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The instrument provides on-line monitoring of active chlorine or total free chlorine in drinking water plants, drinking water distribution networks, and in cooling water.
-Low detection limit for efficient residual chlorine monitoring
-Measuring range of 0 - 5 mg/L of HOCl or free chlorine
-Two analog outputs
-Automatic temperature compensation
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| The field-proven Thermo Scientific SOLA II eliminates labor-intensive laboratory sampling by providing online analysis for continuous quality control of total sulfur content in liquid hydrocarbon and gaseous process streams. Fully-automated sample preparation negates the need to load vials, syringes or sample cups. The system is equipped with an on-board statistical analyzer that verifies the validity of each analysis. Full scale measurement ranges are from 0-5 ppm/wt to 0-9000 ppm/wt with detection limits as low as 0.25 ppm. The SOLA II is an online adaptation of the ASTM Method D5453 “Determination of Total Sulfur in Light Hydrocarbons, Motor Fuels and Oils by Ultraviolet Fluorescence” and the ISO Method 20846 “Petroleum Products – Determination of Sulfur Content of Automotive Fuels – Ultraviolet Fluorescence Method” and regularly demonstrates excellent agreement with total sulfur measurement methods, including ASTM D5453, ISO Method 20846, lead acetate colorimetry, and ASTM D2622. The SOLA II is comprised of a sample injection valve, a carrier gas flow control system, a mixing chamber, a Pyrolyzer, an optional dryer and a pulsed ultraviolet fluorescence (PUVF) detector. The SOLA II has a number of applications, including detection of sulfur to ensure diesel and gasoline are in compliance with clean fuel regulations, catalyst protection by controlling the sulfur level of the hydrocarbon feed into the reactor catalyst, monitoring the sulfur content of the flare gas to ensure compliance with regulatory requirements, and a dual calibration/dual stream model that enables two streams of radically different sulfur concentrations to be measured by a single analyzer. |
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Sievers 500 RL On-Line
GE Analytical Instruments’ new Sievers 500 RL On-Line TOC Analyzer delivers the accuracy, automation, and confidence needed to transition from laboratory to on-line TOC for enhanced operating efficiencies and science-based risk management. Using the proven Sievers laboratory TOC measurement technology, the Sievers 500 RL provides continuous quality assurance for on-line pharmaceutical water release, cleaning validation, and Process Analytical Technology (PAT) quality initiatives.
The Sievers 500 RL On-Line TOC Analyzer uses no reagents and features the revolutionary four-port Super iOS standards introduction device that fully automates system protocols, and transfers critical standards information directly to the Analyzer for secure data management, significantly reducing costs and risks.
The 500 RL Analyzer shares many productivity and ease-of-use features of other Sievers TOC Analyzers, including 12-month calibration stability, a color touch-screen display, USB port, and minimal maintenance (a few hours per year). With a wide operating range of 0.03 ppb to 2,500 ppb, the 500 RL also measures USP conductivity. |
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TOC is used in a variety of applications from management of waste water treatment plant influent and effluent, to drinking water supply management and monitoring of impurities in process and natural waters. And the range of applications in which this type of on-line technology is used is expected to continue expanding.
In addition, because nitrogen is considered to be one of the factors which contributes to the over-proliferation of organisms in enclosed bodies of water, management of these public water sources and of treatment plant influent and effluent also includes demand for monitoring of nitrogen levels.
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# mmediately signal hardness breakthrough to activate regeneration
# Makes your water softening system more efficient and less costly
# Reliable, simple and accurate- with automated calibration
# Continuous monitoring in "real time" |
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Orion Calcium Hardness Monitor
The Orion 1820 Calcium Hardness monitor is one of a series of microprocessor-based analyzers designed to measure trace ion levels in relatively pure water continously. The Orion 1820 has been specifically designed to operate in the effluent of a zeolite exchanger in a water softening system.
The Orion 1820 Calcium Hardness monitor is one of a series of microprocessor-based analyzers designed to measure trace ion levels in relatively pure water continously. A unique system for pH adjustment eliminates the need for expensive reagents and frequent maintenance. Instrument calibration is quick, simple, highly reliable and accurate using a simple pipet. A temperature sensor, immersed in the sample, monitors sample temperature and is used for automatic temperature compensation. A signal conditioner offers the choice between linear and logarithmic concentration output. Since the Orion 1820 has been designed with few moving parts, it requires little maintenance and is extremely reliable.
