- filter monitor for in-situ dust measurement
- compact device
- suitable for the construction of filter monitoring systems
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- continuous, tribo-electric in-situ filter monitoring device with EC-Type Examination Certificate (IBExU19ATEXB008 X)
- approved for Ex II 3D Ex ic tc IIIC T80 °C Dc
- suitable for installations in hazardous areas of zone 22
- no separate power supply necessary (2-wire transmitter)
- two probe lengths available (300 and 500 mm)
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- filter monitor for in-situ dust measurement
- with separate operating unit
- display showing the measured value in mg/m³ or line diagram
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- mobile filter diagnosis unit for triboelectric in-situ monitoring of dust emissions
- measuring probe with variable length to adapt to the local conditions
- immediate clean gas dust content monitoring after the dust collectors
- offline power supply by power bank
- integrated recorder
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- filter monitor for in-situ dust measurement
- compact device consisting exclusively of the probe
- suitable for the construction of filter monitoring systems
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The analyzers can measure the concentration of multiple gases simultaneously. It is based on the single source dual-beam non-dispersion infrared (NDIR) method for CO, CO2 , CH4 , CnHm, H2S , SO2 and a micro-TCD (Thermal Conductivity Detector) gas sensor for H2 and O2 by fuel cell method. The analyzers have a digital pulsable infrared source and dual-beam systems -
The APA analysers are suitable and reliable instruments for monitoring oxygen concentrations in various gas analytical control applications including flue gas-, inert gas-, fermentation processes- and process or laboratory control measurements. All analysers are temperature controlled instruments which have been designed for continuous measurements of oxygen concentrations in particle-free and dry sample gas. The analysers are reliable and easy-to-operate instruments. The measuring value and the sample flow through the measuring cell are displayed on the digital display. 2 alarm relays and 1 malfunction relay are available. Sample gas connections as well as connectors for incomi ng power supply, output signals are located at the rear panel of the analyser. The sample gas enters the analyser passing a protective fine-filter which is installed in the front-panel (not for APA 200). An atmospheric pressure sensor is implemented so that the actual absolute barometric pressure can be sent via RS232 and used for calculation or analysis purposes. -
Laboratory QMS Gas Analyser For laboratory applications across many fields of research, the ProMass analyser can be provided in a desktop format. With integrated vacuum system – turbo molecular drag pump and diaphragm roughing pump – ProMass can be operated straight away. A heated capillary of various materials (stainless steel, PEEK, PTFE, borosilicate) is provided included with temperature control of the capillary. Total pressure gauge, analogue and digital inputs, sample pressure and temperature controlled chamber bake-out are all built-in features to give complete sample control. ProMass uses Protea’s proven RGA quadrupole mass spectrometer that is provided as standard with dual Faraday/SEM detector, closed ion source and 0-200amu range for the analytically focused applications of the ProMass desktop system. -
Ideally suited to semiconductor production processes, ambient air measurements, leak testing and quality testing for the food industry, the 19” mountable ProMass analyser is a complete process tool. ProMass can be provided with fully integrated vacuum system, or for demanding process applications, an external backing pump is provided – particularly for hazardous area applications. Protea will integrate the ProMass analyser with our sampling control system and industrial analyser controller for a complete measurement system. This can be provided to measure from multiple sample locations is quick succession. -
For use in the field, ProMass can be provided in a rugged mobile case. With a vacuum start-up in less than 40mins, ProMass can be deployed quickly. Using either the simple PAS-Pro software for unattended operation, or the more complex PAS software for investigation work, ProMass Transportable can give real-time, wide range measurements of any gas.- Leak testing (sniffer mode)
- Syngas analysis
- Environmental testing
- Dissolved gas analysis (with membrane inlet)
- Gas impurity testing
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“P2000 is an infra-red (IR), duct or stack-mounted Analyser, designed to provide In-Situ analysis of up to six gas-phase emission components such as CO, CO2, SO2, NO, NO2 and many more. A typical system comprises of a stack mounted Analyser, an integral Calibration Module and a Control Unit with options which include a powerful In-Situ Heater and a stand-alone Analysis Software package. -
Protea 5000 is an ultra-violet (UV), continuous emission monitoring analyser, designed for in-situ analysis of gas-phase emission components. Using absorption spectroscopy, Protea 5000 stores and analyses the full UV spectrum and calculates the gas emission concentrations for e.g. NH3, Cl2, HCl, SO2, F2 and many more.
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The 204M is a transportable CEM based on FTIR technology. Using the 204M for measurements of waste incineration and combustion plant process is as simple using an FTIR can be. With pre-loaded calibration methods for 28 gas species, automatic nitrogen purging, in-built pressure and temperature alarms, analogue and digital I/O it is a complete site-ready back up CEM. The ProtIR 204M and PAS software have been designed to allow stack emission monitoring to be carried out to the Environment Agency’s Technical Guidance Note M22 Measuring stack gas emissions using FTIR instruments (TGN M22) as simply and quickly as possible. With the built-in Standard Analysis Model for common gases there is no complex set-up of analysis required. The software as built-in calculations for drift and residual analysis, following the methods described in TGN M22. Skilled users of the FTIR can use the chemometric building routines of the PAS software to build analytical methods for specific applications. Set up this way, the 204M can measure thousands of possible gas species over ranges from ppm to %Vol. -
The heated 3-way solenoid valve is made for switching 2 heated lines on one analyzer. Beside this there is a second outlet for IR-analyzers or other analyzers built in. -
De T-flensoplossing van NEO Monitors is ontworpen om twee LaserGas™ III (Ultra)-analysatoren op één paar flenzen te plaatsen. Dit maakt metingen met lange optische padlengtes mogelijk, terwijl de benodigde ruimte en installatiekosten worden verminderd. Door het compacte ontwerp zijn de spoelvereisten zeer laag, wat de bedrijfskosten verlaagt. Dankzij een zeer configureerbaar ontwerp kan de T-flensoplossing eenvoudig worden aangepast aan verschillende configuraties en toepassingen; individuele analysers kunnen eenvoudig worden vervangen. De certificeringen van de respectievelijke analysers, b.v. EX-d of SIL2 blijven behouden bij gebruik in de T-flensoplossing. Een typische toepassing is verbrandingsanalyse waarbij de T-Flange in combinatie met een LaserGas™ III O2 en een LaserGas™ III CO Ultra de perfecte oplossing is voor procesoptimalisatie en veiligheid. -
The new Mercury Tracker-3000 XS
- lighter - smaller - more comfortable We updated the well-proven Mercury Tracker 3000 IP! The new Mercury Tracker-3000 XS weighs even less, it is smaller, easier to handle and features GPS, a 5.7" color TFT display and new high performance Eneloop battery pack with minimized self-discharge. Needless to say the benefits of the old Tracker were not discarded.- Real time measurement
- High precision measuring principle: atomic absorption (AAS)
- Easy to operate
- Shock proof and corrosion resistant for rugged field operation
- Measuring ranges 0.1-100 / 0-1000 / 0-2000 µg/m³
- High resolution 0.0001 mg/m³
- Data logger integrated