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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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Stop Time Measuring Instrument for safety measurements at power driven machines such as presses, shears and robots. The system is used to calculate the distance of the safety device. (2-hand control, light curtain ..)
Portable and solid equipment, built-in matrix printer
Free adjustable stop point
Standstill detection down to v < 1 mm/s
Measurement of maximum velocity
Measurement of velocity at stop point
ISO9000 calibration certificate
Traceability of measurement values
RS-232 interface for PC connection
Fast set-up time
Actuator to release no-touch safety equipment as option
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The Safety and Motion Analyser Tool (Smart) is designed to enable key Safety Critical machine parameters to be easily checked.
Smart has many valuable features for stopping time measurement:
- Graphical result - a "fingerprint of the movement"
- Calculates minimum allowed safety distance
- Easy to analyse stopping characteristics and movement
- Shows how the stop distance can be optimised
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ALMEMO® 2490-1L compact measuring instrument with more than 65 measuring ranges, with just one input, with memory for 100 measured values
ALMEMO® 2490-2L with 2 measuring inputs
Universal measuring instrument with 1 or 2 ALMEMO® input sockets, 8 channels, 4 internal function channels (e.g. differential values)
Memory sufficient for 100 measured values, can be called up and viewed in the display
High-resolution A/D converter, 16-bit, 10 mops
More than 65 standard measuring ranges
Support for ALMEMO® connectors with multi-point calibration, special linearization, and special measuring ranges
Generously dimensioned 2-row static 7 / 16 segment display including units
Easy and convenient to operate by means of 7 keys
Measuring functions : Measured value, zero-setting, sensor adjustment, saving of maximum / minimum values, memory for 100 measured values, cold junction compensation, and temperature compensation
Test functions : Segment monitoring, range monitoring, sensor breakage indication, battery voltage check and display
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Precision High Voltage Measurement Instruments VOLTpoint is a family of precision instruments designed for measuring a wide range of voltage inputs; ideally suited for cell-by-cell battery testing where sources range from millivolts to ±400V. Available in both USB and Ethernet (LXI) versions, VOLTpoint can be configured with 8, 16, 24, 32, 40, or 48 input channels. Each VOLTpoint instrument ships with a ready-to-measure application, allowing you to view, graph, and export your data. VOLTpoint uses ISO-Channel™ technology to eliminate connection problems by using galvanic isolation methods to guarantee 1000V isolation between sensor grounds.
VOLTpoint USB Instrument
DT9873: Precision Voltage Measurement Instruments for USB
* Dedicated 24-bit, Delta Sigma A/D converter for each voltage input channel for simultaneous, high-resolution measurements
* ISO-Channel™ – 1000V galvanic isolation channel to channel and to the host computer to protect signal integrity
* Sampling rates up to 10 Hz per channel
* Measurement Instruments Application and programming examples included
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TEMPpoint™ is a series of temperature measurement instruments designed for high accuracy and industrial robustness. TEMPpoint utilitzes ISO-Channel™ front end architecture to eliminate common mode noise and ground loops through 1000V channel to channel galvanic isolation. These instruments allow direct thermocouple, RTD, and precision voltage or resistance measurements with a PC. Temperature and voltage values can be viewed, graphed, or exported to Excel, and allow limit checking for control or monitoring of a manufacturing process. USB and Ethernet (LXI) versions are available with 8, 16, 24, 32, 40, or 48 channels
TEMPpoint Ethernet (LXI) Instruments for Thermocouples
DT8871U: Highly Accurate Thermocouple Temperature Measurement Instruments
* 8 to 48 simultaneous differential inputs per instrument
* Connect any thermocouple or voltage directly at the front panel
* Galvanic Isolation Channel-to-Channel ±500V
* TEMPpoint datalogger application, programming examples, and web-based application included
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USB 1MS/s, 16-bit multifunction module with BNC inputs
- 1 MS/s 16-bit A/D converter
- 16 BNC differential analog inputs, with 7 programmable input ranges from ±100 mV to ±10 V full scale
- Over-sampling mode, including line-cycle rejection for low-level voltage measurements, even in the presence of AC power line noise
- 1 MS/s, 16-bit analog outputs
- 16 digital I/O
- 4 counter inputs capable of measuring frequency, period, pulse width, or quadrature encoders up to 20 MHz
- 2 timer outputs
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The E-PDISO16 has one built-in 10/100 BASE-T auto-negotiation, high-speed communication port. With the Ethernet interface, you can remotely access and configure your E-PDISO16 from anywhere on the network. Only one computer can control the E-PDISO16 at one time. The networking protocol is TCP/IP. You can send your data over 100 meters at data speeds of up to 100 Mbps using only one Ethernet cable connected to your computer.
