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Wireless-based high-precision, 8-channel temperature measurement module;
requires WLS-IFC wireless gateway device
- 8 temperature input channels
- Supports thermocouples, RTDs, thermistors, and semiconductor temperature devices
- Superior performance - accuracy exceeds sensor output
- 8 digital I/O bits; user-configurable for alarming
- 802.15.4 wireless protocol
- Range: Up to 150 feet indoors, 2400 feet outdoors
- Included Software: TracerDAQ™, Universal Library, Universal Library for LabVIEW, and InstaCal
- Lifetime Warranty & Harsh Environment Warranty® included |
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Wireless-based high-precision, 8-channel temperature measurement module;
requires WLS-IFC wireless gateway device
- 8 temperature input channels
- Supports thermocouples, RTDs, thermistors, and semiconductor temperature devices
- Superior performance - accuracy exceeds sensor output
- 8 digital I/O bits; user-configurable for alarming
- 802.15.4 wireless protocol
- Range: Up to 150 feet indoors, 2400 feet outdoors
- Included Software: TracerDAQ™, Universal Library, Universal Library for LabVIEW, and InstaCal
- Lifetime Warranty & Harsh Environment Warranty® included |
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Thermoset MIVI 8003 ensures an on-line viscosity measurement of any fluid at a required reference temperature.
PRINCIPLE :
The fluid is permanently drawn from the process brought at the required reference temperature, its viscosity measured, then re-injected in the main line.
ADVANTAGES :
• No extra installation
• Short response time: 2 to 5 min
• Insignificant maintenance : ½ day / year
• Small size
• Reliable and accurate
• Usual power : mains and pressurized air
• Optional density measurement
• Simple, Rugged
• Exproof approval : ATEX EEx d IIB T4...T6
OPERATING CONDITIONS :
• Maximal temperature at the cell: 200 °C
• Reference temperature: according to the requirement
• Maximal inlet pressure: 16 bar
• Maximal outlet pressure: 40 to 120 bar according to product viscosity
MEASUREMENT RANGE : (at reference temperature):
• 1 – 100 mPa.s ; 10 – 1000 mPa.s ; 100 – 10 000 mPa.s |
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SMAC unique electric actuator configuration such as mini inline XYZ gauging systems gives you the capability of 100% parts inspection (eliminating bad parts) and correction through immediate feedback and adjustment i the manufacturing process. Volumes up to 100 cubic mm can be covered by a single system.
The actuator systems can measure so many features - external & internal dimensions, threads, bores, grooves while checking for burrs at the same time. All this done in normal ie. dirty environments. SMAC measurements can easily be correlated to be manual gauge methods, the "GAUGE CORELLATION."
SMAC offers solutions to the greatest challenges facing auto parts suppliers- 100% perfect parts.
Please contact us for more information. |
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Fully-automated and high-accuracy 3D inspection and measurement systems.
Half- and Full-Bridge Configurations are also Available, with a Wide Range of Stage travels & Optical Illumination Configurations.
These Systems are Built Around the Power & Easy-to-Use VisionGauge® OnLine AOI software :
Using the powerful and easy-to-use VisionGauge® OnLine software package, these systems have a simple and intuitive Windows™ interface and include a wide range of fully-integrated tools for imaging, automated optical inspection (i.e. AOI) measurements, qualitative Pass/Fail inspection, pattern matching, Optical Character Recognition & Optical Character Verification (i.e. OCR & OCV), statistics, databasing, reporting and much, much more!
Advanced software tools include: robust and very accurate Auto-Focus, wide range of advanced edge-detection based sub-pixel-accurate measurement tools, automatic registration tools, powerful, rotation independent pattern matching tools, color verification tools, "Counting & Sizing" (i.e. "blob analysis") tools, power zoom and programmable computer-controlled illumination,.
These systems include a wide range of analysis and measurement tools to allow you to successfully solve a wide range of inspection and measurement machine vision applications.
These systems are very easy to program. Everything is done using the mouse & joystick, through VisionGauge's® intuitive graphical user interface.
Quickly and easily review results, view images of "pass" or "fail" parts, export data to Excel or any other application, built-in SPC (with graphs as well as numerical & pass/fail statistics), etc... |
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The laser-line profile sensor, scanCONTROL 2800, makes use of the triangulation principle for two-dimensional acquisition of profiles on a variety of different target surfaces.
In contrast to familiar point laser sensors, a line optical system projects a laser line onto the surface of the object to be measured. The back scattered light from the laser line is registered on a CMOS array by a high quality optical system. Along with distance information (z-axis), the controller also calculates the true position along the laser line (x-axis) from the camera image and outputs both values in the sensor's two-dimensional coordinate system.
A moving object or a scanning sensor will generate a three-dimensional representation of the object. |
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Measurement repetition accuracy from ±3 µm
Graphic user interface visiTeach® for creating and storing new inspection and test sequences
Easy and precise positioning of the specimens with universal holders (glass L and V rails)
Data provision for creating test reports
Suitable for use under workshop conditions
The specimens can be tested and measured according to the following criteria:
General presence check
Thread present
Thread root, thread lead, external thread diameter
Check for foreign parts and chips
Measurement of the external shape, i.e. length, diameter, area, chamfer, radii, thread, angle, grooves, cones, number of cogs on cogwheels etc.
Centricity test |
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| The Verimet U1000 System is a Modular Automatic Universal Instrument (MAUI) designed to perform gaging, nondestructive eddy current testing, and other real time measurement data acquisition operations. The U1000 replaces all the eddy current and gaging instruments previously sold by K. J. Law Engineers over the years with a single modular instrument system having all their capabilities and more. The U1000 can perform eddy current testing from ultra-high frequency flaw detection to low frequency hardness verification and case depth prediction. Its gaging capabilities process input from LVDTs and Air Circuits to perform difficult dynamic measurements, and includes advanced filtering and spindle-compensation capabilities. The U1000 was developed using the latest hardware and software standards to allow it to integrate with other devices and systems and to evolve with emerging standards. |
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Technical short description Scan 200:
1. This concerns a particularly developed highly precise parallelism measuring instrument.
2. The procedure carriage is based on a proven air Vacuum storage and guarantees highest rehollow accuracy.
3. The equipment can be supplied in each palpation length.
4. At the höhenverstellbaren cross beam two fine-adjustable tracer mounting plates are appropriate, which are Messeinsätze as small cylindrical rollers implemented.
5. The equipment can be used by the complete protective cover also in the production area. |
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| Scanning Frames are a critical factor in making a profile measurement. If the material is not presented to the sensor in an accurate and repeatable way, you will not be able to get the most accurate and repeatable measurement. This is why NDC places emphasis on engineering and producing the most accurate scanning frames in the industry. Our scanning frames' registration performance, coupled with our sensors' accuracy and repeatability, give you the most accurate profile measuring tool available. |
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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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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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