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Kanomax anemometers can measure a wide variety of parameters to test ventilation rate. The parameters include air velocity, airflow, static pressure, temperature, and humidity of the indoor environment.
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Specially developed for the supervision of clean-rooms, the CPE 300 is dedicated to measures of low pressure andor depression of air or neutral gases from 0/+10 Pa to -1000 /+1000 Pa.
The CPE 300 presents the advantage to become integrated perfectly into walls and to answer to the standard of cleanliness thanks to its stainless case (brushed or with lacquered).
It is equipped with 2 visual and audible alarms, with 2 reversers relays, of a big electroluminescent display and a process of autocalibration which guarantees in the time an excellent stability and a reliability of the measure in low as in high scale.
Thanks to its digital communication (RS 232 and Protocol Modbus RS 485), it offers the possibility of showing alternately (in addition of the measure of pressure) two other parameters resulting from temperature, humidity, velocity or airflow external sensors (KIMO).
Two innovative systems to facilitate the maintenance on-site :
· Its measuring element benefits from the SMART PRO system. It is individually adjusted and is automatically recognized by the device. Thanks to this process, it is possible to replace the measuring element in a simple and fast way without return of the sensor to the factory.
· The calibration in front face : this system allows to proceed to the calibration of the device without un-mounting it.
The sensor CPE 300 is so always operational !
Join our distribution network all over the word....Contact us !
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Measurement Specialties’ surface mounted device (SMD) pressure sensors are intended for high volume applications where small size, light weight, and low cost are needed. These pressure sensors are offered in a plastic tube, or metal ring with an optional gel fill. Uncompensated mV, 16-bit digital, and room calibration outputs are available.
Pressure Sensor - Model 1471
Description: The Model 1471 is a piezoresistive silicon pressure sensor, calibrated at room temperature. Packaged in a surface mount configuration, it is intended for high volume applications where small size, light weight, low cost, and compatibility with automated assembly equipment are required. The pressure sensor is available with a gage or absolute pressure sensing chip that is attached to a surface mountable ceramic substrate. A cap is attached to the ceramic substrate, protecting the chip and providing the pressure port. The devices are shipped in plastic antistatic shipping tubes for use with automated production equipment. Caps are also available with a narrow hole or a large hole to interface with the pressure media.
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The ARES Series is a small, low cost pressure transducer which is able to measure pressures as low as 0 to 5 inches of water, 0 to 10 inches of water, 0 to 15 inches of water, and 0 to 1 psi. Sensitivity to extremely low pressures combined with the small physical size make this device ideally suited for applications such as HVAC, medical equipment, and flow monitoring. The GA100 series has a 4V span from 0.50V to 4.50V and the GA200 series has a 3.75V span from 0.25V to 4.00V. The plastic housing design for the ARES Series makes the device very user friendly. The housing is designed to be printed circuit board mountable, requiring no additional hardware. Built into the housing are self-locking pins which insure a secure fit between the housing and the PCB. The pressure ports are 3/16" barbed ports which mate with industry standard 1/8" or 3/16" ID tubing. These ports are mounted 90° to the printed circuit board to allow other boards to be located above the sensor. The ARES Series utilizes a unique sensor circuit design to provide ASIC digital error correction and signal amplification while maintaining an analog signal path. This technique delivers the high level of error correction associated with microprocessor-based circuits, while maintaining a typical bandwidth of >1 kHz generally found only in analog circuits. The result is a pressure sensor that offers the ultimate in low cost and high accuracy, while preserving the fast response and smooth output inherent to silicon sensors.
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The MS7201-A2 is an absolute silicon micro-machined pressure sensor for harsh environment, with the pads on one side. A vacuum reference cavity is sealed on top of the sensitive silicon membrane by the anodic bonding of a glass cap. The pressure, applied on the backside, is converted in electrical signal by piezo-resistors implanted in the silicon membrane. To improve the sensor stability, a drilled glass is bonded on the backside. As the pressure port consists of glass and silicon, both stable in most of the chemicals, the MS7201-A2 is suitable for media-resistive applications.
