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APM High Shear Fluid Condition Viscosity Sensor
The APM high shear fluid condition sensor platform is a breakthrough in viscosity sensing applications. The APM fluid condition viscosity sensor is solid state with no moving parts and based on a rugged quartz crystal design. The surface of the sensor is also treated to be scratch and chemically resistant. It operates at 160MHz producing a very high shear rate in liquids. The sensor is fully immersible and can be easily configured for insertion into a myriad of processes. Unaffected by flow or vibration conditions, the APM fluid condition viscosity sensor is operable from 10 to 500 AV (acoustic viscosity). It can be operated in fluids at temperatures ranging from 0°C to +85°C and comes with a smart digital interface.
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MCF Low Shear Fluid Condition Viscosity Sensor
The MCF low shear fluid condition sensor platform is the latest in development of breakthrough in viscosity sensing applications. The MCF fluid condition viscosity sensor is solid state with no moving parts and is based on a leading edge crystal design. The surface of the sensor is also treated to be scratch and chemically resistant. The sensor operates at 5.3MHz producing a very low shear rate in liquids which results in better correlation to more traditional viscosity measurement techniques. The sensor is fully immersible and can be easily configured for insertion into a myriad of processes. Unaffected by flow or vibration conditions, the MCF fluid condition viscosity sensor is operable for a wide range of fluids and especially targeted for oil condition monitoring applications. It can be operated in fluids at very wide operating temperature ranges and is available in two product packages. The first configuration, similar to the APM fluid condition sensor, comes in a square format. The second, integrates the sensor and electronics into a threaded bolt configuration (1/2 NPT and BSPT).
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WALL MOUNTING INSTRUMENTS
with one "ON or OFF" threshold and one output function 4 - 20 mA :
- pHM 200 : pH meter
- CM200 : conductivity-meter
- OXYM200 : oxymeter
- CLM200 : chlorometer
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Details
Products: Meters
Parameters: pH ORP
K100 W PR
Art.-No.: 105000K
User-friendly controller for pH/ORP, wall-mounting enclosure
Series:K100
Delivery time: 2 days
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Ever more stringent legislative regulations witin the water and wastewater industry are placing increased demands on process orientated system technology. Especially in the wastewater treatment the on-line measurement of Nitrogen and Phosphorus parameters play an important role because of continuous monitoring and optimization of the performance of a biological purification process.
WTW’s answer is the multiparameter system TresCon.
TresCon is a modular analysis system for continuous measurement of analytical parameters like e.g. Ammonium, Nitrite, Nitrate / SAC, total Nitrogene or Phosphate and total Phosphate. This system based on a central controller and one or several autonomous modules is built up on a functional structure which constitutes a "analytical platform" of highest flexibility.
Due to this modularity this system assures a continuous and very reliable operation which constitutes a new dimension with respect to performance, flexibility, reliability and cost efficiency. Additional analyzer modules and parameters are easily accomplished by the user
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Laboratory instrument LabMaster-aw
- High accuracy and repeatability
- Temperature controlled measuring chamber
- Increased measurement speed
- Measurement cell with saved calibration data
- Intuitive and simple menu navigation
- Modular expandability to multi channel system
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ATI has developed a completely new approach to on-line monitoring of ammonia that is far less expensive and much simpler than conventional monitoring equipment. The Q45N Dissolved Ammonia Monitor uses reaction chemistry that converts ammonia in solution to a stable monochloramine compound equivalent in concentration to the original ammonia level. The chloramine concentration is then measured with a unique amperometric sensor that responds linearly to chloramines while eliminating interference from excess free chlorine in solution.
Q45N monitors are available in two versions, one that includes all components conveniently integrated into a Nema 4X fiberglas enclosure, and a second that separates the monitor from the chemistry system for applications where a more convenient display location is desired. ATI’s Q45N monitoring package for dissolved ammonia provides the measurement stability needed to avoid complicated automatic calibration systems.
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SEKO introduces the 500 Series family of industrial control instruments designed for measuring:
■ pH
■ Redox
■ Oxigen
■ Conductivity
■ Turbidity
Design compliant with EMI regulations
All instruments comply with the 73/23 EC,89/336 EC,92/31 EC and93/68 EC directives,in order to guarantee maximum Electromagnetic Compatibility.
Serial Communication (RS485)
All instruments are designed for use with RS485 communication serial port,to monitor measurements and data recording.
