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EasyDrop Standard for PC operation and EasyDrop USB for working with a notebook: with these two instruments in the new KRÜSS product range measuring contact angles and surface free energy is as quick and simple as rarely before. The duo offers everything required for both routine lab work and on-site measurements. Quality managers gain quick access to reliable results. Scientists use the sophisticated analytical tools for research at a high level. The chiefly manual components ensure that EasyDrop remains favorably priced despite its high performance level.
- Contact angles easy and fast
- Fast and precise dosing and sample positioning
- Budget-friendly thanks to manual operation
- Several drop shape analysis methods for big and small angles
- Surface energy by all established methods
- Surface tension with the pendant drop method
- Comfortable evaluation and data management
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The concept of the DSA100 encompasses everything from fully manual to fully automated contact angle measurement. Due to its modular concept, virtually any level of automation can be achieved - even with post-sales additions.
Flexible sample size, flexible measuring technique - with its double modularity concept KRÜSS GmbH has revolutionized contact angle measuring technology. No matter what measuring problem you have to face - the DSA100 will grow to meet your requirements. A total of more than 30000 different combinations is available from the DSA100 building block system; any necessary or required degree of automation can be realized in next to no time. |
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BS33 can quickly measure length of any reeled wire up to 30,000m (100,000ft) and with the gauges from 0.15mm² to 240mm². Within seconds, cables up to 30,000m can be measured and digitally displayed without the cumbersome unrolling of cable reels. The BS33 also can be used as a precision milliohm meter.
In User Select mode, BS33 allows users to save the resistance of a used wire for additional measurements of unknown lengths of any wires with the same gauge. In normal mode, BS33 enables to accurately measure the length of standard gauge wire. With gauges selection from 0.15mm² to 240mm²; users can measure the length of any metal wire as well as Copper or Aluminum wires, the resistance of which can be measured precisely.
BS33 is very useful for electrical contractors, utilities and distributors to control inventories of wire.
Features:
- 4 digit display with enunciators
- Measures in FEET (ft) or METERS (m)
- Direct readout for both COPPER (Cu) or ALUMINUM (Al) wire
- User Select Mode with 8 memory locations
- Resistance range for milliohm measurements
- Automatic temperature compensation for changes in ambient temperature
- User calibration mode, Calibration standard included
- Sleep mode
- Easy-to-use
- Low battery indicator
- High precision Kelvin Clip test lead set included |
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MR 44 non-contact measuring principle:
Length measuring device based on non-contact principle for production monitoring in fully automatic, unsupervised production. The probe temperature is kept constant.
MR 33 measuring principle scanning function:
Tactile length measuring device for production monitoring in fully automatic, unsupervised production. Direct contact probe with high quality potentiometer (12 mm stroke). |
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Heavy duty measuring unit, dual measuring wheels for better stability and contact, frame/bulkhead mounted.
This rugged instrument has a wide range of applications where an accurate record of length is required. It is a strong, heavy duty unit for use on calenders, tenters, rolling, ribbon winding textile machinery and almost all other continuous manufacturing processes. The unit can incorporate any of the heavy duty mechanical revolution counters described in the totalising and predetermining sections of this site.
• Available with shaft encoder for driving electronic counters or computers.
• Sturdy die-cast construction.
• Uses standard measuring wheels.
• Can tilted out of the way when not in use.
• Supplied with stand as an option.
The 2300 bolts directly onto a bulkhead or frame member. The intregal hinge arrangement allows the unit to be positioned at any angle.
The measuring wheels supplied can be 0.5m or 0.3m (18in or 12in) circumference (specify when
ordering). The weight of the assembly holds it in contact with the material being measured. |
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Microprocessor meltingpoint measuring instrument with interface RS-232.
Measuring Range: 25-400 °C
Accuracy: up to 200°C +/- 0.3°C; 200°C-400°C +/- 0.5°C
Display: LCD Grafik Display
Heating Rates: to 300°C approx. 4min; to 400°C approx.7.5 min
Dimensions: 230x210x110 |
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Multifunction meters from AHLBORN are suitable for the adaption of various sensors and are able to measure and store the data of nearly all physivcal, chemical and electrical variables. Also sensors with a non linear output signal are adaptable. Sensor specific linearisations can be programmed easily by the user. The linearisation will be stored inside the intelligent sensor connector. Between 5 to 9 sensors are adaptable depending on instrument version. The devices are easy programmable via menue guided displays. The indication of up to 3 measuring values is possible on the large, illuminated display. The indication can be also a grafic or a measurement list. The measurement values can be stored in the device or directly be transfered to a PC, either per cable or wireless. Complete software programms are available for professional data acquisition. The company AHLBORN offers with its flexible dataloggers and multifunction devices many possibilities for each kind of application and measurement task. The ALMEMO measurement techology is future orientated and easy to handle.
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°C, %RH, °Ctd, g/kg, hPa, m/s, m3/h, ppm CO, ppm CO2, U/min, mA, V
•Simultaneous measurement at several measurement locations
•Data logger function
•Freely usable probe inputs
•1 to over 200 measurement channels
•Data transfer with the Testo data bus
•Modular setup of system components |
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m3/h, m/s, CO2, %RH, °C, DP, Lux
•Instrument memory for up to 10,000 measurement values
•PC software for analyzing, archiving and documenting the measurement data
•IAQ probe, Lux probe and Comfort Probe
•Vane measurement and integrated differential pressure probe for Pitot tube measurement
•Wireless probes for temperature and humidity |
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KOFLOC MFC-Gas Mixer (8500)
The KOFLOC MFC-Gas Mixer (8500) integrates 3 KOFLOC Gas Mass Flow Controller MODEL 8500 SERIES and a gas mixer in one convenient package. The result is a compact device that not only saves space and avoids clattering, but a unit with superior performance than a conventional system of separate mass flow controllers, a gas mixer and piping. The KOFLOC MFC-Gas Mixer (8500) is especially suited for burn control applications by greatly reducing flame flickering and stabilizing burn better than conventional setup.
