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Canada’s aerospace industry is robust and dynamic, with a long history of innovation and success throughout the world. Home to leading aviation and space companies, Canada is a global market leader in producing regional aircraft, avionics, business jets, commercial helicopters, aircraft engines, flight simulation, landing gear, and space systems and Maintenance Repair and Overhaul Expertise. |
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 | 1201 Crash Test Accelerometer
The Model 1201 accelerometer is a small, compact uniaxial device designed for vehicle impact and road testing. Available in ranges from 50 g to 1000g. |  | 1201F Crash Test Accelerometer
The Model 1201F accelerometer is a small, compact uniaxial device designed for vehicle impact and road testing. Available in ranges from 50 g to 1000g. |  | 3700 Shock Accelerometer
The Model 3700 is a MEMS piezoresistive shock accelerometer in a rugged stainless steel package. Available in ranges from ±50g to ±6000g. |  | 3801A Accelerometer
The Model 3801A is a mV output piezoresistive accelerometer in a rugged hermetic package. Available in ranges from ±2g to ±2000g. |  | 4600 Accelerometer
The Model 4600 is designed for both static and dynamic measurements in critical and demanding applications. It is hermetically sealed and features high-g shock protection. Provides an amplified output. Available in ranges from ±2 to ±500g. |  | 4602 Accelerometer
The Model 4602 is designed for both static and dynamic measurements in critical and demanding applications. The accelerometer offers outstanding thermal performance over the complete operating range from -54°C to +121°C. Provides an amplified output. Available in ranges from ±2 to ±500g. |  | 4604 Accelerometer
The Model 4604 is a rugged, low-profile MEMS accelerometer designed for both static and dynamic applications. The device offers outstanding thermal performance and features a robust strain relief and cable. Provides an amplified output. Available in ranges from ±2 to ±500g. |  | 4605 Accelerometer
The Model 4605 is designed for both static and dynamic measurements in critical and demanding applications. The device offers outstanding thermal performance and features a detachable cable. Provides an amplified output. Available in ranges from ±2 to ±500g. |  | 4610 Accelerometer
The Model 4610 is a low noise signal conditioned accelerometer with exceptional long-term stability. The accelerometer offers integral temperature compensation and a hermetically sealed sensor assembly. Provides an amplified output. Available in ranges from ±2 to ±500g. |  | 4620 Accelerometer
The Model 4620 is a low frequency DC response accelerometer offering outstanding performance over a wide operating temperature range. The device incorporates a Teflon insulated cable with a rugged strain relief designed for demanding applications. Provides an amplified output. Available in ranges from ±2 to ±250g. |  | 4623 Accelerometer
The Model 4623 is a low frequency DC response accelerometer offering outstanding performance over a wide operating temperature range. The device features EMI/EMC protection circuitry and a rugged strain relief for harsh installations. Provides an amplified output. Available in ranges from ±2 to ±500g. |  | 4630 Triaxial Accelerometer
Low noise; static & dynamic response. The 3 circuit assemblies are hermetically sealed. Operates on common or separate power supplies. Ranges from ±2 to ±500g. |  | 4801A Accelerometer
The Model 4801A is a true hermetically sealed accelerometer in a rugged stainless steel package. The sensor offers an amplified signal conditioned output, enhanced temperature compensation, and shock protection up to 10,000g. Available in ranges from ±2 to ±500g. |  | 4803A Triaxial Accelerometer
The Model 4803A is a low noise triaxial accelerometer in a rugged, welded stainless steel package. The silicon MEMS accelerometer incorporates integral temperature compensation and provides an amplified output. Available in ranges from ±2 to ±500g. |  | 4810A Accelerometer
The Model 4810A is a low noise signal conditioned accelerometer in a welded stainless steel package. It features a detachable cable, temperature compensation, and a signal conditioned output. Available in ranges from ±2 to ±500g. |  | 62 Crash Test Accelerometer
The Model 62 accelerometer is based on an advanced piezoresistive MEMS sensing element which offers exceptional dynamic range and stability. Available in ranges from ±50g to ±6000g. |  | 7100A IEPE Accelerometer
The Model 7100A is a high performance IEPE accelerometer with an operating temperature range of -55°C to +150°C. It is hermetically sealed and features the popular through hole mount installation. Available in ranges from ±50 to ±500g. |  | 7101A IEPE Accelerometer
The Model 7101A is a miniature, high performance IEPE accelerometer available in ±50g to ±500g dynamic ranges. The accelerometer is designed for high frequency vibration and shock measurements and offers a wide bandwidth to >10kHz. |  | 7104A IEPE Accelerometer
The Model 7104A is a high performance IEPE accelerometer available in ±50g to ±500g dynamic ranges. The stud mounted accelerometer features a welded hermetic construction with a side mount 10-32 coaxial connector. |  | 7105A IEPE Accelerometer
The Model 7105A is a high performance IEPE accelerometer available in ±50g to ±500g dynamic ranges. The stud mounted accelerometer features a welded hermetic construction with a top mount 10-32 coaxial connector. |  | 7108A IEPE Accelerometer
The Model 7108A is a miniature adhesive mount IEPE accelerometer available in ±50g to ±500g dynamic ranges. The accelerometer features a welded hermetic stainless steel construction with a coaxial 10-32 top connector. |  | 7132A Triaxial IEPE Accelerometer
The Model 7132A is a miniature triaxial IEPE accelerometer available in ±50g to ±2000g dynamic ranges. The accelerometer features a hermetically sealed titanium construction with a 4-pin Microtech connector interface. |  | 7204A IEPE Accelerometer
A case isolated high temperature IEPE accelerometer with internal shielding. Has a flat bandwidth up to greater than 15kHz with a resonant frequency greater than 40kHz. Available in ±50 to ±500g ranges. |  | 7500A Charge Accelerometer
The Model 7500A is a piezoelectric charge mode accelerometer designed for high frequency vibration and shock measurements. It has charge output of 20pC/g, and provides stable thermal response up to +260°C. Available in ±250g up to ±2000g dynamic range. |  | 7501A Charge Accelerometer
The Model 7501A is a miniature piezoelectric charge mode accelerometer with an operating temperature range to +260°C. It is designed for high frequency vibration and shock measurements and offers a wide bandwidth to >15kHz with 5.6pC/g nominal output. Available in ±2000g dynamic range. |  | 7502A Charge Accelerometer
The Model 7502A is a miniature piezoelectric charge mode accelerometer designed for high frequency vibration and shock measurements. It has a charge output of 1.6pC/g, and provides stable thermal response up to +200°C. Available in ±2000g dynamic range. |  | 7508A Charge Accelerometer
The Model 7508A is a miniature piezoelectric charge mode accelerometer designed for high frequency vibration and shock measurements. With a nominal charge output of 5.6pC/g the model 7508A offers a high signal to noise ratio in a miniature package. Available in ±2000g dynamic range. |  | 7514A Charge Accelerometer
The Model 7514A is a stud mounted piezoelectric charge mode accelerometer designed for high frequency vibration and shock measurements. It offers a wide bandwidth to >14kHz with a nominal charge output of 50pC/g. Available in dynamic ranges of ±500g to ±2000g. |  | EGAS Accelerometer
The Model EGAS is a miniature, uniaxial accelerometer featuring ranges from ± 5 g’s through 2500 g's. |  | EGAS3 Triaxial Accelerometer
The Model EGAS3 is a cube-shaped, triaxial accelerometer with frequency response to 3500 Hz. These units are well-suited for Robotics, Machine Control, Maintenance, Inspection and Vibration applications. Available in ranges from ±5g to ±2500g. |  | EGAX & EGAXT Accelerometers
The Model EGAX/EGAXT miniature accelerometers combine a damping ratio of 0.7 (Nominal) with built-in overrange stops that protect the unit against 10,000g shocks. Available in ranges from ±5g to ±2500g. |  | EGAXT3 Triaxial Accelerometer
The Model EGAXT3 miniature triaxial accelerometers combine a damping ratio of 0.7 (Nominal) with built-in overrange stops that are set to protect the unit against 10,000g shocks. Available in ranges from ±5g to ±2500g. |  | EGCS-L High Amplitude Shock Accelerometer
The Model EGHS-L is a high amplitude piezoresistive shock accelerometer designed for transient shock testing. Available in ±30,000g and ±60,000g ranges, it is packaged in a rugged welded stainless steel housing. |  | EGPE-1A IEPE Accelerometer
The model EGPE-1A is a high performance IEPE type accelerometer with an operating temperature range up to +150°C. It is available in ±10g to ±500g ranges and provides a flat frequency response up to 15kHz. |  | EGPE-2A Charge Accelerometer
The model EGPE-2A is a piezoelectric charge mode accelerometer designed for high frequency vibration and shock measurements. It provides stable thermal response up to +260°C, and features the popular through hole mount installation. Available in ±50g to ±2000g dynamic range. |  | LCA-100 Accelerometer
The Jewell LCA Series Accelerometer is a general-purpose ±0.5G to ±5G device designed for industrial, commercial and aerospace sensing requirements. |  | LCM-100 Accelerometer
The Jewell LCM accelerometer is a general-purpose acceleration sensor for industrial, commercial and aerospace applications. |  | LSM Accelerometer
The Jewell LSM offers equivalent features to the LCA in a smaller package — approximately 1" cube. |  | LSXH Accelerometer
The JEWELL LSXH is the most rugged of all of our accelerometers. The JEWELL LSXH is a compact high-performance, high-accuracy accelerometer with a range of 0.017G to 10G full scale. |  | MiniSense 100 Accelerometer
The MiniSense 100 is a low cost cantilever-type vibration sensor loaded by a mass to offer high sensitivity at low frequencies. The sensor has excellent linearity and dynamic range, and may be used for detecting either continuous vibration or impacts. | | Accelerometers - Angular Accelerometers |  |  | ASB Angular Accelerometer
The JEWELL ASB Series Angular Accelerometer is a general purpose devise made for industrial, commercial, and aerospace sensing requirements. Its many applications include antennae stabilization, torque measurement, flight control systems, automotive testing, and optical system stabilization. |  | ASXC Angular Accelerometer
The Jewell ASXC Series Fluid Rotor Angular Accelerometer is a force balamnce servo accelerometer that uses a fluid-filled ring chamber to measure angular acceleration. The ASXC Angular Accelerometers are designed to be small and lightweight, are extremely repeatable, and offer a very high output with excellent accuracy and stability. | | Accelerometers - Board Level / OEM | |  | 3022 Accelerometer
