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The Biochrom 30 Amino Acid Analyzer is trusted by hospitals, reference labs, pharmaceutical and industrial labs worldwide. It accurately detects and quantifies amino acids and their derivatives in complex samples for in vitro diagnostic use and research. Applications include: clinical analysis, proteomics, drug synthesis, infusion fluids, and quality control and research applications in food, beverage and feedstuffs.
Based on cation exchange chromatography with a highly specific detection system using post column derivatization with ninhydrin. It can separate up to 56 amino acids, derivatives and other compounds with superb analysis quality and baseline separation giving precise, unequivocal peak identification and quantification-even for rare and unusual markers.
Biochrom 30 Physiological System: Lithium High Performance Columns are ideal for monitoring and screening of physiological fluids. This compact instrument can handle plasma, serum, urine, dried blood spots and CSF without costly and time-consuming re-equilibration.
Biochrom 31 Protein System: Fully automated fast and reliable quality/authenticity analysis of generic drugs and infusion fluids to a high standard that satisfies legislation.
Biochrom 32 Oxidised Proteins System: Designed to analyse complex hydrolysates in food and feedstuffs using the Feedstuff High Performance PEEK Column and buffer kit. AOAC and EEC-Directive 98/64/EC compliant.
See www.biochrom.co.uk for a video demonstration.
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Precolumn Amino Acid Analyzer OPA
modular amino acid analyzer system with automated precolumn OPA derivatization, optimized for the separation of physiological fluids with up to 30 AA
Ortho-phthaldialdehyde (OPA) is the most widely used fluorescent marker for amino acid analysis and can be used for completely automated analysis of protein hydrolysates as well as physiological fluids. The detection limit for primary amino acids is as low as 0.5 pmol, 20 times better than the ninhydrin method (secondary amino acids are not detected).
The system A0426-1 is identical to A0426 but is additionally optimized for the analysis of physiological fluids with more than 30 amino acids. This system is equipped with a more sophisticated autosampler for increased flexibility in derivatization and also features a separate column oven.
The consumables kit Y1000 contains all of the buffers, salts and reagents (in powder form) required for both A0426 and A0426-1.
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The AminoTac™ is a next-generation amino acid analyzer. The AminoTac™ attains higher analysis sensitivity of ninhydrin colorimetry, which provides high stability, while featuring a multi-segment tandem column, which provides quick analysis and longer column life. Windows™ based software makes the AminoTac™ easy–to-use and its modular design makes for compact storage and maintenance.
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The inoLab® BSB/BOD 740 laboratory oxygen meter has been specially developed for BODn measurements. BOD measurements are determined according to EN 1899-1 and are EPA approved.
You can store up to 7 of your own routines for frequently occurring dilution ratios. A maximum of 30 measuring samples each with 18 dilutions allow the management of up to 540 diluted samples.
The inoLab® BSB/BOD 740 can also be used as a conventional high-end oxygen meter. Additional memory and editing options are available when MultiLab® pilot is used. The entire measurement and sample management can thus be easily handled via PC.
In combination with StirrOx® G with its automatic start/stop function the inoLab® BSB/BOD 740 is the ideal measuring system for routine oxygen measurement in the BOD5 determination according to DIN EN 1899-1 and DIN EN 1899-2.
• Simple sample management
• Automatic BOD calculation
• EPA approved
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ATI Models Q45H62 and Q45H63 are reagentless and designed for on-line monitoring and control of chlorination systems. It is available in two versions: a free chlorine monitor for drinking water and cooling water, and a combined chlorine monitor ideally suited for “chloraminated” drinking water. The combined chlorine system can also be used in wastewater effluents where sufficient ammonia is present prior to chlorination to result in a predominantly monochloramine residual. Unlike on-line colorimetric and most amperometric monitors, Q45H systems utilize a membrane-covered polarographic sensor that does not require the addition of chemical reagents. The Q45H system has no moving parts, so there are no pumps or motors that burn out or tubing breaks that create maintenance nightmares. All normal maintenance items are included with each system.
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Double-channel measuring and control instrument for free chlorine and pH-Value - additionaly ORP optional
- Double measurement of free chlorine and pH -optionally with additional ORP measurement
- Easy and safe operation by plain text menu guidance
- Log book function
- Graphical trend display of the last 3 h
description
The dialog W 2 CL2 PR R is a sophisticated instrument for the precise measurement and control of the chlorine concentration and the pH-value - additionally an ORP measurement is optional. It is available in a wall mounted housing.