Graphic Display
The graphic display,with 128x64 pixel resolution,ensures simultaneous display of the chemical measurement,the measurement of the temperature and the status of the various control outputs,by means oficons,throughout the entire process.
Power-assisted adjustment with probeeffectiveness test
The user-friendly software functions are designed to supply fast and effective assistance to the operator.This guarantees excellent calibration results.The system will inform the user about the quality of the electrode in use.
Flexible enclosure design
The enclosure allows various mounting options,such as panel,wall orpole mounting.
Control Functions
The instruments can be supplied with different software functions,ranging from Proportional-Integrated-Derived (PID),Timed and ON/OFF.
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”On-site” means measuring Ammonium and Phosphate in the tank. The main advantage is that short sample paths give quick, undistorted results. This is the idea behind the new digital analyser generation from HACH LANGE—AMTAX sc and PHOSPHAX sc. The concept is a practical, logical extension of the proven AMTAX and PHOSPHAX series. It combines all the advantages: the high precision of an analyser and the simplicity of a probe.
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PE 138
Salient Features & Benefits
- Portable Microprocessor Based, User Friendly & menu Driven.
- Measures directly pH, EMF, Temperature, Electrolyte Conductivity (EC), Total Dissolved Solids (TDS), Dissolved Oxygen (DO) & Salinity, Colorimetric, Abs./%T and Turbidity in Water sample one at a time.
- Unique DO measurement in Air saturated waters using Conventional Polarographic Probe .
- Programmable Calibration upto 3 Points for pH with Memory Back-up .
- Useful for Potentiometric & Redox measurements.
- Automatic/Manual Temperature Compensation.
- Accurate & Highly Stable .
- Elegantly styled into a Brief Case for operational convenience in Field .
- Operates on Rechargeable Battery & Mains Supply .
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W-20 Series Water Quality Monitoring System
Product Overview
Water is as precious as life itself. That's why current threats to water supplies make water quality analysis vital to our very existence. HORIBA has created the Multifunction Water Quality Monitoring System. Years of HORIBA sensor technology development have reached their culmination in the form of a 46-mm diameter sensor probe: a compact monitoring solution offering high pressure tolerance, long-term continuous measurement capability and highly accurate, simultaneous analysis of 13 parameters. In addition to the Water Quality Monitoring System's own capabilities, it was designed by HORIBA to be compatible with GPS and other data processing techniques.
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Simple! Accurate! Diversified! water analysis with Single Beam UV/VIS Spectrophotometer!
Specifications
Optical System Single Beam
Spectral Band
Pass Width < 1.0nm
Wavelength
Range 190nm ~ 1100nm
Accuracy < ± 0.5nm
Reproducibility < ± 0.1nm
Setting < ± 0.1nm
Slew Rate about 5000nm/min
Scanning Speed Max. 1000nm/min
Photometric
Range -0.1 to 3.0A, 0 to 125%T
Accuracy < 1% at 1A
Reproducibility ± 0.001A
Stray Light 0.05 %T at 220 & 340 nm
Baseline Stability < ± 0.001 ABS/h (at 550nm)
Baseline Flatness < ± 0.001 ABS (200~1000nm)
Noise Level < 0.001A
Drift 0.002A/hr at 340 nm
Monochomater Modified Czerny-turner type With 1200 lines/mm Blazed grating
Light Source Tungsten and Halogen lamp and Deuterium lamp
Lamp Change Wavelength 340nm~410nm (Default 370nm)
Standard Cell Holder Automatic Rotary type 8-position Multi-Cell Holder
Interface Ports RS-232C Serial and Centronics ports
Power Requirement AC 220V, 50/60Hz
Overall
Dimensions(mm) 515(W)x430(D)x242(H)mm
Weight 16kg
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BIOTECTOR VACUUM SAMPLER - Water sampling system for analyzers.
Product overview
• Sample container: PVC
• Sample volume: 400ml
• Pinch valve with EMPP tube
• Main sample line 3/8” OD x 1/4” ID
• Automatic fault indication
General Information
The BioTector vacuum sampling system is designed to bring water over a distance of 40 meters with a maximum lift of 6 meters, and to present the sample to the BioTector TOC analyzer, or alternative water analyzer, at ambient pressure.
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Automatic measuring and control systems ensure the right water quality in modern water treatment. All required functional elements are mounted on the sampling stations ready for connection. Due to the great variety of our products we are able to supply the appropriate sampling station for each application.
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