Response Time Below 16 Seconds Nuclear Radiation Detector Beta Rays Measurement With Rechargeable Lithium Ion Battery Designed For Nuclear Facility

Brand Name JOVI
Model Number JVVMED-015
Minimum Order Quantity 1 Pc
Packaging Details Wooden Case
Delivery Time Within 45 Working Days
Payment Terms T/T In Advance
Product Details
Material High-impact ABS Plastic Rays Type α +β / α / β
Battery Life Approximately 100 Hours Powersupply Rechargeable Lithium-ion Battery
Instrument Background α ≤ 0.1 Cps; β ≤ 15 Cps Current 3A
Measuring Rays The α, β, γ And The Χ -ray Detector Material Si-PM
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Product Description

Product Description:

The Nuclear Radiation Detector is a highly advanced and reliable device designed for precise detection and monitoring of nuclear radiation. Engineered with cutting-edge technology, this detector is capable of identifying and measuring alpha (α) and beta (β) rays, making it an essential instrument for continuous environmental monitoring of radioactive contamination. Whether you are conducting research, ensuring safety in industrial applications, or monitoring environmental radiation levels, this product offers unparalleled performance and accuracy.

One of the standout features of this Nuclear Radiation Detector is its broad imaging energy range, which spans from 50 to 1500 KeV. This extensive range allows the device to effectively detect a wide spectrum of radiation energies, providing comprehensive coverage for various radioactive sources. The ability to measure energy within this range ensures that users can accurately identify and quantify different types of nuclear radiation, making it versatile for numerous applications.

The detector supports multiple ray type configurations, including α + β, α only, or β only detection modes. This flexibility allows users to customize the device according to their specific monitoring requirements. Whether the focus is on alpha rays, beta rays, or a combination of both, the Nuclear Radiation Detector delivers precise and dependable readings. This adaptability is especially valuable in environments where different types of radiation may be present, ensuring that all relevant radioactive particles are accounted for.

Equipped with a high-performance Si-PM (Silicon Photomultiplier) detector material, the device boasts exceptional sensitivity and detection efficiency. The Si-PM technology enhances the detector’s ability to capture and convert radiation signals into accurate data, resulting in improved reliability and faster response times. This material choice is critical for achieving high-resolution imaging and ensuring the detector’s long-term durability and stability under various operating conditions.

Powerful yet efficient, the Nuclear Radiation Detector operates at 600W, providing sufficient energy to maintain optimal performance during continuous monitoring sessions. Despite its robust power consumption, the device is designed to function reliably without overheating, ensuring consistent operation in demanding environments. This makes it suitable for both indoor and outdoor applications where continuous radiation monitoring is essential.

Another key advantage of this detector is its rapid response time of less than 16 seconds. This swift detection capability allows for near real-time monitoring of radioactive contamination, enabling quick decision-making and timely interventions when elevated radiation levels are detected. The fast response supports proactive safety measures and minimizes the risk of prolonged exposure to harmful radiation.

The Nuclear Radiation Detector supports multiple measurement units including counts per second (cps), counts per minute (cpm), Becquerel (Bq), and Becquerel per square centimeter (Bq/cm²). This versatility in data representation ensures that users can interpret the radiation levels in the format most suitable for their specific needs and regulatory requirements. The support for both cps and cpm allows for flexibility in monitoring speed and detail, while Bq and Bq/cm² provide standardized units for regulatory compliance and scientific analysis.

Designed for continuous monitoring, the device excels in tracking alpha and beta rays over extended periods, which is crucial for assessing ongoing environmental radioactive contamination. Its ability to provide consistent and accurate readings makes it an invaluable tool for environmental agencies, nuclear facilities, research institutions, and safety inspectors. By continuously measuring radiation levels, the detector helps in early detection of contamination, preventing potential hazards and protecting public health.

In summary, the Nuclear Radiation Detector is a state-of-the-art instrument that combines a wide energy range, flexible ray type detection, high-performance Si-PM technology, and rapid response time to deliver precise and reliable nuclear radiation monitoring. Its support for multiple measurement units and continuous monitoring capabilities makes it an indispensable solution for managing and mitigating radioactive contamination in various settings. Whether for environmental safety, industrial applications, or scientific research, this detector provides the accuracy and dependability needed to maintain a safe and secure environment.


