Pakkens Manometre Alt Bağlantılı Gliserinli Ø50 mm 40 Bar 1/4''
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14,74 USD
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Stock Code
0501001110
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24 Month
Price
13,65 USD + VAT
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Glycerin Manometer with Bottom Connection: High Performance Pressure Measurement Device
ORFA Glycerin Manometer with Bottom Connection, offered by Endüstri Mamüller Sanayi ve Ticaret A.Ş ., is designed to provide reliable and accurate pressure measurement in industrial applications. While these manometers offer functionality in a wide pressure range, they also attract attention with their structures that are resistant to harsh conditions. The liquid filling feature extends the operating life of the device and minimizes the negative effects that may be caused by dynamic pressure forces and vibrations.
Product Features:
Vibration Resistance: These manometers offer reliable measurement performance, especially in vibrating environments.
Broad Compatibility: Works compatible with various liquids and gases that do not corrode copper alloys. Additionally, stainless AISI316L can be used for more corrosive environments.
Durable Material: Stainless steel body and pirinç mechanism guarantee the durability and long-lasting use of the device.
Precision Measurement: KL It has a sensitivity class of 2.5 and provides precise measurements not exceeding a maximum of 75% of the full scale value.
IP65 Protection: Providing high protection against dust and water ingress, it can be used safely even in harsh environmental conditions.
Technical Information:
Filling Liquid: Glycerin
Mounting Type: Bottom Mount
Body Diameter: mm
Pressure Range: Bar
Sensitivity Class : KL 2.
Process Connection: /4"
Fluid Temperature: Maximum +60°C
IP Protection Class: IP
Body Material: Stainless AISI-
Mechanism: Pirinç
Cover: Stainless AISI-
View Plate: Polycarbonate
Pressure Body: Copper Alloy
Dial: Aluminum
Joining Weld: Solder
Conformity: EN Conforms to 837-1 standard
Glycerin Manometer with Bottom Connection Working Principle:
The Bottom Connection Glycerin Manometer provides a reliable and precise method for pressure measurement. The working principle of this manometer is based on the deformation of an element called the Bourdon tube. During pressure measurement, the process fluid connected to the manometer enters the Bourdon tube and causes the tube to change shape.
Bourdon Tube and Deformation Principle: Bourdon tube is a hollow and elastic tube bent in a C shape inside the manometer. When this tube is filled with the pressure to be measured, internal pressure applies force to the surface of the tube, causing the tube to expand into a flatter shape. This deformation occurs in proportion to the increase in pressure.
Motion Mechanism and Pointer Movement: The deformation of the Bourdon tube activates a gear mechanism attached to the free end of the tube. This mechanism translates the deformation of the tube into a rotary motion and this motion is transmitted to the needle on the front face of the manometer. The needle shows the pressure values on the dial. In this way, the pressure value created by the fluid can be read on the dial.
Advantages of Glycerin Filled Structure: The glycerin filling inside the manometer plays an important role, especially in environments subject to vibration and impact effects. Glycerin surrounds the Bourdon tube and the movement mechanism, damping the movements of these parts and reducing the negative effects of vibrations. In this way, the life of the measuring device is extended and the needle movements become more stable and accurate. Additionally, the glycerin filling minimizes temporary reading errors that can be caused by sudden pressure changes.
Pressure Range and Accuracy: The Bottom Connection Glycerin Manometer is capable of operating over a wide pressure range. This manometer, which has an accuracy class of KL2.5, can make precise measurements not exceeding a maximum of 75% of the full scale value. This sensitivity ensures reliable results, especially in applications requiring precise measurement.
Uses:
Air Conditioners: Provides reliable measurement in compressed air systems.
Compressed Air Lines: Increases the safety of systems by accurately monitoring air pressure.
Healthcare Devices: Used in medical devices where precise pressure measurements are critical.
Hydraulic Systems: Ideal for monitoring the pressure of hydraulic fluids.
Heating Installations: Provides pressure control in heating systems.
Water Pumps and Circulation Systems: Provides a reliable solution to ensure that water circulates smoothly in pressurized lines.
With its robust structure, wide compatibility features and precise measurement capacity, this manometer offers the highest level of performance even in the harsh conditions of industrial environments.
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