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In assembly and handling technology, object verification systems are an integral part in assembly monitoring. The 100% testing of shape or position before, during or after the individual assembly steps prevents complex and cost-intensive re-working or reject of material or workpieces. With a size of only 42 x 42 x 43.5 mm the efector dualis contour sensor takes us to a new dimension and can solve applications where mounting space is at a premium. Furthermore, the industrially compatible mounting and wiring technology enables easy and time-saving integration into the system.
The operating software
Functionality and processing power are integrated in the efector dualis contour sensor enabling various options. For communication and parameter setting a USB adapter cable is used for the connection to the PC/laptop and with the operating software "efector dualis Control Panel" settings can be made and stored in the sensor. This professional software is menu-guided and is distinguished by its ease of use and user-friendliness. A new contour is set in the sensor in just 6 operating steps – easy to use.
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Object Detection:
Sensors for presence sensing of objects and for synchronization of automated machinery and processes, it's important to match the sensing principle to the job at hand. Balluff offers a wide variety of discrete (on/off) sensor technologies to deliver optimal performance for your application.
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Color is one of the last qualities still being checked by human eyes in most applications. Color sensors such as the CS24D are changing this. Electronic color sensors are increasingly being used in automated applications to reduce automation errors and improve quality at production line speeds.
Delta's color sensors and sorters are based on our patented pulsed LED technology and offer the benefits of rugged, long-life, solid-state lighting with a wide range of colors from blue to near-infrared.
While most color sensors use a single white LED and filtered detectors, Delta's color sensors are different. They use multiple ultra-high intensity LEDs for smooth, bright lighting and unfiltered large-area precision photodiodes for better signal-to-noise ratio. And the resulting large sensing areas provide superior performance on textured materials.
Be confident the color you want is traveling down your production line. Delta's color sensors provide superior performance in a wide variety of applications, even with textured and other difficult materials.
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The PVM-10.6 photodetector is multiple heterojunction photovoltaic IR detector. This device is especially useful as large area detector operating within 8 to 12 µm range. High performance and stability were achieved by using a variable gap (Hg, Cd, Zn)Te semiconductors, optimized doping and improved surface processing.
This very fast (response time below 1 ns) device has been designed for the detection of Carbon Dioxide at 10.6 um.
Custom devices with quadrant cells, multielement arrays, various immersion lenses, windows and optical filters are available on request.
Standard detectors are available in modified TO-39 or BNC-based packages with no windows. Other packages, windows and connectors are available upon request.
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PV-2TE-3.4
Normalised Detectivity, D*=2.5x10¹° cmHz^½ /W
Thermoelectrically cooled photovoltaic detector.
Features
* High performance without LN2-cooling!
* Fast response
* No flicker noise
* Convenient to use
* Wide dynamic range
* Compact, rugged and reliable
* Low cost
* Prompt delivery
* Custom design upon request
Description
The PV-2TE-3.4 (the detector is optimized for 3.4 um) photodetectors are two-stage TE-cooled IR photovoltaic detectors. High performance and stability were achieved by using a variable gap (HgCdZn)Te semiconductors, optimized doping and improved surface processing. Custom devices with quadrant cells, multielement arrays, various immersion lenses, windows and optical filters are available on request. Standard detectors are available in modified TO-8 packages with BaF2 windows. Other packages, windows and connectors are available upon request.
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Low noise and wide bandwidth transimpedance preamplifier (10kHz to 1 GHz, in dependence on detector capacitance). The devices enforces DC bias that is required for optimized operation of a given type of infrared detector. Integrated with detectors packages are available.
Applications:
- Quantum cascade laser detection
- Laser technology
- Fast laser pulse measurement
- Telemetry
- Sighting systems
- Free space optics (l=10µm, transfer Gb/s)
The detector is followed by the high performance preamplifier specially designed to obtain the best performance from the VIGO System's detector. Each preamplifier is carefully optimized to work with particular type of detector. The preamplifier ensures stable work in all conditions and the highest signal to noise ratio of the whole system.
