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China LSPEC F100 Handheld Nuclear Radiation Detector - Reliable Suppliers & Factory for Accurate Radiation Measurement
Product Introduction
In terms of technical performance, the F100 employs advanced signal processing algorithms, possessing a wide measurement range and excellent energy response characteristics, effectively distinguishing between natural background radiation and artificial radionuclides. The device responds rapidly; once an abnormal radiation level is detected, it will issue alarms through sound, light, and vibration, and display dose rate changes in real time. Simultaneously, the built-in GPS positioning and data storage functions record the measurement trajectory and radiation distribution map, providing reliable data for subsequent analysis.
Thanks to its pocket-sized design, the F100 is easily portable and readily available for use, making it ideal for rapid on-site deployment and mobile inspections.
Product Features
- 🔬 The tissue equivalent detector—a plastic scintillator doped with heavy metals—is used.
- 💡 The light alarm indicates an over-threshold dose; the overall structure is compact.
- ⚡ It can measure short-time or pulsed radiation.
- 💾 It can record measurement data for post-accident analysis.
- 🎯 Small size, high sensitivity, and easy to carry.
- 🔋 High-capacity lithium battery, capable of continuous operation for over 12 hours.
Product Parameters
| Item | Technical Specification |
|---|---|
| Product Name | Handheld nuclear radiation detector |
| Product Model | LSPEC F100 |
| Detector | Scintillator detector |
| Energy Range | 15 KeV ~ 10 MeV |
| Ambient Dose Equivalent Rate Measurement Range | 0.01 uSv/h ~ 1 mSv/h |
| Ambient Dose Equivalent Measurement Range | 50 nSv ~ 10 mSv |
| Energy Response |
15 keV ~ 60 keV: ±35% 60 keV ~ 3 MeV: ±25% 3 MeV ~ 10 MeV: ±50% |
| Measurement Error | ≤ ±5% |
| Sensitivity | 30 cps/uSv/h (Cs-137) |
| Environmental Parameters | -30℃ ~ +50℃, humidity less than 95% |
| Protection Rating | IP54 |
| Power Supply | Built-in lithium battery, DC 5V power supply |
| Maximum Operating Time | Sustainable working time of over 12 hours |
| Weight | Approx 100 g |
| Product Specifications | Dimensions: 150 mm (H) × 75 mm (W) × 20 mm (D) |
Application Areas
✈️ Airports
🏛️ Prisons
🪖 Military Areas
🎪 Security for Large-Scale Events
🌐 Other Complex Environments
Frequently Asked Questions
❓
What type of detector does the LSPEC F100 use?
The F100 uses a tissue equivalent scintillator detector — specifically a plastic scintillator doped with heavy metals. This design ensures high sensitivity across a broad energy range from 15 keV to 10 MeV.
❓
How does the F100 alert users when abnormal radiation is detected?
Once an abnormal radiation level is detected, the F100 immediately issues alarms through three channels simultaneously: sound, light (visual indicator), and vibration. The dose rate changes are also displayed in real time on the device screen.
❓
How long can the F100 operate on a single charge?
The F100 is equipped with a high-capacity built-in lithium battery powered by DC 5V, enabling continuous operation for over 12 hours. This makes it well-suited for extended field missions and prolonged security deployments.
❓
Does the F100 support data recording and GPS positioning?
Yes. The F100 features a built-in GPS positioning module and onboard data storage. These functions work together to record the measurement trajectory and generate a radiation distribution map, providing reliable data for post-incident analysis and reporting.
❓
What environments and conditions can the F100 withstand?
The F100 is rated IP54 for dust and water resistance. It operates reliably across a wide temperature range of -30℃ to +50℃ and in humidity conditions of up to 95%, making it suitable for harsh outdoor and industrial environments.
❓
What are the typical application scenarios for the F100?
The F100 is designed for use in high-security and complex environments including airports, prisons, military zones, and large-scale public events. Its compact, pocket-sized form factor makes it ideal for rapid on-site deployment and mobile radiation inspections.


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