Lonrecon Automated External Defibrillator LR-AED-7000 | Portable AED | Biphasic Output | Easy Operation
LR-AED-7000 is a portable automated external defibrillator with biphasic energy output, automatic rhythm analysis, and guided user prompts for effective emergency cardiac response.
LR-AED-7000 Automated External Defibrillator for Emergency Cardiac Support
Portable AED with automatic heart rhythm analysis, guided prompts, and safety features for public and clinical use
The LR-AED-7000 is an advanced automated external defibrillator designed to provide emergency cardiac support during sudden cardiac arrest (SCA). It automatically detects the patient’s heart rhythm, analyzes it, and determines whether a shock is needed to restore effective cardiac activity. The device then delivers a controlled biphasic energy shock to improve the chance of return of spontaneous circulation (ROSC).
Featuring a simple two-button operation and extensive audio and visual prompts, LR-AED-7000 guides users of all experience levels—lay rescuers and trained responders alike—through the entire defibrillation process. Its intuitive design minimizes hesitation and ensures rapid response when every second counts.
With a three-step defibrillation process, reliable self-tests, and robust internal safety systems, LR-AED-7000 is suitable for installation in public spaces, workplaces, and healthcare environments where quick access to defibrillation can save lives.
General Information
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Model: LR-AED-7000
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Product Type: Automated External Defibrillator (AED)
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Design: Portable, rugged housing for emergency use
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Intended Users: Suitable for trained responders and lay rescuers
Defibrillation & Analysis
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Defibrillator Type: Fully automatic external defibrillator
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Waveform Technology: Biphasic truncated exponential output
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Energy Sequence: 150 J, 150 J, 200 J (adult)
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Automatic Rhythm Detection: Built-in ECG analysis determines shock necessity
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Defibrillation Steps: Three-step automatic defibrillation process
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Controls: Two buttons (On/Off, Shock) for simple operation
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Energy Accuracy: ±15% into specified impedance ranges
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Maximum Output Voltage: Approx. 1200 ± 50 V
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Lead Lock-out Protection: Prevents unintended shock delivery
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Guided Prompts: Extensive voice prompts and LED visual indicators
Performance Metrics
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Analysis Time: Approx. 9 seconds
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Charge Time:
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~8 seconds to 150 J
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~10 seconds to 200 J (with new battery)
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Ready-to-Shock Time:
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≤ 30 seconds from start of rhythm analysis (new battery)
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≤ 35 seconds after 6 cumulative shocks
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