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Medical equipment is designed to aid in the diagnosis, monitoring or treatment of medical conditions. Sensors play in important role in measuring specific criteria in the medical equipment. Common medical applications utilizing sensors, includes, blood pressure monitoring, infusion pumps, scanners, medical monitors etc. |
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 | 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. |  | 52 Crash Test Accelerometer
The Model 52 accelerometer is based on an advanced piezoresistive MEMS sensing element which offers exceptional dynamic range and stability. This unit has been designed for side impact crash applications. Available in ranges from ±50g to ±2000g. |  | 52M30 Crash Test Accelerometer
The Model 52M30 accelerometer has an advanced piezoresistive MEMS sensing element which offers excellent dynamic range and stability. This unit has been designed for side impact crash applications. Features an aluminum housing and jacketed cable. Available in ranges from ±50g to ±2000g. |  | 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 - 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. |  | 832 Triaxial Accelerometer
The Model 832 is a low cost, board mountable triaxial accelerometer. It is hermetically sealed and incorporates full power and signal conditioning with a maximum current consumption of 4 micro-amps. Available in ±100g to ±500g ranges. |  | 832M1 Triaxial Accelerometer
The Model 832 is a low cost, board mountable triaxial accelerometer. It is hermetically sealed and incorporates full power and signal conditioning with a maximum current consumption of 22 micro-amps. Available in ±100g to ±500g ranges. |  | 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. | | 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. |
| Data Acquisition - Universal Data Acquisition | |  | 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 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. |  | Spider8 Multi-Channel Electronic PC Measurement Unit
Spider8 is a multi-channel electronic PC measurement unit for parallel, dynamic measurement data acquisition using a computer. The Spider8 offers a congenial and economic alternative to systems consisting of a number of components. These are usually accommodated partly in the computer and partly externally and must first be wired and configured to form a measurement system. |
 | 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. |  | 9860 Digital Indicator
Similar to the 9830 indicator, but with TEDS functionality. |
| 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. |
 | JC Handles: Ergonomic Handles for JC Joysticks
The Penny & Giles JC300, JC400, JC150, JC600, JC2000 and JC6000 range of single and multi-axis joystick controllers have a number of ergonomic handle designed to suit different functions. |  | JC200 Multi-Axis Inductive Joystick
The JC200 has been designed for use with a separate valve driver card or machine control unit. Safety features include a lever mechanism that returns to the centre position when released and internal fault monitoring circuits. Typical applications include the control of wheelchairs, fork lift trucks and agricultural machinery. |  | JC2000 Multi-Axis Contactless Joystick
The JC2000 is designed for precision fingertip control applications where safety and long trouble-free life are primary requirements. Available in one, two or three axis configurations and can accommodate a choice of handles, including push-button switch versions. |
| 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 5000 Series Probes
Many sensor heads, or probes, are available for use with our 5800 Series capacitive position sensors. |  | 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 - Hall Effect | |  | SLH100 Hall Effect Contactless Linear Sensor
Designed to provide precision cost effective position sensing using the proven contactless Hall effect principle. The sensing system has two parts; sensor and magnetic activator. | | Linear Position Sensors - LVDT | |  | 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-B Subminiature LVDT
The XS-B Series was designed for micro applications. It is particularly well suited for multi-point measurement of small components. Core weight is virtually negligible. Manufacturing requires extremely sophisticated assembly techniques. Coils are wound from hair-thin wire. Lead-wire bonding and other exacting operations are performed by highly skilled specialists with binocular microscopes. | | Linear Position Sensors - Magnetic Encoder | |  | ED-30 Magnetic Encoder
The ED-30 series incremental linear position sensors are designed for demanding OEM applications requiring low cost linear position feedback. The ED-30 series sensor provides resolutions from 0.08mm down to 0.02mm. Designed to operate in manufacturing environments, the sensor is unaffected by dust, dirt, oil and changing ambient light conditions. | | Linear Position Sensors - Potentiometers | |  | SLS095 Linear Potentiometer
