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11. 5. 2023
Thermal Camera Fever Screening Measurement Procedure
6. 2. 2024SAFETIS EV: Fire Safety Thermal Imaging Sensor, is the latest addition to our series of security cameras. As an advanced thermal imaging sensor, this product is designed to meet the highest requirements for heat detection and real-time monitoring. Its unique ability to detect and analyze temperature changes through 19,200 active temperature sensors allows users to reliably identify and respond to potential risks, such as hidden fire sources or unusual temperature patterns.
SAFETIS EV is ideal for a wide range of applications, including industrial monitoring, security surveillance, and scientific research.
With its ability to scan up to 9 times per second, SAFETIS EV ensures continuous and accurate environmental monitoring, thus preventing potential disasters and enhancing overall safety. Utilizing such scanning frequency is crucial for a quick response to rapidly changing conditions in various environments. Additionally, it offers flexible connectivity options, including support for the Modbus RTU protocol via RS485 and Ethernet, allowing easy integration into existing systems and extended remote access and control capabilities.
Detection Capabilities
SAFETIS EV is equipped with revolutionary technology that allows it to capture temperature changes with unbeatable accuracy and resolution. Thanks to its 19,200 active temperature sensors, it provides extensive and detailed environmental monitoring, increasing the ability for rapid fire detection. This dense network of sensors enables the device to effectively identify and respond to security risks, enhancing overall protection and safety in the monitored area. The enhanced detection capability of SAFETIS EV is the foundation for creating a highly efficient security system capable of immediately warning of potential threats, which is key for disaster prevention and life protection.
Smart Evaluation
SAFETIS EV je vybaven vestavěným systémem chytrého vyhodnocení, což znamená, že jeho operační systém je samostatný a nepotřebuje pro funkci připojení k žádnému dalšímu počítači nebo hardwaru.SAFETIS EV is equipped with a built-in smart evaluation system, meaning its operating system is standalone and does not require connection to any additional computer or hardware for function. This feature allows the device to function efficiently and independently, simplifying installation and reducing the need for additional equipment. Thanks to this integrated system, SAFETIS EV is capable of quickly and accurately analyzing data without unnecessary delays, ensuring that any temperature anomalies are detected and processed with maximum efficiency. This standalone operating system means that SAFETIS EV can function as an autonomous unit, which is particularly useful in remote or difficult-to-access locations where it might be challenging to ensure constant supervision or connection to a central system.
DUAL DETECTION ALARM
SAFETIS EV has a two-level alarm system, allowing users to customize settings, including digital or relay outputs for each area of interest (ROI). This includes both warning and critical alarms.
This functionality ensures an effective response to temperature anomalies, thus increasing safety and response capabilities in the event of risks. With the ability to set different alarm levels for different areas, SAFETIS EV provides a comprehensive and flexible solution for various security needs. For example, in industrial environments, a higher level of alarm can be set for areas with higher risk, while a lower level of alarm can be set in less risky areas. This dual alarm setting allows users to more effectively manage their security systems and ensure that any potential threats are quickly and accurately identified.
CONTROL PROTOCOL
SAFETIS EV communicates with other devices using the standard Modbus RTU protocol, either via RS485 cable interface or Ethernet network. Although a special service software for setting up SAFETIS EV is included in the package, customers can use any other compatible software thanks to the universality of the Modbus RTU protocol. This ability to communicate with other systems via RS485 or Ethernet interfaces gives SAFETIS EV the advantage of flexible integration into a wide range of applications. Modbus RTU provides a stable and reliable way of data transmission, meaning that temperature information and alerts are transmitted quickly and securely. This ability to communicate with various control systems and devices makes SAFETIS EV a highly adaptable solution that can be easily tailored to the specific needs of each user. This makes SAFETIS EV not only highly efficient but also easily integrable into various systems without the need for extensive modifications or special equipment.
Automatic Scanning
The real-time automatic scanning feature allows SAFETIS EV to continuously monitor and analyze the environment, performing up to 9 scans per second. This high scanning speed ensures high accuracy and immediate response to any changes in the monitored area. Thanks to this technology, SAFETIS EV is capable of capturing even the smallest temperature changes, which is key for effective prevention and risk detection. In practice, this means that SAFETIS EV can quickly identify potential fire sources or other dangerous temperature anomalies, allowing immediate deployment of safety measures. This ability for continuous and precise monitoring is particularly important in environments where the risk of fire is high, such as industrial factories, warehouses, or research laboratories
Innovative Detection Capabilities of SAFETIS EV
SAFETIS EV represents a revolutionary step in the world of thermal imaging sensors, offering an unprecedented level of detection capabilities for various applications. The core of this system is 19,200 active temperature sensors, which enable quick and accurate detection of temperature changes in real time. This technology offers exceptional sensitivity and resolution, which is key for quick identification and response to potential risks or unusual temperature fluctuations. SAFETIS EV provides an unparalleled level of protection, which is invaluable in situations where quick detection is required, such as in industrial facilities, warehouses, or security applications. Thanks to the ability to scan up to nine times per second, SAFETIS EV can monitor the environment with high frequency, ensuring immediate response to any changes.
