optek
Turbidity Meters, Colorimeters, UV, pH and Conductivity sensors
- +49-(0)201-63409-0
- info@optek.com
- Emscherbruchallee 2
Essen, 45356
Germany
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Product
Turbidity Sensor
TF56-N
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The TF56-N sensor is an inline real-time device designed to measure light absorbance at 11° caused by interaction with process turbidity. As an NIR light beam is passed through a dynamic process stream, the sensor simultaneously measures the amount of light scattered at 11° and the remaining amount of un-scattered light at 0°.
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Product
Sensor Bodies
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The armature - assembled sensor body - is the central component of an inline photometer. We have already designed more than 1000 different sensor bodies and more than 50 types are always on stock. All optek inline sensor bodies are made from high quality materials and are machined with extreme precision. The quality-tested manufacturing tolerances allow optical path lengths of up to 1000 mm, for which the accuracy of the incoming and outgoing light beam is ensured by testing a laser-based coaxiality tolerance test to the reference axis. To cover a wide spectrum of different process conditions, optek sensor bodies can be manufactured from various materials (also for aggressive chemicals or with NACE MR 0175) and adapted with regards to:
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Product
UV Analyzer
AF45
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The AF45 is a high precision UV light absorption analyzer designed for inline operation to provide accurate concentration measurements with remarkable repeatability, linearity and resolution. Wavelength and optical path length are individually configurable for extremely high accuracy to meet process control requirements.
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Product
Single Use Cells
S.U.C.
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optek Single Use Cells have an integrated conductivity sensor and enable simultaneous electrochemical and optical measurements. Various options of line sizes and connections allow for a simple integration into bioprocessing systems from low volume research up to high volume biopharmaceutical manufacturing.
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Product
pH Electrode Holder
PF12
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Extension of optek sensor bodies for inline pH measurement in industrial installations of various applications. Commonly available Ø 12mm & 120 mm length pH probes can be used and are positioned at an optimum angle into the process stream.
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Product
Converter
556
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The dual channel converter 556 provides continuous inline, real-time measurement and control of turbidity. The customer’s specific factory calibration of the converter can be configured in ppm (DE), FTU or EBC. Combined with an optek TF56-N scattered light sensor the 556 converter is a cost-saving measuring system, providing reliable process measurements.
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Product
Electroplating Bath Analyzer
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optek’s electroplating analyzers are inline devices designed to measure plating solution’s metal concentration in real time. These analyzers can be designed to accommodate virtually any concentration range. Operationally, the analyzer passes a white light beam through the plating solution to be monitored. Then, light absorbance is measured at two distinct wavelengths, and the difference in light absorbance between the two wavelengths is equated to a plating solution concentration.
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Product
Color Probe
AS56-F
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AS56-F is a probe for direct installation into pipelines and vessels measuring VIS light absorption of various liquid samples. Optical path length can individually configured to meet the process control requirements.
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Product
VIS/NIR Sensor
AF26
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The AF26 is a high precision dual channel color sensor for inline operation; the secondary wavelength is designed to compensate the desired light absorbance measurement from any undesired light scattering influence, such as suspended solids, gas bubbles, immiscible fluids or window fouling. The AF26 sensor’s output can be correlated to almost any color scale including APHA and Hazen.
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Product
Oil In Cooling Water Monitor
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The ability to detect oil in water is important for many industrial processes involving cooling water or heat exchangers. For example, electric generating stations often use natural sources of water such as lakes and rivers to cool generator lube oil systems. The lube oil is cooled in a heat exchanger where the lube oil and cooling water are in isolated streams.
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Product
Photometric Converter
C4000
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The C4000 converter is a multi channel controller capable of operating all optek photometric sensors. The C4000 converter allows for easy programming and operation, and can supply up to four real time configurable 4-20 mA output values correlated to any units of measure. The C4000 offers configurable relay alarms, can record and download process data, and can operate up to four sensors simultaneously.
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Product
Conductivity Probe
ACS60-35
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Knowing the conductivity of liquid samples is a key parameter to control product quality throughout the production process. The optek ACF60 conductivity probe fulfils technical requirements of international regulations for reliable measurements ensuring quality and consistency.
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Product
Saybolt Color Analyzer
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optek’s Saybolt color analyzer is a dual wavelength light absorption sensor. Operationally, the sensor passes a white light beam through the stream to be monitored, where light absorbance is measured at two distinct wavelengths. The measuring wavelength is set to focus on or near the peak absorbance point of the “yellowness” curve, while the secondary wavelength is chosen to compensate for any influence due to light scattering (window fouling, particulate, immiscible fluids, gas bubbles, etc.). Together, the sensor yields a repeatable and reliable true color number without any sample conditioning.
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Product
Absorption Probe
ASD25-N
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ASD25-N probe for direct installation into bioreactors, pipelines and vessels measuring absorption, cell growth and optical density of various liquid samples under sanitary process environments. The probe is suited for Sterilization In Place (SIP) / and Clean In Place (CIP) procedures.
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Product
Turbidity Meter
TF16-N
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The TF16-N is a high precision turbidity meter for installation into pipelines measuring scattered and unscattered light at two independent angles in various liquid process streams. The ratio of scattered to un-scattered light can then be correlated.
