|
|
BORALIGN® can answer your questions...
- Are the bores in line?
- Are the bores aligned to a shaft rotation axis? (e.g. boring machine)
- The offset and slope of the bore?
- The position of the bores relative to "guage points"?
BORALIGN® simplifies the task:
- True bore centre measurement - not just the straightness of bore sole.
- Saves time - Corrections can be performed simultaneously as measurement takes place.
- On-line Move function - for correction of individual points or alignment of housing to bore machines.
- Traceability - ISO9000 quality documentation of measurements can be printed to any office printer.
- Ease of set-up - lightweight components and laser technology makes equipment set-up simple.
|
|
• Pitot tubes Type L : pitot tube with ellipsoidal head. An intake for total pressure and 6 holes for static pressure. Body made of stainless steel.
• Pitot tubes Type L with TCK : pitot tube with ellipsoidal head. An intake for total pressure and 6 holes for static pressure. Sheated thermocouple K probe integrated, with connection cable length 1,5 m. Body made of stainless steel.
• Pitot tubes type S with TCK : pitot tubes with TIG welding and protective tube made of stainless steel. Sheated thermocouple K probe integrated, with connection cable length 1,5 m. Body made of stainless steel.
• Air Flow Measuring blades DEBIMO : simple and cost effective method of providing permanent air flow measurement in rectangular or circular ducts. When used with a KIMO differential pressure device (pressure, transmitter, electronic micromanometer, liquid column manometer, differential pressure switch, ...).
DEBIMO air flow measuring blades ensure accurate indication, control or recording of air flow velocity and volume. Permit velocity measurements from 3 to 100 m/s (9 Pa to 10000 Pa).
|
|
Ranger Multiscan - Several feature images from one camera!
With Ranger in MultiScan mode you are able to acquire 3D shape, and intensity data such as gray scale, gloss, laser scatter and other important data simultaneously from one single camera.
All feature images are captured simultaneously when the object passes the camera in a line scan mode. The images are transferred to your PC via CameraLink or Gigabit Ethernet for easy system integration. The speed and performance is extremely high thanks to SICK IVP’s unique and patented sensor technology. MultiScan is the solution for any in line inspection task where 2D or 3D alone does not solve the problem.
You have to see the defect to detect it!
|
|
Analog I/O
12-bit or less resolution
14 and 16 bit resolution
Temperature
Analog Output
12 bit or less resolution
14 and 16 bit resolution
Digital I/O
Counter-Timer
High Voltage
Parallel
Quadrature Encoders and Interrupts
Serial Communications
16 Port
4-8 Port
Single & Dual Port
|
|
Original Equipment Manufacturers-Use our USB- and
PCI-2500 series boards to build synchronous and
simultaneous analog, digital, and counter/timer I/O into your
own products and systems, and save money.
|
|
Analog Input & I/O
12-bit or less resolution
14 and 16 bit resolution
Analog Output
12-bit or less resolution
Digital I/O
Counter-Timer
Parallel
Special purpose
Serial Communications
LPT Port and 2
|
|
Analog Input & I/O
12-bit or less resolution
14 and 16 bit resolution
Analog Output
12-bit or less resolution
Digital I/O
Parallel
Quadrature Encoders and Interrupts
|
|
Analog I/O
14 and 16 bit resolution
CB COM Evaluation Kits
Temperature
Analog Output
12-bit or less resolution
14 and 16 bit resolution
Digital I/O
Counter-Timer
High Voltage
Parallel
Serial Communications
CB-COM Communication Interfaces
|
|
| ... products without technical information |
| |
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.
|
|
|
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.
|
|
Board level, or PCB-mountable pressure sensors use piezoresistive silicon die technology and are suitable for air or non-corrosive gases for pressure ranges from 1 to 500 PSI. Board level sensors are used for medical applications, air flow, HVAC, leak detection and other test and industrial applications.
|
|
Board level, or PCB-mountable pressure sensors use piezoresistive silicon die technology and are suitable for air or non-corrosive gases for pressure ranges from 1 to 500 PSI. Board level sensors are used for medical applications, air flow, HVAC, leak detection and other test and industrial applications.
|
|
Board Level
Board level, or PCB-mountable, pressure sensors use piezoresistive silicon die technology and are suitable for air or non-corrosive gases for pressure ranges from 1 to 500 PSI. Sensor packages include dual in-line, TO-8, TO-5, and disposable blood pressure sensors.
