M1 Series (M100, M101) Digital Manometer / Calibrator

The M1 Series (M100, M101) of handheld manometers from Meriam Process Technologies combines form, fit and function to deliver precision pressure measurement for field, plant or lab use.

• Ranges from 28” H2O to 100 PSIG full scale
• Accuracy M100: ±0,25% FS, M101: ±0,1% FS
• Two pressure sensor
• Record Mode

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M2 Series (M200) Smart Manometer

M2 Series (M200) Smart Manometers bring high precision and value to handheld, digital manometer users. M2 pressure sensors are available to measure gauge, compound, differential, absolute or vacuum pressure.

• Ranges from 10” H2O to 3000 PSIG FS
• Accuracy ±0,05% FS, optional: ±0,025% FS
• Two pressure sensor
• Record Mode

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M2 Series (М200-DI) Wet/Wet Differential Pressure Smart Manometer

Meriam’s M200-DI handheld Smart Manometer for liquids brings high accuracy to wet/wet differential pressure applications.

• Intrinsically Safe
• Ranges from 0 - 1 PSID to 0 - 500 PSID
• ± 0.025% FS no temperature effect
• Auto record documents up to 240 readings
• 10 engineering units
• Leak Test

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M2 Series (М200LS) Lab Standard Smart Manometer

Meriam’s M200LS Lab Standard Smart Manometer offers the best available pressure measurement accuracy in a portable, handheld format.

• Ranges from 28” H2O FS to 500 PSIG FS
• Best accuracy: ±0.01% FS
• Auto record documents up to 240 readings
• 10 engineering units
• Leak Test

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M2 Series (М202) Precision Absolute Manometer

Meriam’s model M202 Precision Absolute Manometer brings calibration bench accuracy to a portable, handheld unit.

• Optional Intrinsically Safe (I.S.)
• Ranges 0-900 or 0-2,000 mm Hg Abs
• Best accuracy: ±0.015% FS from 23° F to 122° F
• 9 engineering units
• Altitude – in feet or meters

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MGF16BN Battery-Powered Digital Pressure Gauges

The Meriam Instrument MGF16BN digital pressure gauge successfully addresses the modern demands of process pressure measurement. Pressure ranges are available to 5,000 PSIG at standard accuracy of ±0.25% of full scale and optional accuracy of ±0.1% of full scale.

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