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Welcome to
the world of measurement & sensors technology.
Read up-to-date measurement & sensors technology news and search for worldwide manufacturers, suppliers
of sensors, detectors & measuring devices.
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The Sensor to Business -
sensors & measurement database:
Find sensor manufacturers, sensor suppliers
and suppliers of measuring devices in the following categories: |
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Applications,
measured properties:
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Sensors & measuring systems for mechanical /
dynamic properties
(e.g.:
force sensors, force measurement, load cells, acceleration sensors, force sensors, inertial sensors, motion
sensors, rotational sensors, shock sensors, speed sensors, strain sensors, torque
sensors, vibration sensors, viscosity sensors, weight sensors, yaw rate sensors, etc...)
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Sensors & Measurement news:
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Sensor & Measurement news in other languages |
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PCB Load & Torque – Excellence in
Calibration |
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PCB Load & Torque, Inc. – a PCB Group Company, provides torque
and force calibration services at its A2LA Accredited Calibration
Laboratory in Farmington Hills, Michigan. This calibration service is a
necessary requirement for facilities seeking to obtain or maintain ISO
9001:2000 certification. Items of measuring and testing equipment that
are calibrated with the scope of accreditation are rotary torque,
reaction torque and force measuring transducers. The commercial
calibration capabilities of PCB Load & Torque, Inc. are defined
according to the Scope of Accreditation to ISO/IEC 17025-2005 and AJNSI/NCSL
Z540-1-1994. PCB® Load & Torque, Inc., an ISO 9001 registered
company, designs and manufactures high quality, precision load cells,
wheel force transducers, torque transducers, electronic hand torque
wrenches, OEM transducers, and fastener torque-tension test systems! We
offer A2LA Accredited Calibration Services for torque, force, and
related instrumentation! Our Threaded Fastener Testing ... |
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New Electromechanical NC Joining Module
NCFB – a Low-Cost Alternative |
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 Kistler's
electromechanical joining modules facilitate automation of
force-displacement monitored joining and press-fitting processes. The
new NC joining module NCFB Type 2160A... has been specially designed for
standard joining processes and is an enhancement of the existing
product range. With its cost-optimized design, it offers a more
favorable price/performance ratio. The piezoelectric force sensor
integrated into the robust case offers a choice of two predefined
measuring ranges, 50 kN and 25 kN, for precision force measurement. Even
deep end points such as the position of bearings in half-shell gear
boxes can be easily reached with a 400 mm stroke. The speed of up to 150
mm/s offers a quick return stroke and hence a short machine cycle, even
for a long idle stroke. The use of the absolute encoder, which is part
of the standard equipment on all Kistler NC joining modules, eliminates
the need for reference point determination even during operation. The NC
Compact Firmware (2159A…), which is integrated into the servo
controller, is perfect for simple force displacement evaluation ... |
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Compact Electromechanical NC Joining
Systems for Efficient Assembly now with 15 kN Nominal Joining Force |
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 With
its well-proven electromechanical NC joining modules such as NCFH Type
2151B…, Kistler offers a particularly compact and high-precision
system solution for a wide range of press-fitting and joining tasks with
integral force displacement monitoring. This series has now been
enhanced with a new joining module with a 15 kN nominal joining force.
The smaller size 1 electromechanical NC joining modules NCFH Type 2151B…
are therefore now available with nominal joining forces of 10 and 15 kN
and in various measuring range combinations from 1 kN to 15 kN. Size 2
covers joining forces of 30 and 60 kN and measuring range combinations
of 15, 30 and 60 kN. The two new types differ from the established 10 kN
version by a strengthened construction on the same compact space. With
the piezoelectric force sensor, there is a choice of a second ... |
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Multicomponent Dynamometer for Forces up
to 10 kN |
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 New
dynamometer Type 9129AA from Kistler Instrumente AG has an
impressively low overall height of 32 mm and large measuring range of up
to +-10 kN replaces the CompactDyn Type 9254. The cover plate is 95x105
mm in size. The dynamometer is used for measuring the three components
of the resultant force vector and the three components of the resultant
moment vector. The measurement signals of the four integral force
sensors are taken to the 9-pin flange connector. The special design of
the dynamometer minimizes temperature error. The piezoelectric sensor
system on which this measuring system is based measures the forces with
virtually no displacement. Ground loop problems are largely avoided by
ground isolated mounting of the sensors. Provided cable Type 1687B...