The Model 3022 is a piezoresistive silicon accelerometer packaged in a ceramic substrate with a sealed ceramic cover. This design provides for a very low profile, high shock resistance, durability and built-in damping over a wide usable bandwidth. Available in ranges from ±2g to ±200g. |  | 3028 Accelerometer
The Model 3028 is a piezoresistive silicon accelerometer packaged on a ceramic substrate with a metal bracket which can be used to bolt the sensor to the mounting location. Available in ranges from ±2g to ±200g. |  | 3031 Accelerometer
The Model 3031 is a piezoresistive SMD accelerometer designed for demanding high volume applications. Available in ranges of ±50g and ±100g. |  | 3038 Accelerometer
The Model 3038 is a hermetically sealed SMD accelerometer designed for high performance applications. Available in ranges from ±50g to ±6000g. |  | 3052 Accelerometer
The Model 3052 is a piezoresistive silicon accelerometer with integral temperature compensation. This design provides for a very low profile, high shock resistance, durability and built-in damping over a wide usable bandwidth. Available in ranges from ±2g to ±200g. |  | 3058 Accelerometer
The Model 3058 is a piezoresistive silicon accelerometer with integral temperature compensation. This design provides for a very low profile, high shock resistance, durability and built-in damping over a wide usable bandwidth. Available in ranges from ±2g to ±200g. |  | 3255 Accelerometer
The Model 3255 is a two-chip accelerometer designed for surface mount applications. This design provides for a very low profile, high shock resistance, durability and built-in damping over a wide usable bandwidth. Available in ranges from ±25g to ±100g. |  | 4503 Accelerometer
The Model 4503 is an economical board mountable accelerometer. The output is signal conditioned and temperature compensated. Available in ranges from ±2g to ±200g. |  | 4655 Accelerometer
The Model 4655 is a signal conditioned, hermetically sealed, board mountable MEMS accelerometer. The accelerometer incorporates integral temperature compensation and a frequency response from DC to 2000Hz. Provides an amplified output. Available in ranges from ±2 to ±200g. |  | ACH-01 Accelerometer
The ACH-01 is a low cost, robust, general purpose accelerometer with outstanding performance characteristics. It is specifically designed for high volume applications that require the permanent installation of an accelerometer. |  | EGHS-M High Amplitude Shock Accelerometer
The Model EGHS-M is a high amplitude piezoresistive shock accelerometer designed for embedded applications. The accelerometer is available in ±30,000g and ±60,000g ranges. | | MiniSense 100 Accelerometer
The MiniSense 100 is a low cost cantilever-type vibration sensor loaded by a mass to offer high sensitivity at low frequencies. The sensor has excellent linearity and dynamic range, and may be used for detecting either continuous vibration or impacts. |
 | 1600 Gold Standard™ Calibration Load Cell
For calibrating other load cells where best possible load cell is required. 4% lower load limit per ASTM E74. Provides tension & compression in 1 unit with <0.005% nonrepeatability. |  | 1601 Gold Standard™ Calibration Compression-Only Load Cell
The 1601 Gold Standard load cell is designed for calibrating other load cells where the best possible load cell is required. It has a 4% lower load limit per ASTM E74 and is a step above the 1100. The 1601 provides compression-only. |  | 1606 Gold Standard™ Low Capacity Calibration Load Cell
The 1606 Gold Standard load cell is designed for calibrating other load cells where the best possible load cell is required. It has a 4% lower load limit per ASTM E74 and is a step above the 1100. The 1606 is especially made for low capacity applications with capacities from 50 lbf. to 300 lbf. |  | 1800 Platinum Standard™ Calibration Load Cell
The 1800 Platinum Standard is the ultimate in calibration grade load cells and has a 2% lower limit per ASTM E74 and an integral stud. |  | BN100A Bridge Calibration Unit
The BN100A bridge calibration unit is a highly precise calibrator to calibrate measuring equipment and measurement chains which function with a carrier frequency of 225Hz. The BN100A bridge calibration unit is inserted in the measuring system to be calibrated in place of the transducer (full bridge), or is connected directly with the measuring instrument, and simulates with the aid of switchable inductive dividers the output signals of the transducer in a range of ±100mV/V. |  | DMP40 Digital Precision Measuring Amplifier
The DMP40 is especially suitable for high precision comparative measurements of mechanical quantities such as force, mass, torque and pressure. One example of this is the measurements performed by the National Metrological Organizations like the PTB (German Metrology Institute). In this field of application the preceding model (DMP39) has already been employed as a reference instrument throughout the world. |  | Gold Standard E4 Machine Calibration System
It is necessary to recalibrate materials test machines and presses because of, possible undetected damage, normal wear and tear and to make sure the system is performing to its design capabilities. The Gold Standard E4 machine calibration system is a complete PC based system for the calibration of materials test machines. The system is user friendly and calibrations can be conducted with minimal training. |  | Gold Standard Load Calibration System
PC-based system for calibration of load cells and torque transducers. Normally used with hydraulic load frame. Separate software available for calibration of load cells in a deadweight system. |  | Gold Standard™ Load Frames
Available in capacities 3K, 10K, and 55K. |  | HRBSC High Resolution Signal Conditioning Board
The model HRBSC is a single-channel high resolution signal conditioning board. This board offers many additional features over the SCB1 for users requiring the highest levels of accuracy and precision. |  | K148 Calibration Unit for full bridge amplifiers
The K148 calibration unit simulates strain-gauge full bridges for amplifiers with one up to eight channels. The K148 comes with five measuring ranges with ten steps each. It enables DC and carrier frequency amplifiers from 225 Hz up to 4.8 kHz with measuring ranges from ±0.2 mV/V up to ±100 mV/V to be calibrated. |  | K3607 Calibration Unit
The K3607 calibration unit can be used to calibrate measuring amplifiers or measurement chains without imposing a mechanical quantity on the strain gauge transducers belonging to the measurement chain. For this purpose the calibration instrument is equipped with a high-precision resistance network in star configuration, designed to simulate 350-ohm strain gauge full-bridge transducers. |  | K800 Calibration Unit for 8-channel quarter-bridge amplifiers
The K800 calibration unit for strain gauge quarter bridges launched by HBM can calibrate eight channels simultaneously. The device is particularly useful for multi-channel measuring amplifiers, such as HBM’s MGCplus, that must be calibrated regularly to ensure accuracy. |  | Precision mV/V Load Cell Simulator
Most accurate load cell simulator, special low thermal emf construction. |  | SCB1 Signal Conditioning Board
The SCB1 signal conditioning board comes in a one or two-channel configuration. The single-channel unit is used with a dead weight system and/or for test machine verification, while the two-channel unit is used for calibrations where a reference (Standard) load cell is being used. One channel is connected to the reference standard and one channel is connected to the cell being calibrated. |
 | 766 Permanent
19" rack-mount unit providing a modular acquisition/analysis system for condition monitoring of rotating plant. |  | 766 Portable
Designed for use by vibration analysts in troubleshooting, balancing and return-to-service/commissioning roles. |  | 767 Portable
Total measurement and analysis capability for monitoring and analyzing vibration in rotating plant. |  | 768
An optimised solution for smaller turbines such as those used in Hydroelectric and Gas Pumping Installations. |  | Beran Condition Monitoring Systems
Comprehensive functionality, flexible data handling, and efficient communications. |
| Data Acquisition - High Speed - Dimension | |  | Dimension4i High Speed DAQ & Transient Recorder
Can be used both as a data recorder and a transient recorder. Combines all essential instruments in one device. Easy to understand and operate. |  | Accelerometer Digitizer
The Accelerometer Digitizer is a very versatile and high performing amplifier, ideal for powering ICP transducers, or accommodating AC and DC signals. This module is outfitted with state of the art components including 24-bit analog to digital converters (one per channel), dual 32 bit floating point digital signal processors, analog anti-aliasing filters. |  | Data Recorder Dimension4i (specifications)
Dimension4i can be used both as a data recorder and as a transient recorder – meeting the highest of demands. Dimension4i therefore combines all essential instruments in one device. Because Dimension4i was developed in cooperation with users as a professional tool for daily use, operation of the Dimension4i is intuitive and oriented towards the requirements of use: easy to understand, easy to operate. Routine tasks are quickly completed with Dimension4i so that you can concentrate fully on your tasks as a professional. |  | Isolated Digitizer
The Dimension Isolated Digitizer was designed for the extreme testing conditions and accuracy requirements of high voltage measurement applications. This module is outfitted with state of the art components including 24-bit analog to digital converters (one per channel), dual 32 bit floating point digital signal processors, isolation circuitry and analog anti-aliasing filters. | | Data Acquisition - High Speed - Genesis | |  | GEN7t & GEN16t High Speed - High Channel Count DAQ
With GEN7t/16t, you can configure up to 1,080 synchronized channels according to your requirements. Your system grows from the first channel onwards exactly as your project changes. Stay on top, rapidly, reliably, flexibly and always with perfect precision. Up to 8 GEN "slaves" can be connected to a GEN7t/16t master, each of these 9 devices can contain between 4 and 120 channels, and all 1,080 channels can measure in synchronization with each other. |  | GEN7t & GEN16t - mainframes & option
The GEN series Data Acquisition System is one of the most sophisticated and powerful systems in the marketplace and demonstrates the quality HBM has to offer. |  | Basic 1M Digitizer
8 Channel, 1MS/s, Basic Card, 256MB RAM (16 MS/ch) |  | Basic 1M ISO Digitizer
8 Channel, 1MS/s, Basic Card, 512MB RAM (32 MS/ch) - isolated, unbalanced-diff |  | Basic 1M XT ISO Digitizer
8 Channel, 1MS/s, Basic XT Card, 512MB RAM (32 MS/ch) - isolated, with extended input range |  | Basic 200K Digitizer
8 Channel, 200kS/s, Basic Card, 128MB RAM (8 MS/ch) |  | Binary Marker CT
The Binary Marker CT board CT is a dedicated binary input option for GEN DAQ products. It enables to record up to 64 binary input channels (marker channels) with up to 1 MS/s per channel. In addition 9 binary input channels can be assigned under software control to provide 3 channels of counter/timer functionality. Each channel can have its own function. |  | Binary Marker HV ISO