Features:
- Media resistive pressure sensor die
- Typical output Span 110mV @ 5V
- Temperature range -40°C to +150°C
- Linearity 0.15% (typical)
- Die size 1.35 x 1.79mm²
- Low cost, high reliability & stability
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The MS5535C is a SMD-hybrid device including a piezoresistive pressure sensor and an ADC-Interface IC. It provides a 16-bit data word from a pressure and temperature dependent voltage. Additionally the module contains 6 readable coefficients for a highly accurate software calibration of the sensor. MS5535C is a low power, low voltage device with automatic power down (ON/OFF) switching. A 3-wire interface is used for all communications with a microcontroller. The MS5535C is fully software compatible to the previous versions (MS5535A and MS5535B). Compared to the previous versions, the ESD sensitivity has been improved to 4kV on all pins.
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The P571 pressure sensor is a high stability, small diameter, stainless steel pressure sensor intended for use in pressure transducers and other OEM pressure measurement applications. Its thin-film metal strain gauge circuit enables a long-term stability of better than 0.1% per year. Options include Hastelloy, 500 Vac insulation resistance, integral sputtered thin-film RTD, as well as various optional specifications on TC Zero and TC Span.
The unique design can be used with an infinite variety of pressure fittings, which can be supplied by SMD or provided by the customer. Ideal for pressure transducers and transmitters as well as other pressure measurement applications including process control, hydraulic systems, general industrial, down-hole, pressure calibrators, Cenelec applications, aerospace, automotive and more.
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Measurement Specialties’ TO-5 and TO-8 package pressure sensors are calibrated, temperature compensated at 1.5mA, and mounted on a metal TO header. Our TO Package pressure sensors utilize piezoresistive silicon MEMS technology making them suitable for applications that use non-corrosive dry gases. We offer these sensors in a variety of tube configurations.
The Model 50 is a piezoresistive silicon pressure sensor packaged in a T0-5 configuration. This is offered in a nickel can without a tube. Pressure can be applied on top of the package. Absolute pressure ranges from 0-5psi to 0-500psi are available. The pressure media is applied to the circuit side of the chip. This design is intended for non-corrosive gases and is not recommended for liquids. A gel filling can be applied to provide mild protection against humidity and dust. For high volume gage applications, contact the factory.
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Measurement Specialties oil-filled stainless steel pressure sensors are suitable for use in harsh environments of liquids or gases. Many feature proprietary UltrastableTM piezoresistive silicon die technology for long-term reliability.
The Model 154N Low Pressure is a 19mm small profile, media compatible, piezoresistive silicon pressure sensor packaged in a 316L stainless steel housing. The Model 154N Low Pressure is designed for o-ring mounting and OEM applications requiring compatibility with corrosive media is required. The sensing package utilizes silicone oil to transfer pressure from the 316L stainless steel diaphragm to the sensing element. The Model 154N Low Pressure is designed for high performance, low pressure applications. A ceramic substrate is attached to the package that contains laser-trimmed resistors for temperature compensation and offset correction. An additional laser-trimmed resistor is included which can be used to adjust an external differential amplifier and provide span interchangeability to within ±1%. Please refer to the Model 154N UltraStable™ datasheet for information on products with operating pressures greater than 5psi.
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Measurement Specialties is an industry leader for the breadth and quality of its pressure sensors, which include pressure transmitter components and pressure transducers. Using multiple technologies, we offer a range of pressure sensors that can measure from inches of water up to pressure transducers that can measure greater than 30,000 PSI. Measurement Specialties pressure sensors are used for a range of diverse applications in industries such as medical, aerospace, transportation, general industry, and test and instrumentation. Pressure sensors can also be delivered as a MEMS silicon pressure die for very small embedded applications.
Dual In-Line Pressure Sensors
Measurement Specialties’ dual in-line pressure sensors are calibrated, temperature compensated, and mounted on a reliable ceramic substrate in an industry standard 0.600 inch lead spacing. These sensors utilize piezoresistive silicon MEMS technology making them suitable for applications that use non-corrosive dry gases. Pressure ports are offered in metal tubes or ceramic barbed ports.
