A Division of the Hoskin Group, Canada's Instrumentation Leader
Precision Measurement for Defense & Military Applications
Military applications for sensor technology include the development of transportation systems (eg. tanks and aircraft), weaponry and communication and monitoring systems.
Precision Measurement for Defense & Military Applications Products:
Precision Measurement for Defense & Military Applications
DMH Series – High-Performance Digital MEMS Inclinometer
The Jewell Instruments model DMH is a high precision MEMS inclinometer. Units are available with RS232, RS422, RS485 and UART TTL options. All DMH series inclinometers are rated IP67 for waterproofing up to 1m. Custom ranges and output types are also available on request. FEATURES • Single-Axis and Dual-Axis
AMS Series – Mid-Level MEMS Inclinometer
The Jewell Instruments model AMS is a mid-level performance analog MEMS inclinometer for industrial applications. Standard units are available with 0-5V, 0.5-4.5V and 4-20mA output options. All AML series inclinometers are rated IP67 waterproof up to 1m. Custom ranges and output types are also available on request. FEATURES •
AMH Series – High Precision MEMS Inclinometer
The Jewell Instruments model AMH is a high precision MEMS inclinometer. Standard units are available with 0-5V, 0.5-4.5V, or 4-20mA output options. All AMH series inclinometers are rated IP67 for waterproofing up to 1m. Custom ranges and output types are also available on request. FEATURES • Single-Axis and Dual-Axis
AMI Series – MEMS Inclinometer – Temp Corrected
The model AMI is a high precision MEMS inclinometer with built-in thermal compensation. Standard units come with 0-5V, 0.5-4.5V or 4-20mA output options. All AMI series inclinometers are rated IP67 for waterproofing up to 1m. Custom ranges and output types are also available on request. FEATURES • Single-Axis and
AML Series – MEMS Inclinometer
The Jewell Instruments model AML is a low cost analog MEMS inclinometer for industrial applications. Standard units are available with 0-5V, 0.5-4.5V and 4-20mA output options. All AML series inclinometers are rated IP67 waterproof up to 1m. Custom ranges and output types are also available on request. FEATURES •
JMI-L Series MEMS Inclinometer
The JMI-100/200 series is available in single (JMI-100) and dual (JMI-200) axis configurations. This presents a robust and rugged design for industrial use, but with the benefit of low-cost MEMS technology. 4-20mA output version With a lightweight aluminum enclosure, the JMI is conducive to many OEM applications and with an
JMA-165-RH Series MEMS Accelerometer – Heater Version – CENELEC / AREMA
The Jewell Instruments JMA-165 MEMS accelerometers are a cost effective and viable alternative to traditional force balance designs. This mighty little sensor is CENELEC, AREMA certified, and RoHS compliant. With options for heated or non-heated, and available filtering, you can customize the perfect sensor for your application. FEATURES ±0.5JMA-165-R Series MEMS Accelerometer – Non-Heater Version – CENELEC / AREMA
The Jewell Instruments JMA-165 MEMS accelerometers are a cost effective and viable alternative to traditional force balance designs. This mighty little sensor is CENELEC, AREMA certified, and RoHS compliant. With options for heated or non-heated, and available filtering, you can customize the perfect sensor for your application. FEATURES ±0.5
AMA Series MEMS Accelerometer
Jewell Instruments AMA Series Accelerometers are an excellent choice for cost to performance trade off. The AMA is based on silicon micro-machined MEMS Capacitive Accelerometer technology and designed for low power and high stability. Analog output. FEATURES Single, Dual and Triaxial Configuration Excellent long term stability Ruggedized for harsh
DMA Series Digital MEMS Accelerometer
Jewell Instruments DMA Series Accelerometers are an excellent choice for cost to performance trade off. The DMA is based on silicon micro-machined MEMS Capacitive Accelerometer technology and designed for low power and high stability. RS232 / RS485 TTL UART FEATURES Single, Dual and Triaxial Configuration Digital Communications Excellent long
JMA-L Series MEMS Accelerometer