The Binary Marker HV board is a dedicated input option for GEN DAQ products. It enables to record up to 32 binary input channels (marker channels) as well as 8 digital event signals that are optically isolated with up to 1 MS/s per channel. |  | Bridge 1M ISO Digitizer
4 Channel, 1MS/s Bridge Card, 512MB RAM (64 MS/ch) - isolated |  | Bridge 200K ISO Digitizer
4 Channel, 200kS/s Bridge Card, 128MB RAM (16 MS/ch) - isolated |  | Fast Differential Digitizers
For ultra fast signals, the 25 MS/s and 100 MS/s high speed digitizer boards are equipped with four channels sampling at incredible high speed. With selectable anti-aliasing filtering and 14-bit (100 MS/s) or 15-bit resolution (25 MS/s), these inputs turn the GEN series into an extremely fast transient recorder. |  | GEN2i High Speed - Portable Data Recorder
GEN2i is a revolutionary new portable data recorder, offering incomparably powerful features and an exciting touchscreen user interface. With up to 16 input channels, fully configurable to your needs, it provides both continuous direct-to-disk as well as fast transient recording. |  | Genesis GEN5i Portable High Speed DAQ
The complete, portable test laboratory. Up to 40 channels available simultaneously. With integrated PC, you can measure directly at the event location & analyze the results. |  | Universal 1M ISO Digitizer
4 Channel, 1MS/s Universal Card, 512MB RAM (64 MS/ch) - isolated |  | Universal 200K ISO Digitizer
4 Channel, 200kS/s Universal Card, 128MB RAM (16 MS/ch) - isolated | | Data Acquisition - Laboratory Universal Data Acquisition | |  | MGCplus Data Acquisition System (overview)
With more than 100,000 channels in different applications worldwide, HBM's MGCplus system has achieved acceptance as a measurement standard. Supports a wide spectrum of transducers, fieldbus connections and standard PC interfaces. It is the choice for almost all industrial, laboratory and R&D measurement applications. Capable to measure force, displacement, pressure, temperature, torque, acceleration, strain, stress, voltage, current, frequency or resistance - at low or high speeds. |  | APxx Connection Boards for MGCplus
Connection boards for single channel or multi-channel amplifiers. Also connection boards for special-function modules. |  | Cpxx Communication Processors for MGCplus
Outstanding performance and use of standard PC interfaces distinguish the communication processors CP22 and CP42 for MGCplus. Both allow the assembly of networks: An important condition if data acquisition systems with more than 1,000 active channels should assembled. |  | ML38 High-precision Single-channel Amplifier Module for MGCplus
The ML38B precision amplifier provides a high resolution of 1,000,000, an accuracy of 0.0025% and an excellent long-term stability. |  | MLxx Amplifier & Communication Modules for MGCplus
Single-channel and multi-channel amplifer modules, and special-function modules for the MGCplus system. |  | CANHEAD Distributed Amplifier System
Simplify your measurement processes with CANHEAD® - and at the same time gain flexibility and efficiency. CANHEAD® is ideal for average to high channel counts. The 10-channel CANHEAD® amplifier modules can be installed in immediate proximity to the measuring points. Inexpensive and reliable standard fieldbus cables connect the CANHEAD® modules to a communication master. |  | CANHEADdirect Communication Module
The CANHEADdirect communication module enables measurement data of up to five CANHEAD® modules to be directly transmitted to a PC via CANbus. At a price that makes the CANHEAD® system the first choice for small and medium-sized applications in experimental structural and stress analysis as well. | | Data Acquisition - Precision Amplifiers/Calibration Instruments | | | DMP40 Digital Precision Measuring Amplifier
The DMP40 is especially suitable for high precision comparative measurements of mechanical quantities such as force, mass, torque and pressure. One example of this is the measurements performed by the National Metrological Organizations like the PTB (German Metrology Institute). In this field of application the preceding model (DMP39) has already been employed as a reference instrument throughout the world. | | Data Acquisition - Rugged/Mobile - eDAQ | |  | eDAQ-lite Rugged Mobile DAQ
The eDAQlite is the go anywhere, test anything compact version of the SoMat eDAQ. Engineered using the same technology, the eDAQlite has similar leading-edge signal conditioning and a capacity to perform a broad range of on-board data processing, triggering, intelligent data storage, and complex computations. There is no learning curve, new software, or file formats; and systems can be seamlessly networked together. |  | EBRG eDAQ Bridge Layer
The SoMat eDAQ Bridge Layer (EBRG) offers 16 simultaneously sampled low level differential analog inputs through independent connectors. An extremely versatile layer; the Bridge Board works with both amplified and unamplified transducers including: strain gauges, accelerometers, pressure transducers, load cells, and other general analog signals. |  | ECOM eDAQ Vehicle Network Communications Layer
The SoMat eDAQ Vehicle Network Communications Layer (ECOM) offers (3) CAN device interfaces, (1) Vehicle Bus Module (VBM) interface and a GPS communications port. It is an extremely versatile layer providing a direct correlation between vehicle bus channels with physical data (analog, thermocouple and frequency) as well as GPS. |  | ECPU-PLUS Main Processor for eDAQ
For the system that defines Rugged, Mobile Data Acquisition, it all starts here. The SoMat eDAQ Base Processor (ECPU-PLUS) is the foundation eDAQ systems are built from. Specifically designed for these applications; input power for the system operates in a wide range from 10-60 VDC. Internal back-up batteries also protect the eDAQ from unplanned power losses or low voltage events. |  | EDIO eDAQ Digital Input-Output Layer
The SoMat eDAQ Digital Input/Output Layer (EDIO) is an extremely versatile layer that can measure digital inputs/outputs, pulse counters, quadrature decoders, vehicle bus, as well as GPS. The EDIO offers twenty four channels that can be used as digital inputs/outputs with twelve additional channels for wide range inputs. |  | EHLS eDAQ Simultaneous High Level Layer
The SoMat eDAQ Simultaneous High Level Layer (EHLS) offers 16 simultaneously sampled high-level differential analog inputs through independent connectors. Up to four EHLS layers can be added to a single eDAQ system enabling up to 64-channels. Networking multiple eDAQ’s make synchronous EHLS channel counts virtually limitless. |  | EITB eDAQ Isolated Thermocouple Layer
The SoMat eDAQ Isolated Thermocouple Layer (EITB) measures temperatures on 8-channels of isolated thermocouple signal conditioning. Thermocouples come in several styles of dissimilar metals, or calibrations; and the EITB is available in the four most common calibration types (J, K, T and E). Each channel has individual cold junction compensation with isolation to 500V. |  | ENTB eDAQ Non-Isolated Thermocouple Layer
The SoMat eDAQ Non-Isolated Thermocouple Layer (ENTB) measures temperatures on 32-channels of non-isolated thermocouple signal conditioning. Thermocouples come in several styles of dissimilar metals, or calibrations; and the ELNTB is compatible with the four most common calibration types (J, K, T and E). Each channel is individually software-selectable between these calibrations. |  | eDAQ Rugged Mobile DAQ
Sets the standard for rugged, mobile data acquisition; a stand-alone sealed system designed for testing in the harshest of environments. |  | ELBAT-2 eDAQ-lite Battery Layer
The SoMat eDAQ-lite Battery Layer (ELBAT-2) is located below the eDAQ-lite in a machined aluminum enclosure. It attaches with four 8-32 screws to the base plate of the eDAQ-lite replacing the rubber feet. The feet can be relocated to the battery layer for mounting purposes. A short cable, with the eDAQ D-Sub power connector, connects to the eDAQ-lite and is also utilized for charging purposes. |  | ELBRG eDAQ-lite Bridge Layer
The SoMat eDAQ-lite Bridge Layer (ELBRG) offers four simultaneously sampled low level differential analog inputs through independent connectors. An extremely versatile layer; the Bridge Board works with both amplified and unamplified transducers including: strain gauges, accelerometers, pressure transducers, load cells, and other general analog signals. |  | ELCPU eDAQ-lite Base Processor
The SoMat eDAQ-lite Base Processor (ELCPU) is the foundation eDAQ-lite systems are built from. Specifically designed for rugged, mobile applications; input power for the system operates in a wide range from 10-60 VDC (with ELCPU-PLUS option). Internal back-up batteries also protect the eDAQ-lite from unplanned power losses or low voltage events. |  | ELDIO eDAQ-lite Digital Input-Output Layer
The SoMat eDAQ-lite Digital Input/Output Layer (ELDIO) is an extremely versatile layer that can measure digital inputs/outputs, pulse counters, quadrature decoders, vehicle bus, as well as GPS. The ELDIO offers eight channels that can be used as digital inputs/outputs with four additional channels for wide range inputs. |  | ELHLS eDAQ-lite Simultaneous High Level Layer
The SoMat eDAQ-lite Simultaneous High Level Layer (ELHLS) offers 4 simultaneously sampled high-level differential analog inputs through independent connectors. Up to eight ELHLS layers can be added to a single eDAQ-lite system enabling up to 32 channels. Networking multiple eDAQ’s make synchronous ELHLS channel counts virtually limitless. |  | ELNTB eDAQ-lite Non-Isolated Thermocouple Layer
The SoMat eDAQ-lite Non-Isolated Thermocouple Layer (ELNTB) measures temperatures on 16-channels of non-isolated thermocouple signal conditioning. Thermocouples come in several styles of dissimilar metals, or calibrations; and the ELNTB is compatible with the four most common calibration types (J, K, T and E). | | Data Acquisition - Rugged/Mobile - Liberty | |  | Liberty Rugged Portable High Speed DAQ
Product tests in vehicle construction and aerospace, or the commissioning and servicing of industrial infrastructures, do not take place under air-conditioned laboratory conditions. Instead, conditions usually include vibrations and shocks, spray water, dirt and extreme external temperatures. You can now gain the freedom to carry out measurements anywhere, even under these rough conditions with the Liberty system. |  | Liberty Rugged Portable High Speed DAQ (data sheet)
Product tests in vehicle construction and aerospace, or the commissioning and servicing of industrial infrastructures, do not take place under air-conditioned laboratory conditions. Instead, conditions usually include vibrations and shocks, spray water, dirt and extreme external temperatures. You can now gain the freedom to carry out measurements anywhere, even under these rough conditions with the Liberty system. |  | Accelerometer Digitizer
Each module contains a 16-bit digitizer on each channel with 100mV-40V full scale ranges, 8-pole Butterworth 20kHz Anti-alias filter, and selectable Bessel or Butterworth FIR digital filter. Integrated programmable excitation of 1 mA to 15 mA @ 28 V nominal. |  | Bridge Plus Digitizer