for 3-component force measurement or Type 1677A... for 6-component
force/moment measurement is used, the corrosion-resistant dynamometer is
protected against ingress of fluids to IP67. Together with Kistler
charge amplifier Type 5070A and DynoWare software Type 2825A, this
dynamometer is ideal for general ... |
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PCB Piezotronics Announces New Wheel
Force Transducer Series |
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PCB Automotive Sensors Division introduces Series 5400 Wheel
Force Transducers (WFT), for road load data acquisition applications.
Designed as rugged one-piece units that mount between the vehicle hub
and the wheel rim, these units deliver highly accurate measurements and
superior performance in a durable water-resistant package. Units are
available in a wide variety of sizes for vehicles including passenger
cars; light-, medium- and heavy-duty trucks; commercial vehicles
including tractor trailers, buses, agricultural, and earth-moving
equipment; and military vehicles. Passenger car and light truck units
use a custom hub adapter to mount to the vehicle; while heavy truck
units mount directly to the axle hub. The units can be fitted with
either slip ring or telemetry signal transmission, and come equipped
with on-board signal conditioning and calibration circuitry for each
channel of data measurement, making their setup and use with a
Transducer Interface Unit (TIU) quick and easy. Possessing superior
temperature compensation properties and integral overload stops, these
sensors provide a high level of confidence in data acquired during heavy
braking tests. These sensors are also ideal for calibrating and
adjusting biaxial wheel test machines; drive-file development of full
vehicle and module test systems up to 6 Degrees of Freedom (DOF); and
product development of stability control, suspension, and tires. ... |
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Piezo-controlled Cracking of Piston Rods |
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 Piezocryst
Advanced Sensorics: In nearly every motor you will find piston rods,
which transfer the piston stroke to the crankshaft. Frequently,
separated piston rods are employed which, in the past, had to be
produced in multi-level processes with a high standard of production
accuracy. Through the use of piezo-electric force sensors, it is
possible today to produce piston rods in a much more simplified
production process. Here, the piston rods are systematically cracked at
a predetermined breaking point and then fitted together later. In using
this procedure, not only production costs decrease, but the piston rods
also exhibit better behavior in relation to shear forces. Procedure:
Most piston rods have two bearing shells, which were always handled in
separate processes and had to be intricately fine-tuned to enable proper
mounting. This fine-tuning required a very high level of production
precision and therefore represented a substantial cost factor. In order
to reduce these costs, the piston rods are now produced as one-piece
precision forging parts and then cracked at a defined position. The
fracture faces created, fit together exactly and do not need any
additional handling. Compared to conventional faces, micro gearing
allows for high level of component strength against shear forces; the
fracture faces are almost invisible after assembly. ... |
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HBM miniature force transducer controls
assembly processes |
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 HBM’s
new PACEline force transducer family provides measurement ranges from
5-120kN for reliable integrated force measurement especially where space
is a constraint. Where using uncalibrated force washers has only been
possible so far, transducers of the PACEline family can now be used. The
flange mounted transducers eliminate the need for preloading and thus
for additional calibration of the system as a whole. Every transducer is
available with two calibrated measurement ranges - 20% and 100% of
nominal force. This eliminates the need to use many different transducer
types, because multiple measurement tasks can be implemented using a
single type of transducer. The size of piezo sensors from the PACEline
series is 3% of that of other sensor technologies. The sensors measure
at consistent accuracy over many decades. A balanced, industrial charge
amplifier is used for signal conditioning to +/-10V analog standard
signals. For industrial applications, the charge amplifier provides TEDS,
electrically isolated inputs, and electrical isolation of measurement
signal and supply voltage. ... |
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Amplifier improves solar panel production |
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 The
production of photovoltaic modules for solar panels can now be improved
by using a measuring chain comprising HBM’s digiCLIP amplifier
