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| Products 151 to 180 of 275 |
APPLICATIONS:
The shear beam load cell type 315 can be used in small and medium loading capacity weighing systems.
Some applications are:
- Small weighing platforms
- Weighing in hoppers, tanks, etc.
MAIN FEATURES:
- Water-proof
- Stainless steel
- Soldered with microplasma
- Wide range of nominal load from 0.25 to 5 tons
- High precision (equivalent to OIML C3)
NOMINAL LOAD: 250-500 kg 1-2-3-5 ton
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All Stainless Steel Construction
0.25% Interchangeable for Multiple Cell Applications
5-Point Calibration Certificate Included
FM Approved Intrinsically Safe
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SHEAR BEAMS
XA - SHEAR BEAM LOAD CELL
APPLICATIONS
- Compression Measurements
- Process Control Weighing
- Tank, Bin and Hopper Weighing
- Reactor, Mixer and Blender Weighing
- OEM and VAR Solution
FEATURES
- 500 to 20,000 lbs. Capacities
- Excellent Performance
- Application Versatility
- Load Introduction Hardware
- Steel or Stainless Steel
- 0.02% Accuracy Class-NTEP
- IP67 Environmental Sealing
- Matched Output Sensitivities
- Companion Weigh Modules
- Two Year Warranty
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Sensors off industrial weighing in shearing, entirely welded stainless and seals IP68. Sensor 3510 is especially used for applications off weighing one hoppers, punts off weighing, and applications off measure off force. Exist off 300 kg to 5000 kg with homologation IOLM in 3000 divisions
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-Robust technology and design
-High tolerance of up to 1.000 % overload
-Plug-and-play installation
-High accuracy, High resolution
-Hermetically sealed to IP68
-Interfaces: RS485, Profibus DP, DeviceNet, 4-20 mA, 0-10 V
-Digital filters
-ATEX certified
-3 years warranty
-Patented worldwide
The shockproof digital load cell is based on a capacitive measurement principle where a non-contacting ceramic sensor is mounted inside the load cell body. As the load cell contains no moving parts and the sensor is not in contact with the load cell body, the load cell tolerates shocks, torsion, and very high overloads and sideloads. Therefore, the mechanical installation of the load cell can be done without expensive and complicated mounting kits and overload protection devices.
The electrical installation of the digital load cell is pure plug-and-play as the signal from the non-contacting sensor is directly converted, compensated and calibrated by a microprocessor to a digital load cell output in grams, kilograms, or Newton. Measurements and status codes are transmitted as RS485 data on a single wire coaxial cable (RG-58) which may be up to 100 meters long.
The technology and mechanical design of the Eilersen load cells is covered worldwide by a number of patents.
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FLINTEC load cells are designed to meet the most stringent
accuracy requirements. Certifications have been obtained
from Weights & Measures Authorities, worldwide. Single Point load cells are available in the capacities 6kg to 2000kg and include Accuracy Classifications GP,
C1, C3, C3 MI 7.5, C4 and C4 MI 7.5 according to OIML R 60;
Beside the aluminium Single Point Load cell Flintec offers total stainless steel construction and complete
hermetic sealing, making them suitable for use in the toughest industrial environments.
ATEX versions available.
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FUTEK's Rotary Torque Sensor - Square Drive with Encoder offers a unique solution for torque auditing applications. The TRD305 Rotary Torque Sensor - Square Drive
with Encoder is available in a wide capacity range and utilizes strain gauge technology.
For those who are a looking for a complete system solution, FUTEK can provide both signal conditioned displays or our VCal Portable System. FUTEK's VCal Portable System brings an easy-to-use system verification directly to the customer making it ideal for on-site verification and calibration of your products. FUTEK TRD Series is also available with TEDS / IEEE1451.4 option.
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The resistance strain gage remains the most cost effective method of understanding a stress system, by calculating stress from a measured strain.
HBM is Europe's leading manufacturer of strain gages. Our extensive range covers everything from strain gages via measuring transducers to analog and digital amplifiers. Since our amplifiers can be connected to a PC, measured values can be further processed and then meaningfully displayed with the aid of operator-friendly analysis software specifically designed for measurement technology. Innovative new products in the field of transducer development, signal conditioning and software are witness to our competence and up-to-date product know-how.
