Product Overview

The Danfoss 060G1645 is a robust, high-performance pressure transmitter belonging to the acclaimed MBS 3000 series. Designed for heavy-duty industrial applications, this unit provides precise, reliable pressure monitoring in environments characterized by high vibration, wide temperature fluctuations, and demanding process requirements. By converting mechanical pressure into a stable, accurate electrical signal, it serves as a critical component in hydraulic systems, marine applications, and process control loops, ensuring optimal system performance and safety.

Technical Configuration

The MBS 3000 series is engineered with a high degree of integration to ensure stability and measurement accuracy over an extended service life.

• Sensing Technology: Utilizing a piezoresistive sensing element, the transmitter provides excellent linearity and repeatability. The internal electronics are laser-adjusted to provide a calibrated, stable signal across the entire pressure range.
• Ruggedized Design: The housing is constructed from stainless steel (AISI 316L), offering superior resistance to corrosive media and harsh atmospheric conditions.
• Media Compatibility: Engineered for use with a wide variety of industrial fluids, this transmitter is suitable for water, oil, and gaseous media, provided they are compatible with the stainless steel wetted parts.

Technical Specifications

FAQs

What are the primary industrial applications for the MBS 3000 series?

The MBS 3000 series is widely used in hydraulic power units, marine engineering, HVAC systems, and water treatment plants where high vibration resistance and durability are mandatory.

Is this transmitter suitable for direct mounting on a vibrating pump?

Yes. One of the standout features of the MBS 3000 series is its high vibration stability. It is specifically tested to withstand the mechanical stress commonly found near rotating machinery, pumps, and compressors.

Does this transmitter require external signal amplification?

No. The MBS 3000 provides a high-level, conditioned output signal (industry standard) that can be connected directly to a PLC, DCS, or analog input card without the need for additional signal amplification.

Engineering Guidelines and Best Practices

• Installation: When mounting the transmitter, ensure that the pressure port is free of debris. Use appropriate thread sealant for the process connection and tighten using only the hexagonal fitting on the body—never turn the transmitter by the electrical housing.
• Cabling: To maintain electromagnetic compatibility, use shielded cables. Terminate the shield at a clean ground plane in your control panel to ensure high-frequency electrical noise does not interfere with the signal loop.
• Thermal Protection: While rated for industrial temperature ranges, avoid mounting the transmitter where it would be exposed to radiant heat sources (such as uninsulated steam pipes) which could cause local overheating and drift.