FEATURES
- High-lift actuator for large flows
- Single 24 VDC power source
- Choice of RS232C or RS485 interface
- Standard totalizer function
- 14-bit converter for 4-1/2-digit display and operation
- Isolated thermal sensor for measuring inflammable gases
- Choice of SUS316L or SUS316 stainless steel
- Standard dimensions and fittings for easy replacement
- Free mounting position
- SV setting, plus 5 pattern settings
- Auto-zero function
- Wide selection of fittings, seals, wetted materials and communication interfaces
- Easy maintenance
APPLICATIONS
♦ Gas mixing
♦ Burn control |
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Combining the two tools frequently used by every instrumentation technician,the ecom 789 Process Meter will be at home in every instrumentation technician ’s toolbox.The ecom Process Meter combine a DMM and a Loop Calibrator in one rugged,handheld tool. With its built-in 24 V loop supply it reduces the need for taking a separate power supply when doing off-line transmitter testing.
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In some critical bolting applications, factors such as friction or bolt/joint geometry are such that the measurement of applied torque alone will not provide the degree of accuracy necessary to control the preload within the required limits. Likewise, many critical applications also demand that bolt preload be monitored over the service life of the fastener as part of a predictive or preventative maintenance program. In these applications, ultrasonic measurement of fastener elongation and/or load has frequently proven to be the most accurate, reliable and cost effective solution.
Ultrasonic measurement of bolt preload is made possible by introducing a sonic pulse at one end of the fastener and accurately measuring the time of flight (TOF) required for the echo to return from the opposite end; using material constants, the USM-II converts this TOF into an "ultrasonic length" of the fastener, providing a baseline from which future measurements will be made. When the fastener is tightened, the TOF increases and the USM-II will again utilize material constants to eliminate the effects of stress and temperature variations on sound velocity, providing an accurate elongation or load measurement.
The USM-II uses state of the art hardware and software to achieve these measurements with maximum automation, and minimizes the need for operator interpretation. Offering digital recordation and transmission of data, as well as calibrated analog signal output the USM-II provides a complete system for measurement, recordation, and control of fastener tension in the most demanding applications. |
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| ... products without technical information |
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The LCIC-WIM is the 2nd generation to our popular line of Load Cell Interface Card that thousands of them are being used all around the world. The LCIC-WIM samples the Load Cell in a rate of 52,000 samples per second so, it fits all dynamic weighing and force measurement applications.
The package includes also our unique LCIC-WIM Monitor utility which is a vital tool for analyzing dynamic load/force applications. It allows to collect the data, showing the results in graphic mode or save it for later use in excel etc.
The communication with the LCIC-WIM is via USB or RS232/485 so, it can be used with almost any PC or other computer.
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Super high-speed sampling at 2000 times/second. Digital hold and peak hold functions. Ideal for measuring the dynamic phenomena of loads, pressure, torque, tension, etc.
The AD-4532B is equipped with a 2D (5-level) comparator function. This function makes it possible to determine the acceptability of the total result by performing a sequential comparison while shifting between the upper/lower limit in five levels using a time axis or an external input (trigger). The AD-4532B is ideal for use in measurements such as a press-in operation, which require changes in the comparison value as time elapses. The five comparators can also be used separately. The comparator judgment is indicated by a highly intuitive, tricolor (Orange/Green/Red) LED on the measurement data display.
The AD-4532B also features a chatter-prevention function. If bouncing of the comparator value occurs repeatedly near the upper/lower limit, a heavy burden will be placed on the relay circuit and other parts. To prevent this, the AD-4532B has a function to set the hysteresis width and time.
The AD-4532B comes equipped with an analog amplifier voltage output (±10V), a D/A analog voltage output (±10V), a comparator output and a Modbus-RTU input/output. In addition, we offer an optional BCD output, RS-232C input/output, D/A analog voltage/current output (±10V / 4-20mA) and Ethernet. The upper/lower limit setting, the zero compensation function and the hold function can be executed via Modbus-RTU.
Please see the AD-4532B catalog for further details. |
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A truly measured roll force is crucial in achieving correct roll gap settings, true force distribution from operator side to drive side of your mill and supervision of the backup bearings and roll eccentricity. The Millmate Roll Force System incorporates all these essential features.
The Millmate Roll Force System consists of a Millmate Controller (MC 400) and two load cells with matching units. The various types and the wide load range of Millmate Roll Force load cells cover practically all conceivable roll force measurement applications. |
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The DFS-II is a system used for testing the force on the tip of the tool of a wire bonder and in some die attach bond heads as well. The DFS-II system scope displays a wave form that permits the user to establish whether there is excessive vibration, impact force or unwanted movement on the bond head as it touches down on the surface of the DFS-II Sensor. The wave form can then be printed on the on board printer for hard copy recording.
This is a perfect tool for calibration, troubleshooting, setup and verification of machine operation. Both force and time duration can be measured in actual units (force in grams and time in milliseconds) without the need of conversion charts or extra calculations. The DFS-II can be used with wire bonders of any type (automatic, semiautomatic and manual) and of any manufacture. Maximum force measured by the sensor is 500g.
Contact us at mailus@hybond.com for more information. |
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