Pressure transducer MBS 1700 0-25 bar G 1/4 inch 060G6103

Universal pressure transducer for a wide range of applications

This compact MBS 1700 pressure transducer is designed for reliable and precise pressure measurement in various applications. Made of high-quality materials, it ensures durability and resistance to harsh environmental conditions. This transducer is used in both industrial systems and building installations, offering versatility and ease of integration.

Construction and application

The MBS 1700 pressure transducer uses a piezoelectric sensing element to convert pressure into an electrical signal of 4-20 mA. This signal is a standard in industrial automation and allows easy connection to control systems, data logging or visualization. Equipped with a 1/4 inch BSPP tapered external thread, it provides a tight and secure connection to the installation. The ability to measure pressure in the range of 0-25 bar makes it an ideal solution for many applications – from monitoring water and air pressure, to controlling industrial processes using glycol, ammonia or oil. Additionally, it has a temperature sensor which allows for a more comprehensive analysis of operating parameters.

Key features and benefits

• Wide range of applications: Ability to measure pressure of gases, liquids (water, glycol, oil) and steam.
• High accuracy: Accuracy class 0.005 ensures precise measurements even in demanding conditions.
• Durable construction: Housing made of AISI 316L guarantees resistance to corrosion and mechanical damage.
• Protection class IP65: Provides protection against dust and water jets, allowing operation in harsh industrial conditions.
• Compact dimensions: 54 mm width, 54 mm height and 140 mm depth facilitate installation even in limited space.
• Easy integration: 4-20 mA output signal and plug-in connector facilitate connection to control and monitoring systems.
• Overload resistance: Maximum overpressure of 150 kPa increases the safety of device operation.
• Temperature compensation: Ensures measurement stability under varying temperature conditions.