Products
Accuracy: 0.1% (optional 0.05%)
Long-term stability: Full-scale drift < 0.15% per 10 years
Provides measurement of very small pressure ranges and negative pressures, with a measurement range as low as 0 to 50 Pa.
Pipeline clamping and front-diaphragm pressure measurement.
Special wind-pressure-resistant structural design that effectively mitigates the impact of ambient pressure fluctuations, making it suitable for reliable negative-pressure measurement in pyrolysis furnaces, heating furnaces, and incinerators.
Safety certifications: Intrinsically safe, explosion-proof, ATEX, FM, etc.
Supports multiple communication protocols, including HART/4–20 mA, PROFIBUS-PA, FOUNDATION Fieldbus, and MODBUS.
265DS Differential Pressure Transmitter
Accuracy: 0.1% (optional 0.05%)
Long-term stability: Full-scale drift < 0.15% per 10 years
Minimum adjustable range for differential pressure transmitters: 0–50 Pa
High-static-pressure transmitters (up to 42 MPa) are used in supercritical applications, gas-fired power plants, oil pipelines, and oil-and-gas production facilities.
High-vacuum gauges (with minimum static pressure down to 70 Pa, ABS material) are used in vacuum fractionation towers or evaporators.
Micro-differential pressure transmitters have a minimum adjustable range of 0–25 Pa.
Safety certifications: Intrinsically safe, explosion-proof, ATEX, FM, etc.
Supports multiple communication protocols, including HART/4–20 mA, PROFIBUS-PA, FOUNDATION Fieldbus, and MODBUS.
265AS Micro-Pressure Transmitter
Accuracy: 0.1% (optional 0.05%)
Long-term stability: Full-scale drift < 0.15% per 10 years
Suitable for measuring ultra-low absolute pressures (with a minimum span range of 0–50 Pa ABS that can be set)
Patented design for absolute pressure measurement applications, featuring VC vacuum cartridge connection and high-vacuum ball valves
Safety certifications: Intrinsically safe, explosion-proof, ATEX, FM, etc.
Supports multiple communication protocols, including HART/4–20 mA, PROFIBUS-PA, FOUNDATION, and MODBUS
S265BN High-Temperature Melt Pressure Transmitter (Flanged)
High accuracy: ±0.1%; maximum turndown ratio: 40:1 (flanged type)
Standard HART protocol, integrated LCD display, and optional certifications including explosion-proof and intrinsically safe
Maximum operating temperature: 400°C; maximum pressure rating: 90 MPa
Optional integrated pressure and temperature sensor
Various thread types, flange sizes, and fill fluids available; matching mounting bases can be provided
S265BN High-Temperature Melt Pressure Transmitter (Threaded Type)
High accuracy: ±0.1%; maximum turndown ratio: 40:1 (flanged type)
Standard HART protocol, integrated LCD display, and optional certifications including explosion-proof and intrinsically safe
Maximum operating temperature: 400°C; maximum pressure rating: 90 MPa
Optional integrated pressure and temperature sensor
Various thread types, flange sizes, and fill fluids available; matching mounting bases can be provided
S265 Remote-Sealed Design (Pressure – Single Flange)
Fully welded construction with a specialized high-temperature, vacuum-resistant design, along with proprietary filling and high-temperature degassing processes.
Ensures accurate liquid level and pressure measurement under high-temperature, high-vacuum conditions, with a maximum operating temperature of 400°C and a vacuum rating of 70 Pa at 230°C.
Available with flat or convex faces and various custom flange configurations, suitable for measuring liquid levels in pressurized pipelines, open vessels, and closed tanks.
Membrane options tailored to handle corrosive and sticky media; for example, Monel diaphragms are ideal for nuclear reprocessing applications.
Graduated silicone oil filling provides a maximum temperature rating of up to 650°C (for pressure measurement in solar thermal molten salt systems).
Hygienic, sterile process connections and filling fluids are used in the food, brewing, and pharmaceutical industries.
Electronic remote transmission and single-flange differential pressure transmitters with negative-pressure-side venting significantly reduce the impact of ambient temperature and capillary length on measurement accuracy.
S265 Remote-Sealed Design (Differential Pressure – Single Flange)
Fully welded construction with a specialized high-temperature, vacuum-resistant design, along with proprietary filling and high-temperature degassing processes.
Ensures accurate liquid level and pressure measurement under high-temperature, high-vacuum conditions, with a maximum operating temperature of 400°C and a vacuum rating of 70 Pa at 230°C.
Available with flat or convex faces and various custom flange configurations, suitable for measuring liquid levels in pressurized pipelines, open vessels, and closed tanks.
Membrane options tailored to handle corrosive and sticky media; for example, Monel diaphragms are ideal for nuclear reprocessing applications.
Graduated silicone oil filling provides a maximum temperature rating of up to 650°C (for pressure measurement in solar thermal molten salt systems).
Hygienic, sterile process connections and filling fluids are used in the food, brewing, and pharmaceutical industries.
Electronic remote transmission and single-flange differential pressure transmitters with negative-pressure-side venting significantly reduce the impact of ambient temperature and capillary length on measurement accuracy.
S265 Remote-Sealed Design (Dual-Flange Level Gauge)
Fully welded construction with a specialized high-temperature, vacuum-resistant design, along with proprietary filling and high-temperature degassing processes.
Ensures accurate liquid level and pressure measurement under high-temperature, high-vacuum conditions, with a maximum operating temperature of 400°C and a vacuum rating of 70 Pa at 230°C.
Available with flat or convex faces and various custom flange configurations, suitable for measuring liquid levels in pressurized pipelines, open vessels, and closed tanks.
Membrane options tailored to handle corrosive and sticky media; for example, Monel diaphragms are ideal for nuclear reprocessing applications.
Graduated silicone oil filling provides a maximum temperature rating of up to 650°C (for pressure measurement in solar thermal molten salt systems).
Hygienic, sterile process connections and filling fluids are used in the food, brewing, and pharmaceutical industries.
Electronic remote transmission and single-flange differential pressure transmitters with negative-pressure-side venting significantly reduce the impact of ambient temperature and capillary length on measurement accuracy.
S265 Remote-Sealed Design (Single Flange with Negative-Pressure Side Purging)
Fully welded construction with a specialized high-temperature, vacuum-resistant design, along with proprietary filling and high-temperature degassing processes.
Ensures accurate liquid level and pressure measurement under high-temperature, high-vacuum conditions, with a maximum operating temperature of 400°C and a vacuum rating of 70 Pa at 230°C.
Available with flat or convex faces and various custom flange configurations, suitable for measuring liquid levels in pressurized pipelines, open vessels, and closed tanks.
Membrane options tailored to handle corrosive and sticky media; for example, Monel diaphragms are ideal for nuclear reprocessing applications.
Graduated silicone oil filling provides a maximum temperature rating of up to 650°C (for pressure measurement in solar thermal molten salt systems).
Hygienic, sterile process connections and filling fluids are used in the food, brewing, and pharmaceutical industries.
Electronic remote transmission and single-flange differential pressure transmitters with negative-pressure-side venting significantly reduce the impact of ambient temperature and capillary length on measurement accuracy.
Contact Us
Email:market@fl-automation.com
Website:www.fl-automation.com
Address: Building 2, No. 1698 Minyi Road, Xinqiao Town, Songjiang District, Shanghai