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The PCA 330 series of analyzers check pH/ORP and chlorine levels in applications such as pools and spas, drinking water and influent and effluent discharge of water to ensure public safety, prevent waste and protect the environment by reducing overdosage.
Features:
• pH regulation with both ON/OFF and proportional controls
• Separate alarms can be set for pH and chlorine controls
• Parameters can be sent through SMS
• Large graphical display with backlight
• User-friendly interface
• Can store up to 3500 data, that can be displayed or downloaded to a PC
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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 2120XP Calcium Hardness Analyzer
The Thermo Scientific Orion 2120XP calcium hardness analyzer detects calcium as the major component of hardness in real time- providing accurate and reliable results that you can count on. Limiting the costly effects of improper water purification has never been easier.
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The AQUAPOD LIGHT detects and analyzes on line nitrates in water starting from a spectroscopic technology of measurement UV
The AQUAPOD LIGHT integrates an analysis UV as well as a detection of fluorescence (in option) making it possible to reach thresholds of sensitivity about the ppm (for the majority of the parameter the µg/L (hydrocarbons)
Easy to install, without reagents nor calibration and maintenance, the AQUAPOD LIGHT ensures you a cost of very low exploitation.
The AQUAPOD LIGHT UV FLUO can accept any type of physico-chemical sensors Modbus RS485, 4 - 20 my...
Moreover, thanks to its exits Modbus, Profibus and Can Open, the AQUAPOD LIGHT can be interfaced quickly towards any system of supervision or communication GPRS or STN
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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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The transmitter is also available to use in combination with the Turbidity Checker / SS Checker.
As well as the turbidity/SS indication, this transmitter can indicate signal output response time, alarm level setting and so on.
You can control the turbidity/SS utilizing its functions fully.
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O2 and CO2 are the gases whose rates of consumption or production are most frequently measured for the purposes of study and process control (energetic metabolism, substract utilisation, etc.).
The measuring ranges of the GA analyser (0÷10 or 15% for CO2, and 21÷10% for O2) have been chosen specifically for your application.
The system is based on wellproven, high quality transducers, and is characterised by an extremely reduced internal volume, to reduce overall response times.
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The Yeast Monitor is an instrument that measures the viable yeast concentration online and in real time. The instrument is ideal for incorporating into automatic yeast pitching and yeast harvesting systems measuring yeast slurries. Designed with the brewer in mind it can give a read out in a range of display units including viable cells/ml or % viable spun solids. It has proved to be a reliable workhorse in automating various brewery processes such as yeast pitching, yeast cropping, kraussening and controlling the feed rate to centrifuges
Model 710 is a budget instrument, ideal for a dedicated yeast pitching or cropping application requiring only one probe.
- The Model 710 is 50% lower in cost compared to previous models
- The main instrument is completely contained within a stainless steel IP65 enclosure.
- Communication options include separate 4-20mA outputs for live cell concentration and conductivity and options for Profibus and other fieldbus communications to the PLC.
- Calibration is quick and simple with a new auto-calibration option
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Description: The fluid property analyzer (FPA) is designed to provide customers with an industrial robust and flexible platform for monitoring applications that may include distillation and chemical process streams, machinery lubricants, and gear oils. The FPA offers data logging capabilities, as well as direct digital or analog integration to distributed control systems (DCS) for remote system monitoring.
Features:
-Flexible design enables a wide variety of industrial and process monitoring installations
-Stainless steel, hermetically sealed analyzer with electronic control module
-Operating Temperature: -40°C to 125°C
-Operating Range: Fluid viscosities 0 - 100 mPa-s
-Factory calibrated with datalogging and field calibration options
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The Monitor 90 Ecometers are used to measure gaseous inorganic chorine, fluorine or ammonium compounds.
They are ideal for process monitoring and emission control, and comply
to the requirements of the German emission control regulations
(BImSchV) - among the strictest in the world. The high system availability makes the Ecometer an ideal component of automatic control systems for emission control installations.
Advantages:
-Minimal reagent consumption
for low operating costs
-Low maintenance, with selfchecking and automatic recalibration
-Automatic correction for
sample pressure and temperature
-Low sensitivity to interference,
below statutory requirements
-High stability, with low standard deviation and drift
-Industry standard interfaces and outputs
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The PowerMon Ionometer is a versatile applicable on-line measuring instrument, which is used for the monitoring of the legally prescribed limit value in the outlet of municipal and industrial purification plants.