with a force transducer. Photovoltaic modules use large quantities of
small silicon wafers. These need to be produced in large quantities to
exacting standards. During this process the silicon is normally cut into
wafers using wire saws. Optimal force application of the wire saws on
the silicon is essential to precise cutting and minimal loss of
material. digiCLIP permanently acquires the force signals and transmits
the signals to the production control system through Profibus-DP within
a few milliseconds. During the process digiCLIP evaluates any variations
and enables immediate correction through the control system. . ... |
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Impulse Hammers with TEDS |
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Dytran
Instruments, Inc. offers impulse hammers with TEDS capability. With a head weight of 100 grams, they are available in five
ranges, between 50 LbF and 1,000 LbF. The 5800BT Series utilize an
exclusive acceleration compensated quartz force sensor to ensure that
hammer self-resonances do not produce spurious “bumps” in the hammer
output spectrum. The high rigidity of the force sensor combined with
acceleration compensation produces a clean, smooth output signal which
is an exact representation of the forcing function, both in amplitude
and phase. Dytran’s piezoelectric impulse hammers of a head assembly
containing a force sensor ... |
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Top-7 Sensors &
Measurement News |
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Find all sensor & measurement suppliers &
news
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Sens2B - Sensor to Business
100% Sensors,
Instruments &
Measuring Devices |
The International Sensors,
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Manufacturers and suppliers of sensors & measurement devices |
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A
selection of recently
published
technical articles & products
in the field of:
Force
sensors / Force transmitters /
Force
transducers / Force measurement
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Find
all manufacturers and suppliers of force sensors
force measurement devices |
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Miniature Load Cell Features New Lower
Ranges |
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 The
Series MIN830 miniature load cells and force sensors from Stellar
Technology are now available in full scale ranges of 10, 25, 50, and
100 lbf. With the addition of these new lower ranges, the MIN830 ranges
extend from 10 lbf. to 30,000 lbf. The MIN830 Series are compact
compression load cells as small as 1” in diameter, with an accuracy of
0.5% and a standard output of 2 mV/V. Optional configurations of the
MIN830 load cells include high level analog voltage and current outputs,
as well as digital outputs. Custom configurations and ranges (including
metric units) are also available. These rugged force sensors feature
all-welded stainless steel construction and a static overload capacity
of 150% FSO. The operating temperature range is from -65° to 250°F,
compensated from ... |
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Kistler Extends its Successful Series of
Press Force Sensors |
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 The
well established Kistler press force sensors are based on the
piezoelectric measuring principle. The force acting on the quartz
element generates at the output of the sensor a proportional electric
charge, which is converted by the series-connected measuring amplifier
(such as ICAM Type 5073A...) into a process signal suitable for
evaluation (typically 0 ...10 V). The new sensor Type 9383A… extends
Kistler's successful series of piezoelectric press force sensors. The
sensor preloaded ready for mounting with the three standardly calibrated
measuring ranges of 0 ... 3 kN, 0 ... 30 kN and 0 … 300 kN is ideal for
measuring both dynamic and quasistatic forces. Together with an in-line
charge amplifier with range switching, such as the ICAM Type 5073A…,
extremely wide force ranges can be represented with one and the same
sensor – with consistent accuracy over the entire range. The sensor also
offers tried and tested mechanical features with flange connections at
both ends for easier interfacing with the machine environment, and
centering rings for axial adjustment. The rotationally symmetrical shape
makes the press force sensor perfect for use on the end of push rods or
press plungers. Press force sensors from Kistler are available in
different sizes and measuring ... |
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Joining in Extremely Confined Spaces with
New Electromechanical NC Joining Module NCFS |
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 Successful
automation of joining processes where room is at a premium and joining
stations closely spaced requires particularly slender modules.