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SMD’s Peerless engineering team designs sensors for unique requirements and aggressive cost targets. Typical specialized requirements include small sizes, high temperature, low capacities, “Cenelec” dielectric, and overload proof sensors.
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Measurement Specialties produces a broad range of amplified output pressure transducers for everything from high volume OEM use to high accuracy applications.
Our proprietary Microfused™ pressure transducers are designed for OEM applications that require high reliability in harsh conditions.
Measurement Specialties' high performance line includes:
- Ultrastable™ transducers for instrumentation
- Foil strain gage transducers for severe environments
- Miniature transducers used for automotive and aerospace testing
Pressure Sensor - Model EPRB-3
Description: Ultra Miniature Pressure Transducer with platinum RTD to sense media temperature, 100% Stainless Steel welded construction with amplified output, designed for severe environment where minimum size and weight are required.
Features:
- Pressure Transducer with Platinum RTD
- Miniature Design (body ø12 mm)
- Any liquid or gas media compatible with Stainless Steel
- Operating Temperature up to 150°C (300°F)
- Rugged for Severe Environment
- CE Approved
- Pressure and Temperature measurement
- Pressure Port M8x1 or 5/16-24 UNF
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To measure various climate and processes values with a handheld, user-friendly instrument requires extraordinary measurement technology. The handheld meter of the OMNIPORT 20 series meets these multiple demands.
The selection of the appropriate sensing probe and accordingly the configuration of the handheld meter allow for displaying the following values with the highest accuracy:
relative humidity RH
temperatur T
dew point temperature Td
absolute humidity dv
mixing ratio r
air velocity v
water activity (in oil) aw
water content (in oil) x
The robust housing of the OMNIPORT 20 allows usage in harsh industrial environments.The readability of the large illuminated display is excellent. The easy to understand menu and the practical thumbwheel navigation offer outstanding comfort.
An optional carrying case can accommodate the display unit, up to 5 sensing probes as well as accessories such as cables and calibration kits.
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Vaisala HUMICAP® Hand-Held Moisture and Temperature Meter for Oil MM70 enables reliable detection of moisture in oil. It is ideal for the preventive maintenance of oil-filled systems. The brobe can be inserted directly into the process pipe through a ball valve - without draining the system. The measurement is independent of oil type, age and temperature.
The MM70 features the Vaisala HUMICAP® Sensor which is known for its excellent pressure, temperature and chemical tolerance.
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Hydro-Mix VI for Moisture Measurement in Mixers
Tough, digital, flush mounted sensor for measurement of moisture in wet and dry materials during the mixing cycle, in chutes and mixers.
The Hydro-Mix VI is a rugged, flush mounted microwave moisture measurement sensor for mixers and other process control environments. Designed by Hydronix to be installed in the turbulent environment of a mixer, the Hydro-Mix features integral signal processing and is easily connected to any control system. The sensor reads at 25 times per second which enables rapid detection in moisture content in the process, including the determination of homogeneity.
Typically used to measure moisture in concrete mixing, the Hydro-Mix VI is also used successfully in other industries where it can be installed in a mixer, for example, grain processing and animal feed. The Hydro-Mix is fitted into the floor of a mixer or screw conveyor and takes measurements as the material flows over the ceramic head during processing.
Remote configuration, calibration, diagnostics and software upgrades can easily be undertaken using Hydronix Hydro-Com software. This allows direct integration with any control system without the requirement of any other interface unit. Combined with on-board functionality such as signal processing, smoothing and averaging the Hydro-Mix VI is simple to integrate.
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For measurement of the water content in solid and pasty samples, the Sartorius Water Detection System 400 is the ideal alternative to classic Karl-Fisher titration. The WDS 400 combines three reference methods – oven drying, coulometry (Karl-Fisher titration) and phosphorous pentoxide into a highly accurate measurement technique. Yet the WDS 400 is also easy to operate without having to have special training and eliminates the need for working with detection reagents, many of which are toxic and expensive.