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The integrated IR detector and preamplifier module has been designed especially for various OEM applications, eg. contactless temperature measurement, pyrometers, scanners, free space optical communication, laser detection, gas analysis, Fourier spectroscopy, fire and human body detection and nondestructive material testing.
SIPAC series is characterized by high signal to noise ratio, bandwidth up to 250 MHz and very small dimensions. The infrared TE cooled detector is integrated with AC or DC coupled transimpedance or voltage preamplifier. High performace is achieved with individual matching of the IR detector to the preamplifier and good heat dissipation management. The device can be easily adjusted to the customer's specific requirements.
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Features:
- Polarized retro-reflective for detection of transparent material
- Self-contained, 18 mm housing style
- Sensing Range up to 1.4 m (55.11 ft)
- UL, CSA, CE Approved
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Newly developed type PCI-2TE-13 photodetector designed and optimised for FTIR applications. This new detector has a wide, 1- 13 µm, spectral bandwidth and broad linear output range. Detector's responsivity is stabilized with built-in two-stage Peltier cooler, keeping the sensitive element at temperature 220- 240 K. Performance of the devices has been improved with heterostructure design, optical resonance and hyperhemispherical immersion. Constant voltage bias and current readout should be used for the best performance and linearity. The spectral characteristics of the detector can be modified according to specific requirements. Standard detectors are available in modified TO- 8 packages with BaF2 windows. Other packages, windows and connectors are available upon request.
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The BK MIKRO scanner mounts near your tool.
It is the only tool contact sensor that actually "learns" the position of your tool through its unique encoder system and stores this location in its memory. The scanner quickly rotates its scanning wand on every cycle of your machine, checking for tool presence.
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With today’s global competition, every company continues to look for more efficient solutions to optimize machining cycles, avoid scraps, and minimize machine downtimes. Machining process must become more sophisticated and streamlined to obtain higher efficiency and lower costs.
Marposs proposes a new product line dedicated to the continuous monitoring of the machine process through several types of sensors (static and dynamic force, vibration, power, temperature, etc). The sensors constantly control any machine function, thus allowing cycle optimization and the reduction of scraps and machine downtime.
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Tool monitoring system DDU4
The DDU system for monitoring thread cutting and drilling processes serves
for the direct, real-time measuring of torque and axial forces with control
and breakage limits which can be fixed permanently, alternatively in N or in Nm. In combination with the ARTIS process monitoring systems CTM and ARTEC 4000, the following recognition becomes possible in addition
to the standard functions:
* tool wear
* missing tool
* defective thread holes
* different thread depths
* material contact
* tool breakage
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The TapTone 4000-DSC - Dual Sensor Compression (DSC) system is designed to inspect a wide variety of flexible containers for micro leaks. The design incorporates our patented dual sensor technology and high speed compression belts for improved accuracy and container handling. The system was designed for harsh, wet environments, like those found in the dairy industry. When combined with the optional X-ray sensor, the system can also perform fill level inspection.
X-ray Technology - measures the product fill level in steel, aluminum, glass, plastic and paper containers. An X-ray tube is used to produce a low-energy X-ray beam. The X-ray beam penetrates the side of the container in the area of the fill level. An X-ray detector is positioned on the opposite side of the container to measure the intensity of the beam after it goes through the container. The intensity of the beam is then compared to acceptable energy levels to determine the relative fill level of each container. The X-ray sensor is used to measure both overfilled and under filled products in all types of containers.
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Features:
Eliminates Damage to Embossing Rolls
Monitors the entire width of the embossed web as it leaves the embossing rolls
Alarm signal can alert operator, automatically shear the paper ahead of the embossing roll or automatically stop the machine
Uses up to three pairs (transmitter/receiver) of MICROSONIC® ultrasonic thru-beam sensors
Microsonic® Thru-Beam Web Sensing System
Web inspecting applications
This innovative sensing solution is applicable to industries that convert plies of materials into embossed napkins, paper towels, plastic-lined paper table cloths and other consumer products. The Model SS100 Web Sensing System uses MICROSONIC®, thru-beam sensors to eliminate the costly problem of broken plies wrapping around, heating up and damaging embossing rolls, as well as the resulting downtime required to make necessary repairs. False trips or no trips at all resulting from dusty environments, or problems associated with sensors not immune to changing colors and materials, are also eliminated.