The SLS095 comes in an extremely compact, lightweight package in stroke lengths from 10 to 100mm. The miniature size of this new sensor makes it ideal for applications in robotics, animatronics, medical equipment and motorsport data acquisition. |
| Load Cells / Force Transducers - Beam Type | |  | MB Miniature Beam Load Cell
The MB is a miniature beam load cell used in medical test machine and a variety of low capacity applications. Available in capacities from 5 lbf. to 250 lbf. |  | MBI Fatigue Rated Mini Beam Overload Protected Load Cell
Similar to MBP mini beam but with better resistance to off center loads. Available in capacities from 2 lbf. to 10 lbf. |  | MBP Miniature Beam Overload Protected Load Cell
The MBP is the same as MB mini beam with internal overload protestion. It is a miniature beam load cell used in medical test machine and a variety of low capacity applications. Available in capacities from 2.5 lbf. to 10 lbf. |  | SSB Sealed Beam Load Cell
The SSB is a sealed version of MB mini beam. Available in capacities from 50 lbf. to 1K lbf. | | Load Cells / Force Transducers - Load / Force Washers | |  | ELWF Load Washer
The ELWF is a compression load washer typically used in bolt loads, assembly forces, biomechanical force measurement, tool forces, thrust measurements, and robotics end effectors. Available in capacities from 5 lbf. to 2K lbf. | | Load Cells / Force Transducers - Load Buttons | |  | ELAF Compression Load Cell
The ELAF is a compression-only load cell, typically used in theatrical rigging loads, assembly forces, weighing, tool forces, thrust measurements, batch weighing, robotics end effectors, product validation testing, material test, and hoist and winch loads. Available in capacities from 10 lbf. to 5K lbf. |  | 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. | | Load Cells / Force Transducers - Miniature | | | ELAF Compression Load Cell
The ELAF is a compression-only load cell, typically used in theatrical rigging loads, assembly forces, weighing, tool forces, thrust measurements, batch weighing, robotics end effectors, product validation testing, material test, and hoist and winch loads. Available in capacities from 10 lbf. to 5K lbf. | | 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. |  | ELPF Load Cell
The ELPF is a compression or tension & compression load cell typically used for theatrical rigging loads, assembly forces, tool forces, thrust measurements, batch weighing, robotics end effectors, product validation testing, medical instruments, and hoist and winch loads. Available in capacities from 10 lbf. to 500 lbf. | | MB Miniature Beam Load Cell
The MB is a miniature beam load cell used in medical test machine and a variety of low capacity applications. Available in capacities from 5 lbf. to 250 lbf. | | MBI Fatigue Rated Mini Beam Overload Protected Load Cell
Similar to MBP mini beam but with better resistance to off center loads. Available in capacities from 2 lbf. to 10 lbf. | | MBP Miniature Beam Overload Protected Load Cell
The MBP is the same as MB mini beam with internal overload protestion. It is a miniature beam load cell used in medical test machine and a variety of low capacity applications. Available in capacities from 2.5 lbf. to 10 lbf. |  | SML Low Height Load Cell
The SML is a low height load cell with high performance. Available in capacities from 5 lbf. to 1K lbf. | | Load Cells / Force Transducers - OEM | |  | FC22 Compression Load Cell
The FC22 is a low cost compression load cell that can measure ranges from 0 - 10 up to 0 - 100 lbf. Typical applications include medical infusion pumps, robotics end-effectors, variable force control, load and compression sensing, exercise machines, pumps, contact sensing, weighing, and household appliances. |  | FS20 Compression Load Cell
The FS20 is a low cost compression load cell for high volume applications that can measure ranges of 0 - 750 or 1500 grams. Typical applications include robotics end-effectors, variable force control, load and compression sensing, pumps, contact sensing, weighing, and household appliances. |  | FT24 Tension Load Cell
The FT24 is a low cost tension load cell for high volume applications that can measure ranges from 0 - 10 up to 0 - 100 lbf. Typical applications include appliance payload weight, variable force control, pulley tension loads, light hoist and winch loads, and weighing. |  | FX1901 Compression Load Cell
The FX1901 is a low cost compression load cell for high volume applications with ranges of 0 - 10 up to 0 - 100 lbf. Typical applications include assembly forces, physical therapy devices, patient weight, hand tool forces, chiropractic and exercise equipment, consumables monitoring, and appliance payload monitoring. | | Load Cells / Force Transducers - S-Type | |  | SM S-Type Load Cell