In addition to these standard products, HBM also provides customized solutions for sensor technology and electronics as well as complete systems. Our products and solutions are used in all sectors of industry. Our subsidiary companies and over 60 branch offices and agencies worldwide are responsible for providing expert support for measurement technology solutions on site.
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Strain transducer
Type M-0017-0
Strain transducers are mounted parallel to the flux on a steel construction. The stretching in the steel construction is by the strain transducers converted in an electrical signal.
Output: DMS
Options:
Pre-amplifier 4-20 mA built in
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- General Purpose Strain Gauges
- Double Strain Gauges, 2 Measuring Grids
- Strain Gage Application Kit
- Precision Strain Gauges - 1-Axis General Purpose
- Pre-Wired Strain Gauges 1-Axis Linear
- 3-Element Strain Gauge Rosettes 0°/45°/90°
- Precision Strain Gauges Dual-Grid for Bending Strains
- Precision Strain Gauges Extra-Long Grid Pattern for Inhomogeneous Materials
- Resistors for Span and Temperature Compensation of Strain Gauge Bridges
- Strain Gage Accessories: Resistance Wire, Bondable Terminal Pads(BTP)
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The S251 Miniature Platform Load Cell is a low profile, single point OEM load cell offering high accuracy. Only 3/4" high, the S251 is ideal for medical instruments, low profile scales and other low profile, high resolution applications.
A 3,000 ohm thin film strain gauge bridge provides extremely low power consumption for battery and current loop applications. Capacities range from 200g to 10kg-force full scale (0.4 to 22 lb-force).
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Strain gauges consist of a very fine metallic foil etched in a grid pattern, which is bonded to a device and used to measure the strain, or amount of deformation of the device when weight or pressure is applied. The resulting electrical output is proportional to the strain.
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Model 3541 Fracture Mechanics Clip-on Gage - For fracture mechanics studies, these clip-on gages are in compliance with standardized test methods such as ASTM E1820 for determination of fracture toughness of metallic materials using the following parameters: K, J, and CTOD.
Model 3641 High Temperature Clip-on Gages - For fracture mechanics tests in environmental chambers where the entire gage must be exposed to the heat. These gages may be used to 540°C (1000°F) without any cooling.
Model 3548COD High Temperature Fracture Mechanics Clip-On Gage - High temperature fracture toughness clip-on gages for use in side cut-out, split type materials testing furnaces. Water cooled and furnace bracket mounted, there are options for use to 1200°C (2200°F) or 1600°C (2900°F).
Model 3741 Air-Cooled Clip-on Gage - Air cooled clip-on gage designed for fracture studies, in compliance with standardized test methods such as ASTM E1820 for determination of fracture toughness of metallic materials in a temperature range of -195°C to 300°C (-321°F to 572°F). These extensometers are semi-custom units built to the customers specifications.
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The increased use of fiber composites and the systematic optimization of components presuppose a precise knowledge of the load situation. In many applications, sensor integration is the only way to meet the demand for modern lightweight structures with regard to production control, load monitoring, damage analysis and control signal generation.
HBM’s new LI66 strain gages are directly embedded in the structure during the fiber composite production process. This allows measurements at spots that are no longer accessible after production.
The most obvious feature of the LI66 strain gage is the two vertically attached contact pins, for contacting the strain gage embedded in the material. The measuring leads are only connected to the gold-plated pins after manufacture, outside the structure, which makes all the handling easier.
The LI66 strain gage is of a symmetrical design, with structural strain being applied equally to the measuring grid from both sides. Depending on the requirement, the user can decide whether the pins should be contacted inside the structure or on the outside. Thus, for example, with sandwich structures, the measuring leads or customized electronics can be introduced into the foam core.
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Sensortechnics is a leading manufacturer and distributor of a wide range of sensors and fluid control devices. The product portfolio includes basic pressure sensors, rugged transmitters, submersible level sensors and customised pressure sensing systems from 1 mbar up to 1000 bar as well as liquid level sensors and switches, flow, oxygen and force sensors. Additionally, Sensortechnics offers ultrasonic air bubble, air-in-line, liquid level and fluid monitoring detectors. Fluid control devices include miniature solenoid valves, diaphragm pumps and electronic pressure controllers.