Each module contains a 16-bit digitizer on each channel with 2mV-10V full scale ranges, 6-pole Butterworth 20kHz Anti-alias filter, and a selectable Bessel or Butterworth FIR digital filter. Integrated excitation is 0 to 10V bipolar, 30mA. Includes bipolar shunt and monitor output. |  | CANbus Digital Input Card
Each module has one or two CAN nodes plus 32 digital inputs including counter/timer, frequency, RPM and quadrature encoder channels. |  | DC-32 and TC Digitizer
The DC-32 module contains a 10kS/s, 16-bit digitizer on each of 32 channels with 1V to 5V ranges F.S. |  | General Purpose Digitizer
Each module contains a 100kS/s, 16-bit digitizer on each channel with 100mV-40V full scale ranges, 8-pole Butterworth 20kHz Anti-alias filter, and selectable Bessel or Butterworth FIR digital filter. | | Data Acquisition - Rugged/Mobile Thermocouple Module - cDAQ | |  | cDAQ Rugged Mobile Thermocouple Module
Engineered to operate within severe temperatures ranges of -40 to 125 °C with an IP 67 degree of protection, rating; the compact cDAQ modules allow users to take measurements directly in the most difficult test objects. It is available in 16-channel configurations for K-, J- or T-type thermocouples. | | Data Acquisition - Universal Data Acquisition | |  | QuantumX (overview)
QuantumX is a universal data acquisition system. "Universal" means that QuantumX can be used with all types of transducers. Its universal flexibility also means that you can use it to conduct all kinds of test and measurement tasks as well as for verification of results in any type of industrial environment. |  | QuantumX CX27 Ethernet-EtherCAT Gateway
CX27 allows integration of several QuantumX modules for real-time data acquisition of up to 199 signals via EtherCAT. Selected signals can simultaneously be monitored via Ethernet TCP/IP. |  | QuantumX MX1609 16-channel Thermocouple Amplifier
MX1609 is part of the QuantumX family and offers many excellent qualities: Reliable temperature measurement using the proven and widely used type K thermocouple – at the same time opening up fascinating new opportunities for your day-to-day measurement tasks. |  | QuantumX MX410 4-channel High-Dynamic Universal Amplifier
The MX410 provides both sampling rates of up to 96 kHz/channel and a high resolution of 24 bits. Results are highly accurate as required when capturing highly dynamic forces and accelerations. Compatible with strain gage transducers in half and full bridge configuration (DC, 4.89 kHz CF) as well as with inductive half and full bridges and current-fed piezoelectric sensors (IEPE). |  | QuantumX MX440A 4-channel Universal Amplifier
4 individually adjustable inputs, 24-bit A/D converter per channel, sampling rate of up to 19.2 kHz/channel (adjustable). Small; fits into any test bench. |  | QuantumX MX460 4-channel Frequency Measuring Amplifier
Capture digital rotational speed signals or evaluate pulse width modulation signals (PWM). Or integrate the worldwide leading HBM torque transducers into the QuantumX universal data acquisition system. Features sampling rates of up to 96 kHz/channel and a bandwidth of up to 38 kHz. An ideal choice for applications in motor and drivetrain development. |  | QuantumX MX840A 8-channel Universal Amplifier
8 individually adjustable inputs, 24-bit A/D converter per channel, sampling rate of up to 19.2 kHz/channel (adjustable). Small; fits into any test bench. |  | QuantumX MX878 Transmitter with 8 analog voltage outputs
The MX878 transmitter enables scaled measurement signals to be monitored in a standardized unit of measurement or transmitted to other systems to allow flexible and efficient data analysis. In addition, signals can be set off against each other using algebraic operations. The module also features functions for peak value analysis. |
 | 9320 Hand Held Digital Indicator
The 9320 is a bipolar 7-digit hand held meter featuring two independently scalable ranges, peak and valley monitoring, display hold, mV/V calibration and a power save feature. Typical battery life exceeds 40 hours of continuous use. IEEE1451.4 TEDS Plug & Play compliant. |  | 9820 Digital Indicator
Bipolar, 5-digit display featuring 2000Hz high-bandwidth, +/-10V analog output, front-panel shunt calibration and tare, peak and valley monitoring. Sensor connection is via a removable screw-terminal connector. |  | 9830 Digital Indicator
Bipolar 5-digit display with 120 sample/second internal update rate, 2000Hz high bandwidth +/-10v and 4-20mA outputs, front panel shunt calibration and tare, RS232 and digital output setpoints and adjustable digital filter. Packaged in an aluminum 1/8 DIN, panel mountable enclosure with a plug-in AC power cord. Sensor connection via 9-pin connector. |  | 9834 Digital Indicator
For use with amplified load cells and rotary torque sensors. Features 120 readings per second, programmable +/-10V or 4-20mA analog output, peak and valley monitoring, RS232. Packaged in an aluminum 1/8 DIN, panel mountable enclosure with a plug-in AC power cord. Sensor connection via 9-pin connector. |  | 9840 Intelligent Digital Indicator
The 9840 is suitable for use in calibration labs, field service, or anywhere high accuracy is important. Features include a bipolar 6-digit 2-line display, remote sense, low noise, 22-bit resolution, USB port with RS232 communication, mV/V calibration and the ability to store up to 25 different sensors. 6-point linearization, unit conversion, front-panel tare. Self calibration via TEDS Plug & Play ready IEEE1451.4 compliance. |  | 9850 Multi-Channel Digital Indicator
The model 9850's modular design allows the use of 7 different types of channel cards in 2 available channels. Available channels include AC mV/V for use with Rotary Transformer type torque sensors, DC mV/V, +/-5V or +/-10V, 4-20mA, Frequency (speed), Encoder and LVDT position sensors. A 3rd math channel allows display of calculate values such as horsepower, unit conversion, peak or valley, etc. The dual +/-10V analog outputs are assignable to any of the three channels. 2000 Hz sample rate allows true peak monitoring. Included software for graphical data display and logging. |  | 9860 Digital Indicator
Similar to the 9830 indicator, but with TEDS functionality. |  | Digital CVT Vacuum Controller
The Digital CVT instrument is a fully automatic, continuous-reading instrument for vacuum applications. These controllers operate in the same standard ranges as the Digital VT meters with the addition of two user selectable control limits. Includes durable 10A SPDT control points. and a (0-1 volt) nonlinear analog output signal & a digital RS232 port as standard. Operates with DV-4 and DV-6 series vacuum gauge tubes. |  | Digital VT Vacuum Indicator
The Digital VT instrument is a fully automatic, continuous reading instrument for basic vacuum measurement applications. Packaged in 1/8 DIN panel mounted case with 3 digit green LED display. Operates with DV-4 and DV-6 series vacuum gauge tubes. |  | MVD2510 Panel Meter Amplifier
Control panel measuring amplifier for process control and test bencher. |  | MVD2555 Panel Meter Amplifier
Carrier frequency amplifier for panel mounting. |  | Scout55 4.8kHz Carrier-Frequency Amplifier
The SCOUT55 measuring amplifier is suitable for recording and processing measured values from passive transducers. Transducers that can be connected are: strain-gauge half and full bridges, inductive half and full bridges, LVDTs, piezoresistive transducers, potentiometers. |
| Encoders - Magnetic Encoders | |  | ED-18 Magnetic Encoder
The ED-18 Series magnetic encoder can be used as either a rotational feedback sensor or as a human machine interface (HMI) device. As a light duty feedback sensor it can provide rotation speed, direction or positioning information. The analog output provides absolute angular position information even when power is cycled on and off. As an HMI device it can be used as a rotary input control for use on instrumentation panels. |  | ED-19 Magnetic Encoder
The ED-19 Series magnetic encoder is designed for medium duty feedback applications. Resolutions are available from 64 to 1024 counts per revolution. The magnetic technology used in the ED-19 series is plug-in compatible with existing encoder products, with the added advantages of an extended temperature range and fully sealed electronics. The ED-19 suffers no LED degradation, meaning it has a virtually unlimited life. |  | ED-20 Magnetic Encoder
The ED-20 Series magnetic encoder is designed for medium duty industrial feedback applications with ball bearing supported shaft. Resolutions are available from 200 to 1024 counts per revolution. This encoder series also features line drivers with active termination for long cable runs and reverse voltage protection. The ED-20 also offers the option of high voltage differential, low voltage differential or open collector (NPN) outputs. |  | ED-21 Magnetic Encoder
The ED-21 Series magnetic encoder is designed to replace traditional mechanical potentiometers. This product is offered with a ball bearing supported shaft. Five standard output ranges are available: 0.5 - 4.5v, 0 - 5v, 0 - 12v, 4 - 20mA and 0 - 20mA. The magnetic technology used in the ED-21 offers advantages over conventional electromechanical potentiometers with sealed electronics, extended temperature ranges, and virtually unlimited life. |  | ED-22 Magnetic Encoder
The ED-22 Series magnetic potentiometer can be used to replace a conventional potentiometer. This product offers 270 degrees of electrical travel, integrated rotational stop system, 300 degrees of mechanical travel, utilizing a sleeve bearing and shaft fitted with an O-ring seal. The non-contact magnetic sensor design utilized in the ED-22 is well suited for industrial applications with temperature extremes, high vibration and shock, and contamination. |
 | HM1500LF Humidity Sensor
HM1500LF is a dedicated humidity transducer designed for OEM applications where a reliable and accurate measurement is needed. Direct interface with a micro-controller is made possible with the module’s linear voltage output. Typical 1 to 3.6 Volt DC output for 0 to 100% RH at 5Vdc supply. |  | HM1520 Humidity Sensor
HM1520LF is a dedicated humidity transducer designed for measurements at low humidity. Direct measurement of dew point or water concentration can be easily obtained in really cost effective conditions. Direct interface with a micro-controller is made possible with the module’s linear voltage output. Typical 1 to 1.6 Volt DC output for 0 to 20% RH at 5Vdc supply. |  | HTM2500 Humidity and Temperature Sensor
HTM2500 is a dedicated humidity and temperature transducer designed for OEM applications where a reliable and accurate measurement is needed. Direct interface with a micro-controller is made possible with the module’s humidity linear voltage output. Typical 1 to 4 Volt DC output for 0 to 100%RH at 5Vdc. |  | Humidity Sensors (overview)
Humidity sensors can improve performance, reduce energy consumption and increase safety in a variety of applications. Increasingly, OEMs are designing relative humidity/temperature sensors into engines, electronics, and other products to improve control and output. |
| Linear Position Sensors - Capacitive | |  | MicroSense 4810
The ADE model 4810 is a non-contact precision position sensor. The 4810 is optimized for short range displacement measurement applications that require best possible linearity and stability.
