The Kanomax High Temperature Multi-Channel Anemomaster PRO and PRO PLUS – Models 1595/1596 are engineered to deliver superior air velocity and temperature measurements in environments reaching up to 500℃. These advanced models are designed to perform accurately in extreme conditions, using unique high-temperature wind tunnels for calibration and ensuring temperature compensation accuracy. With the capacity to handle up to 72 channels, they are ideal for large-scale facilities requiring precise airflow analysis.

Advanced Measurement Capabilities and Easy Installation

Both the Model 1595 and 1596 anemometers are capable of measuring air velocity up to 50.0 m/s and temperatures as high as 500℃. These units feature high portability and user-friendly interfaces, including touchscreen operations that simplify the setup and use in various industrial locations. The systems are built to support extensive configurations, making them versatile for different application needs, from furnaces and ovens to thermal test chambers.

Durable and Reliable System Configuration

These anemometer models are designed to be robust and reliable, with the ability to expand system configurations up to 72 channels. The main units can be paired with multiple hub units, allowing for flexible and expansive system setups. The integration of durable probes and cables ensures that the systems can withstand the demanding conditions of high-temperature environments.

Enhanced Data Management and Connectivity

The Kanomax Models 1595/1596 come equipped with PC software compatible with Windows 11, facilitating real-time monitoring and graph display of all channels. Measurement data is saved in text format for easy import to applications such as Excel. The units offer multiple communication interfaces, including USB and LAN, and provide analog outputs via the Analog Unit Model 1592-0G, making them ideal for data collection using data loggers.

Tailored for Harsh Industrial Applications

Specifically designed for harsh industrial applications, these anemometers are best suited for testing airflow in environments like furnaces, ovens, and thermal test chambers where standard devices cannot operate. The ability to mix ambient and high-temperature probes provides a wide measurement range, ensuring comprehensive monitoring across various industrial processes.

Reliable Tool for High-Temperature Monitoring

The Kanomax High Temperature Multi-Channel Anemomaster PRO and PRO PLUS are essential tools for industries that operate at high temperatures and require reliable and accurate airflow measurement. With their robust construction, advanced technology, and ease of use, these models offer a significant advantage in optimizing and controlling industrial environments.

Features and Benefits

• High Temperature Capability: Capable of measuring air velocity and temperature in environments up to 500°C.
• Multi-Channel Monitoring: Ability to build large systems with a maximum of 72 channels, making it suitable for extensive facilities.
• High Portability: Easily installable in various types of locations due to its compact and mobile design.
• Dual Output Options: Supports output of measurement data via both voltage and current outputs for versatile application.
• Touchscreen Operation: Features a user-friendly interface with a touchscreen that simplifies setup and operation.
• Precision and Accuracy: Utilizes a high-temperature wind tunnel for calibration, ensuring accurate temperature compensation.
• Versatile Installation: Its high portability and various interfaces allow for easy measurement across many points in large-scale facilities.
• Comprehensive Data Management: Comes with PC software compatible with Windows 11 for real-time monitoring and data logging, with easy data export to Excel.
• Robust System Expansion: Supports expansion to a maximum of 12 units of Analog Unit (Model 1592-0G), allowing up to 144 channels for complex configurations.
• Ideal for Harsh Environments: Best suited for testing air flow in furnaces, ovens, and thermal test chambers, where standard monitoring systems might fail.