Effective Monitoring
To achieve the best results with SAFETIS EV, it is necessary to carefully consider the placement of the camera. It is important that the camera is positioned to effectively monitor the desired area without losing detail. This means that it is not advisable to try to cover the largest possible area of the warehouse, as this would lead to a reduction in detail and detection efficiency. The optimal placement of the camera can be determined using our FOV (Field of View) calculator, which allows customers to visualize how large an area the camera will cover, taking into account a mrad of 6.2, meaning that the size of one pixel on the measured surface is 6.2 mm per meter. When choosing a location for installation, it is also important to consider the mounting method. SAFETIS EV is designed with easy installation in mind, thanks to its compact dimensions and low weight of under 300 grams. This allows it to be installed on various types of walls and ceilings without the need for special equipment or complicated installation work.
As for the SAFETIS EV software, it focuses on basic but effective functions of the thermal imaging sensor. It allows users to set parameters such as warning and critical temperature levels, and then the sensor continuously monitors these values. Although the software may not offer complex features for long-term monitoring of temperature trends and generating detailed reports, its main strength is simplicity and reliability in detecting temperature changes, which is key for identifying and preventing potential risks.
COMPATIBILITY AND INTERCONNECTION
The interconnection and communication of SAFETIS EV with other systems is a key aspect of its functionality and efficiency. This thermal imaging sensor uses the Modbus RTU protocol, which is available via RS485 and Ethernet. Modbus RTU can be likened to a common language, such as English, in that it is a standard communication protocol understood and used by various devices. This protocol allows SAFETIS EV to effectively communicate with various control systems and devices, much like when two people speak the same language and understand each other. RS485 and Ethernet in this example represent different ways these “two people” can communicate – either “by phone” (RS485) or “in person” (Ethernet). This analogy helps to understand that SAFETIS EV can communicate in different ways, depending on what is most suitable for a given application.
As for the software, SAFETIS EV comes with a service software that allows users to set up and configure the sensor. However, this software is just one of the available options. Thanks to the standardized nature of the Modbus RTU protocol, customers have the option to use other compatible software for configuring and managing the sensor. This means they are not limited to only the software provided by the manufacturer, which increases the flexibility and adaptability of SAFETIS EV for various applications and user needs. This open approach to interconnection and configuration is key to the wide range of practical uses of the sensor.
Durable Design
The durability of the SAFETIS EV camera is one of the key aspects that make it suitable for a wide range of applications, especially in demanding industrial and outdoor environments. The camera is designed to withstand extreme conditions, which is essential for reliable and long-term operation.
The robust construction of the camera is key to its resistance to mechanical damage, such as impacts, vibrations, or falls. SAFETIS EV is equipped with a solid and durable aluminum body that effectively protects the internal components. This material not only increases the durability of the device but also ensures its long-term durability and resistance to corrosion, which is important in environments with high humidity or aggressive chemicals.
Another important aspect of durability is the IP64 protection rating that the SAFETIS EV camera provides. This protection rating means that the device is protected against dust and splashing water from any direction. This feature is essential for use in industrial environments, where the device may be exposed to dusty environments or weather conditions. In addition to physical durability, SAFETIS EV is also designed to withstand a wide range of operating temperatures. This allows for its reliable use in various climatic conditions, from freezing temperatures to extreme heat. The ability to operate safely and efficiently in such a wide range of temperatures is key for applications where the sensor is exposed to diverse and sometimes unpredictable environments.
In combination, these features make SAFETIS EV an exceptionally durable solution for thermal monitoring. Whether installed in industrial halls, outdoors, or other demanding environments, SAFETIS EV is capable of withstanding physical and environmental challenges, ensuring reliable performance over a long period.
CONCLUSION
SAFETIS EV is an innovative solution in the field of security thermal sensors, combining advanced detection capabilities, flexible connectivity, and robust construction. Its ability to efficiently monitor and analyze the environment in real-time, along with high durability and adaptability, makes it an ideal choice for a wide range of applications. From industrial and research facilities to security applications, SAFETIS EV not only provides a high level of safety but also peace of mind that the monitored environment is protected by the latest technology. This combination of features makes SAFETIS EV not only technologically advanced but also highly reliable and user-friendly for detecting and monitoring temperature changes.
Explanation of Terms
- Thermal Sensor: An electronic device capable of detecting and measuring infrared radiation (heat) emitted by objects and converting it into a visible image.
- Detection Capabilities: The ability of a device to identify and record specific physical or chemical properties in its surroundings.
- Flexible Network Connectivity: The ability of a device to connect to various types of network infrastructures, such as Ethernet or RS485.
- Modbus RTU: A protocol for serial communication used to connect electronic devices, typically in industrial applications.
- RS485: A standard for serial communication that allows long distances and high data transfer speeds.
- Ethernet: A technology used for LAN (Local Area Network) networks, enabling data transfer between multiple devices.
- FOV (Field of View): The viewing area that can be seen through an optical device, such as a camera or telescope.
- IP64: The level of protection in electronic devices, indicating resistance to dust and splashing water.
- Thermal Anomalies: Unusual or unexpected patterns in temperature distribution that may indicate the presence of a problem or threat, such as a fire.
- Digital/Relay Outputs: Types of output signals from a device that can be used to trigger alarms or other actions.
- ROI (Region of Interest): A specific area monitored by a camera or sensor, focused on for detection or analysis.
- Mrad: A unit of measurement for angular resolution in optics, often used in connection with cameras and sensors.
- Climatic Conditions: Conditions related to climate or weather that can affect the functionality of a device.
- Corrosion: A chemical process in which materials, especially metals, are damaged and degraded due to reactions with the surrounding environment.
- Security Applications: The use of technologies and systems to protect people, property, and information within the security sector.