|  | Microsense 5810
The ADE Model 5810 is a single channel, non-contact precision capacitive displacement sensor. Designed for high dynamic applications, the Model 5810 provides high resolution with measurement bandwidth up to 100 kHz |  | Microsense 8810
The ADE model 8810 is a non-contact precision position sensor. The 8810 is designed for best linearity and stability, with measurement bandwidth up to 20 kHz – ideal for servo system position feedback and fast tool servo applications |  | Microsense Mini
The MicroSense Mini is a compact, high resolution linear displacement sensor designed specifically for providing servo system feedback, especially for OEM applications. |  | Precision Capacitive Sensor Model 6810
Break the nanometer resolution barrier -- achieve picometer resolution with our highest resolution position sensor - ADE Technologies introduces our new Model 6810 high resolution capacitive position sensor. | | Linear Position Sensors - LVDT | |  | AF111 LVDT Displacement Transducer
Suitable for clamp mounting, the AF111 has a threaded, unguided core assembly to simplify installation. The transducer coil has been specifically designed to reduce overall transducer length and to enable high accuracy. |  | AF145 LVDT Displacement Transducer
The AF145 features self-aligning rod end bearings for mounting. The transducer coil has been specifically designed to reduce overall transducer length and to enable high accuracy ratiometric operation. |  | GCD Gauge Head
GCD Series gauge head with stainless steel construction enables the performs in environments containing moisture, dirt and other contaminants. Electronic components are hermetically sealed for added protection against hostile conditions. These are heavy duty, long stroke units with ranges up to ±2.0" (50mm). Maximum spring force is typically 8 oz (226.8g), dependent upon probe position. |  | M-12 LVDT
The new M-12 series coil design has been optimized to provide the best possible temperature coefficient of sensitivity, while maintaining suitability for operation with extended cable lengths. A seamless 400 series stainless steel case provides magnetic shielding for the noisiest electrical environments. Available ranges are from ± 5 mm to ± 150 mm. |  | MHR Miniature LVDT
The MHR Series of LVDTs is ideal for applications where excessive core weight could influence the motion of sensitive mechanisms. The lightweight core also helps minimize stresses and preserves the structural integrity of the core actuation assembly. High sensitivity results from close electrical coupling between coil and core. A magnetic stainless steel housing provides electromagnetic and electrostatic shielding. |  | XS-ZTR Nuclear Radiation Resistant LVDT
The XS-ZTR Series LVDT is designed for measuring displacement at very high and cryogenic temperatures. The XS-ZTR operates continuously at 550°C and will survive 650°C for several hours. The XSZTR is also designed to perform within specification after exposure to a total integrated flux of 1011 rads gamma or 3 x 1020 NVT. | | Linear Position Sensors - Potentiometers | |  | SLS190 Linear Potentiometer
The SLS190 is available in stroke lengths from 25 to 350mm. Using the proven benefits of Hybrid Track Technology, the SLS190 is ideally suited to high volume OEM manufacturers. | | Linear Position Sensors - String (Draw Wire) Potentiometers | |  | DLS Draw Wire Linear Sensor
The DLS series of draw-wire linear position sensors are a cost effective way to measure linear displacements up to 5000mm in the most demanding industrial environments. |  | DP-series Digital Position Transducer
AMETEK RayelcoTM Digital Position Transducers (Optical Encoder Type) are designed to provide a digital output signal with an accuracy of 0.05% (+1 pulse) FS. The transducer operates from a variable voltage source of 4.75 Vdc to 30 Vdc @ 50 mA maximum. The three output channels "A", "B" & Index are TTL/CMOS compatible, single ended (Open Collector). The output signal current is +20 mA maximum, thereby eliminating line drivers for long electrical connections. |  | MP-series Miniature Position Transducer
AMETEK RayelcoTM Miniature Position Transducer has been designed to provide maximum user flexibility. This unit can be mounted in confined areas and by simply loosening a single bolt, direct the cable in any direction by turning the transducer body 360 degrees and the mounting swivel 180 degrees. Slotted cable entry allows the cable to be out of alignment by as much as ±10 degrees in one axis. Available in ranges up to 20 inches. |
| Load Cells / Force Transducers - Calibration Grade Low Profile Load Cells | | | 1600 Gold Standard™ Calibration Load Cell
For calibrating other load cells where best possible load cell is required. 4% lower load limit per ASTM E74. Provides tension & compression in 1 unit with <0.005% nonrepeatability. | | 1601 Gold Standard™ Calibration Compression-Only Load Cell
The 1601 Gold Standard load cell is designed for calibrating other load cells where the best possible load cell is required. It has a 4% lower load limit per ASTM E74 and is a step above the 1100. The 1601 provides compression-only. | | 1606 Gold Standard™ Low Capacity Calibration Load Cell
The 1606 Gold Standard load cell is designed for calibrating other load cells where the best possible load cell is required. It has a 4% lower load limit per ASTM E74 and is a step above the 1100. The 1606 is especially made for low capacity applications with capacities from 50 lbf. to 300 lbf. | | 1800 Platinum Standard™ Calibration Load Cell
The 1800 Platinum Standard is the ultimate in calibration grade load cells and has a 2% lower limit per ASTM E74 and an integral stud. | | Load Cells / Force Transducers - Column / Rod End | |  | 2100 High Capacity Column Load Cell
The 2100 is a column load cell typically used in higher force applications. Available in capacities from 300K lbf. to 1000K lbf. |  | 2200 Calibration Column Load Cell
Many customers perform 100 and 200K E4 calibrations of material test machines in the field. Interface has developed the relatively lightweight portable 2200 series column load cells to use for field testing applications. These are very accurate column cells and come with handles to facilitate transportation from the vehicle to the job site. They also come standard with 16 gages as well as E74 calibration. | | Load Cells / Force Transducers - Load Buttons | |  | ELFF Load Cell
The ELFF is a compression or tension & compression load cell typically used in surface mount assembly system force feedback, robotics end effectors, weighing, dental and biomechanical parameter measurements, satellite and aerospace force feedback, and ultra low deflection applications. Available in capacities from 10 lbf. to 100 lbf. |  | ELHM Load Cell
The ELHM is a compression or tension & compression load cell, typically used in theatrical rigging loads, assembly forces, weighing, tool forces, thrust measurements, demanding longer term measurements, product validation testing, material test, and hoist and winch loads. Available in capacities from 500 lbf. to 10K lbf. | | Load Cells / Force Transducers - Low Profile Load Cells | |  | 1000 Fatigue Rated High Capacity Load Cell
The 1000 series is a fatigue rated load cell with 300% overload protection, an extremely low moment sensitivity of .1%/in, low zero float(toggle) and a higher fatigue life than competitive Stainless Steel load cells. Available in capacities from 100K lbf. to 1000K lbf. |  | 1000 Fatigue Rated Load Cell
The 1000 series is a fatigue rated load cell with 300% overload protection, an extremely low moment sensitivity of .1%/in, low zero float (toggle) and a higher fatigue life than competitive stainless steel load cells. Available in capacities from 250 lbf. to 50K lbf. |  | 1100 Ultra Precision Load Cell
The 1100 is selected from the best load cells and has very low nonlinearity, hysteresis, eccentric load sensitivity, and temperature sensitivity. Available in capacities from 300 lbf. to 200K lbf. |  | 1101 Ultra Precision Compression-Only Load Cell
The 1100 is selected from the best load cells and has very low nonlinearity, hysteresis, eccentric load sensitivity, and temperature sensitivity. Available in capacities of 1K lbf. to 50K lbf. |  | 1200 Standard 3-Wire Amplified Load Cell
The 1200 Low Profile is Interface's most popular load cell and is designed for static applications. With the electronics built into the load cell, there is no need for a separate signal conditioner. Available in capacities of 300 lbf. to 100K lbf. |  | 1200 Standard High Capacity Load Cell
The 1200 has higher output than most competitive load cells and is designed for general purpose applications requiring a load cell compensated for eccentric loads. Available in capacities from 200K lbf. to 2000K lbf. |  | 1200 Standard Load Cell
Higher output than most competitive load cells. For static, general purpose applications requiring a load cell compensated for eccentric loads. Comes in capacities of 300 lbf. to 100K lbf. |  | 2451-2461 Stainless Steel Compression-Only Load Cell
Interface has developed the new compact compression only 2451/2461 for applications requiring a very small footprint. The 2451 comes in 3 capacities, 50, 75, and 100K, each only 4.5” in diameter. The 2461 comes in 2 capacities, 150 and 200K, each only 5.5” in diameter. | | Load Cells / Force Transducers - Miniature | | | ELFF Load Cell
The ELFF is a compression or tension & compression load cell typically used in surface mount assembly system force feedback, robotics end effectors, weighing, dental and biomechanical parameter measurements, satellite and aerospace force feedback, and ultra low deflection applications. Available in capacities from 10 lbf. to 100 lbf. | | ELHM Load Cell
The ELHM is a compression or tension & compression load cell, typically used in theatrical rigging loads, assembly forces, weighing, tool forces, thrust measurements, demanding longer term measurements, product validation testing, material test, and hoist and winch loads. Available in capacities from 500 lbf. to 10K lbf. |  | U2B Force Transducer
The U2B is a force transducer that is suitable for measuring static or dynamic, tensile and compressive loads. Loading is applied utilizing the integral mounting studs. Ranges are available from 0.5kN to 200kN. |  | WMC Miniature Sealed Stainless Steel Load Cell (1K-10K lbf)
The WMC is Interface's smallest tension & compression load cell. Available in capacities from 1K lbf. to 10K lbf. |  | WMC Miniature Sealed Stainless Steel Load Cell (5-500 lbf)
The WMC is Interface's smallest tension & compression load cell. Available in capacities from 5 lbf. to 500 lbf. | | Load Cells / Force Transducers - OEM | |  | FC23 Compression Load Cell
The FC22 is a compression load cell that can measure ranges from 0 - 250 up to 0 - 2000 lbf. Typical applications include batch weighing, robotics end-effectors, variable force control, load and compression sensing, assembly line force measurement, pumps, hoist and winch loads, and weighing. | | Load Cells / Force Transducers - Piezoelectric | |  | PACEline Piezoelectric Force Transducers (overview)
Your fitting and assembly processes are fast and space is a constraint. But you still expect consistently reliable quality control for your production. It’s time for PACEline. Compact and highly dynamic force measurement technology from HBM that makes the difference – and brings fresh impulses to piezo technology. |  | PACEline CFT Piezoelectric Force Transducer
CFT piezoelectric force transducers from HBM are available with measuring ranges from 5 to 120 kN enabling reliable, integrated force measurement, in particular where space is a constraint. The transducers are suitable for monitoring highly dynamic press-fit and assembly processes with fast force variations. |  | PACEline CMA Charge Amplifier
The PACEline CMA charge amplifier (analog amplifier) ensures reliable transmission of data from piezoelectric force transducers. This is done by signal conditioning to +/-10 V analog standard signals. |  | PACEline CMC - The piezoelectric force measurement chain
CFT piezoelectric force transducers and CMA analog amplifiers are combined to form a calibrated unit. Even with the most challenging task in your process monitoring: The CMC measurement chain keeps pace at any time. |  | PACEline CMD Digital Charge Amplifier
The digital charge amplifier for piezoelectric sensors assures multiple uses in many applications in the laboratory and production. The CMD600 measures very fast force, torque and pressure signals at frequencies of up to 30 kHz and can be used with piezoelectric sensors up to max. 600,000 pC (Pico coulombs). | | Load Cells / Force Transducers - Specialty | |  | EL20-S458 Belt Tension Load Cell
