Flow regulators - Import export

FlowJam T is a sensor for monitoring the flow of solids that are conveyed through thin pipelines. The sensor can be used for tubes made of electrically nonconductive material, such as plastic or rubber, with outside diameters between 4 and 25 mm. • mounted around the tube • triboelectric measurement • free crosssection • easy retrofitting

Microwave barrier for contactless detection of dry bulk solids in containers, pipes or chutes. Reliable fill level and limit detection. • simple retrofitting • detection through all nonconductive walls • up to 1,000 °C possible with ceramic mounting • insensitive to material caking • usable for profiles up to 25 m

The ProSens has been specially developed to carry out reliable dust measurement on clean sides after filters. The measuring device provides measurement values for dust concentration, either as a trend signal or as absolute values (after calibration) for emission measurement. • continuous, precise and reliable dust quantity measurement (mg/m³) • dust measurement possible in large channel diameters • output of dust concentration as absolute value • ATEXcertified • measurement of dust concentration at high temperatures or harsh environments • trend signal or absolute value

Especially designed for continuous measurement of velocity of solids and particles such as granulates, powders and dusts, which are transported in free fall or in pneumatic transport. Uses triboelectric correlation technology. • plugin sensor for easy retrofit • continuous speed measurement of solids • measurement directly in the conveying stream • material independent measurement

Electrodynamic flow sensor for the measurement of low flow rates from 0 to 100 kg/h. For pipe diameters up to 1 m. Ideally used in leanphase conveying. In free fall conditions with at least 2 m/s drop speed. • suitable for very low concentrations • ceramic coating prevents sensor wear

Perfect ammonia gas analyzer or multigas analyzer for the measurement in hot & wet fluegas of HCl, HF, NH3, NO, NO2, N2O, SO2, CO, CO2, O2 and H2O. Heated MultiGas NDIRGFC analyzer for emission compliance and analysis of wet sample gases in corrosive applications, including DeNOx (SCR / SNCR) and for the optimization of flue gas treatment processes. • temperature maintained at 180 °C • measurement of raw and purified flue gas for desulfurization • measurement of wet and corrosive samples • no nitrogen required for calibration • QAL1 certified analyzer • remote access for all analyzer functions • low maintenance and low consumables requirement

Continuous dust monitoring in ambient air control system areas, silo areas, boiler houses, workstations. AirSafe 2 is an electrodynamic dust sensor monitoring leakages and dust concentration in ambient air in production facilities or workplaces. This versatile sensor allows you to keep under control your ambient environment. An alarm is generated when a threshold is exceeded. • controlled and selfmonitored system • calibratable alarm • prevents creation of dust explosion zones • dust concentrations in the ambient air are safely monitored • AirSafe 2 can be used as early detection for dust which could endanger the workplace adapted for applications in zone 22 dust • possible dust leakage from the process is quickly detected

Multisensor dust monitor designed for high quality emission measurement in industrial stacks after bag filters, cartridge filters, cyclones and process driers. Advanced probe electrification multisensor dust monitor designed for high quality emission measurement in industrial stacks where regulatory approvals are not necessary. • PRO version permits multichannel networked system for plantwide monitoring of emissions (for up to 32 sensors) • full colour, icondriven menu and display • two independent alarm set points • relative dust reading on clear scale 0100% • dust 'overrange' icon • security setting • digital signal processing • field upgradeable

Multisensor dust monitor for indicative emissions trending in industrial stacks after bag filters, cartridge filters, cyclones and process driers, where regulatory approvals are not necessary. Advanced probe electrification featuring long term data logging for process trend analysis and reporting. • reliable monitoring of leaking an broken bags in dust collectors • sensor configured remotely via controller • large graphic and numeric display • reduces filter maintenance intervals, process downtimes and filter costs

Stand alone cross stack optical dust monitor suitable for measuring emissions after electrostatic precipitators and stacks without filtration systems. • emissions measurement (mg/m³) • advanced sensor design includes automatic drift checks • resistant to contamination • simple installation, setup and maintenance • external display and keyboard for easy setup • can be purged with instrument air providing lower cost of ownership • lower level of maintenance than traditional opacity systems • mg/m³ output, once calibrated