Kistler developed its electromechanical NC joining module Type
2152B… for applications such as press fitting valve seat rings and valve
guides. Its specialized housing construction makes it particularly rigid
despite being very compact. Its special shape and a center distance of
just 70 mm allows very close spacing of neighboring stations on an
assembly line. A special high-precision guide also helps minimize the
amount of space required for mounting. The center distance can be
reduced even further by pressing eccentrically within the permissible
range. Several electromechanical NC joining modules NCFS Type 2152B… can
be assembled into a single joining station. This allows faster
throughput by avoiding the usual need to synchronize several assembly
stations. The integral piezoelectric
force sensor in the robust housing
of the NC joining module NCFS gives a choice of two predefined measuring
ranges of 15 and 25 kN. ... |
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New: LMU 212 Load monitoring unit
compatible to CE regulation |
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 Magtrol
SA: The LMU 212 Load Monitoring Unit completes Magtrol's range of
"Load-Force-Weight" products, by providing an amplifier for strain gauge
bridges intended for load measurement. The LMU 212 incorporates a strain
gauge bridge input as well as a voltage input, allowing a summation of
the two signals when needed. It can be supplied at 115 V AC/ 230 V AC or
at 20, 32 V DC at the customer's choice. With regard to the output
signals available, the LMU 212 provides 2 relay outputs, 1 current
output and 1 voltage output. The unit allows 2 alarms setting outputs
particularly usefull for load / overload survey on cranes and other
lifting devices. A built-in self-test system detects any short circuits
or signal line failures, thus allowing its use in security systems. The
integrated test function (B.I.T.E.) enables the user to simulate a
fictitious load. At each call of the B.I.T.E. function the user will be
able to check on the various outputs (voltage UO/P and current IO/P) as
well as on the relays REL1 and REL2 that the load monitoring unit reacts
to this fictitious load as if it would be a real load. ... |
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Load cells – robust and precise |
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 The
DLRx load cells from Baumer are calibrated, analog force sensors.
These sensors are needed to measure forces very accurately – as quality
assurance as well as when controlling facilities and machines. They are
built directly into the flux of force. Thus, they can measure very close
to the spot where the force takes effect. Load cells are easy and
time-saving in their operation. The sensor emits the agent directly as
an analog signal. Therefore, the complete system does not have to be
calibrated. Higher cycle times are reached, because the sensor measures
statically. In contrast to dynamically measuring sensors, this system
does not have to be relieved of pressure and be tared. The precision of
the load arises from their high measuring accuracy. ... |
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3-Component System for Measuring
Machining Forces during Turning |
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 With
Type 9129A… Kistler Instrumente AG is introducing a 3-component
system for measuring machining forces (cutting force (Fc), feed force
(Ff), passive force (Fp)) during turning processes. The modular system
is based on the dynamometer Type 9129AA, which is also new. The
modularity allows different lathe adapters (VDI, Coromant Capto and
clamping unit for standard turret) and various sizes of turret adapters
to be mounted on dynamometer with a minimum of manipulation. Toolholders
for cutting and boring tools can also be readily mounted on the cover
plate of the dynamometer. Type 9129A… is suitable for machining forces
of up to 8 kN. The special design of the dynamometer minimizes
temperature error. The piezoelectric sensor system on which this
measuring system is based measures the forces with virtually no
displacement. Ground loop problems are largely avoided by
ground-isolated mounting of the sensors. Provided matching cables are
used, the corrosion-resistant dynamometer is protected against ingress
of cutting fluids to IP67. On inclined bed lathes with two turrets the
measuring system can be mounted over or under the workpiece. The
components of this system are designed to ensure that - irrespective of
the mounting position ... |
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NC Compact System Speeds Setting Up of NC
Joining Modules with Force-Displacement Monitoring |
