-
Protection contre les radiations nucléaires
-
Détecteur de rayonnement nucléaire
-
Armature de cuivre d'aluminium
-
Le rf a protégé des portes
-
Le rf a protégé Windows
-
Verre plombeux de radioprotection
-
Trousse à outils non magnétique
-
Le rf a protégé la chambre
-
Évents de guide d'ondes de nid d'abeilles
-
Bande de cuivre adhésive conductrice
-
Maille de câblage cuivre
-
Verre au plomb à rayons X
-
EMI Shielding Gasket
-
Tissu électriquement conducteur
-
Porte de radioprotection
-
Radioprotection X Ray
-
Cage IRM de Faraday
-
Laine de câblage cuivre
-
Éclairage d'IRM LED
-
Fauteuil roulant non magnétique
-
Civière non magnétique
-
AnaLe conduit en laiton de nid d'abeilles regarde très Nice -
SatheeshLes portes de MRI/RF brillent avec des poignées, merci mon ami.
Range 001000µSvh Nuclear Radiation Detector Featuring Imaging Energy Range 501500 KeV and Datastorage 000 Readings for Radiation Assessment
| Méthode d'alarme | Alarme sonore et visuelle | Garantie | 1 an |
|---|---|---|---|
| Stockage de données | Jusqu'à 10 000 lectures | Gamme | 0,01-1 000 µSv/h |
| Principe de détection | Analyse du spectre gamma | Contexte des instruments | α ≤ 0,1 cps ; β ≤ 15 cps |
| Objet détectable | X, γ | Tension | 220V |
| Mettre en évidence | nuclear radiation detector with imaging,radiation assessment device 001000µSvh,datastorage radiation detector 000 readings |
||
Product Description:
The Nuclear Radiation Detector is a highly advanced and reliable instrument designed to provide precise detection and analysis of nuclear radiation. Engineered with cutting-edge technology, this device is ideal for professionals and researchers who require accurate measurement of radiation levels in various environments. One of the standout features of this detector is its large size touch screen, which offers an intuitive and user-friendly interface. This makes it easy to navigate through different settings and view real-time data clearly, enhancing overall operational efficiency.
At the core of this detector's functionality lies the Gamma Spectrum Analysis detection principle. This sophisticated method enables the device to accurately analyze gamma radiation by breaking down the energy spectrum into its constituent parts. The detector is specifically designed to identify and measure X and γ (gamma) radiation, making it a versatile tool for a wide range of applications including environmental monitoring, nuclear facility inspections, and radiation safety assessments.
The imaging energy range of the Nuclear Radiation Detector spans from 50 to 1500 KeV, which allows it to cover a broad spectrum of radiation energies. This range ensures that the device can detect various radioactive isotopes with high precision, providing users with comprehensive data for their analysis. The instrument background is impressively low, with α (alpha) counts less than or equal to 0.1 counts per second (Cps) and β (beta) counts less than or equal to 15 Cps. Such a low background count rate enhances the detector’s sensitivity and accuracy, ensuring reliable measurements even in environments with minimal radiation levels.
In addition to its technical capabilities, the Nuclear Radiation Detector supports multiple measurement units including counts per second (cps), counts per minute (cpm), becquerels (Bq), and becquerels per square centimeter (Bq/cm²). This flexibility allows users to select the most appropriate unit for their specific application, facilitating better data interpretation and reporting. Whether monitoring radiation levels in a laboratory, conducting field surveys, or performing safety checks, this device adapts seamlessly to different measurement requirements.
The combination of advanced technology, robust construction, and comprehensive support makes this Nuclear Radiation Detector an indispensable tool for radiation detection and analysis.
In summary, the Nuclear Radiation Detector stands out due to its large size touch screen, which enhances user interaction and data visualization. Its capability to support various units such as cps, cpm, Bq, or Bq/cm² adds to its versatility. The use of a ZnS Coated Plastic Scintillator Detector ensures high sensitivity and reliable performance. With a detection principle based on Gamma Spectrum Analysis and an imaging energy range from 50 to 1500 KeV, it accurately detects X and γ radiation. The low instrument background (α ≤ 0.1 Cps; β ≤ 15 Cps) guarantees precise measurements even at low radiation levels. Backed by a solid 1-year warranty, this detector is a dependable choice for professionals seeking an effective and efficient radiation detection solution.