Advantages:
-precise results
-connection of up to 100 external,
physical measuring sensors
-fully automatic operation
-easy, comfortable operation
-fast data transfer
-self-monitoring system
-remote maintenance and
network ability
-graphic user interface with interactive
Touch Screen operation
-update of the operating software or
download of data by USB stick
-minimum operating cost by small
reagent consumption
-second measuring point
without surcharge
-operation also possible
without housing
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These analyzers and sensor assemblies are suitable for measuring fluoride concentration typically found in drinking water applications and are a simple, cost-effective solution for ensuring regulatory compliance in fluoridated drinking water.
Benefits:
- Low price
- Low maintenance
- No chemical additions
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ANTEK's 9000F offers a cost-effective alternative to the common Wickbold method (oxy-hydrogen torch) of analysis, providing total fluoride determinations on gas, liquid, and solid samples safely within minutes instead of hours. It is far less expensive than ICP/MS; and, unlike other methods, the ANTEK 9000F is specific for fluoride without interference from other halides. The safe, non-hazardous ion specific detection method provides an analytical range from sub-ppm to percent levels.
Features & Benefits
- Specific for fluoride
- Sensitivity from sub-ppm to % levels
- Results in 5 to 15 minutes
- Non-hazardous operation
- Gas, LPG, liquid, and solid samples
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PerkinElmer recently acquired Arnel, a recognized leader in engineered solutions for GC applications in the hydrocarbon processing, food & beverage and industrial hygiene markets. PerkinElmer continues to provide standard and custom engineered solutions based upon the Clarus GC platform.
PerkinElmer offers more than 100 turnkey solutions with defined specifications that cover a wide range of applications and requirements in many industries – petroleum refining/petrochemical, natural gas and dissolved gases in transformer oils – providing superior analytical capabilities and ease-of-use.
And if our standard analyzers do not meet your needs, we can configure an analyzer to match your requirements.
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With one of the most comprehensive families of sensors and on-line analyzers for pH, conductivity and dissolved oxygen, Yokogawa is recognized as a world leader in the field of analytical equipment.
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Analyzer station of alarm AQUAPOD LIGHT UV FLUO
The analyzer station of alarm AQUAPOD LIGHT UV FLUO allows detection and analyzes in line of hydrocarbons dissolved in water (super 98, super 95, kerozene, gas oil, oils,...).
Thanks to the association of technological of optical analysis UV and FLUO, the AQUAPOD LIGHT UV FLUO allows da detection of hydrocarbons low thresholds, lower than Pb (µg/L)
Without reagents, nor calibration and requiring a reduced maintenance, the AQUAPOD Light UV FLUO ensures you a cost of very low exploitation.
Evolutionary, the AQUAPOD Light can detect and analyze the parameters following in option:
NITRATES
DBO
DCO
COT
MY
UV 254 NM
GENERAL ANOMALIES OF WATER
COLORIMETRY
URBAN REJECTIONS
COMPLEX INDUSTRIAL PRODUCTS
SPECIFIC PRODUCTS
The AQUAPOD LIGHT UV FLUO can accept any type of physico-chemical sensors Modbus RS485, 4 - 20 my...
Moreover, thanks to its exits Modbus, Profibus and Can Open, the AQUAPOD LIGHT can be interfaced quickly towards any system of supervision or communication GPRS or STN
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AMETEK Western Research® manufactures a range of H2S analyzers for applications including gas sweetening, pipeline quality/custody transfer, synthetic natural gas, blending stations, lean/rich amine and contactor overhead, tail gas treating, and any other process where % or PPM concentrations of H2S must be measured.
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The PowerMon Titrometer is a versatile applicable on-line measuring instrument. It guarantees a permanent optimal water quality by the continuous supervision in the chemical industry, water and waste water treatment, in power stations and the paper industry.
Advantages
- fully automatic operation
- easy, comfortable operation
- fast data transfer
- precise results
- self-monitoring system
- minimum operating cost by small reagent consumption
- connection of up to 100 external, physical measuring sensors
- remote maintenance and network ability
- update of the operating software or download of data by USB stick
- graphic user interface with interactive Touch Screen operation
- second measuring point without surcharge
- operation also possible without housing
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Sievers 900 Laboratory
The Sievers® 900 Laboratory Total Organic Carbon (TOC) Analyzer offers superior productivity for laboratory TOC measurements. Automated calibration and validation procedures, faster analysis time, automated reagent adjustment, and the high-capacity 900 Autosampler combine for an unequalled level of efficiency, flexibility, and ease of use.
