SAMSON offers a sophisticated range of sensors, meters, and devices designed for precision and efficiency in various applications. Their products are engineered for accuracy and reliability, ensuring optimal performance. With a focus on innovative technology, SAMSON's solutions cater to a wide array of needs, providing users with effective control and monitoring capabilities.

Key features and benefits of SAMSON Sensors, Meters, & Other Devices

Key Features

SAMSON's products are developed with a high degree of precision, ensuring accurate measurements and control across a range of applications.

Key Features

Designed for durability and consistent performance, these devices offer dependable operation under various conditions.

Key Features

Incorporating the latest advancements, SAMSON's sensors, meters, and devices offer enhanced functionality and user-friendly interfaces for efficient monitoring and control.

The Type 5201 to Type 5261 temperature sensors are engineered for use in heating, ventilation, and air-conditioning systems, featuring versions with NTC (Negative Temperature Coefficient) resistors. These sensors are ideal for accurately measuring temperatures within such environments, providing reliable data for efficient system management.

Sensor Type:	With Pt 100 Resistors
Measuring Range:	–35 to 200 °C, –20 to 50 °C, –20 to 150 °C, –60 to 400 °C
Permissible Ambient Temperature:	–35 to 85°C
Options:	Screw-in, Duct, Outdoor or Room Sensor

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The Media 5 Type is a transmitter designed for measuring differential pressure and variables derived from it, suitable for gases, liquids, or vapours. It offers measuring ranges from 0 to 0.5 and 0 to 53 psi, with static pressures up to 725 psi. Optional features include a limit switch with three inductive alarm contacts. Its applications cover liquid level measurement in pressure tanks, differential pressure across pipes, and flow rate measurement. It's designed for both field and panel mounting, featuring overload protection and easy zero adjustment.

Measuring Range:	0 to 3600 mbar
Maximum Oxygen Pressure:	50 bar
DP Cell Materials:	Brass, Stainless Steel
Ambient Temperature:	–40 to 80°C
Options:	Alarm Contacts

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The TROVIS 6620 I/O Module, designed for use with the YTOVIS 6610 CPU Module, facilitates the recording and transmission of analog and digital signals from sensors to control valves. It offers 20 channels, including 10 universal inputs for analog or binary signals, and features for signal processing such as Pt 1000 inputs, binary inputs with LED status indicators, and outputs for both binary and analog signals.

Inputs & Outputs:	up to 20 Physical Channels
Power Supply:	24 V AC, 50 Hz
Permissible Ambient Temperature:	0 to 55 °C

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Temperature sensors are devices that detect and measure temperature changes within an environment, converting the data into readable values. They work by using materials that change in some way when they are heated or cooled. Common types include thermocouples, resistance temperature detectors (RTDs), and thermistors.

Differential pressure sensors measure the difference in pressure between two points in a system. This is crucial for applications like HVAC systems, filter monitoring, and fluid mechanics, as it helps in maintaining efficiency, ensuring safety, and optimizing performance by detecting blockages, filter resistances, or leaks.

Flow meters measure the quantity of liquid, gas, or vapor passing through them. They operate by various principles, such as differential pressure, positive displacement, and electromagnetic induction. Common types include turbine, vortex, ultrasonic, and magnetic flow meters, each suited for specific applications based on accuracy, flow range, and fluid compatibility.

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By monitoring and controlling the temperature within buildings, temperature sensors can significantly enhance energy efficiency. They enable smart HVAC systems to adjust heating or cooling based on real-time data, reducing energy consumption while maintaining comfort levels.

Differential pressure flow meters offer several advantages, including simplicity, reliability, and versatility. They can measure flow rates of liquids, gases, and steam across a wide range of pressures and temperatures, making them suitable for various industrial applications.

When selecting a temperature sensor, consider factors like temperature range, accuracy, response time, environmental conditions (humidity, pressure), and compatibility with the medium being measured. These ensure that the chosen sensor meets application requirements effectively.

Yes, differential pressure sensors can detect leaks within systems by identifying unexpected pressure drops between two points. This capability is vital for maintaining system integrity, preventing downtime, and ensuring safety in pipelines, tanks, and HVAC systems.

Temperature changes can impact differential pressure measurements by affecting the density and viscosity of the fluid, as well as the sensor material properties. Accurate measurements often require temperature compensation to adjust for these effects and ensure precision.

Trends shaping the future of I/O modules include the integration of wireless technologies, increased data processing capabilities, and enhanced security features. These innovations support more flexible, scalable, and secure automation systems, catering to the growing demands of Industry 4.0 and smart manufacturing.

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SAMSON Sensors, Meters, & Other Devices