Sensortechnics has more than 25 years of experience in providing highly customised sensing products and in the development of complex integrated fluid control systems for OEM customers worldwide.
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DS Europe produces tensiometer load cells series LCR for web tension control on rolls and calendars. Tensiometer load cell series LCR are the housing of roll and calendar ball bearing and measure the tension of the machined webs on textile, paper, rubber, plastics machines.
Measuring ranges: from 0 up to 1500Kg FS.
Outputs: 2mV/V, 5V, 10V, 4-20mA.
Application advantages:
- easy to install (low thickness and through hole),
- overload protection on X-Y-Z measuring axis,
- dust protection for ball bearing,
- measuring axis alignment ( =better sensitivity).
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A suitable loadcell can be selected among the various models of the loadcells.
Convenient for measuring in dangerous area due to the separated loadcell model.
Convenient for measuring in small area.
Loadcell for tension/compression
DPU series
Capacity: 2.5N to 500N
Dimension : W58xD71xH21 to
W72xD73xH21mm
Cable length : Approx. 2m
Loadcell for tension/compression
LU series
Capacity: 50N to 2000N
Dimension: Φ28xH35mm
Cable length: Approx. 3m
Loadcell for heavy tension/compression
DPU series
Capacity: 1000N to 20kN
Dimension: W58xD85xH24 to
W88xD115xH40mm
Cable length: Approx. 3m
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Tension and Compression Sensor Type K25
Wire strain gauges in four-conductor full-bridge circuit.
Control resistance for final adjustment of the measuring
range.
All measuring ranges that are specified in Newton can also
be supplied in kg ranges.
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●Functional description
The FMS DMGZ 300 Series compression / tension load cells utilize four foil-type strain gauges in a full wheatstone bridge configuration mounted on the sensor sleeve. This accurate and robust measuring method is ideal to work in harsh
environments.
● Applications
– Compression or tension force measurement
– Nip pressure measurement
– Punching forces
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Measurement Specialties offers packaged load cell assemblies for test and measurement applications that require high performance or unique packaging.
Force Sensor - ELPF Series
Description: The ELPF Series tension/compression load cells raise the bar for high performance at low cost. Measurement Specialties proprietary Microfused™ technology, derived from demanding aerospace applications, employs micro-machined piezoresistive strain gages fused with high temperature glass to a high performance stainless steel force measuring flexure. Microfused™ technology eliminates age-sensitive organic epoxies used in traditional load cell designs providing excellent long term span and zero stability. Operating at very low strains, Microfused™ technology utilizes strain gages providing gage factors greater than 100, an essentially unlimited cycle life expectancy, superior resolution, exceedingly high overrange capabilities (without the need for stops) and an amplified ratiometric high level 0.5 to 4.5 V output or 20 mV/V bridge output. Microfused™ sensors are ideal for your test and measurement applications. Measurement Specialties’ ELPF Test and Measurement series sensors, unlike most competitive designs, are provided with a "four-bar" design where a flexible diaphragm parallels the measuring flexure. This configuration is far less susceptible to off-axis load components than single diaphragm traditional designs. Shielded, teflon insulated instrumentation cabling is provided along with spring steel strain reliefs and full NIST traceable calibration certificates.
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The S Beam Jr. Load Cell with Overload Protection (Tension/Compression) has become one of the signature products in the FUTEK Load Cell Series. This model is widely used in Medical Bag Weighing Applications as well as automated feed back control and inline processing applications.
The perfect mixture of size, accuracy and of course the assurance of an overload protection feature makes this one of our most sought after models. With a height that is less than 1 inch (25 mm) the S Beam Jr. is a great selection where tight environments or space is a challenge.
These miniature S Beam Load Cells can be modified or customized to meet your requirements and most models are available in our inventory making it available for 24 hour shipping. Similar to our entire Load Cell product line this model is manufactured in the US and uses metal foil strain gauge technology.