Applications:
The JOVI Nuclear Radiation Detector, model JVVMED-015, is a highly reliable and precise instrument designed for a wide range of application occasions and scenarios. Manufactured in China and certified under ISO9001 standards, this detector is ideal for environments where accurate radiation monitoring is critical. Its robust design, packaged securely in a wooden case, ensures safe transportation and durability, with delivery guaranteed within 15 working days and backed by a 1-year warranty.
This detector excels in alpha and beta ray data acquisition, providing continuously adjustable sensitivity within the measuring range to suit various monitoring needs. The instrument’s detection principle is based on advanced gamma spectrum analysis, enabling it to accurately identify and quantify different types of nuclear radiation. With an instrument background of α ≤ 0.1 Cps and β ≤ 15 Cps, it offers highly sensitive detection capabilities, making it suitable for both scientific research and industrial applications.
In medical facilities, the JVVMED-015 can be employed to monitor radiation levels in radiology departments, ensuring the safety of patients and healthcare workers. Its audible and visual alarm system immediately alerts users to any dangerous radiation levels, allowing for prompt response. Similarly, in nuclear power plants, this detector is essential for routine safety checks and emergency situations, helping to prevent radiation hazards and maintain regulatory compliance.
The JOVI nuclear radiation detector is also used in environmental monitoring, where accurate alpha and beta ray data acquisition is crucial for assessing contamination in soil, water, and air. Its ability to continuously adjust within the measuring range makes it versatile for different environmental conditions and radiation intensities. Additionally, in academic and research institutions, this device supports experimental studies and radiation safety protocols.
Furthermore, the JVVMED-015 is suitable for customs and security checkpoints to detect illicit radioactive materials, enhancing public safety. Industries handling radioactive materials, such as mining and manufacturing, benefit from its precise detection and reliable alarm system. Operating at 220V, this instrument is user-friendly and integrates seamlessly into existing safety infrastructures.
Support and Services:
Our Nuclear Radiation Detector is designed to provide accurate and reliable measurement of nuclear radiation levels in various environments. To ensure optimal performance and longevity of the device, please follow the guidelines below.
Technical Support:
If you encounter any issues with the Nuclear Radiation Detector, please refer to the user manual for troubleshooting tips and detailed operating instructions. Common issues such as calibration errors, sensor malfunctions, or display problems are addressed in the manual.
For advanced technical support, our team of experts is available to assist with diagnostics, firmware updates, and hardware repairs. We recommend regular calibration of the detector to maintain measurement accuracy, which can be performed by authorized service centers.
Services:
We offer comprehensive maintenance services including routine inspections, recalibration, and sensor replacement to ensure your detector operates within specified parameters. Preventive maintenance plans are available to minimize downtime and extend the life of your equipment.
Additionally, training sessions are provided to help users understand device operation, safety protocols, and best practices for radiation detection. Custom integration support is also available for specialized applications requiring tailored solutions.
Packing and Shipping:
Our Nuclear Radiation Detector is carefully packaged to ensure maximum protection during transit. The device is enclosed in a custom-molded foam insert within a sturdy, double-walled cardboard box to prevent any damage from shocks or drops.
Each unit is sealed in an anti-static bag to protect sensitive electronic components from static electricity. Additionally, silica gel packets are included to control moisture and prevent corrosion.
For shipping, we use reliable carriers with tracking and insurance options to guarantee safe and timely delivery. Fragile handling instructions are clearly marked on each package to alert handlers of the sensitive nature of the contents.
We also provide detailed user manuals and calibration certificates inside the package to ensure proper setup and operation upon receipt.
International shipments comply with all relevant regulations for transporting radiation detection equipment, ensuring smooth customs clearance and adherence to safety standards.
FAQ:
Q1: What is the brand and model number of the Nuclear Radiation Detector?
A1: The Nuclear Radiation Detector is branded JOVI, and the model number is JVVMED-015.
Q2: Where is the Nuclear Radiation Detector manufactured?
A2: The Nuclear Radiation Detector is made in China.
Q3: Does the Nuclear Radiation Detector have any certifications?
A3: Yes, the Nuclear Radiation Detector is certified with ISO9001.
Q4: What is the minimum order quantity for the JOVI Nuclear Radiation Detector?
A4: The minimum order quantity is 1 piece.

