Features

Offering Precision Digital and Fast Response Digital Manometer options with:

• High accuracy:
  ±0.01%, with a maximum allowable input of 500 kPa (130 kPa-range model)
• A wide range of pressures:
  Offering low differential pressure of 1 kPa to a high gauge pressure of 3000 kPa
• Three measurement modes:
  Normal speed, medium speed, and high speed (MT210F series)
• Options:
  D/A conversion output, comparator output, and external trigger input (optional)
  GP-IB and RS-232 interfaces, l12-V DC power supply, lBattery operation (optional)

High performance and reliable operation

• High performance, high resolution
  The MT210/210F series features high performance, and a high, basic accuracy of ±0.01% thanks to the YOKOGAWA-original silicon resonant sensor.
• High allowable input pressure
  The maximum allowable input pressure is as high as 500 kPa (such as in the 130 kPa-range model). Now you don't have to worry about sensor breakdown due to overrange pressure input.
• Traceable to Japanese national standards
• Minimal effect of temperature changes
  The silicon resonant sensor is highly immune to environmental discrepancies such as temperature changes.

• A variety of measurement objectives
  

  1. Supports high-speed measurement
     The MT210F series has been added to our range or pressure measuring instruments in order to support high-speed measurements. These measurements, such as the observation of transient-response characteristics, include relatively fast pressure changes.
  2. A wide range of models
     You can choose a model to fit your application from models with different pressure types/gauges and absolute and differential pressures. Also choose among models with pressure ranges from the low differential pressure of 1 kPa to the gauge pressure of 3000 kPa.
  3. Applicable to both gases and liquids 
     Never be bothered by the labor of switching between models. The MT210/210F series can measure both gases and liquids. With the new differential-pressure models you can measure liquids that you couldn't measure before with the MT110-series differential-pressure models.

• Ease of systemization
  

  1. D/A conversion output The D/A-converted signal of a measured value is output through an external terminal. This feature permits you to easily send data to your measurement system or recorder
     Observation examples of D/A conversation output
     

     • Differences due to the measurement mode, where the normal-speed waveform is when the Moving-average option is turned off
       
     • Close-up of output waveform (with the dynamic mode enabled)
       
  2. Comparator output and external trigger input 
     Use these I/O functions to set the upper and lower limits, judge the measured value, and output the result through an external terminal. What's more, you can apply a start-of-measurement trigger using a falling edge of an external trigger signal. These features will help automate your production/inspection lines of pressure-related products.
  3. GP-IB and RS-232 interfaces
     This feature lets you read measured values into your PC or set measurement conditions from the PC. Communication is still possible even when the MT210/210F series are operated on batteries or the DC power source.

• Support of field use
  

  1. 12-V DC power supply
     The MT210/210F operate on a 12-V DC power supply. This feature is useful for in-vehicle tests.
  2. Operation on Ni-Cd battery pack
     Operation on Ni-Cd battery pack The MT210/210F series, which come standard with a built-in battery charger, can continuously operate on an optional Ni-Cd battery pack for approximately 10 hours.

Assured compatibility with earlier models

• Inheritance of performance from MT110 Series
  The MT210/210F series feature additional functions such as support of high-speed measurement, while inheriting the basic performance from their predecessor, the MT110.
• Common communication commands
  The MT210/210F series share the GP-IB and RS-232 communication protocols with their predecessor, the MT110. No modifications to the communication protocols are necessary when expanding a system that uses the earlier series or when replacing the series.

Front Panel (differential-pressure model, JPG, 30 KB)

Rear Panel (differential-pressure model, JPG, 27 KB)