Gas analyser MAT1100 for O2 measurement

5.339,00 

Measurement of modified atmosphere with EC measuring cell;
Oxygen: 0.5-35Vol.-%

Description

The MAT1100 model is a typical basic model for random sample inspection in the food industry. It is ideal for use when the oxygen concentration is of sole interest. A MAT1100 is also indispensable when high demands are placed on ease of operation, robustness and documentation capability in product-related environments. With the aid of an electrochemical oxygen cell (EC), the instrument measures in the range from 0.5 to 35 vol.-%, this with a repeatability of ±0.2 vol.-%. Unlike our other models, the MAT1100 requires very little time to heat up and can therefore be quickly used for occasional measurement or in case of frequent “changes of location”.

Basic functions

  • Easy and intuitive to operate via touchscreen – even for untrained personnel
  • Low-drift electrochemical oxygen cell (EC) measures O2 in measurement range from 0.5-35Vol.-% with a repeatability of ±0.2Vol.-%
  • Long service life and low cross-sensitivity to acidic components (e.g. CO2) or flammable gases (e.g. alcohols, CO for coffee)
  • Short measurement period
  • Only a small sample volume required
  • Very short warm-up time of less than 10 seconds
  • Various interfaces for the convenient transfer of measured values (USB, Ethernet, RS-232)
  • GMP-compliant analysis with a high standard of user management, self-analysis of the device, alarm limits and method settings

Highlights

Technical data

TABLE

Specification gas analyser MAT1100 model
Average measuremnet periode 1) | 2) 7 seconds
Minimal headspace volume 2) From 7 ml 2)
Adjustment Automatic (menu-driven)
Scales Oxygen
Methods & users Over 10000 possible
Devices basic data
Operation 7.0“ capacitive touchscreen, 800 x 480 pixels
Touchscreen, keyboard, mouse, barcode scanner
Interfaces 1x USB, 1x RS-232, 1x ethernet, LIMS
Dimensions (W x H x D) 200 mm x 150 mm x 350 mm
Weight 4.6 kg
Additional features Input of product and batch designations, alarm limit management, user management,
Measured value stabilization, air pressure display
Temperature data
Ambient temperature 5-40° C
Humididy measurement gas <90% RH (non-condensing)
Electrical data
Operating voltage 100-250 VAC
Power consumption max. 60 W
Rated frequency 50/60 Hz
1) after heating-up time, 2) after pre-rinse
Analysis data oxygen (O2)
Measurement range 0,5-35 Vol.-%
Repeatability ±0,2 Vol.-%
Resolution 0,1 Vol.-%
O2 sensor data
Type Electrochemical cell (EC)
Drift Low drift, < 3 %/month
Cross-sensitivity LowCO2 cross-sensitivity
Service life Up to 6 years (at 20 Vol.-% O2)
Measurement principle Acidic electrolyte

Sensor

Unfold

At the heart of the gas analysers is the sensor technology
Various models with different sensor technology are optionally available for optimum adaptation to the respective application. The respective proven sensor technology should be selected for each specific application and process. The range of sensors available allows optimum adaptation in terms of measurement range and accuracy:

  • Electrochemical cell (EC) for O2 measurement
  • Zirconium dioxide cell (ZrO2) for O2 measurement
  • Non-dispersive infrared sensor (NDIR) for CO2 measurement

The following overview provides an initial overview. We will be happy to discuss which device models are suitable for your specific requirements in a personal consultation.

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Book advice directly

gas analyser MAT1100 model MAT1200 model MAT 1400 model MAT1500 model
Application Sporadic
O2-sample check
Combined
O2- and CO2-measurement
High sample throughput
High O2-concentration
High sample throughput
High O2-concentration
+ Combined O2- and CO2-measurement
Advantage model version Cost-effective option, fast operational readiness, low drift Cost-effective option, low drift, environmentally compensated CO2 measurement Long lifespan, fast measurement, high precision measuring lowest O2-concentrations, wide measurement range, drift-free Long lifespan, fast measurement, high precision measuring lowest O2-concentrations, wide measurement range, ZrO2: drift-free, NDIR: drift-free, environmentally compensated CO2 measurement
O2 sensor technology Electrochemical oxygen cell (EC) Electrochemical oxygen cell (EC) Zirconium dioxide sensor (ZrO2) Zirconium dioxide sensor (ZrO2)
CO2 sensor technology Non-dispersive infrared sensor (NIR) Non-dispersive infrared sensor (NIR) Non-dispersive infrared sensor (NIR) Non-dispersive infrared sensor (NIR)
N2 sensor technology Arithmetic determination Arithmetic determination Arithmetic determination Arithmetic determination

Documents

Title Download
Brochure gas analysers DownloadPreview
Overview Gas Mixtures by Industry DownloadPreview
Application gas analysator DownloadPreview


Consumables

Accessories

Weight 6 kg

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