The SM is a low cost highly accurate unsealed load cell for test machine and other general purpose applications. Available in capacities from 10 lbf. to 1K lbf. | | SML Low Height Load Cell
The SML is a low height load cell with high performance. Available in capacities from 5 lbf. to 1K lbf. |  | SMT S-Type Overload Protected Load Cell
The SMT is ideal for low capacity applications where loads cells are often inadvertently overloaded. The SMT has internal mechanical stops permitting overloads up to 10 times rated capacity. Available in capacities from 1.1 lbf. to 450 lbf. |
| Mass Flow Sensors - Mass Flow Meters & Controllers | |  | HFC-202 Mass Flow Controller
The model HFC-202 is a general purpose mass flow controller, which features a normally closed valve for flow control. Available in ranges from from 0 - 10 to 0 - 25,000 sccm (N2 Equivalent). |  | HFC-302 Mass Flow Controller
The model HFC-302 mass flow controller features a fast response and a low pressure drop. It has a a normally closed valve for flow control. Available in ranges from 0 - 5 to 0 - 25,000 sccm (N2 Equivalent). |  | HFC-303 Mass Flow Controller
The model HFC-303 mass flow controller features a fast response and a low pressure drop. It has a a normally closed valve for flow control. Available in ranges from 0 - 25 to 0 - 1,000 slm (Air Equivalent). |  | HFM-200 Mass Flow Meter
The model HFM-200 is a general purpose mass flow meter. Available in ranges from 0 - 10 to 0 - 25,000 sccm (N2 Equivalent). |  | HFM-200 Mass Flow Meter with Laminar Flow Element
The model HFM-200 with an LFE provides fast, accurate measurement of high-capacity gas flows, in ranges from 25 slm up to 15,000 slm. The laminar flow elements are available in various sizes from 3/8" up to 8". Used in conjunction with the standard HFM-200, these units can be combined to measure full-scale flows up to 15,000 slm. |  | HFM-201 Mass Flow Meter
The model HFM-201 is a general purpose mass flow meter. Available in ranges from 0 - 30 to 0 - 500 slm (Air Equivalent). |  | HFM-300 Mass Flow Meter
The model HFM-300 mass flow meter features a fast response and a low pressure drop. Available in ranges from 0 - 5 to 0 - 25,000 sccm (N2 Equivalent). |  | HFM-301 Mass Flow Meter
The model HFM-301 mass flow meter features a fast response and a low pressure drop. Available in ranges from 0 - 25 to 0 - 1,000 slm (Air Equivalent). |  | HFM-305 Mass Flow Meter
The model HFM-305 mass flow meter features a fast response and a low pressure drop. Available in ranges from 0 - 1,000 to 0 - 2,500 slm (Air Equivalent). |
| Piezo Film - Piezo Film Elements | |  | CM-01B Contact Microphone
The CM-01B Contact Microphone uses sensitive but robust PVDF piezo film combined with a low-noise electronic preamplifier to provide a unique sound or vibration pickup with buffered output. |  | 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. |  | FDT Series
The FDT Series of piezo film sensors elements are rectangle elements of piezo film with silver ink screen printed electrodes, and flexible leads attached. The piezo polymer tail extends from the active sensor area as flex circuit material with offset traces. |  | LDT Series
The LDT series has a 0.005" (125µm) polyester layer is laminated to a 28 µm or 52µm piezo film element. When used in a 'bending' mode, laminated film elements develop much higher voltage output when flexed than a non-laminated DT elements series. |  | LDT1-028K with Lead Attachments
The LDT1-028K is a multi-purpose, piezoelectric sensor for detecting physical phenomena such as vibration or impact. The piezo film element is laminate to a sheet of polyester (Mylar), and produces a useable electrical signal output when forces are applied to the sensing area. |  | MiniSense 100
The MiniSense 100 is a low cost cantilever-type vibration sensor loaded by a mass to offer high sensitivity at low frequencies. It has excellent linearity and dynamic range, and may be used for detecting either continuous vibration or impacts. |  | MiniSense 100 Analog PCB
The LDTC MiniSense 100 Analog PCB provides a simple way to evaluate the LDTC MiniSense 100. The unit consists of LDTC MiniSense 100, a low-power operation amplifier, comparator, and DC/DC converter, and passive components used in signal conditioning. |  | MiniSense 100NM (no mass)
The MiniSense 100NM is a low-cost cantilever-type vibration sensor offering moderate sensitivity over a useful frequency band up to 200 Hz. |  | SDT Series
SDT1 piezo film sensors consist of a rectangular element of piezo film together with a molded plastic housing and 18" of coaxial cable. The film element, screen printed with silver ink, is folded over on itself, given a self-shielding of the transducer area. | | Piezo Film - Piezo Film Sheets | |  | Metallized Piezo Film Sheets
Piezo film is available in a variety of different film sizes and thicknesses. These can be fabricated into simple transducers, or for use as full size sheets for applications such as speakers. |