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Analog I/O
12-bit or less resolution
14 and 16 bit resolution
Temperature
Analog Output
High-drive Voltage
Voltage/Current
Voltage
Digital I/O
High Voltage
Parallel
Counter-Timer
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The USB-3101FS is a 4-channel, 100 kS/s simultaneously updating analog output module. The USB-3101FS also features ±30 V overvoltage protection, short-circuit protection, low crosstalk, fast slew rate, high relative accuracy, and NIST-traceable calibration. The USB-3101FS module includes a channel-to-earth ground double isolation barrier for safety and noise immunity..
Software included with the USB-3101FS is extensive, including TracerDAQ®, a full-featured, data logging, viewing, and analysis application; Universal Library™, programming libraries and drivers for most popular Windows-based programming languages; Universal Library for LabVIEW™, VIs and program examples for LabVIEW; and InstaCal™ installation, calibration, and test utility.
Product Highlights:
4 simultaneously updated analog outputs, 100 kS/s
16-bit resolution
±10 V analog output range
NIST-traceable calibration
-40 to 70 °C operating range
250 Vrms channel-to-ground isolation protects the module and computer from ground spikes, and ensures a reliable data stream
An on-board LED indicates the status of the device
Field connections are made to a 10-position screw-terminal block
Power for the USB-3101FS modules comes from the +5 volt USB supply from your computer. No external power is required
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Measurement Computing's USB-2416 is a multifunction measurement and control board designed for the USB bus. It is a multiplexed 24-bit measurement system that provides up to 16 differential and up to 32 single-ended analog inputs with a 1 kS/s aggregate throughput. It offers nine software-selectable analog input ranges (±20V, ±10V, ±5V, ±2.5V, ±1.25V, ±0.625V, ±0.312V, ±0.156V, ±0.078V). The analog inputs can be configured as thermocouple inputs (up to 16 differential). In thermocouple mode, the USB-2416 includes built-in cold-junction compensation and open thermocouple detection.
In addition to the analog inputs, the USB-2416 includes eight lines of digital I/O and two 32-bit counters.
The USB-2416 provides 500 VDC isolation between the field wiring and the USB interface.
The PS-5V2AEPS 10-W regulated power supply (included), provides the 5 VDC, 2A power to the USB-2416.
An optional expansion module AI-EXP32 doubles the analog input channels to 32DI/64SE, and adds 16 digital I/O lines.
Product Highlights:
- 500 VDC minimum isolation between field wiring and USB interface
- 32 single-ended/16 differential analog inputs
- 24-bit resolution
- 1 kS/s aggregate throughput
- Configurable for voltage or thermocouples
- Two 32-bit counters
- An optional expansion module AI-EXP32 doubles the analog input channels to 32DI/64SE.
- 9 programmable input ranges from ±0.078 V to ±20 V
- 8 digital I/O lines
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Measurement Computing today announced the release of three new 1-MHz, 16-bit multifunction USB data acquisition devices, and a cost-saving expansion module for high channel count applications. The USB-1616HS, the USB-1616HS-2, and the USB-1616HS-4 deliver outstanding performance with synchronous analog, digital, and frequency I/O in one compact package. The AI-EXP48 plug-in expansion module coupled with any of the USB-1616HS series modules can quadruple the analog input channel count.
The USB-1616HS series modules have a unique, low-latency control output mode, whereby any input—analog, digital, or counter, can control an output—digital, analog, or timer, based on pre-defined limits, including hysteresis. The outputs are controlled directly from the USB-1616HS series module, and do not require PC intervention. This results in response times that are measured in microseconds instead of milliseconds
The USB-1616HS series offers extensive trigger options, ranging from analog trigger with 1 µs max latency, to multichannel triggering, where any combination of analog, digital, and counter input channels can be combined to initiate the trigger. Other trigger modes include digital pattern, level, edge, inside/outside window, and pre- and post-trigger.
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