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 Kistler:
Standard joining processes, such as pressing bearings onto shafts, can
be flexibly and reliably automated by the use of electromechanical NC
joining modules from Kistler with integral force-displacement
monitoring. Kistler's new NC Compact System now makes setting up and
operation of these modules quicker and easier. As a closed system with
integral controller and firmware it cuts capital expenditure and
installation costs, reduces susceptibility to faults and facilitates
integration into existing on-site control environments. In addition to
the NC joining module with matching IndraDrive servo controller, NC
Compact System consists of firmware (NC Compact (Type 2159A)) and
operating panel (Type 2158A) with 5,7" TFT touch screen display. The
operating panel is used for configuring the parameters of a standard
joining process, visualizing the process and backing up data. As it is
not needed for ongoing operation, a single panel is sufficient for
configuring the parameters of several joining modules. The NC Compact
firmware is preinstalled in the IndraDrive servo controller. It includes
up to 16 programs with force-displacement monitoring and integral
sequence control. ... |
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HBM increases calibration capability to 5
MN |
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HBM has introduced a new calibration machine for forces up to 5
MN at its DKD (German Calibration Service) laboratory in Darmstadt. The
machine means that the laboratory can now calibrate
force transducers from 2.5 N up to 5 MN on site. The German
Calibration Service – in conjunction with experts from HBM and the
German Metrology Institute, the PTB - has attested the calibration
machine as having a measurement uncertainty of only 0.02% of the
measured value. The maximum permissible force of 5 MN corresponds to a
mass of about 500 t; by contrast a 200 m long ICE3 train has a mass of
about 400 t. A hydraulic power unit generates the forces required for
calibration in the machine. During calibration, signals from the
force transducer under calibration are compared to the machine’s
integrated reference transducer. The new machine has been specially
designed to produce the huge maximum force and calibrates both
compressive and tensile
force transducers. The latest machine strengthens HBM’s leading role
in force calibration and backed by its many years of experience since
the calibration laboratory became the first to be accredited by German
Calibration Service in 1977. HBM provides customers with a complete
measurement chain including products and services for
force measurements. The company offers integrated solutions ranging
from
force transducers ... |
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Strain links – Force measurement made
easy |
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 Baumer
Electric: DSRT strain links from Baumer are screwed onto the
surfaces of machines that are under pressure. In these positions they
detect linear strains. Thanks to a calibration of the complete system,
the extension can be converted into a force. Since they only need to be
screwed, strain links are easy to install. Therefore, they provide a
good alternative to strain gauges (S/G) that are glued directly onto the
machine or to load cells that have to be integrated into the machine.
This particular task often proves to be complicated and cost-intensive.
Using a strain link can save between 40 and 90 minutes, compared to the
glued S/G. The strain link can also be screwed onto the machine again
easily after needing service. The sensor is reliable with small as well
as superimposed strains. The special geometry of the measuring element
transforms the extension mechanically, which results in higher
resolutions. Additionally, the optimized design of the measuring element
allows to decouple bendings and torsions from the linear extension.
Hence, they do not influence the measurement results. Due to an
integrated amplifier, the design of the sensor is very compact. With the
taring function of the amplifier the sensor can be reset at any time.
Strain links are used for easy force measurements ... |
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"Process Measuring Technology and
Automation", New Catalog Displays Expanded Product Range |
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 The
product range of sensors, systems and accessories and also the areas in
which force and torque measurement are applied in assembly, joining and
testing technology is presented by Kistler in its revised and
expanded product catalog "Process Measuring Technology and Automation".
