Overview
The AEGTEST Radar-5633 Nuclear Radiation Detector is a portable and professional-grade radiation monitoring device designed to accurately measure ionizing radiation in real-time. It utilizes advanced semiconductor sensors to detect Beta, Gamma, and X-rays, with an energy response range of 33 keV to 3 MeV and an accuracy of -17% to +20% for ¹³⁷Cs γ radiation. The cumulative dose range of 0.1 μSv to 9999 mSv makes it suitable for both professional use and personal radiation protection.
This portable radiation detector features a multi-data single screen LCD display that shows instant value, average dose, cumulative dose, and count rate simultaneously. Users can monitor all relevant metrics without switching screens, providing clear and comprehensive information for safety assessment.
The Radar-5633 includes a striking alarm system with visual and audible alerts, as well as red indicator lights. Customizable alarm thresholds ensure immediate warning if radiation levels exceed safe limits, whether the device is active or in sleep mode.
Designed for convenience and long-term use, the device supports history data logging and Type-C charging. It can operate up to 18 days on a single charge with particle sound turned off. The bright TFT color LCD screen and intuitive menu design allow easy customization for diverse monitoring needs in homes, labs, or field environments.
Key Features
- Nuclear Radiation Detection: Accurately measures Beta, Gamma, and X-rays using advanced semiconductor sensors.
- Energy Response Range: 33 keV to 3 MeV with -17% to +20% accuracy for ¹³⁷Cs γ radiation.
- Multi-Data LCD Display: Shows μSv/h, μR/h, CPM, and cumulative dose simultaneously on a single screen.
- Striking Alarm System: Visual and audible alerts with red lights, customizable thresholds for safety.
- History Data Logging: Automatically records radiation levels for session tracking and review.
- Rechargeable Battery: Type-C charging with up to 18 days battery life (particle sound off).
- Fast and Slow Measurement Modes: Switch between modes for short pulses like X-rays or filtered slower measurements.
- User-Friendly Design: Bright TFT LCD screen with intuitive menu, suitable for professional and personal use.
Specifications
- Brand: AEGTEST
- Model Number: Radar-5633
- Color/Variant: Blue
- Power Source: Battery Powered
- Item Weight: 115 g
- Radiation Detection: X-rays, β-rays, γ-rays
- Energy Response Range: 33 keV – 3 MeV
- Accuracy: -17% to +20% (for ¹³⁷Cs γ radiation)
- Instant Value Measurement Range: 0.05 μSv/h – 50 mSv/h
- Average Value Measurement Range: 0.05 μSv/h – 50 mSv/h
- Cumulative Dose Value Range: 0.1 μSv – 9999 mSv
- Display Type: TFT Color LCD Screen
- Physical Dimensions: 2.6 × 0.98 × 4.72 in (65 × 25 × 120 mm)
- Weight: 116 g
- Storage Conditions: -4°F ~ 113°F (-20°C ~ 45°C), RH < 95%
- Certifications: CE, UL 61010-1, IEC 61010-2-030
- Warranty: Manufacturer Warranty Included
Ideal For
- Professionals monitoring radiation in laboratories or industrial environments
- Students and researchers needing portable nuclear radiation measurement
- Safety-conscious individuals tracking home or office radiation exposure
- Emergency responders or inspectors performing field radiation checks
- Health and safety auditors assessing cumulative radiation levels
Package Includes
- 1 × Radar-5633 Geiger Counter
- 1 × Storage Box
- 1 × Type-C Charging Cable
- 1 × User Manual
FAQs
Can the Radar-5633 detect all types of radiation?
It detects Beta, Gamma, and X-rays within 33 keV – 3 MeV energy range.
How accurate is the device?
It provides accuracy between -17% to +20% for ¹³⁷Cs γ radiation.
How long does the battery last?
The rechargeable battery can last up to 18 days with particle sound turned off.
What is the difference between fast and slow measurement modes?
Slow mode reduces false alarms with filtering, while fast mode captures short pulses like X-rays quickly.
Is it safe for personal home use?
Yes, it is safe and helps monitor everyday radiation exposure levels.
Can it store past measurement data?
Yes, it automatically logs historical data after each measurement session.
Why does it show radiation readings immediately after powering on?
Initial readings are normal background radiation from cosmic rays, Earth’s crust, and radon.
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