The EL20-S458 is a seat belt tension load cell, typically used for automotive crash test, military payload delivery, sport and military parachute tether loads, and automatic reserve chute deployment systems. Available in capacities of 1K lbf. to 3.2K lbf. |
| Piezo Film - Piezo Film Elements | |  | DT Series
The DT Series of piezo film sensors elements are rectangular elements of piezo film with silver ink screen printed electrodes. They are available in a variety of different sizes and thicknesses. |  | DT Series with Lead Attachments
The DT Series of piezo film sensors elements are rectangular elements of piezo film with silver ink screen printed electrodes, and leads attached. They are available in a variety of different sizes and thicknesses. | | Piezo Film - Piezo Switches and Ultrasonic Sensors | |  | NDT1-220K Ultrasonic Transducer
The NDT1-220K element offers outstanding ultrasonic transducer performance in a low-cost, flexible format for general-purpose use. The transducer is robust, and conforms perfectly to cylindrical surfaces such as pipe or tank walls. |
| Pressure Sensors & Transmitters - Board Mountable / OEM | |  | 1200-series Pressure Sensor
The Model 1200 series are a temperature compensated, piezoresistive silicon pressure sensor packaged in a dual-in-line configuration. Integral temperature compensation is provided over a wide temperature range using laser-trimmed resistors. An additional laser-trimmed resistor is included to normalize pressure sensitivity variations by programming the gain of an external differential amplifier. |  | 13 (1 PSI) Pressure Sensor
The Model 13 is a temperature compensated, piezoresistive silicon pressure sensor packaged in TO-8 configurations. It provides excellent performance and long-term stability. The sensing element used in low pressure Model 13 has a double bossed design that produces a high sensor output of 100 mV (typical) at 1psi. |  | 13 Pressure Sensor
The Model 13 is a temperature compensated, piezoresistive silicon pressure sensor packaged in TO-8 configurations. It provides excellent performance and long-term stability. Gage and absolute pressure ranges from 0-2psi to 0-250psi are available. |  | 1451 Pressure Sensor
The Model 1451 is a piezoresistive silicon pressure sensor packaged in a surface mount configuration. It is intended for high volume applications where small size, light weight, low cost, and compatibility with automated assembly equipment are required. The pressure sensor is available with a gauge or absolute pressure sensing chip that is attached to a surface mountable ceramic substrate. |  | 17 UltraStable Pressure Sensor
The Model 17 Ultrastable is a high performance, temperature compensated, piezoresistive silicon pressure sensor packaged in TO-8 configurations. It uses Measurement Specialties’ proprietary ultrastable die to provide excellent performance and long-term stability over wide temperatures. Gage and absolute pressure ranges from 0-15psi to 0-250psi are available. |  | 23 (1 PSI) Pressure Sensor
The Model 23 is a temperature compensated, piezoresistive silicon pressure sensor packaged in TO-8 configurations. It provides excellent performance and long-term stability. The sensing element used in low pressure Model 23 has a double bossed design that produces a high sensor output of 100 mV (typical) at 1psi. |  | 23 Pressure Sensor
The Model 23 is a temperature compensated, piezoresistive silicon pressure sensor packaged in TO-8 configurations. It provides excellent performance and long-term stability. Gage pressure ranges from 0-2psi to 0-250psi are available. |  | 27 UltraStable Pressure Sensor
The Model 27 is a high performance, temperature compensated, piezoresistive silicon pressure sensor packaged in a bottom tube TO-8 configuration. It provides excellent performance and long-term stability. Gage pressure ranges from 0-15psi to 0-250psi are available. |  | 33 (1 PSI) Pressure Sensor
The Model 33 is a temperature compensated, piezoresistive silicon pressure sensor packaged in TO-8 configurations. The sensing element used in low pressure Model 33 has a double bossed design that produces a high sensor output of 100 mV (typical) at 1psi (differential). |  | 33 Pressure Sensor
The Model 33 is a temperature compensated, piezoresistive silicon pressure sensor packaged in TO-8 configurations. It provides excellent performance and long-term stability. Differential pressure ranges from 0-2psi to 0-250psi are available. |  | 37 UltraStable Pressure Sensor
The Model 37 is a high performance, temperature compensated, piezoresistive silicon pressure sensor packaged in a differential TO-8 configuration. It provides excellent performance and long-term stability. Differential pressure ranges from 0-15psi to 0-250psi are available. |  | 43 (1 PSI) Pressure Sensor
The Model 43 is a temperature compensated, piezoresistive silicon pressure sensor packaged in TO-8 configurations. The sensing element used in low pressure Model 43 has a double bossed design that produces a high sensor output of 100 mV (typical) at 1psi. |  | 43 Pressure Sensor
The Model 43 is a temperature compensated, piezoresistive silicon pressure sensor packaged in TO-8 configurations. It provides excellent performance and long-term stability. Gage and absolute pressure ranges from 0-2psi to 0-250psi are available. |  | 4415 Pressure Sensor
The 4415 is a temperature compensated, piezoresistive silicon pressure sensor packaged in a dual in-line configuration and intended for cost sensitive applications where excellent performance at low pressure ranges is required. The pressure sensor is available in differential pressure ranges 0- 5” H20 and 0-10” H20. |  | 4416 Pressure Sensor
The 4416 is a temperature compensated, piezoresistive silicon pressure sensor packaged in a dual in-line configuration and intended for cost sensitive applications where excellent performance at low pressure ranges is required. The pressure sensor is available in gauge pressure ranges in 0-5” H20 and 0-10 H20. |  | 4425 Pressure Sensor
The 4425 is a temperature compensated, piezoresistive silicon pressure sensor packaged in a dual in-line configuration and intended for cost sensitive applications where excellent performance and long-term stability are required. The pressure sensor is available in absolute or differential pressure ranges from 0-1 psi to 0-100 psi. |  | 4426 Pressure Sensor
The 4426 is a temperature compensated, piezoresistive silicon pressure sensor packaged in a dual in-line configuration and intended for cost sensitive applications where excellent performance and long-term stability are required. The pressure sensor is available in absolute or gauge pressure ranges from 0-1 psi to 0-100 psi. |  | 47 UltraStable Pressure Sensor
The Model 47 is a temperature compensated, piezoresistive silicon pressure sensor packaged in TO-8 configurations. It provides excellent performance and long-term stability. Gage and absolute pressure ranges from 0-2psi to 0-250psi are available. |  | 50 Pressure Sensor
The Model 50 is a piezoresistive silicon pressure sensor packaged in a T0-5 configuration. This is offered in a nickel can without a tube. Absolute pressure ranges from 0-5psi to 0-500psi are available. The pressure media is applied to the circuit side of the chip. This design is intended for non-corrosive gases and is not recommended for liquids. |  | MS5201 Pressure Sensor
The MS5201 SMD pressure sensor series is designed for pressure sensor systems with highest demands on resolution and accuracy. The device consists of a silicon micro-machined pressure sensor die mounted on a 7.6 x 7.6 mm ceramic carrier protected by a metal cap. |  | MS5201D Pressure Sensor
The MS5201D is a gauge type SMD pressure sensor, suitable for applications which require relative (gauge) pressure measurements. The device consists of a silicon micro-machined pressure sensor die mounted on a 7.6 x 7.6 mm ceramic carrier protected by a plastic cap with a port to connect a plastic tube. |  | MS5212 Pressure Sensor
The MS5212 SMD pressure sensor series is designed for pressure sensor systems with highest demands on resolution and accuracy. The device consists of a silicon micro-machined pressure sensor die mounted on a 7.6 x 7.6 mm ceramic carrier protected by a metal cap. |  | MS5401 Pressure Sensor
The MS5401 SMD pressure sensor series is designed for pressure sensor systems with highest demands on resolution and accuracy. The device consists of a silicon micro-machined pressure sensor die mounted on a 6.2 x 6.4 mm ceramic carrier protected by a metal cap. |  | MS5407 Pressure Sensor
The MS5407 SMD pressure sensor series is designed for pressure sensor systems with highest demands on resolution and accuracy. The device consists of a silicon micro-machined pressure sensor die mounted on a 6.2 x 6.4 mm ceramic carrier protected by a metal cap. |  | MS5412 Pressure Sensor
The MS5412 SMD pressure sensor series is designed for pressure sensor systems with highest demands on resolution and accuracy. The device consists of a silicon micro-machined pressure sensor die mounted on a 6.2 x 6.4 mm ceramic carrier protected by a metal cap. |  | MS5534C Pressure Sensor
The MS5534C is a SMD-hybrid device including a piezoresistive pressure sensor and an ADC-Interface IC. It provides a 16-bit data word from a pressure and temperature dependent voltage. Additionally the module contains 6 readable coefficients for a highly accurate software calibration of the sensor. |  | MS5540C Pressure Sensor
The MS5540C is a SMD-hybrid device including a precision piezoresistive pressure sensor and an ADC Interface IC. It is a miniature version of the MS5534C barometer/altimeter module and provides a 16-bit data word from a pressure and temperature dependent voltage. MS5540C is a low power, low voltage device with automatic power down (ON/OFF) switching. | | Pressure Sensors & Transmitters - Pressure Transducers | |  | EPB Pressure Sensor Probe
EPB is a small pressure probe sensor, small profile, stainless steel, flush mount transducer designed for general media. EPB is offered in pressure ranges from 0-5 to 5000 psi (0-0.35 to 350 bar), vented, sealed, and absolute pressure. |  | EPIH Subminiature Pressure Sensor
The EPIH is a subminiature pressure sensor, specifically designed for Dynamic and High Frequency measurements with resonant frequency up to 1.7 MHz. Available with many various housings, EPIH is one of the smallest pressure sensors in the world. |  | EPL Miniature Surface Mount Pressure Sensor
The EPL is a surface mount pressure sensor with a stainless steel diaphragm. Available in ranges from 5 to 5000 psi (0.35 to 350 bar), EPL is easy to install on flat surfaces using elastomer or epoxy. |  | EPX Miniature Pressure Sensor
The EPX is a miniature threaded pressure sensor with stainless steel flush diaphragm compatible with general media. Threads M5x0.8 or 10-32 UNF are available with built-in 0-ring seal for an easy installation. The EPX is offered in many pressure ranges from 0.35 to 350 bar (5 to 5000 psi) with gage, sealed gage, or absolute pressure reference. |  | EPXN Pressure Sensor
The EPXN is a high performance small pressure sensor using silicon chip for clean media (non corrosive). With it's recessed port, it is best recommended for static applications or low frequency. Offered in pressure ranges from 0 - 5 up to 0 - 150 PSI. |  | EPXO Pressure Sensor
The EPXO is a high performance unit with a stainless steel flush diaphragm. It is designed for high temperature, high stability, and high sensitivity applications. The EPXO is offered in pressure ranges from 0 - 150 up to 0 - 7500 PSI in gage (vented), sealed gage, and absolute pressure. |  | P900 Pressure Transducer
The P900 uses a 17-4 PH stainless steel diaphragm to sense pressure. The deflection of the diaphragm is transferred to a double cantilever beam by a force transfer rod, where the strain is measured by four foil strain gauges. Capable of sensing extremely small changes of applied pressure, it is relatively insensitive to vibration, attitude, and shock. Available in ranges from 0 - 75 up to 0 - 10,000 PSIG, with optional intrinsic safety. |  | P9000 Pressure Transducer
The P9000 Series is a range of advanced, digitally compensated pressure transducers. The unique design of the P9000 pressure transducer utilizes the proven reliability of strain gauge technology and innovative digital compensation electronics. The synergy of these technologies results in an instrument grade pressure transducer. Available in ranges from 0 - 75 up to 0 - 10,000 PSIG. |  | US10000 UltraStable Pressure Transducer
The US10000 Series from MEAS is the first choice for applications requiring high accuracy in a rugged environment. The 0.05% accuracy and typical total error band of 0.25% provides a stable platform for test stands and high accuracy industrial pressure applications. Available in ranges from 0 - 5 up to 0 - 10,000 PSI, in gage and absolute pressure. |  | US300 UltraStable Pressure Transducer