• Compact sized s-beam
• Available in both Aluminum or Stainless Steel
• External Matched output option available
• Built In Overload Protection
• Metric Threads Available
• In both Tension & Compression
• Operating Temperature of -60° F to 200° F
• Utilizes Metal Foil Strain Gauge Technology
• Weight: 0.3 oz (aluminum) / 1.1 oz (Steel)
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FLINTEC load cells are designed to meet the most stringent
accuracy requirements. Certifications have been obtained
from Weights & Measures Authorities, worldwide.
The tension universal load cells are available in the capacities 50kg to 5000kg and include Accuracy Classifications GP, C1 and C3 according to OIML R 60.
Approved for tension loading only.
Tension and/or compression loading possible.
They offer stainless steel construction as as potted and fully hermetically sealed versions, making them suitable for use in the toughest industrial environments.
ATEX versions are available.
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Futek S Beam Load Cells (Tension/Compression) offer a compact design for a variety of applications. Available in standard and metric, the s beam load cell series provides accuracy, compact design features, overload protection (select models), and a wide capacity range to choose from.
Similar to our entire Load Cell product line the s beam load cells are manufactured in the US and uses metal foil strain gauge technology. Any of models can be easily modified or customized to meet your requirements and most models are available in our inventory making it available for 24 hour shipping.
• High Endurance
• Built in Overload Protection
• Single Point Construction
• Operating Temperature of -60° F - 200° F
• Wide Capacity Range
• Utilizes Metal Foil Strain Gauge Technology
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RL20000 S-Beam, Alloy Steel Load Cell
Named for their s-type shape, S beam load cells are most often found in mechanical-to-electronic scale conversion applications, suspended hoppers or tanks and general purpose weighing applications. These load cells are available in capacities ranging from 25 lbs through 20,000 lbs.
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The Tension and Compression Load Cell offers high accuracy and high stiffness. It has Nonlinearity of ±0.5% and Deflection of 0.001" nominal. The standard LCM300 Tension and Compression Load Cell can be modified or customized to meet your requirements and most models are in our inventory making them available for 24 hour shipping. Similar to our entire Load Cell product line this model is manufactured in USA and uses metal foil strain gauge technology.
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RS Series loadcell, is designed for measuring the tension in winding drum applications. It senses the applied force to the bearing of loadcell which is mounted at the edge of the drum during the process of winding and unwinding. It is widely used in textile and printing industry. The special alloy steel body is coated with crome and increased its resistance to corrison. Manufactured for weighing 25, 50, 100kgs.
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Precision measurement of web tension is essential to ensure consistant product quality and to maximise productivity. Re spa load cells and strain gauges have been successfully applied to many thousands of applications across the world and have provided cost effective solutions to the demands of our customers.
The range of cells produced by Re spa satisfy all demanding applications and can be used for measuring the tension value of all materials including paper, cardboard, plastic film, foil, rubber and wire.
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MB Series Tension Sensors
The MB Series of load cells uses an LVDT type sensor to convert tension into a proportional electrical signal.The LVDT system provides precise, accurate tension measurement while the mechanical design allows for extremely high overloads without damage to the unit
Features
- Extremely accurate LVDT type sensor
- Mountable at any angle
- Suitable for either symmetrical or asymmetrical web path angles
- Capable of taking extreme overloads without structural damage or loss of calibration
- Simplified mechanical structure
- No calibration or maintenance required
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The Thru Hole Donut Load Cell Series offers 5 models built for Off-Center Loading, Press, or Inline compression applications. These models have a very robust construction available in 17-4 Stainless Steel, with an I.D. range of 1/8" to 1 1/4".
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This standard reaction torque sensor is ideal to be integrated on a test stand or in other torque measurement application.
This additional mini reaction torque sensor is recognized automatically by our Centor Star and Dual force and torque gauges. It can complete a set of force and torque instruments at a very reasonable price.
The sensor characteristics are stored in the memory of an electronic circuit located inside the sensor connector and they are read by the Centor Star or Dual instrument, which is automatically configured and becomes a torque gauge without the operator having to make any adjustments.
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Weight sensors, Force sensors, Torque sensors