The 900 Laboratory Analyzer yields productivity gains with analysis times 30 percent faster than its Model 800 predecessor. The instrument enables complete unattended operation with an Autoreagent feature that calculates and applies the appropriate reagent flow rate for any sample without requiring user intervention. Additional productivity enhancements are realized with the optional 900 Autosampler, featuring random access capability and up to 120 sample positions.
Engineered for ease of use and cost-effective operation, the Analyzer needs no external reagents or gas supplies and requires only two hours of preventive maintenance per year. Twelve-month calibration stability frees analysts to perform other critical tasks.
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IL 550 TOC Analyser - Ready for the toughest challenge
Liquids and solids, particle- and salt-containing samples - all of them are no problem for the IL 550 TOC-TN with high-temperature digestion.
The variable injection volume of 10 to 500 µl enables a volume-dependent calibration to be carried out without time-consuming preparation of different standards.the VITA software ensures long-term stable calibration. The wide measuring range of 0.05-30,000 mg/l TOC and 0.1-100 mg/l TN makes precise analysis possible without dilution.
For the serial analysis of solids, the HSC 1300 module is used with sample weights up to 3 g!
IL 500 TOC Analyser - Seriously sensitive
The IL 500 TOC analyser with UV persulphate digestion is especially suitable for the automatic analysis of TOC in the low measuring range, as samples of up to 20 ml can be injected. Three measurement channels give the instrument its especially wide measuring range from 0.002 to 10,000 mg/l. The OMNITOC software is very easily understandable
and can be operated intuitively.
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Total solution for all application and conditions with 7 different modules:
TOC-determination based on the known
Combustion catalytic oxidation / NDIR-detection method
- Stand alone operation
- PC-Controlled
- Economic Module
TOC-determination based on the new developed
Wet chemical oxidation / NDIR-detection method
- Stand alone operation
- PC-Controlled
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All liquid parameters firmly under control
Our measuring systems analyze
- pH,
- ORP,
- electrical conductivity,
- dissolved oxygen,
- dissolved chlorine,
- turbidity,
- solids content
in chemicals as well as the concentration, e.g. of NO3, NH4, Si, Mn, Fe, PO4, in pharmaceutical products, power plants, in wastewater treatment, in pure water and drinking water.
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Microprocessor-controlled instrument amplifier with integrated controller for water analysis of:
pH
Redox
Ion concentration
Electrolytic conductivity (conductive and inductive)
Active chlorine concentration
Total chlorine concentration
Chlorine dioxide concentration
Oxygen concentration
Ozone concentration
Hydrogen peroxide concentration
Features:
Backlit 2-line alphanumeric LC display with measuring units
Clear text human-machine interface with only 5 touch keys
Password protection against unauthorized operation
Temperature compensation manual or via Pt 100 / 1000 / NTC 22 kOhm (3-wire)
Galvanic separation of inputs and outputs
2 analog outputs, user configurable
Integrated controller with 2 switching points
2 limit switches with time-delay, allocated to alarm relay
Display of operating and status messages
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Analyzer/station of alarm AQUAPOD SPE
The analyzer/station of alarm AQUAPOD SPE detects and analyzes on line the micropollutions of water.
Thanks to patented technology SPE Box and analysis UV (+ Fluoresence in option) AQUAPOD SPE allows levels of detection lower than the µg/L (ex: 0,06 µg/L in the case of pesticides).
Its just evolutionary database:
- the pesticides (Triazines, derived Diuron, Isoproturon, organophosphates, pyrethrinoid, Ethyl parathion, amides...)
- hydrocarbons (SP 95, SP98, Kerozene, gas oil, oils,...)
- industrial products (Phenols: Chlorophenols, Nitrophenols...)
- complex mixtures (rejections of STEP, liquid manures...)
Aquapod SPE detects also any anomaly of spectrum UV of the eaaux one. Associated with an integrated automatic sampler, it makes it possible to identify new sources of pollution or évévenement
Applications:
- Drinking water: Collectings - Raw waters - treated Water
- Natural Water: Rivers - underground - stoppings
- Cleansing: Rejections of purification plants
- Industry: Water of process
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