
( Brand: Mks ), ( Manufacturer Part Number: D27B11TCEC0B0 ), ( Air Pressure Range: 10 Torr )
The MKS D27B11TCEC0B0 Baratron Dual Manometer is an exceptional instrument designed for precise pressure measurement, specifically in the range of 10 torr. This manometer is manufactured by MKS Instruments, a renowned name in the field of measurement and control technologies.
The dual manometer features two independent glass tubes, each equipped with a precision-made Bourdon tube gauge. The Bourdon tubes are made of high-quality stainless steel, ensuring durability and resistance to corrosion. The tubes are filled with a non-toxic, colorless, and odorless oil, which aids in the smooth and accurate movement of the pointer.
The manometer is calibrated in torr, making it ideal for applications requiring high-precision measurements in vacuum environments. The 10 torr range is marked clearly on the manometer, with the scale being highly legible, ensuring easy and accurate readings.
The MKS D27B11TCEC0B0 Baratron Dual Manometer is constructed with a high-quality, anodized aluminum body, making it lightweight yet robust. The manometer is also fitted with a secure base, ensuring it stays stable during use. The manometer is easy to read, even in less-than-ideal lighting conditions, thanks to its large, easy-to-read pointer and dial.
In conclusion, the MKS D27B11TCEC0B0 Baratron Dual Manometer is a versatile and reliable tool for pressure measurement. Its dual manometer design, high-quality construction, and precise calibration make it an excellent choice for a wide range of applications, particularly in vacuum environments.
Pros of buying MKS D27B11TCEC0B0 Baratron Dual Manometer 10 Torr:1. High Accuracy: The MKS D27B11TCEC0B0 Baratron Dual Manometer is known for its high accuracy, making it ideal for use in scientific research and laboratory environments.
2. Durable Construction: This manometer features a robust stainless steel construction that ensures longevity and resistance to corrosion.
3. Wide Range: With a range of 0-10 Torr, the MKS D27B11TCEC0B0 Baratron Dual Manometer is suitable for various applications requiring low pressures.
4. Easy to Read: The large, easy-to-read dial makes it simple to monitor and record pressure readings.
Cons of buying MKS D27B11TCEC0B0 Baratron Dual Manometer 10 Torr:1. Cost: Compared to other manometers, the MKS D27B11TCEC0B0 Baratron Dual Manometer is relatively expensive due to its high-quality components and accuracy.
2. Requires Calibration: To maintain its accuracy, this manometer requires regular calibration, which can be time-consuming and may require specialized equipment.
3. Limited Range: While suitable for low pressures, the 0-10 Torr range may be limiting for some applications that require a wider range of pressure measurements.
Recommendation:The MKS D27B11TCEC0B0 Baratron Dual Manometer 10 Torr is an excellent choice for those requiring high-accuracy pressure measurements in laboratory or research settings. Its robust construction, wide range, and easy-to-read dial make it an ideal tool for monitoring and recording low pressures. However, potential buyers should be aware of its cost and the need for regular calibration. If the cost and maintenance are not a concern, this manometer is a great investment for those seeking precision and reliability in their pressure measurements.
Measurement Type Absolute. Its 200 C operating temperature permits use in the most demanding vacuum processes semiconductor manufacturing such as metal etching and nitrite film chemical vapor deposition CVD. Relay Mode Energizes below set point. The D27B Baratron Dual Range Manometer features 10 Torr Full Scale pressure measurement, is heated to 200 C, and has a female 8 VCR type fitting.
Exposed Materials Incline or Uncool nickel alloys. Technical Specs: Type Vacuum/pressure Transducer. This listing is for a used MKS D27B Baratron Dual Range Manometer. Its new packaging reduces the amount of installation space needed by at least 40%, making it even easier to design into systems or retrofit existing equipment.
The pressure trip relays may be adjusted by the user independently at atmospheric pressure, eliminating need for vacuum pumps during set point adjustment. It operates at very high internal temperatures, minimizes the deposition of process byproducts within sensor and nearly eliminating output drift caused by contamination.