| 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. |  | 1471 Pressure Sensor
The Model 1471 is a piezoresistive silicon pressure sensor, calibrated at room temperature. 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. |  | 1620 Blood Pressure Sensor
The Model 1620 is a fully piezoresistive silicon pressure sensor for use in invasive blood pressure monitoring. The sensor is designed to be used with automated assembly equipment and can be dropped directly into a customer's disposable blood pressure housing. |  | 1630 Blood Pressure Sensor
The Model 1630 is a fully piezoresistive silicon pressure sensor for use in intrauterine pressure monitoring. The sensor is designed to be used with automated assembly equipment and can be dropped directly into a customer's disposable intrauterine housing. |  | 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. |  | 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. |  | 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. |  | 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. |  | Ares Pressure Sensor
The ARES Series is a small, low cost pressure transducer which is able to measure pressures as low as 0 to 5 inches of water, 0 to 10" of water, 0 to 15" of water, and 0 to 1 psi. Sensitivity to extremely low pressures and small size make this device ideally suited for HVAC, medical equipment, and flow monitoring applications. The GA100 series has a 4V span from 0.50V to 4.50V and the GA200 series has a 3.75V span from 0.25V to 4.00V. |  | 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. |  | MS5536-60C Pressure Sensor
MS5536-60C is a family of high-resolution factory calibrated pressure sensors. The devices include a piezoresistive pressure sensor and an ADC-Interface IC. The 3-wire serial interface ensures simple communication with any microcontroller. The devices provide digital pressure and temperature information as 16-Bit data word each. |  | MS5536C Pressure Sensor
MS5536 is a family of high resolution factory calibrated pressure sensors. The leaded hybrids are compatible with standard PCB assembly technologies. The devices include a piezoresistive pressure sensor and a mixed signal IC. The 3-wire serial interface ensures simple communication with any microcontroller. The devices provide digital pressure and temperature information as 16-Bit data word each. | | Pressure Sensors & Transmitters - Pressure Sensor Elements (Headers) | |  | 154N (Low Pressure) Pressure Sensor
The Model 154N Low Pressure is a 19mm small profile, media compatible, piezoresistive silicon pressure sensor packaged in a 316L stainless steel housing. The Model 154N Low Pressure is designed for o-ring mounting and OEM applications requiring compatibility with corrosive media. Available in 0 - 1 PSIG and 0 - 5 PSIA or PSIG ranges. |  | 154N UltraStable Pressure Sensor
The Model 154N UltraStable™ is a 19 mm small profile, media compatible, piezoresistive silicon pressure sensor packaged in a 316L stainless steel housing. The Model 154N UltraStable™ is designed for o-ring mounting and OEM applications where compatibility with corrosive media is required. Available in 0 - 15 up to 0 - 500 PSI ranges, in absolute and gage versions. |  | 82 (Low Pressure) Pressure Sensor
The Model 82 LP is a 19 mm small profile, media compatible, piezoresistive silicon pressure sensor packaged in a 316L stainless steel housing. The Model 82 is designed for O-ring mounting, and for designed for high performance in very low pressure applications. Available in 0 - 1 PSIG and 0 - 5 PSIA or PSIG ranges. |  | 82 UltraStable Pressure Sensor
The Model 82 UltraStable™ is a 19 mm small profile, media compatible, piezoresistive silicon pressure sensor packaged in a 316L stainless steel housing. The Model 82 US is designed for O-ring mounting, and is ideal for high performance, low pressure applications. Available in 0 - 15 up to 0 - 500 PSI ranges, in absolute and gage versions. |  | 85 (5 PSI) Pressure Sensor
The Model 85 is a micromachined piezoresistive silicon pressure sensor. It is designed for OEM applications where compatibility with corrosive media must be maintained. The sensor chip is mounted on a TO style header, which is resistance welded to a 316 stainless steel package. Available in 0 - 5 PSIA or PSIG range. |  | 85 (Flush Mount) Pressure Sensor
The Model 85 Flush Mount is a small profile, media compatible, piezoresitive silicon pressure sensor packaged in a 316L stainless steel housing. It is designed for O-ring mounting where the diaphragm must not be shrouded by weld ring or fitting. Available in 0 - 15 up to 0 - 500 PSI ranges, in absolute and gage versions. |  | 85 UltraStable Pressure Sensor