Features:

  • Product Name: Nuclear Radiation Detector
  • Imaging Energy Range: 50–1500 KeV
  • Material: High-impact ABS Plastic
  • Charging Time: Less than 6 hours
  • Power: 600W
  • Neutron Sensitivity: Greater Than 1.4 CPS/μSv/h
  • Large size touch screen for easy operation and clear display
  • Designed to detect environmentally radioactive contamination effectively
  • Continuous monitoring of Alpha and beta rays for enhanced safety

Technical Parameters:

Instrument Background α ≤ 0.1 Cps; β ≤ 15 Cps (Supports cps, cpm, Bq or Bq/c m².)
Imaging Energy Range 50–1500 KeV
Current 3A
Power Supply Rechargeable Lithium-ion Battery
Measuring Rays The α, β, γ and the X-ray (Alpha and beta rays Continuous monitoring)
Power 600W
Rays Type α + β / α / β
Response Time <16s
Origin of Country China
Detector Material Si-PM (ZnS Coated Plastic Scintillator Detector)

Applications:

The JOVI Nuclear Radiation Detector, model JVVMED-015, is a highly reliable and versatile device designed to meet the rigorous demands of radiation monitoring in various professional and industrial environments. Originating from China, this state-of-the-art detector supports multiple measurement units including cps, cpm, Bq, and Bq/cm², making it an essential tool for accurate and comprehensive radiation assessment. Its large size touch screen ensures ease of use and clear visibility of data, facilitating efficient operation even in challenging conditions.

This surface contamination meter is ideal for use in nuclear power plants, medical facilities, research laboratories, environmental monitoring agencies, and industrial sites where radiation safety is paramount. With a rapid response time of less than 16 seconds and a current of 3A, the JVVMED-015 provides timely detection and alerts, enabling prompt action to mitigate radiation risks. The detector material, Si-PM, enhances sensitivity and precision, ensuring reliable readings across a wide range of radiation levels.

Thanks to its rechargeable lithium-ion battery, the detector offers approximately 100 hours of continuous operation, making it suitable for extended fieldwork without frequent recharging. The compact design, combined with robust packaging in a wooden case, ensures safe transport and durability in harsh environments. Whether performing routine inspections, emergency response, or regulatory compliance checks, the JOVI JVVMED-015 stands out as a dependable surface contamination meter that professionals can trust.

The product is available for order with a minimum quantity of just 1 piece, and delivery is guaranteed within 45 working days upon payment via T/T in advance. This makes it accessible for organizations of all sizes seeking to enhance their radiation detection capabilities. Overall, the JOVI Nuclear Radiation Detector JVVMED-015 is a critical asset for safeguarding health and safety by providing accurate, fast, and user-friendly radiation measurements in a variety of application occasions and scenarios.


Customization:

JOVI offers customized Product Customization Services for the Nuclear Radiation Detector, model JVVMED-015, designed to meet your specific requirements. Our detector features advanced alpha and beta ray data acquisition capabilities using a high-quality ZnS Coated Plastic Scintillator Detector, ensuring precise and reliable measurements.

The instrument background values are optimized with α ≤ 0.1 Cps and β ≤ 15 Cps, providing exceptionally low noise levels. The test range is ≥5Ci, allowing for accurate detection of nuclear radiation within a broad spectrum.

Our customization options include continuously adjustable measurement settings within the specified range to tailor the device to your operational needs. The detector operates at a current of 3A and delivers a rapid response time of less than 16 seconds.

Each unit is carefully packaged in a durable wooden case to ensure safe delivery. The minimum order quantity is 1 Pc, with a delivery time of within 45 working days. Payment terms are T/T in advance.

Manufactured in China, the JVVMED-015 combines quality craftsmanship with cutting-edge technology to provide a reliable solution for nuclear radiation detection tailored to your application.


Support and Services:

Our Nuclear Radiation Detector product is backed by comprehensive technical support and services to ensure optimal performance and reliability. We offer expert guidance on installation, calibration, and maintenance to help you achieve accurate radiation detection results.

Our technical support team is available to assist with troubleshooting, software updates, and configuration to meet your specific application needs. We also provide detailed user manuals and training materials to help you understand the full capabilities of your detector.

For ongoing service, we offer calibration services to maintain detector accuracy and compliance with industry standards. Repair services are available to address any hardware issues promptly, minimizing downtime.

We are committed to supporting your nuclear radiation detection needs with timely and professional service, ensuring the safety and efficiency of your operations.


Packing and Shipping:

Product Packaging:

The Nuclear Radiation Detector is securely packaged in a durable, impact-resistant box designed to protect the device from shocks and vibrations during transit. Inside the box, the detector is cushioned with foam inserts to prevent movement and damage. The package includes the main detector unit, a user manual, calibration certificate, charging cable, and a protective carrying case. All materials used for packaging are compliant with environmental standards and ensure safe handling.

Shipping:

We ship the Nuclear Radiation Detector using reliable carriers with tracking and insurance options available. The product is carefully inspected and tested before dispatch to guarantee full functionality upon delivery. Shipping times vary depending on the destination, with expedited options available for urgent needs. International shipments comply with all relevant safety and customs regulations to ensure smooth delivery.


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: What is the minimum order quantity for the JOVI Nuclear Radiation Detector?

A3: The minimum order quantity is 1 piece.

Q4: How is the Nuclear Radiation Detector packaged for shipment?

A4: The detector is securely packaged in a wooden case to ensure safe delivery.

Q5: What is the delivery time after placing an order for the JVVMED-015?

A5: The delivery time is within 45 working days after order confirmation.

Q6: What payment terms are accepted for purchasing the JOVI Nuclear Radiation Detector?

A6: Payment is accepted via T/T (Telegraphic Transfer) in advance.