This catalog contains practical examples with mounting drawings,
measuring chains and analyses showing the measurement of forces and
torques in joining, mounting and testing processes. This includes the
use of force sensors during joining, the functional control of medical
equipment, monitoring of the steering column mounting process, the
testing of ignition and pressure switches as well as the testing of
transmissions using torque sensors and fitting elastomer bushings in
chassis ... |
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Loadstar introduces digital brake testing
solutions - iPedal sensor is the market's first true USB pedal force
sensor |
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 Loadstar
Sensors Inc. announced the availability of its iPedal brake
testing solution, which stands alone as the only true USB solution of
its kind in the marketplace. The brake testing solution includes a
sensor and an interface with optional application software. The iPedal
sensors offer unprecedented ease of use with Digital USB or Analog 0-5V
DC output. The iPedal sensors are designed to measure brake force at
accuracies up to 1%, minimize error due to off-axis loads and improve
brake testing efficiency. The iPedal sensors incorporate Loadstar's
breakthrough Plug and Sense simplicity by integrating signal
conditioning and communications into the sensor itself. The iPedal
Digital sensor is offered with Loadstar's DS-3000U Display & Controller
to provide real time readings and the ability to connect to a PC via USB
uplink. The iPedal Digital and the DS-3000U work seamlessly with
Loadstar's LoadVUE software which lets users log data ... |
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Innovative Piezo-electric Force Washers
Expand the Sensor Portfolio at Hottinger Baldwin Messtechnik GmbH |
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 Piezocryst
Advanced Sensorics: Piezocryst and HBM introduce new piezo-electric
force washers for industrial process control. A new innovation in force
measurement technology was being introduced to an audience of
specialists at the SPS/IPC/DRIVES trade fair in Nürnberg. The two new
force washers cover a force range up to 50kN and 140 kN and offer all
the advantages of piezoelectric measurement technology: Extremely robust
and virtually displacement-free, highly dynamic measurement in a compact
size. The force washers offer innovation, which puts them above
conventional rings. Due to their patented (patent pending) construction
with a split membrane function, the housing becomes more symmetric and
the actual membrane becomes more warp resistant. This characteristic
elevates measurement safety during processes where the force
introduction into the rings is critical (for example, from the retainer
of a ball-bearing). In addition, this ring can be installed with
positive locking, without influencing the measurement through friction
on the inner ring surface. In conventional force washers, this often
manifests itself in the form of an unwanted hysteresis. The sensors
already show an impressively high linearity under minimal tension, thus
making it possible to measure even minimal forces ... |
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New clamping force sensor for cable car
and ski lift |
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 Magtrol
SA, Switzerland, specialist in force measurement, presents a new
range of force sensors enabling the check and control the clamping force
cabin on ropeway as well as emergency brake forces. Based on strain
gauges technology, the SK-01 sensor is measuring the force along the
clamping distance and not only on a single point. It is easy to install
and suitable for outdoor use (stainless steel construction). The sensor,
which has 1% of accuracy, can also be delivered with accessories such as
amplifier and specific display. This sensor is available in two
different ranges: one for ropes of diameter 20 to 38 mm for forces up to
300 kN, the other for ropes of diameter 40 to 60 mm for forces up to 400
kN. The adaptation to the specific rope diameter is made by mean of
shells surrounding the sensor body. Thanks to its flexibility and
competencies, Magtrol is able to offer specific customized design, in
both, dimension and forces. Over the years, Magtrol has been gathering a
strong position in the supply of load sensors and overload control
system in the cable transport field (cable cars, ski lifts, chair lifts,
funiculars) and in the crane industry. This new SK-01 sensor completes
favourably the Magtrol Load-Force-Weight product range, including
load pins, load cells, force sensors ... |
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Parameter Setting of Industrial Charge
Amplifiers and Transmitters Made Easier with ManuWare |
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 The
ManuWare user interface shows connected instruments, instrument status
and test measurement curves at a glance. The latest generation of
Kistler transmitters (press force transmitter Type 9337A... and
strain transmitter Type 9238A...) is equipped with a serial computer
interface as standard. They can be fully parameterized quickly and
easily using the PC program ManuWare. The proven industrial charge
amplifier ICAM Type 5073A... is also supported by ManuWare. After
connection to the PC, ManuWare recognizes sensors or charge amplifiers
using an AutoScan function and lists them in the program. The status of
recognized devices is shown at a glance. Instrument groups can be
structured as one single project. Parameter configuration is performed
intuitively through device-specific dialogs. A graphical display of the
test measurements and auxiliary functions for scaling indirect
measurement help the user set up force measurement applications. The
number of simultaneously supported measuring channels is only limited by
the power of the computer being used.The settings of the fully
configured devices can be saved on the PC. The resultant back-up files
make it easy to provide replacement instruments or measuring chains with
identical parameter configurations for similar applications. ... |
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All manufacturers and suppliers of force sensors
force measurement devices |
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