The ABB 266HSH MSBA7/EY/LS/TB is a high-static, high-overload gauge pressure transmitter designed for precise and reliable measurement in demanding industrial applications. Part of ABB’s 266HSH series, this transmitter provides high accuracy, long-term stability, and robust construction, suitable for measuring liquids, gases, or steam under critical process conditions.

The ABB 266HSH PSBA7 EYLSS2TB is a high-overload gauge pressure transmitter designed for advanced industrial pressure measurement in liquid, gas, or steam applications. As part of ABB’s 266 series, this model provides exceptional accuracy, long-term stability, and high mechanical robustness, making it suitable for demanding and safety-critical process environments.

The ABB 266DSH is a differential-pressure transmitter (DP-Style) designed for industrial use. It offers high performance, long-term stability, and flexible configuration. The 266DSH features a replaceable electronics module (for easier maintenance), and supports modern digital communication (e.g. HART, FOUNDATION Fieldbus, PROFIBUS, depending on configuration). It also uses the “Through-The-Glass” (TTG) keypad/display concept — allowing configuration or calibration without opening the instrument cover, which is particularly beneficial in hazardous or explosion-proof environments. The transmitter includes built-in diagnostics, including impulse-line blockage detection, enhancing predictive maintenance of the system. It is engineered to meet safety-critical applications, with available SIL2 / SIL3 certification, making it suitable for industrial applications with strict reliability and safety requirements.

The ABB 266HSHMSBA1 is a high-performance differential pressure transmitter designed for demanding industrial applications requiring wide differential pressure ranges and exceptional overload resistance. As part of ABB’s 266 series, the 266HSH provides high static pressure capability, long-term stability, and advanced diagnostic functions.

The ABB 266HSH is a high-overload gauge pressure transmitter designed for demanding industrial applications involving liquids, gases, or steam. It features an extremely robust sensor capable of handling very high pressures while maintaining excellent accuracy and long-term stability. The 266HSH supports advanced diagnostics, a modular electronics design, and provides easy configuration through an LCD display with local keys or through remote communication.

The ABB 266HSHHSBB7EZLSTB is a high-static, high-overload differential pressure transmitter designed for precise and reliable measurement in severe industrial environments. As part of ABB’s 266HSH series, this transmitter is engineered for applications requiring wide differential pressure ranges and exceptional static pressure capability.

The ABB 2600T 266HRHHRRA7 is a high-performance gauge pressure transmitter designed for demanding industrial applications requiring precise measurement under extreme conditions. Part of ABB’s 2600T/266H series, this model is engineered for reliable operation in liquids, gases, or steam applications, offering high overload resistance, excellent long-term stability, and robust construction for harsh industrial environments.

The ABB 266DDH FSSA1B7/LS/TB is a differential pressure transmitter designed for accurate and reliable measurement in industrial processes. Part of ABB’s 266DDH series, this transmitter provides high precision, long-term stability, and robust construction, making it suitable for demanding applications in liquids, gases, and steam.

The ABB 266DSH BSHA1B2L1TB is a differential pressure transmitter designed for high-precision measurement in demanding industrial applications. As part of ABB’s 266DSH series, this transmitter combines robust construction, long-term stability, and advanced diagnostic capabilities for reliable operation in liquids, gases, or steam.

The ABB 266DSH BSHA1B2 V1L1B1TB is a differential pressure transmitter designed for precise and reliable measurement in demanding industrial environments. Part of ABB’s 266DSH series, this transmitter provides high accuracy, long-term stability, and robust construction, making it suitable for critical process applications involving liquids, gases, or steam.