The Model 85 UltraStable™ is a micromachined piezoresistive silicon pressure sensor. It is designed for OEM applications where compatibility with corrosive media must be maintained. The sensor chip is mounted on a TO style header, which is resistance welded to a 316 stainless steel package. Ideal for high performance, low pressure applications. Available in 0 - 15 up to 0 - 500 PSI ranges, in absolute and gage versions. |  | 86 (5 PSI) Pressure Sensor
The Model 86 is a small profile, media compatible, piezoresistive silicon pressure sensor packaged in a 316L stainless steel housing. The Model 86 is designed for O-ring mounting, and is ideal for high performance, low pressure applications. Available in 0 - 5 PSIA or PSIG range. |  | 86 UltraStable Pressure Sensor
The Model 86 UltraStable™is a small profile, media compatible, piezoresistive silicon pressure sensor packaged in a 316L stainless steel housing. It is designed for O-ring mounting, and is ideal for high performance, low pressure applications. Available in 0 - 15 up to 0 - 500 PSI ranges, in absolute and gage versions. |
| Rotary Position Sensors - Hall Effect | |  | 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 - 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. |
 | 500 In-Line Signal Conditioner
Small, DC powered in-line signal conditioner with 9-pin connectors, +/-5V and 4-20mA outputs and 1000Hz bandwidth. |  | 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. |  | 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™ 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. |
| Software - Measurement Software | |  | 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. |
 | 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 IP-66 Clinometer
The new AccuStar® IP-66 is designed for rugged industrial and outdoor applications. The die-cast, powder coated aluminum housing is suitable for the most hostile environments. Multiple input / output configurations provide for ease of implementation into your application. Available in various ranges up to ±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. |  | 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°. |
| Weighing - Digital Load Cells | |  | HBM Digital Load Cells
Digital load cells on the basis of the strain gage technology provide new impetus for the areas of dynamic weighing, sorting, filling, and dosing. | | Weighing - Electronics | |  | 9300 Weight Indicator
6-digit unipolar display in a rugged NEMA 4X stainless steel washdown enclosure. Able to power up to 8 load cells, the 9300 is an excellent choice for scales and weighing use. Featuring front panel tare and Net/Gross buttons, 3-stage digital filtering, swivel stand and available 4-20 mA output. |  | 9390 Battery Powered Weight Indicator
6-digit Unipolar display in a rugged NEMA 4X Stainless Steel washdown enclosure. Powers up to 4 load cells for portable and remote weighing applications. Standby mode for extended batter life. |  | HBM Weighing Electronics
HBM supplies weighing electronics for all industrial platform scales, truck or container scales. In addition HBM offers electronic systems for process automation, e.g. for checkweigher and dosing process. |  | UMC 600 Weight Indicator-Controller
The UMC600's rugged stainless steel design includes Batching and Weighing functions such as setpoints, preact and dribble control. Powers up to 8 350-ohm load cells. | | Weighing - Load Cells | |  | HBM Weighing Load Cells
Industrial production and scales constructions, production of building materials, food and consumer goods industries, pharmacy, and medical engineering... In almost all sectors where goods are produced, processed or controlled, HBM weighing technology components can be found. For the majority of HBM load cells official approval certificates are available. Appropriate certificates are also available for their worldwide use. All our standard load cells are also available for the various zone areas in accordance with the valid ATEX directive. | | Weighing - Single Point | |  | HBM Single Point Load Cells
The term platform scale nowadays covers a wide field of application in the industrial weighing technology. It covers the design and configuration of equipment such as high-precision laboratory balances, shop-counter scales and personal weighing machines right through to post office weighers, medical scales etc. Platform scales are characterised by one or more load cells, usually arranged under a platform (scale pan) on which the goods intended for weighing are placed. | | Weighing - Weigh Modules | |  | A4200 & A4600 Weighcheck Load Cells
Low profile load cell specifically designed for tank weighing where it is necessary to accommodate expansion and contraction of the tank. |  | HBM Weighing Modules
HBM offers solutions for weighing and level measurement in process industry applications and for in batching processes in the chemical, pharmaceutical, food and construction materials industry. In all these sectors our products are used continuously on a daily basis, in the harshest of environments. |
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