Orion 1820 Calcium Hardness Monitor, Double known addition calibration technique, complete with calcium electrode (100049), reference electrode (100056), temperature sensor (181127), standard solutions kit (182040), signal output module (180001), and one instruction manual. Wired for 115, 100, 220V AC, 50/60 Hz. Requires reagent (182011).
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Modular System
The Hach sc1000 Multi-parameter Universal Controller is a fully modular system consisting of a Display Module and one or more Probe Modules. The Display Module and Probe Module must be ordered separately.
Display Module-The sc1000 Display Module is a full-featured controller with a large color touch-screen display. The intuitive, easy to use interface can be used for any number of parameters. One Display Module controls either a single Probe Module or a number of Probe Modules connected by a digital network. The Display Module is fully portable and can be disconnected and moved anywhere within the network. The Display Module must be ordered separately from the Probe Module.
Probe Module-Each sc1000 Probe Module provides power to the system and can accept up to 8 digital sensors. Probe Modules can be networked together to accommodate many more sensors attached to the same network. Only one Display Module is needed for a networked system. The Display Module must be ordered separately from the Probe Module.
Digital Network-Connect up to 32 participants in an sc1000 network. Network together mulitple Probe Modules to meet almost any application's needs. Participants are defined as anything attached to the network including probes and optional cards but not counting the Display Module or Probe Modules. |
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* 0 to 5 mg/L range, dual, fully-adjustable set-point alarms
* IP62 enclosure rating, suitable for indoor installation
* Automatic, self-testing diagnostics
* Minimal routine maintenance required
* Colorimetric DPD chemistry - fast, reliable, economical
* Unattended operation up to 30 days
* Manual or automatic feed pump control |
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| The Bran+Luebbe On-line Monitor family was especially developed for long-term use in typical industrial areas, with a robust and easily maintained design based on 75 years of experience. |
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Complete pH system: featuring P53 controller and PEEK Body, wide-range sensor
* Model P53 pH and ORP Analyzer is a full-featured, easy-to-use instrument. The large backlit LCD graphic display shows the measured pH, process temperature, both analog ouput values, and relay status.
* PD1P1 Sensor is a high performance, differential technique, PEEK body pH sensor with built in preamplifier and integral 4.5m (15 ft) cable. 1-inch NPT threads at both ends for pipe Tee or pole mounting. Range 0-14 pH and 32 - 205 °F
See ALSO CONSIDER tab for other available sensors or Contact your Hach or GLI representative to configure the pH or ORP system for your application 1-800-227-4224. |
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A wide range of continuous monitors designed to measure concentrations of various chemical species in an On-line environment.
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FilterTrak 660 sc Laser Nephelometer sensor assembly with sc100 controller with RS-232 output
* FilterTrak Laser Nephelometer offers the best resolution in the market, detects changes in turbidity as low as 0.0005 NTU
* Meets all USEPA filter monitoring requirements
* Compatible with Hach Multi-Sensor, Multi-Parameter Digital Controllers, sensor can be used with Hach's new sc100 or sc1000 Digital Controllers. |
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... for measuring the moisture content within a split second in a production run in progress thanks to the use of microwave resonance technology.
– Moisture analysis in less than 1 second
– Complete process monitoring
– Results independent of the color and surface structure of a sample
– Non-destructive measurements
– At-line measurements also possible |
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| The rugged Thermo Scientific MOLA is a state-of-the-art moisture on-line analyzer which uses patented neutron backscatter pulse mode ion chamber technology to non-intrusively measure the concentration of hydrogenous material in a process vessel. In iron and steel making, the MOLA is used to improve the operation of the blast furnace by accurately measuring the moisture content in metallurgical grade coke and/or iron ore pellets. The ion chamber in the MOLA acts as a hydrogen molecule detector and, based on the amount of hydrogen present, can determine the moisture in coke. Pulse mode technology allows for excellent stability and repeatability over a very wide temperature range without the need for high voltages or temperature stabilization of the circuitry. It has proven to help steel mills more effectively manage variability in coke size, harsh environmental conditions at the point of measurement and high coke volume. The MOLA is easy to install with no component exceeding 45 pounds. It also features a streamlined design that allows for rapid diagnostics and servicing of the unit. |
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Biomass Monitor 210 - entry level system
This new "entry level" Biomass Monitor Model 210 offers you the first step in biomass monitoring. This is a single input instrument that can be upgraded to the 4 input Biomass Monitor 220 at a later date. The Model 210 will have all of the other benefits of the Model 220 and is ideal for an initial evaluation of the dielectric based technology for on-line viable cell mass measurement. |
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* Ion-selective electrode with patented, replaceable tip
* Automatic calibration
* Temperature-controlled wall-jet flow cell
* Rugged, lightweight enclosure
* Ultra-low reagent consumption
* Virtually immune to interferences |
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A simple solution for in-line process monitoring, wet and dry end brightness grading, or paper break detection.The BriteX-1000 series brightness sensor is easy to use and affordable enough for multipoint sensing. Tighter control of processes can reduce operation costs and minimize quality variations.