The UltraStable™ technology employs a silicon-based strain gauge isolated by an oil-filled capsule and a stainless steel diaphragm. The US300 incorporates stainless steel isolation, and a wide range of standard pressure ranges and electrical outputs in a very compact package. Available in ranges from 0 - 15 up to 0 - 5,000 PSI, in gage and absolute pressure. |
| Rotary Position Sensors - Hall Effect | |  | NRH280 Noncontact Rotary Hall Sensor
Rotary position sensor that features a 2-piece unit - fully sealed sensor assembly and magnetized bolt. Single or dual outputs available. |  | SRH220DR Contactless Rotary Sensor
SRH220DR provides reliable and accurate rotary position measurement in extreme industrial environments, such as specialist off-highway construction and agricultural vehicles, where shock, vibration and extreme temperatures can occur. It is housed in an all-new moulded housing with separate supply voltage and output signals on two channels. Environmental protection to IP67/IP68 is dependent on the connector style selected. |  | TPS280DP Throttle Position Sensor
TPS280DP is mechanically interchangeable with most existing throttle potentiometers using 32mm mounting centers and is designed to interface with most common throttle body D type spindles. The sensor has a choice of 200 or 500mm cable lengths, with or without an MSS4P Mini Sure Seal connector fitted to the FDR-25 sheathed spec 55A cable. With sealing to IP69K, it is also able to withstand high pressure wash-downs. | | Rotary Position Sensors - Inductive | |  | RSYN Rotary Position Sensor
RSYN angular position sensors are non-contact transducers that incorporate proprietary rotor and coil designs.The linear AC output represents the rotor shaft angle position providing the user with exceptional resolution even over very small angular ranges. | | Rotary Position Sensors - Magnetic Encoder | | | ED-18 Magnetic Encoder
The ED-18 Series magnetic encoder can be used as either a rotational feedback sensor or as a human machine interface (HMI) device. As a light duty feedback sensor it can provide rotation speed, direction or positioning information. The analog output provides absolute angular position information even when power is cycled on and off. As an HMI device it can be used as a rotary input control for use on instrumentation panels. | | ED-19 Magnetic Encoder
The ED-19 Series magnetic encoder is designed for medium duty feedback applications. Resolutions are available from 64 to 1024 counts per revolution. The magnetic technology used in the ED-19 series is plug-in compatible with existing encoder products, with the added advantages of an extended temperature range and fully sealed electronics. The ED-19 suffers no LED degradation, meaning it has a virtually unlimited life. | | ED-20 Magnetic Encoder
The ED-20 Series magnetic encoder is designed for medium duty industrial feedback applications with ball bearing supported shaft. Resolutions are available from 200 to 1024 counts per revolution. This encoder series also features line drivers with active termination for long cable runs and reverse voltage protection. The ED-20 also offers the option of high voltage differential, low voltage differential or open collector (NPN) outputs. | | ED-21 Magnetic Encoder
The ED-21 Series magnetic encoder is designed to replace traditional mechanical potentiometers. This product is offered with a ball bearing supported shaft. Five standard output ranges are available: 0.5 - 4.5v, 0 - 5v, 0 - 12v, 4 - 20mA and 0 - 20mA. The magnetic technology used in the ED-21 offers advantages over conventional electromechanical potentiometers with sealed electronics, extended temperature ranges, and virtually unlimited life. | | ED-22 Magnetic Encoder
The ED-22 Series magnetic potentiometer can be used to replace a conventional potentiometer. This product offers 270 degrees of electrical travel, integrated rotational stop system, 300 degrees of mechanical travel, utilizing a sleeve bearing and shaft fitted with an O-ring seal. The non-contact magnetic sensor design utilized in the ED-22 is well suited for industrial applications with temperature extremes, high vibration and shock, and contamination. |
 | DCA Signal Conditioner
10-28V supply and user selectable +/-10V, +/-5V or 4-20mA output in a small NEMA 4X sealed ABS enclosure. Features 100Hz bandwidth. |  | DF30CAN digiCLIP Digital Amplifier
digiCLIP is the modern modular amplifier system for industrial environments. The model DF30CAN is compatible with strain gauge transducers, and features a CANbus digital interface and TEDS sensor recognition. |  | DF30DP digiCLIP Digital Amplifier
digiCLIP is the modern modular amplifier system for industrial environments. The model DF30DP is compatible with strain gauge transducers, and features a Profibus DP digital interface and TEDS sensor recognition. |  | DF31CAN digiCLIP Digital Amplifier
digiCLIP is the modern modular amplifier system for industrial environments. The model DF31CAN is compatible with strain gauge transducers, and features a CANbus digital interface and TEDS sensor recognition. Also features 1 digital input and 2 digital outputs. |  | DF31DP digiCLIP Digital Amplifier
digiCLIP is the modern modular amplifier system for industrial environments. The model DF31DP is compatible with strain gauge transducers, and features a Profibus DP digital interface and TEDS sensor recognition. Also features 1 digital input and 2 digital outputs. |  | digiCLIP Digital Amplifier (overview)
digiCLIP is the modern modular amplifier system for industrial environments. It facilitates faster and more reliable measurement, and it’s easily installed. digiCLIP also recognizes transducers equipped with TEDS memory chips. CANbus and PROFIBUS interfaces available. |  | DMA Signal Conditioner
Din rail mountable with user selectable outputs of +/-10V, +/-5V or 4-20 mA. 10-28VDC powered suitable for battery or automotive use. Features 1000 Hz bandwidth and push-button shunt calibration. |  | INF-USB Universal Serial Bus Output Module
The INF-USB module allows measurements from load cells, torque sensors, or other sensors to be acquired by USB. System also includes graphing and logging software. |  | MP01 Multi Channel PME Amplifier
Multi-channel amplifier for applications in process supervision and industrial test-rig measurement technology. |  | MP55 Single Channel PME Amplifier
4.8kHz carrier frequency for S.G., inductive, LVDT, piezo-resistive, and potentiometric transducers. |  | MP55DP Single Channel PME Amplifier
4.8kHz carrier frequency for S.G., inductive, LVDT, piezo-resistive, and potentiometric transducers with DP interface. |  | MP60 Single Channel PME Amplifier
Single channel module for incremental transducers. |  | MP60DP Single Channel PME Amplifier
Single channel module for incremental transducers with Profibus DP interface. |  | PME Industrial Amplifiers
The PME range of products offer different types of modules for recording of all measured quantities relevant to processing, such as force, displacement, pressure, temperature, speed, frequency and torque. All measuring modules come with an LCD display, keypad and a CAN interface, 4 digital I/Os, changeover analog output (+/- 10V, 4...20 mA, +/- 20 mA), 4 limit value switches, 2 peak value stores and 4 parameter set memories. |  | SGA Signal Conditioner
User selectable outputs of +/-10V, +/-5V, 0-10V, 0-5V, 0-20mA and 4-20ma. DC or AC powered with switch selectable filters from 1 to 5kHz & sealed ABS enclosure. Supports shunt calibration & a wide range of gain settings. | | Signal Conditioning - Distributed IO | |  | ioPro Distributed IO
The ioProTM family provides a comprehensive set of DIN high density rail mount IO modules for any Modbus-RTU application. Based on the successful ioPak family, but with new features and improved performance. | | Signal Conditioning - Wireless | |  | EtherWave™ WE
The EtherWave WER allows you to build your own long-range, non-line-of-sight, point-to-point, or point-to
multipoint wireless Ethernet solution that can enable fringe Ethernet devices, including SCADA clients, remote
instruments, IP Cameras, VoIP phones, digital signage, or access control / security systems. The EtherWave WER
offers the ideal combination of price, range, data rate, security, interference avoidance, quality-of-service, and
ease-of-use. |  | EtherWave™ WEB-900
The EtherWave WEB replaces costly wiring with a wireless Ethernet bridge that can enable remote Wi-Fi APs, Ethernet
pan/tilt/zoom security cameras, VoIP phones, or Internet kiosks. ioSelect’s product offers the ideal combination
of price, range, data rate, security, interference avoidance, quality-of-service, and ease-of-use. |  | EtherWave™ WER-900
The EtherWave WER allow you to build your own long-range, non-line-of-sight, point-to-point or point-to-multipoint wireless Ethernet solution that can enable fringe Ethernet devices, including SCADA clients, remote
instruments, bio-scanners, printers, PCs, VoIP phones, point-of-sale devices, digital signage, or Internet kiosks. |  | ioPro™ WDL
The Wireless Data Link (WDL) adds seamless wireless capabilities to the ioPro Series. The WDL supports all the
ioPro operating modes, and more. With its industry leading 125Kbps over air data rate it can be used as a "Radio
Modem" for other demanding wireless serial applications. With its powerful radio (Up to 1 Watt) and high receiver
sensitivity the WDL can communicate effectively over long distances (up to 20 Miles with clear line of site), and has
the power to penetrate walls and other obstacles in shorter runs. |  | ReFlexIO™ Industrial Wireless Cable Replacement System
If you need to control or monitor a device or system at a distance, the ReFlexIO is the solution. It comes complete with 8 x onboard I/O that allow you to connect to almost any device. Use it monitor or control pumps, valves, PLC’s, dataloggers, rain gauges, tank levels, security systems, fire & evac systems, access control, irrigation systems, flow meters, emergency standby systems and more. | | Wireless Accessories
A complete set of accessories for creating a reliable and high performance wireless system. |
| Software - Data Analysis Software | |  | GlyphXE Analysis Software
Integrated and powerful analysis methods for post-processing of your measured data make GlyphXE the technically mature, professional tool for your test projects. At the same time, GlyphXE convinces through maximum ease of use - even for occasional users. GlyphXE provides a graphical user interface that enables you to develop individual analyses and computations step by step. No programming knowledge or learning of a special script language is required. |  | InField Software
InField is a versatile field analysis software program optimized for use with SoMat hardware. It is designed to enhance the field test collection and data visualization process by making sure you never leave the field without the numbers you need. | | Software - Fatigue & Durability Software | |  | Automation Software
nCode Automation captures, manages, distributes, and performs in depth-analyses of time-dependent data within a common, collaborative environment. It is a web-based system - simple to deploy, configure and use. No software coding is required and nCode Automation is hardware independent. Complex analysis process can be developed using GlyphWorks on the desktop and uploaded to the nCode Automation server. Queries and reports can be readily based on all the analysis results. Detailed bespoke web reports are now possible on all engineering data, without having to move large data files around IT networks. |  | GlyphWorks
nCode GlyphWorks is the leading data processing system for engineering test data analysis. Designed to handle huge amounts of data, GlyphWorks provides a graphical, process-oriented environment. Users can simply create an analysis workflow by ‘drag and dropping’ analysis building blocks. | | Software - Measurement Software | |  | Catman AP Software
Benefit from the new generation of data acquisition software. catman®AP bundles highly efficient modules for many different measurement tasks. Each module is a champion in its specific field of application. The modules in combination provide a flexible, powerful, and networked high-performance package – catman®AP. |  | Catman Enterprise Software
The catman®Enterprise software suite was specifically developed for high channel-count measurement using the MGCplus DAQ system. A dedicated measurement-data server (MDS) performs the actual measurement. You can connect a number of client PCs to simultaneously access data on the MDS server. This enables you to monitor and evaluate your high channel-count measurement processes in real time. |  | Catman Professional Software
