Danfoss 060G3831 Transmetteur de pression MBS 3000

Functional Profile and Industrial Applications

The 060G3831 (060G3831) is a heavy-duty industrial pressure transmitter belonging to the renowned Danfoss MBS 3000 series. Engineered to deliver dependable pressure monitoring across severe industrial environments, this instrument is highly optimized for hydraulic systems, water utilities, pneumatic distribution lines, and general mechanical engineering processes.

The 060G3831 measures a relative (gauge) pressure range from 0 to 4 bar, converting physical force into a stable, linear 0 to 10 VDC voltage output signal. Constructed with an acid-resistant stainless steel enclosure (AISI 316L) and fully welded wetted parts, the transmitter eliminates internal sealing rings to safeguard against fluid leakage. This robust structural barrier maintains tight control loop integrity and significantly prevents localized process fluid loss in hazardous, high-vibration applications.

Operational Features and Suffix Breakdown

• MBS 3000: Identifies the core compact, general-purpose heavy-duty industrial pressure transmitter platform.

  
  

• 16: Designates the calibrated measuring span of 0 to 4 bar (0 to 58 psi).

• 1: Sets the measurement reference type to Gauge (Relative pressure measured against current atmospheric pressure).

  
  

• 5: Defines the scaled analog output electronic circuit as a 0 to 10 V high-impedance voltage signal.

  
  

Engineering Specifications

Operations and Logistics FAQs

What are the primary electrical supply restrictions for a 0 to 10 V output loop?

Unlike 4 to 20 mA loop-powered current transmitters that operate on lower minimum voltages, the 0 to 10 V voltage variant of the 060G3831 requires a stable excitation input supply voltage between 15 and 32 VDC. Dropping the supply below 15 VDC will clip the high-end output voltage tracking capability, leading to measurement saturation before the physical 4 bar threshold is achieved.

What specific field benefits does the fully welded wetted cavity provide?

The transmitter uses a laser-welded diaphragm configuration fabricated from AISI 316L stainless steel. Eliminating internal rubber O-rings or synthetic elastomeric gaskets removes typical mechanical degradation points, allowing long-term chemical compatibility with aggressive oils, gases, and water-glycol mixtures without risk of seal crystallization or chemical blowouts.

Why does the system log a 1.5 kg shipping weight for a 0.15 kg compact sensor?

The 1.5 kg specification encompasses heavy-duty distribution packaging. Since industrial pressure cells contain precise piezoresistive element layers and digital temperature compensation chips, the component is wrapped in static-dissipative material, nested inside molded corrugated cells, and boxed with dedicated installation calibration certs to endure international shipping lines.

Critical Field Installation and Termination Guidelines

• Electrical Plug Alignment and IP65 Preservation: Connect the instrument via the integrated EN 175301-803 Form A angular connector. Ensure the rubber sealing profile gasket is aligned completely square between the plug body and the transmitter terminal face prior to tightening the central retention screw. Improper alignment or incomplete tightening drops the ingress barrier below IP65, risking fluid tracking failures inside the housing.

  
  

• Mechanical Torque and Thread Seal Standards: Thread the pressure connection cleanly into the mating port using a standard 27 mm hex wrench. Apply a maximum tightening torque appropriate for G 1/4 industrial port seals to avoid structural threads cross-threading. Do not apply rotational forces directly to the upper cylindrical body housing, as doing so can tear the internal wire bonds away from the terminal header pins.

  
  

• Environmental Temperature and Condensation Control: The compensated temperature range spans from 0 to 80 deg C, while the physical wetted medium can operate safely from -40 to 85 deg C. If the field deployment zone is subjected to freezing process media or rapid ambient temperature transitions, trace-heat or insulate the sensing line impulse piping to prevent liquid freeze-ups from cracking the internal pressure diaphragm.