MCERTS QAL1 approved, stand alone or multisensor particulate CEM providing high quality emission measurement for low dust concentrations from dry industrial processes. • ProScatter™ backscatter sensor technology with superior minimum detection <1mg/m³ • certified to 15 mg/m³ for processes with low typical emissions limits • manual and remote zero and span checks available to ensure optimal instrument performance and to comply with EN 13284/QAL1 • automatic functionality check • purge flow fail sensor option with inbuilt automatic optical shield activation • flue gas blocker option to protect plant engineers from harmful flue gases during maintenance

The DM 170 is designed to comply with the TÜV suitability testing scheme to EN 15267 and for measuring dust concentrations in a wide range of industrial applications. Due to its wide dynamic range, the DM 170 may be used in combustion applications as well as in higher dust loading applications (such as power, cement and metals smelting, and in processes without filtration). Its simplicity and wide operating range makes it also ideally suited for process optimisation applications. • ProScatter™ backscatter sensor technology • Manual and remote Zero and Span checks available to ensure optimal instrument performance • purge flow fail sensor and optical shield options • nonintrusive system designed to operate in noncondensing stack environments • Singleside stack installation reduces contamination risk

Multisensor dust monitor certified to category 1 under ATEX / IECEx designed for indicative emissions trending and measurement in challenging hazardous zones. Advanced probe electrification technology, perfectly adapted for particulate monitoring after bag filters, cartridge filters, cyclones and process driers, where regulatory approvals are not necessary. • reliable measurement of leaking and broken bags in dust collectors • sensor configured remotely via controller • automatic sensor drift checks • automatic probe check for improved data integrity • reduces filter maintenance intervals, process downtime and filter costs

Certified multisensor dust monitor – category 1 under ATEX / IECEx – for indicative emissions trending and measurement in hazardous zones and in dry processes with elevated pressures. Advanced probe electrification featuring long term data logging for process trend analysis and reporting. • reliable measurement of leaking and broken bags in dust collectors • sensor configured remotely via controller • automatic sensor drift checks • automatic probe check for improved data integrity • reduces filter maintenance intervals, process downtimes and filter costs

Standalone TÜV approved filter dust monitor suited to the measurement of filter emissions after bag houses, cartridge filters, cyclones etc. • reliable measurement of leaking and broken bags in dust collectors • external display and keyboard • inbuilt sensor drift checks • probe check option for improved data integrity • reduces filter maintenance intervals, process downtime and filter costs

Standalone TÜV approved filter dust leak monitor suited to the monitoring of filter emissions (0100%) after bag houses, cartridge filters, cyclones, etc. • reliable monitoring of leaking and broken bags in dust collectors • external display • inbuilt sensor drift checks • probe check option for improved data integrity • reduces filter maintenance intervals, process downtimes and filter costs

Standalone filter dust leak monitor (0100%) for filter emissions monitoring after baghouses, cartridge filters, cyclones etc. where performance approvals are not required. • reliable monitoring of leaking and broken bags in dust collectors • manual sensor drift checks • probe check option for improved data integrity • reduces filter maintenance intervals, process downtime and filter costs

Controller based filter dust leak monitor (0100%) for filter emissions monitoring after bag houses, cartridge filters, cyclones etc. where performance approvals are not required. • reliable monitoring of leaking and broken bags in dust collectors • sensor configured remotely via controller • manual sensor drift checks • probe check option for improved data integrity • reduces filter maintenance intervals, process downtime and filter costs

A simple solution to identify failure of a fabric filter baghouse, cartridge filters or cyclones. Ideally suited to applications from 0.1 mg/m³, it provides an immediate alarm in case of a filter break. • detects all dust types • relay alarm output • usable in clean gas and any metallic dust channels • very simple and fast retrofitting • immediate detection of filter damages • simple commissioning (plug & play) • excellent price/performance ratio

The Dusty C has been specially developed to monitor clean sides after filters with high reliability and without time delay for filter breaks. It can be used in metallic ducts in which dust particles will be detected in the gas flow. Its area of application begins at dust levels of 0.1 mg/m3. • detects all dust types • can be used in all purge gas and dust ducts • immediate detection of filter damages • simple commissioning (plug & play) • can be used in ex zones • individual choice of alarm level • rapid and easy retrofitting