Catman®Professional enables you to easily configure connected amplifiers and intuitively define, run and automate your measurement sequences without any programming knowledge. Measured values can be visualized in real time or after measurement has been concluded for reporting purposes. Recurring measurement tasks are greatly simplified as catman® can be used to automate each sequence. |  | Perception Software
Perception is a modularly structured software package for high speed measurement data acquisition and it accomplishes all tasks in the measurement sequence: Parameterization of sensors and control of measurement instruments, Real-time display of measured values, Storage and playback, and Analysis and report generation. The special features in Perception enable rapid setup times, rapid familiarization and therefore the immediate start of the measurement campaign. |  | Perception Software - advanced exports
For off-line analysis using third-party software packages, Perception offers a variety of export formats for many popular programs. Extensive built-in set-up options let you export the data of interest the way you want, and nothing more. In addition, these exports can be combined with the powerful automation and post processing features included as standard in Perception. |  | Perception Software - analysis
Within Perception, customers can define their own formulas to compute results in seconds rather than hours. A "formula database" is used to enter math expressions like CH1*CH2 or MAX@CH1 to compute results immediately when new data arrives. The formula results can be re-used in other formulas to get even more advanced answers. |  | Perception Software - basic FFT
The Perception software not only offers a powerful and extremely fast time domain display of live and stored data, the Basic FFT option also enables to transfer the data into the frequency domain and to display amplitudes over frequency. Therefore the user can obtain valuable information about the content of mixed signals like vibrations, shocks or noisy signals beyond what is visible in a time domain display. |  | Perception Software - HPHV automated analysis
The testing of HV and MV switchgear devices requires advanced and automated analysis capabilities to generate
reproducible and accurate test results. The operator’s interaction at this stage of the signal evaluation should be minimal. Real world signals may be distorted, carry noise or spikes, but they still have to be evaluated appropriately and in an automated manner. |  | Test Control Environment (TCE) Software
SoMat Test Control Environment (TCE) is the Microsoft Windows-based® test control and setup interface software that is supplied with every eDAQ and eDAQ-lite data acquisition system. |
| Speed Measurement - Sensors - Proximity | |  | 608-1 Proximity Sensor
Electro-Sensors Model 608-1 is an 8mm shielded proximity sensor. It has a maximum sensing range of 0.060" and maximum switching frequency of 2 kHz. |  | 612 Proximity Sensor
Electro-Sensors Model 612 is a 12mm unshielded proximity sensor. It has a maximum sensing range of 0.200" and maximum switching frequency of 400 Hz. |  | 612-1 Proximity Sensor
Electro-Sensors Model 612-1 is an 12mm shielded proximity sensor. It has a maximum sensing range of 0.080" and maximum switching frequency of 1.5 kHz. |  | 618 Proximity Sensor
Electro-Sensors Model 618 is an 18mm unshielded proximity sensor. It has a maximum sensing range of 0.390" and maximum switching frequency of 200 Hz. |  | 618-1 Proximity Sensor
Electro-Sensors Model 618-1 is an 18mm shielded proximity sensor. It has a maximum sensing range of 0.200" and maximum switching frequency of 600 Hz. |  | 630 Proximity Sensor
Electro-Sensors Model 630 is a 30mm unshielded proximity sensor. It has a maximum sensing range of 0.710" and maximum switching frequency of 100 Hz. |  | 630-1 Proximity Sensor
Electro-Sensors Model 630-1 is a 30mm shielded proximity sensor. It has a maximum sensing range of 0.390" and maximum switching frequency of 400 Hz. |
| Strain Gauges - Accessories | |  | LS Solder Terminals
Terminal strips for mounting the strain gauge leads and connecting cabling. |  | RMS1 Cleaning Solvent
Satisfactory bonding joints are only achieved if the adhesive covers the bonded surfaces well. Therefore, the application surfaces must be cleaned prior to bonding with a chemically pure solvent and a clean cleaning pad. RMS1 is an environmentally friendly mixture of Isopropanol and Acetone which dissolves all normal contamination. | | Strain Gauges - Adhesives | |  | EP150 Hot-Curing Single Component Adhesive
Epoxy resin adhesive that can be used with all types of strain gauges. Storage time(dry): 12 months in refrigerator (+7°C). Application temperature range: -70°C ... +150°C with zero-point related measurements (static) and with non zero-point related measurements (dynamic). |  | EP250 Hot-Curing Two Component Adhesive
EP250 is a two-component epoxy resin adhesive. EP250 is of pasty consistency and so it is suitable for porous surfaces as well as for smooth ones. For curing it requires heat and pressure. |  | EP310S Hot-Curing Two Component Adhesive
EP310 is a two-component epoxy resin adhesive. For curing it requires heat and pressure. EP310 is of watery liquid consistency and so it is suitable only for non-porous surfaces. |  | X280 Cold-Curing Two Component Adhesive
X280 is a two-component epoxy resin adhesive. As a cold curing adhesive it is easy to use and can be processed at minimum cost and effort. It hardens under normal ambient conditions. X280 is suitable for smooth and absorbent surfaces. |  | X60 Cold-Curing Two Component Adhesive
X60 is a 2-component fast curing adhesive, consisting of a liquid component (B) and a powder (component A). Typical application fields are: low temperature, porous materials as well as for securing the cables. | | Strain Gauges - Optical Strain Gauges | |  | DI Series Optical Interrogators
Now you can also benefit from perfectly matched measurement chains when using optical strain gauges. Gain time and increase safety by utilizing the complete solution from a single source - from optical strain gauges through interrogators (opto-electric measurement instruments) and software. DI Interrogators are for dynamic measurements. |  | SI Series Optical Interrogators
Now you can also benefit from perfectly matched measurement chains when using optical strain gauges. Gain time and increase safety by utilizing the complete solution from a single source - from optical strain gauges through interrogators (opto-electric measurement instruments) and software. SI Interrogators are for static measurements. |  | EasyOptics module for CatmanAP software
HBM’s EasyOptics module for the catman®AP enables you to simultaneously acquire and visualize signals from optical and electrical strain gauges giving critical help when comparing different strain gauge measurements. |  | M408 - M416 Multiplexer for optical strain gauges
A single HBM multiplexer increases the number of optical sensor chains - and measuring points - that can be connected by up to a factor of 4. Instead of "cascading" several interrogators in series, multiplexers allow for extremely simple installation of your test setup - and at the same time provide a distinct cost advantage. | | Strain Gauges - Strain Gauges | |  | C Series Strain Gauges
The specialist for extreme temperatures. |  | LI66 Fiber Composite Material Strain Gauges
LI66 strain gauges for integration in fiber composite materials. |
 | HBM TEDS-Ready Amplifiers
Click for detailed list: QuantumX, MGCplus, CANHEAD, PME, digiCLIP |  | TEDS Dongle
The TEDSdongle is now available for writing and reading your own data to and from TEDS modules. The TEDSdongle is simply connected to a standard Windows PC via the USB connection. TEDS modules and sensors can be connected directly to the dongle. |  | TEDS Modules
The TEDS module can be incorporated into the housings, cables or connectors of different kinds of transducers. It contains an electronic data sheet which lets you set up the measuring amplifier automatically. |
 | AccuStar Electronic Clinometer
The AccuStar® Electronic Clinometer is an extremely accurate angle measurement device. Designed for easy integration, with a choice of analog, ratiometric, digital or serial models, the clinometer produces an output signal corresponding to direction and magnitude of angular displacement. Features a linear range of ±45°. |  | D-series Dual Axis Inclinometer
The D-Series is housed in a robust IP-67 rated aluminum can, and is designed to withstand the extreme shock and vibration normally associated with factory floor environments. Supplied in three factory calibrated ranges of ±5°, ±15° and ±30°. Output options include analog, digital or switching signals. |  | LCF-2000 Inclinometer
The JEWELL LCF 2000 Series Inclinometer is a two axis version of the rugged, high accuracy LCF Series. It is available with a wide range of options including single ended input power, internal temperature sensor and 4-20mA output. |  | LCF-3000 Inclinometer
The JEWELL LCF 3000 Series Inclinometer is a three axis version of the rugged, high accuracy LCF Series. It is available with a wide range of options including single ended input power, internal temperature sensor and 4-20mA output. |  | NS-P Inclinometer
The P-series inclinometers are microprocessor controlled transducers capable of producing a linearized RS-232 digital or analog voltage output. They feature an aluminum baseplate and IP 65 housing, and are ideal for industrial, automotive and aerospace applications. Available in various ranges up to ±45°. | | Tilt Sensors & Inclinometers - Digital Protractors | |  | AngleStar Electronic Protractor System
The system incorporates a special AccuStar I ratiometric electronic clinometer, a digital display, and a standard four foot cable. There are three systems to choose from: ±19.99 degrees with a 0.01 degree resolution, ±45°, or a +90° with 0.1 degree resolution. |  | DP-45 AngleStar Digital Protractor
The AngleStar® Digital Protractor Model DP-45 provides instant digital display of level, angle and tilt. Consists of a rugged electronic sensor, custom circuitry and liquid crystal display in an easy-to-use, hand held battery powered package. Features a range of ±45°. |
| Torque Sensors - Non-Contacting / Torque Flanges | |  | T10F Torque Flange
The T10F torque flange is the first torque flange representative. The T10F uses shear stress as a measure of torque for the first time, a measurement principle for which HBM applied for patent. Available in ranges from 50 N·m up to 10 kN·m. |  | T10FM Torque Flange
The T10FM torque flange can measure torques up to 80 kN·m. It is based on a modified T10F measuring body and also uses the shear stress principle of measurement. The measuring body and the torque introduction part are made from one piece. Its extremely short design takes up less space in the test rig and thus saves money. The high permissible transverse forces allow projecting machine elements to be directly connected. |  | T10FS Torque Flange
The T10FS torque flange adds to the outstanding market reputation of the T10F torque flange, extending the range covered to greater accuracy, higher speeds and smaller outside diameters. It is based on a modified T10F measuring body and also uses the shear stress principle of measurement. Available in ranges from 100 N•m up to 10 kN•m. |
| Vacuum Pressure Sensors - Thermocouple Vacuum Gauge Tubes | | | Digital CVT Vacuum Controller
The Digital CVT instrument is a fully automatic, continuous-reading instrument for vacuum applications. These controllers operate in the same standard ranges as the Digital VT meters with the addition of two user selectable control limits. Includes durable 10A SPDT control points. and a (0-1 volt) nonlinear analog output signal & a digital RS232 port as standard. Operates with DV-4 and DV-6 series vacuum gauge tubes. | | Digital VT Vacuum Indicator
The Digital VT instrument is a fully automatic, continuous reading instrument for basic vacuum measurement applications. Packaged in 1/8 DIN panel mounted case with 3 digit green LED display. Operates with DV-4 and DV-6 series vacuum gauge tubes. |  | Thermocouple Vacuum Gauge Tubes
Teledyne Hastings, manufacturer of the original DV-4 and DV-6 thermocouple vacuum gauge tubes, produces vacuum measurement equipment with exceptional stability, accuracy and reliability under the most demanding conditions. These vacuum sensors are calibrated for nitrogen or air, but conversion factors for other gases are available from the factory. |  | Vacuum Reference Tubes
The Teledyne Hastings Instruments (THI) Reference Tube is an evacuated, sealed vacuum gauge tube accurately calibrated to precisely simulate a gauge tube at a given operating pressure. It is electrically equivalent to the metal and glass gauge tubes used with THI instruments. It permits quick and easy recalibration of THI Vacuum Gauge Indicators. |
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