• Detects water quantities in the trace range
• Selective differentiation among surface and capillary water and water of crystallization
• Operating range from a few ppm to approx. 40% moisture
• 1 µg detection limit
• ± 2% reproducibility of the absolute water content
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The tailor made solution for measuring bore hole humidity in
hardened concrete.
The James Instruments Humitest System allows the concrete practitioner to monitor and ensure that a new structure is dry enough to proceed with the next phase of construction. This is especially critical for concrete structures requiring a coating, carpeting or similar floor or covering treatment. Installing such treatments before the concrete is sufficiently dry will typically cause expensive failures in the covering treatment. The only accurate way to ensure that the concrete is sufficiently dry enough to safely avoid expensive re-work is via a bore hole humidity test system, such as the Humitest System™.
The system works by first boring a hole into the concrete and inserting a plastic tube in the hole. The plastic tube is then plugged and the system is set to stabilize and the humidity to reach equilibrium. The probe is then inserted into the plastic tube, left to stabilize for a short period of time, and then a reading is taken.
The sleeve is recommended to give readings at various depths in the concrete. As concrete moisture distribution is typically very uneven it is recommended to take readings at different depths depending on the structures exposure.
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SONO-MIX: The new Concrete Sensor – Measures directly in the Mixer.
Highest accuracy at the measurement of moisture and material composition in fresh concrete – directly in the mixer using state-of-the-art RbC technology.
Higher safety at the production of fresh concrete due to the precise measurement of the moisture as well as the radar-based conductance (RbC – Radar based Conductance) up to 50dS/m. RbC enables conclusions regarding further parameters of the material recipe such as the cement content and the slope of
fresh concrete with the effect of a more reliable quality control and higher cost-effectiveness because recipe errors are prevented.
The novel and very robust sensor head (15 mm thick) consists of wear-resistant hardened steel with a rectangular ceramic window. It is fastened with 4 screws and can easily be exchanged. In case of abrasion, a recalibration is not necessary.
The intelligent pre-processing of the measurement values with smooth mean value accumulation, adjustable filters, and the storage of up to 15 calibration curves for the calibration which is already conducted in the sensor itself. Usually, external evaluation devices are not required.
Two variably adjustable analogue outputs 0(4)...20mA enable the easy connection to any control system.
A RS485 interface enables the network operation of the sensor. It already contains a data bus protocol for the connection of several SONO sensors. The connection of the sensor to industrial buses such as Profibus, Ethernet, etc. is possible via optional external modules (available upon request).
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The MICRO III, with its small dimensions of only 4,7 x 8,8 x 2,5 cm, is the ideal gas detector for personal protection. The single gas detector with ATEX certification weighs only 75 g. It detects reliably oxygen, hydrogen or many toxic gases like hydrogen sulphide, ammonia, ozone, carbon monoxide, etc. The current gas concentration is shown on a large display. With a loud alarm of 95 dB and a changing frequency the small single gas detector is audible even in noisy environments. Simultaneously, two bright and alternately flashing LEDs indicate a gas alarm. Three alarm levels and the battery alarm provide comprehensive protection.
With a permanent operation of 24 hours a day a single AA battery powers this instrument for up to 9 months. The long-life smart sensors allow the change to other gases without any problems, since the detector recognizes the new sensor type. A high-performance pump (as per ATEX) for gas sampling can be easily attached, ensuring to detect gas hazards in confined areas.
Gases to be detected: O2, H2S, CO, NO, NH3, HCN, HCl, SO2, H2, C2H4O, SiH4, PH3, COCl2, NO2, Cl2, O3, ClO2.
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Hydrosteel 6000 is the ultimate portable monitoring tool for sour, HF and high temperature corrosion and diffusible hydrogen damage in steel.
The intrinsically safe instrument is totally non-intrusive and with minimal test surface preparation, and no consumables such as grease required, reliable measurements can be made within a minute.
Measurements can be taken from small pipes and large vessels, at any orientation and at any temperature up to 500 °C (932 °F), with a single probe.
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