ECO 210-3 – Fine Manometer

Features:

✔  Modern and functional design – pocket-size

✔  Excellent price/performance ratio

✔  3-line backlit display / overhead display at the push of a button

✔  Robust, long battery operation time

✔  High resolution and precision

✔  Very fast!

ECO 210-3
Fine pressure manometer for application in Heating / Ventilation / Air-conditioning (HVAC). The measurement range up to 200 hPa (mbar) / 20 kPa and the high resolution up to 0.1 Pascal in the optimized fine pressure mode covers the main applications for gas pressure 150 hPa (mbar) and burner adjustments with a single instrument.
ECO 210-5
The sister device of the extremely high-resolution G 1107 is the first choice when differential pressures> ±200 hPa (mbar) are to be measured. Up to ± 2000 hPa are covered precisely and with high resolution (up to 0.01 hPa or 0.1 Pascal in optimized fine pressure mode).

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Description

ECO 210-3 – Fine manometer (formerly G 1107)

The primary focus in the development of the new ECO 21x series was placed on the essential functions of the measurement technology.
The heart of the instrument – the sensor – is a high-class component – which excels in this instrument class..
The high reliability, speed and precision of the ECO 210-3 – Fine Manometer ECO Line variants, packed in a compact an water protected housing makes the instruments an ideal partner of industry and craft sector, Made in Germany

ECO 21x Series – The reference class in pocketsize.
ECO 210-3
Fine pressure manometer for application in Heating / Ventilation / Air-conditioning (HVAC)
The measurement range up to 200 hPa (mbar) / 20 kPa and the high resolution up to 0.1 Pascal in the optimized fine pressure mode covers the main applications for gas pressure 150 hPa (mbar) and burner adjustments with a single instrument. The high precision simplifies e.g. adjustments of dynamic pressure or draft measurements. The measurement is independent of instruments orientation – better than many, even much more expensive, competitors.
ECO 210-5
The sister device of the extremely high-resolution G 1107 is the first choice when differential pressures> ±200 hPa (mbar) are to be measured. Up to ± 2000 hPa are covered precisely and with high resolution (up to 0.01 hPa or 0.1 Pascal in optimized fine pressure mode).

Technical Data

Technical Data

Technical Specifications

Power consumption

<1 mA (without backlight, SLO), with backlight: ca 3 mA

Power supply

2 x AA-Alkaline batteries (scope of delivery)

Measuring

Differential pressure

Measurement rate

Slow: 2.5 measurements per second
Fast: 25 measurements per secon

Weight

150 g incl. battery

Measuring range

choice from -2000 … +2000 Pa to -200.0 … +200.0 hPa (mbar)

Operating conditions

-20 to +50 °C; 0 to 95 % (r.h. temporarily 100 % r.h.)

Storage temperature

-20 ... +70 °C (without batteries)

Dimensions

87 x 54 x 28 mm, incl connectors: ca 122 x54x28 mm

APPLICATIONS

APPLICATIONS

ECO 210-3 & ECO 210-5 Manometers

The ECO 210-3 and ECO 210-5 fine manometers are versatile, high-precision instruments designed for a wide range of pressure measurement tasks in both industrial and craft sectors. Their robust, pocket-sized, and water-protected design makes them ideal for field and laboratory use.

Key Applications

  • Heating, Ventilation, and Air Conditioning (HVAC):

    • Fine pressure measurement for gas pressure and burner adjustments

    • Draft and dynamic pressure adjustments

    • Differential pressure checks across filters and air handling units

    • Ensuring optimal operation and efficiency of HVAC systems123

  • Industrial Process Control:

    • Monitoring and adjustment of low and medium differential pressures in process lines

    • Calibration and maintenance of pressure-sensitive equipment

    • Leak testing and system diagnostics

  • Craft and Maintenance Services:

    • On-site pressure checks for installation and maintenance of heating systems

    • Service and troubleshooting of boilers, burners, and ventilation systems

  • Laboratory and Quality Assurance:

    • High-resolution pressure measurements for research and development

    • Calibration of other pressure instruments

    • Traceable measurements for quality control