Danfoss MBS 3050 Pressure Transmitter | 060G1441 | 060G1408 | with Pulse Snubber | 4-20mA

Danfoss MBS 3050 Heavy-Duty Pressure Transmitters with Pulse Snubber

Product Overview:

The Danfoss MBS 3050 is a compact pressure transmitter specifically designed for applications involving severe medium influences such as cavitation, liquid hammer, or intense pressure peaks. The defining feature of this series is the integrated pulse snubber, which effectively shields the sensing diaphragm from transient overpressure damage. Whether utilized in mobile hydraulic equipment, sludge pumps, or high-pressure cleaning systems, models 060G1441 and 060G1408 provide stable 4-20 mA signal output under the most grueling conditions.

Featured part numbers: 060G1441 and 060G1408.

Key Technical Advantages:

• Superior Pulse Protection: The mechanical snubber construction is engineered to counter hydraulic shocks, significantly extending the transmitter’s lifespan in high-frequency pulsation environments.

• Ruggedized Durability: Featuring a fully laser-welded stainless steel construction, it offers exceptional vibration and shock stability, meeting the highest industrial heavy-duty standards.

• EMC Immunity: Fully compliant with rigorous industrial EMC requirements, ensuring signal integrity even in environments with high-frequency interference.

• Compact Integration: With standardized threaded connections (e.g., $G\ 1/4\ A$), the MBS 3050 can be easily integrated into space-limited hydraulic manifold blocks.

Detailed Specifications & Parameters:

• Featured Ordering Code Matrix:

  • 060G1441: Range 0-250 bar, integrated pulse snubber, $G\ 1/4\ A$ connection, standard DIN plug.

  • 060G1408: Range 0-250 bar, integrated pulse snubber, optimized for specific industrial hydraulic circuit response.

• Core Technical Specs:

  • Output Signal: 4-20 mA (2-wire).

  • Operating Temp: $-40°C$ to $+85°C$.

  • Accuracy (Typ.): ±0.5% FS (Full Scale).

  • Enclosure Rating: IP65 (Standard DIN 43650 connection).

  • Supply Voltage: $9 – 32\text{ V DC}$.