The Dust Alarm 40 provides incredible capabilities at a costeffective price for the continuous monitoring of broken bags in fabric filter baghouses. As a ‘Dust Gross Filter Failure Detector’, the instrument detects significant increases in particulate loading which indicates a failure in the arrestment plant, providing warnings of filter media degradation in baghouses and cartridge filters. • extremely rugged, accurate & repeatable dust measurement device • two independent alarm set points • relative dust reading on clear scale 0100% • dust 'overrange' icon • security setting • digital signal processing • field upgradable

TÜV approved particulate monitor providing high quality emission measurement for low dust concentrations from dry industrial processes including baghouses and cartridge filters. • robust design unaffected by product buildup on the sensor rod • no additional services such as air purge required, providing lower cost of ownership • simple maintenance • drift checks and contamination checks

Controller based filter dust leak monitor (0100%) for filter emissions monitoring after bag houses, cartridge filters, cyclones etc. • reliable monitoring of leaking and broken bags in dust collectors • sensor configured remotely via controller • manual sensor drift checks probe check option for improved data integrity reduces filter maintenance intervals, process downtimes and filter costs

The LEAK LOCATE 662 is a digitally networked, multicompartment baghouse monitoring system providing remote observation of the condition of bag and cartridge filters. • reliable monitoring of leaking and broken bags in dust collectors • sensor configuration remotely via controller • manual sensor drift checks • probe check option for improved data integrity • reduces filter maintenance intervals, process downtime and filter costs

Offers excellent performance for multigas measurements in dry sampling, including HCl, HF, NO, NO2, N2O, SO2, CO, CH4, TOC, CO2 and O2. MultiGas NDIRGFC analyzer (NonDispersive Infrared Gas Filter Correlation) measuring up to ten gases simultaneously, including Nitrogen Oxide (NO), Nitrogen Dioxide (NO2), Sulphur Dioxide (SO2), Carbon Monoxide (CO), even Hydrogen Chloride (HCl) and Hydrogen Fluoride (HF). • process optimization and environmental compliance • measurement of dry and corrosive samples • fast and simultaneous measurements of up to 10 gases • dry basis measurement • automatic cross interference correction

Standard Reference CLD method for low & ultra low NOx measurement, IRGFC for CO, CO2, SO2, N2O, NOx, HF, HCl, TOC and O2 in a single analyse. Fast and simultaneous measurements of up to 10 gases. • measurement of dry and corrosive samples • unheated sample line • intrinsic security with onboard residual H2O measurements • onboard oxygen measure for environmental reporting • highly accurate, excellent stability with automatic optical stability check

FTIR analyzer in a turnkey cabinet for the measurement of up to 50 parameters, to be selected according to the application. MCERTs certified. Based on the FTIR technology (Fourier Transform Infrared) for simultaneous measurement of HCl, HF, NH3, NO, NO2, N2O, SO2, CO, CH4, TOC, H2O, CO2, O2, etc. • 180 °C heated sample line/measurement cell • turnkey system including industrial PC • measurement of trace concentrations in wet, corrosive gas streams • suited for hot wet measurement of soluble gases such as HCI, HF, NH3, etc.

Single reaction chamber version for the monitoring of NO or NOx, or dual chamber for NO, NOx and NO2 measurements. • heated analyzer (temperature controlled up to 180 °C) • measurement of wet and corrosive samples • proven EPA reference method • CLD technique for continuous and simultaneous measurement of NO, NO2 and NOx • in compliance with EN 14792 • fast response time (< 2 sec.)

One of the sole QAL 1 certified FID analyzers on the market, also available in a transportable version for the measurement of THC or simultaneous THC, nmHC & CH4. Utilizes Flame Ionization Detection (FID), the most sensitive and widely used technology for the measurement of Total hydrocarbons (THC) / Nonmethanic Hydrocarbons (NmHC) / Methane (CH4) • ideal for wet and corrosive process conditions • high accuracy, sensitivity and stability • real time calibration graph • complies with EN 12619 & EN 13526 standards for emissions monitoring • complies with CFR 40 1065 (US EPA) for engine emission testing of hydrocarbons