Transducers
Measurement Specialties produces a broad range of amplified output pressure transducers for everything from high volume OEM use to high accuracy applications. Measurement Specialties 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 and miniature transducers used for automotive and aerospace testing.
Sensor Elements
Measurement Specialties oil-filled stainless steel pressure sensors are suitable for use in harsh environments of liquids or gases. Many feature proprietary Ultrastable piezoresistive silicon die technology for long term reliability.
Liquid Level Transducers
Measurement Specialties' Ultrastable transducers in special packaging for tank or fully submersible liquid level measurement.
|
|
|
Measurement Specialties produces a broad range of amplified output pressure transducers for everything from high volume OEM use to high accuracy applications. Measurement Specialties 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 and miniature transducers used for automotive and aerospace testing.
|
|
| ... products without technical information |
| |
The Pulsar Ultra 3 & 5, coupled with the 125kHz high-accuracy dBMACH3 transducer, is a great solution for non-contacting open channel flow applications.
Measuring to BS3680 and operating with all standard flumes and weirs, Flow Oracle provides reliable flow measurement for both water industry and general industrial users.
|
|
- IEEE 488.2 Standard Interface
- Complete Talker/Listener/Controller
- Data transfer rates over 1 megabyte/sec
- 1024-word FIFO buffer
- 7 Interrupt lines, shared interrupt capability
- Lifetime warranty
- RoHS compliant
- Includes GPIB-488 software library for Windows XP, Windows 2000, and LabVIEW%u2122
|
|
Accelerometers can be used to measure vibration, shock, velocity, displacement, tilt and inclination. The Vibration Sensors Business Group spearheads Measurement Specialties' global initiative to focus on the accelerometer and vibration sensing business with customers in the automotive, medical, military/aerospace and consumer goods industries. This group builds on Measurement Specialties' Silicon MEMS, Bonded Strain Gage and Piezoelectric sensing technologies. More than any other sensor company, Measurement Specialties can choose the best possible technology to solve customer problems and achieve high performance at very competitive costs.
Piezoresistive Silicon MEMS & Bonded Strain Gage
Measurement Specialties' experience designing Micro-Electro-Mechanical Systems (MEMS) using silicon structures is unsurpassed in the world. We have developed and commercialized several product areas based on silicon micromachining technology, offering an unmatched range of standard products with a strong custom design capability.
Piezo Film & Ceramic
Measurement Specialties innovative approach for cost-effective piezoelectric accelerometer designs resides in its ability to use a broad range of materials including crystals such as quartz or man-made ceramic and polymers that have piezoelectric properties. OEM manufacturers look towards this technology as it provides lower-cost sensors requiring no external power supply.
|
|
Measurement Specialties manufactures Schaevitz® AccuStar electronic clinometers and AngleStar electronic protractor systems which use capacitance-based sensors for the precise measurement of level, angle or tilt. These unique, patented designs feature a wide range of performance parameters, interface options and price alternatives. These rugged sensors can withstand high levels of shock and vibration that might destroy a MEMS-type device. They also have very high accuracy, especially around zero degrees, which makes them ideal for leveling applications. Uses include construction equipment, tipover protection, antenna positioning, vehicle testing and car alarms, aerospace and robotics.
|
|
Measurement Specialties has almost 20 years experience designing and manufacturing silicon MEMS accelerometers. Most of these miniature products offer internal gas damping or mechanical overload stops to improve survivability. New products such as the Model 64 are built on Measurement Specialties second generation MEMS technology are SAE J211-compliant for anthropomorphic dummy testing.
|
|
|
Accelerometers can be used to measure vibration, shock, velocity, displacement, tilt and inclination. | | |