Numerical display in standard brightness units.
Several times the range of competing sensors.
Adjustable sensitivity.
Variable projected-light intensity enables flexible operation over wide range of distances and materials.
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Vapor Pressure Process Analyzer - MINIVAP Online
MINIVAP ON-LINE is a process monitoring analyzer for the determination of the vapor pressure of gasoline, crude oil, LPG and NPG.
Also, the vapor-liquid ratio (LVR) of gasoline can be measured.
The measuring principle is identical to the worldwide used laboratory instruments MINVAP VPS and LPG and therefore MINIVAP ON-LINE produces equivalent results.
Up to 2 different sample streams can be connected to one single analyzer. It is the only available process vapor pressure tester that fully complies to the industry relevant ASTM standards for gasoline (ASTM D6378), crude oil (D6377) and LPG (D6897).
On-line Compliance Monitoring for Vapor Pressure of Gasoline, LPG and Crude Oil and Vapor/Liquid-Ratio Temperature of Gasoline (V/L=20)
VAPOR PRESSURE TESTER COMPLIES WITH:
*ASTM D6378 - Vapor Pressure of Gasoline (VPx)
*ASTM D6377 - Vapor Pressure of Crude Oil
*ASTM D6897 - Latest standard for Vapor Pressure of LPG
EXCELLENT CORRELATION TO:
*ASTM D5188 - V/L-Ratio: T (V/L = 20)
*ASTM D1267 - Vapor Pressure of LPG
*ASTM D323, D4953, D5191 (Correlation Formulas)
*EN 13016-1 / IP 394
OTHER FEATURES:
*One Single Instrument for up to 2 Sample Streams
*Multiple Point Measurements at Different Nominal Pressures
*Automatic Calibration & Offset Correction
*Temperature Controlled Sample Conditioning System
*7 Minutes Cycle Time
*Explosion Proof-Class I
*Fast & Easy Maintenance
*V/L-ratio: 4/1 (Gasoline & Crude Oil)
*V/L-ratio: 1/2 & 2/3 (LPG & NPG)
*V/L-ratio: 20/1 (LVR-temperature) |
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Malvern® Insitec® systems measure particle size distributions from 0.1 to 1000 µm wet or dry, atline or online, with even mobile solutions.
The Parsum inline particle probe (IPP) delivers continuous real-time data for particles or granulates in the size range 50 - 5900 µm.
The proven laser diffraction technology at the heart of the Insitec® systems is now the standard in most particulate processing industries and has been pioneered and developed by Malvern® Instruments for more than 30 years. Insitec’s rugged construction and robust technology reflect the exacting demands placed on analytical instrumentation in continuous use in a process environment. The instrument, the process interface, analysis software, automation and data reporting can all be customized to the unique needs of individual clients. The sensor's range of changeable lenses allows the tuning of instrument resolution to the needs of the process. The instrument is watertight and dustproof, and certified to industrial protection rating IP66. It is CE badged and meets industrial grade electromagnetic compatibility (EMC) requirements for safe, reliable operation.
The Parsum inline particle probe (IPP) is a rugged particle size analyzer based on the principle of spatial filter velocimetry. Installed directly into a line or unit it delivers continuous real-time data for particles or granulates in the size range 50 - 5900 µm, carried in dry streams. It is simple to use and requires neither calibration nor sample preparation. The Parsum is successfully used in industries ranging from food production to chemical manufacture to monitor processes such as granulation, agglomeration and milling.
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