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Weigh Modules and Force Transducers
* High accuracy
* Superior installation properties
* Withstands up to 100% side load
* For hard environmental conditions (IP67)
* Covers most applications
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Weigh Modules and Force Transducers
* High accuracy
* Superior installation properties
* Withstands up to 100% side load
* For hard environmental conditions (IP67)
* Covers most applications
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Minisonic ISD detects the changes of products in a pipeline by measuring the speed of sound. The speed of sound is a precise specification of the product and has a correlation to density or concentration.
Minisonic ISD is also a detector of the passage of pigs and spheres in a pipeline by the analysis of the acoustic signal.
The measurement of the speed of sound depends on the temperature and pressure conditions, so it is necessary to use a numeric corrector to obtain the real measurements.
The Minisonic ISD is available in a standard or explosion proof model.
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The Series 4000 Capacitec® amplifiers and racks were designed to offer the best signal to noise ratio and wide band width response options in a simple modular package. The 4000 Series was built upon our 20 year proven foundation of 3000 Series amplifiers (3101-SP, 3200, 3201-SP) still in operation. Utilization of individual pins in a 32 pin DIN connector increases reliability for more industrial applications where vibrations are present. The small Euro-style 2U size boards have appeal for small portable packaging as well as high (but lightweight) density applications. When coupled with Capacitec® non-contact displacement probes, they produce a linear output voltage proportional to the gap spacing between the probe and a ground plane. The systems are designed to produce stable and reliable operation with excellent gain and zero shift stability with respect to changes in ambient temperature. Stability is achieved with a digitally derived sine-wave oscillator, having a crystal clock as the frequency reference.
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The TapTone 4000-DSC - Dual Sensor Compression (DSC) system is designed to inspect a wide variety of flexible containers for micro leaks. The design incorporates our patented dual sensor technology and high speed compression belts for improved accuracy and container handling. The system was designed for harsh, wet environments, like those found in the dairy industry. When combined with the optional X-ray sensor, the system can also perform fill level inspection.
X-ray Technology - measures the product fill level in steel, aluminum, glass, plastic and paper containers. An X-ray tube is used to produce a low-energy X-ray beam. The X-ray beam penetrates the side of the container in the area of the fill level. An X-ray detector is positioned on the opposite side of the container to measure the intensity of the beam after it goes through the container. The intensity of the beam is then compared to acceptable energy levels to determine the relative fill level of each container. The X-ray sensor is used to measure both overfilled and under filled products in all types of containers.
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Designed for ease of use, it often takes no more than 15 minutes to become competent in testing with the ULTRAPROBE 550.
Fast accurate diagnosis through the ULTRAPROBE 550 system will dramatically reduce unplanned downtime and shorten planned outage time.
The ULTRAPROBE 550 heterodynes ultrasound to the audible range providing accurate sound reproduction.
Ultraprobe's versatility makes it ideally suited to work with any plant program:
Predictive maintenance (PDM)
Energy Conservation
Safety
Quality Assurance (QA/QC)
Total Productive Maintenance (TPM)
Process Safety Management (PSM)
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Fast accurate diagnosis through the ULTRAPROBE 2000 System will dramatically reduce unplanned down time and shorten planned outage time.
The ULTRAPROBE provides data acquisition through three modes: through auditory channels (via a headset that has been specifically selected for heavy duty industrial use), through a uniquely designed bi-modal analog meter, and through the ability to switch to auxiliary interfacing for chart recorders (optional), vibration data collectors, spectrum analyzers, DAT & standard audio recorder.
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