Sauermann Micromanometers MP 130

Sauermann Micromanometers MP 130

Product Description

The Sauermann Micromanometers MP 130 is a compact, high-precision device designed for accurate differential pressure measurement in various gas network applications. Featuring a robust design and a 4-line display, it offers ease of use and reliable performance in both field and laboratory environments. With its multiple unit measurement capability and compliance with international standards, this instrument ensures consistent results for professionals in HVAC, industrial, and energy sectors.

Features

1. Measures pressure in multiple units including mbar, kPa, inWg, mmHg, and daPa

2. Wide measuring range from -500.00 mbar to +500.00 mbar for versatile applications

3. Long battery life of up to 180 hours with 4 AAA 1.5 V batteries

4. IP54 protection rating for dust and splash resistance

5. Large 4-line display for clear data visualization

6. Compliance with UKCA, RoHS II, WEEE, EMC, and Low Voltage standards for safety and environmental responsibility

Applications

1. Gas network impermeability testing

2. HVAC system pressure measurement

3. Industrial gas pipeline inspection

4. Laboratory pressure testing and calibration

5. Maintenance and troubleshooting of ventilation systems

6. Quality control in manufacturing environments involving gas systems

Specifications

1. Measuring units: mbar, kPa, inWg, mmHg, daPa

2. Measuring range: -500.00 mbar to +500.00 mbar

3. Display: 4-line display

4. IP protection: IP54

5. Battery life: 180 hours (4 × AAA LR03 1.5 V)

6. Dimensions: 71.5 × 34.2 × 147.9 mm; weight: 220 g

7. Operating temperature: 0 °C to 50 °C

8. Storage temperature: -20 °C to 80 °C

Conclusion

The Sauermann MP 130 Micromanometer is an ideal choice for professionals requiring precise and reliable differential pressure measurements. Its versatile unit selection, wide measuring range, durable design, and compliance with international standards make it a dependable tool for various industrial, HVAC, and laboratory applications.