The JMA-100/200/300 accelerometer series, a robust and affordable acceleration solution, is now available with ±4 g and ±10 g measuring ranges. These additional ranges are intended for applications that include wider movement, but do not need as much sensitivity. The JMA-100/200/300 series contains MEMS technology and is available in single (JMA-100), dual
TE 8911 Wireless Accelerometer
The TE model 8911 wireless accelerometer combines a sensor, data collector, digital signal processor, and radio into one compact, battery-operated device that measures both vibration and temperature data. The model 8911 wireless accelerometer uses the LoRaWAN™ communication protocol, offering a simple, reliable and secure means of expanding condition-based maintenance into
TE 7101A IEPE Accelerometer
The Model 7101A is a miniature, high performance IEPE accelerometer available in ±50g to ±1000g dynamic ranges. The accelerometer is designed for high frequency vibration and shock measurements and offers a wide bandwidth to >10kHz utilizing stable piezo-ceramic crystals in annular shear mode. The model 7101A features a hermetically sealed
TE 64X Crash Test Accelerometer
The TE Connectivity model 64X is the most advanced accelerometer ever released for anthropomorphic dummy instrumentation. The accelerometer features a full bridge output configuration with ideal gas damping tailored for outstanding shock survivability and a flat frequency response to >8kHz. The model 64X accelerometer has a standard cross-talk accuracy of
TE 13201A (single axis) and 23201A (dual axis) Accelerometer
The TE Connectivity model 13201A and 23201A accelerometers are rugged analog accelerometers capable of accurately measuring vibration inputs along each axis. The model 13201A sensor is a single axis accelerometer while the model 23201A is a dual axis accelerometer and both include a temperature sensor output. The 13201A & 23201A
QuantumX MXFS BraggMETER Optical Interrogator
QuantumX MXFS: Integrating Optical and Electrical Measurements into One Reliable System QuantumX MXFS makes optical measurements easy, flexible and competitive – up to your needs. It brings you all the optical benefits of the filter based BraggMETER technology: measuring a large sensing network composed by various types of sensors, high
eDrive – Electrical Machine and Powertrain Testing
Power Analyzer for Testing Electrical Drives HBM Power Analyzers are the revolutionary systems for testing electrical inverters and electrical machines. Mechanical signals (e.g. torque) and electrical signals (current, voltage) are acquired simultaneously, helping you to better understand the electric drive and its losses in minutes rather than days. This is
eDrive Power Meters and Analyzers – Overview
The eDrive Power Meter and Power Analyzer packages are tailored for power measurement at inverters and inverter driven machines. Thus, they utilize high sample rates and both electrical as well as mechanical power calculation capabilities. Power Meters and Power Analyzers to Test Inverter Driven Electrical Machines The HBM eDrive series
GEN4tB – Portable, Distributable and Stand-Alone Data Acquisition System
The GEN4tB is a data acquisition system that grows with your needs. It has four slots for acquisition cards and can grow to as many as 32 channels in a small and compact form factor. Its unmatched streaming capabilities enable to record data to the optional, embedded SSD at up
JDI Series – Digital MEMS Inclinometer
The JDI-100/200 series is a digitally temperature compensated inclinometer available in single and dual axis configurations. The robust and rugged design is great for industrial use, yet includes the low-cost MEMS technology. These units are available with DB9, Pigtail, Deutsch, Double Deutsch, 6-Pin Circular (C06), or M12 connectors for maximum
T40MS – Torque Flange
T40MS Torque Transducer: from 500 Nm to 2 kNm at 25,000 rpm T40MS is outstanding for its precision, reproducibility and robustness and is particularly well-suited for static and dynamic torque measurement. The torque transducer features 0.03% accuracy in terms of linearity including hysteresis, as well as high temperature stability. Combined