen with one click and automatically save it in the specified format. It can be directly used as a reference channel waveform later.
Convenient Cursor Operation
Turn on the horizontal and vertical cursors with one click. Each cursor can be dragged independently, and cursor tracking is directly implemented through simple highlight touches, improving efficiency by 80%.
Adaptive Cursor/Phase Ruler
When the waveform is zoomed in/out, the cursor and phase scale change accordingly, keeping the measurement range unchanged.
2-Point Touch Zooming
Supports 2-point touch control, allowing the waveform to be zoomed in or out vertically or horizontally with simple gestures.
Demonstration Function
Preset sine waveforms to demonstrate common functions without connecting an oscilloscope module directly.
Waveform Math Operations
Supports addition, subtraction, multiplication, and division calculations of two channel waveforms, in addition to fast Fourier transform (FFT).
Product Images Showcase
Detailed Comparison Between Launch O2-2 Scope Box and Launch O2-1 Scope Box
The Launch O2-2 features upgraded hardware and a modern UI interface, expanding its capabilities over the previous O2-1 model. With improvements in bandwidth, sampling parameters, and overall processing speed, the O2-2 ensures a highly efficient vehicle diagnostic workflow.
Frequently Asked Questions (FAQ)
What is the LAUNCH O2-2 Scope Box?
The LAUNCH O2-2 Scopebox is an add-on diagnostic module designed to detect complex electrical faults in vehicle components such as sensors, actuators, and circuits. It integrates with X-431 series scan tools to extend their capabilities.
Which diagnostic tools are compatible with the O2-2 Scope Box?
It is compatible with many LAUNCH X-431 series scanners, including the X431 PRO ELITE, X431 Throttle, X431 Pad II AE, X431 Torque, X431 Turbo, X431 Pro3S+, X431 PAD V, X431 PAD VII, X431 IMMO Elite, and X431 IMMO PLUS.
What are the main hardware specifications of the O2-2?
The O2-2 Scope Box features 4 input channels, a 100MHz signal bandwidth, a buffer memory of up to 50M, and support for 23 variants of automatic measurements on a single interface.
How does the waveform capture system improve work efficiency?
The O2-2 allows users to capture specific waveforms with a one-key enable function. This one-click parameter configuration and quick saving setup makes the diagnostic workflow up to 70% to 90% more efficient compared to standard scopes.
Does the O2-2 Scope Box support waveform calculations?
Yes. The module supports advanced waveform math operations including addition, subtraction, multiplication, division, and Fast Fourier Transform (FFT) analysis for high-level signal processing.
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