SAMSON Self Operator Regulators

SAMSON's Self-Operated Regulators are designed for precise control in various applications. They utilise advanced technology to ensure stable pressure and flow, offering reliable performance. These regulators are suitable for a wide range of industries, providing efficient solutions for controlling media in pipes. Their user-friendly design allows for easy installation and maintenance, making them a practical choice for professionals seeking dependable control mechanisms. Browse our extensive range of pressure, temperature, & flow regulators.

Key Features

Key features and benefits of SAMSON Self Operator Regulators

Key Features

A key feature of temperature regulators is their ability to automatically adjust the flow of the heat transfer medium to maintain a desired temperature. This ensures optimal thermal conditions are met without manual intervention, crucial for processes where precise temperature control is essential.

Key Features

The primary feature of pressure regulators is their ability to provide consistent output pressure despite fluctuations in the input pressure. This stability is critical in protecting equipment and ensuring safe, efficient operation across a wide range of pressures and applications.

Key Features

Flow regulators excel at maintaining a constant flow rate, regardless of pressure variations in the system. This precision is indispensable in applications requiring exact flow rates, such as in medical devices, chemical dosing, and water treatment processes, ensuring accurate performance and consistency.

Pressure Regulators

Samson pressure regulators are celebrated for their outstanding quality, dependability, and accuracy in managing fluid and gas pressures in numerous industrial settings. With a heritage of engineering brilliance that stretches back for decades, Samson has become a reliable source of state-of-the-art pressure regulation solutions. By harnessing advanced technology and pioneering designs, Samson pressure regulators deliver unparalleled performance in sustaining exact pressure levels, guaranteeing the safe and effective functioning of industrial operations. Whether it involves regulating steam, gas, or liquid pressures, Samson regulators ensure steady and precise management, fulfilling the strict demands of various sectors.

Size Range: 1/2" to 12"
ANSI Class: 125 to 300
Set Point Range: 0.075 to 400psi (0.005 to 28bar)
Temperature Range: -20 to 350*C
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Temperature Regulators

SAMSON temperature controllers are engineered for accurate temperature management across a range of applications. These controllers effortlessly regulate the medium's flow to sustain the set temperature, promoting efficient functionality and energy conservation. Ideal for both industrial and commercial environments, they offer dependable operation and are straightforward to set up and service.

Size Range: 1/2" to 10"
ANSI Class: 125 to 300
Set Point Range: 15 to 480°F (-10 to 250°C)
Temperature Range: Upto 660°F (350°C)
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Flow & Differential Pressure Regulators

SAMSON's Flow and Differential Pressure Regulators are engineered for accuracy and dependability, delivering superior management of fluid dynamics across a range of industrial settings. These regulators maintain consistent flow rates and pressure differences, boosting system effectiveness and performance. Their sophisticated design facilitates effortless incorporation into intricate operations, offering a solution that is both efficient and simple to handle, ensuring optimal control for users.

Size Range: 1/2" to 10"
ANSI Class: 125 to 300
Set Point Range: 0.75 to 145psi (0.05 to 10bar)
Temperature Range: to 660°F (to 350°C)
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Want to Learn More?

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Frequently Asked Questions

A temperature regulator is a device that automatically maintains a desired temperature within a system by controlling the flow of a heat-carrying medium such as air, water, or steam. It works by sensing the temperature of a system and adjusting the flow rate of the heating or cooling medium to maintain the set temperature.

Yes, temperature regulators are versatile and can be used for both heating and cooling applications. They are designed to control the flow of the medium based on the temperature requirements of the process, ensuring optimal temperature control in various settings.

Temperature regulators offer several benefits, including improved energy efficiency, enhanced system performance, reduced wear and tear on equipment, and consistent product quality. They automate the temperature control process, minimizing the need for manual intervention and reducing the risk of temperature-related issues.

A pressure regulator's primary purpose is to maintain a constant output pressure in a system, regardless of variations in the input pressure or flow rate. It ensures stable operation and protects equipment from damage caused by excessive pressure.

Selecting the right pressure regulator involves considering factors such as the medium (gas or liquid), operating pressures, flow rates, connection sizes, and material compatibility. Understanding the specific requirements of your application is crucial to choosing an appropriate pressure regulator.

Yes, pressure regulators are often necessary in residential applications to prevent high incoming water pressure from damaging plumbing fixtures, causing leaks, or leading to excessive water usage. They help maintain a consistent and safe water pressure in the home.

While a pressure regulator maintains a constant pressure in a system, a flow regulator's primary function is to control the flow rate of a fluid or gas, regardless of pressure variations. Flow regulators ensure a steady flow rate, which is critical in applications where precise flow control is necessary.

Yes, many flow regulators allow for manual adjustment, enabling users to set the desired flow rate according to their specific needs. Some models also offer automatic adjustment capabilities, depending on the system's requirements.

Flow regulators are essential in applications requiring precise flow control, such as in medical devices, chemical processing, and water treatment systems. They ensure accurate dosing, consistent product quality, and efficient system operation.

When installing valve regulators, consider factors such as the regulator type (temperature, pressure, flow), compatibility with the medium, operating conditions, installation environment, and maintenance requirements. Proper installation is key to ensuring optimal performance and longevity.

The maintenance and replacement schedule for valve regulators depends on the operating conditions, frequency of use, and manufacturer recommendations. Regular inspections and maintenance are crucial for preventing performance issues and extending the life of the device.

Environmental conditions such as ambient temperature, humidity, and exposure to chemicals can impact the performance of Valve Temperature Regulators. Extreme temperatures can affect the sensitivity and accuracy of the thermal actuator, while corrosive environments may degrade materials. It's crucial to select a regulator designed for the specific environmental conditions it will face, considering factors like material compatibility and protective enclosures.


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SAMSON Self Operator Regulators