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Differential pressure gauge with capsule element (Price & availability on application)

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SKU :

press-product60

Calibration needed?
Design For very low differential pressures, DT - GM 87 10 226 Nominal size in mm Model 716.11: NS 63, 100, 160 Model 736.11: NS 100, 160 Accuracy class 1.6 Scale ranges Model 716.11: NS 63: 0 ... 16 to 0 ... 400 mbar NS 100: 0 ... 10 to 0 ... 250 mbar NS 160: 0 ... 6 to 0 ... 250 mbar Model 736.11: NS 100: 0 ... 16 to 0 ... 250 mbar NS 160: 0 ... 1.6 to 0 ... 250 mbar or all other equivalent vacuum or combined pressure and vacuum ranges Pressure limitation Steady: Full scale value Fluctuating: 0.9 x full scale value Overpressure safety Full scale value Max. working pressure (static pressure) NS 63: 400 mbar NS 100, 160: 250 mbar Permissible temperature Ambient: -20 ... +60 °C Medium: +70 °C maximum Temperature effect When the temperature of the measuring system deviates from the reference temperature (+20 °C): max. ±0.5 %/10 K of full scale value Ingress protection IP 66 per EN 60529 / lEC 529
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The Differential Pressure Gauge with Capsule Element is engineered for precision measurement of very low pressure differentials, making it an excellent choice for clean air and gas systems. It employs a capsule sensing element that delivers consistent performance and minimal hysteresis, ensuring reliable readings over time. The sturdy housing and high-quality internal components protect against mechanical wear, while the clear dial design facilitates fast, accurate readings. This gauge is ideal for clean room pressure balancing, fume extraction monitoring, or critical ventilation system control where small variations in pressure must be accurately detected.

Key Features:

Capsule sensing element offers exceptional accuracy and sensitivity for low-pressure ranges.

Provides precise measurement of differential pressure in clean and controlled environments.

Constructed from high-grade materials for enhanced durability and corrosion resistance.

Wide range of available measurement spans to fit different application needs.

Shock-resistant design ensures stability in industrial environments.

IP-rated enclosure options available for demanding applications.

Designed for easy installation and long-term reliability.

Suitable for clean air, ventilation, and laboratory process monitoring.