Jewell Instruments is a world leader in the design, manufacture, and distribution of high-precision accelerometer and inclinometer sensors for tilt and acceleration applications. We also provide custom-engineered sensors for specific application solutions.
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 versatility.
The JMA-100/200/300 series is available in single (JMA-100), dual (JMA-200), and triple (JMA-300) axis configurations. This presents a robust and rugged design for industrial use, but with the benefit of low-cost MEMS technology.
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.
The JMI-100/200 series is a robust and rugged MEMS inclinometer available in single and dual-axis configurations. The low-cost MEMS technology is great for industrial use. These units are available in single-axis or dual-axis, and we also offer three output options: 0-5VDC (S series), 4-20mA (L series), and ±5VDC (D Series).
The Jewell LCF-300 Series flexure suspension servo fluid damped inclinometer is a ±1° to ±90° device designed for applications where high levels of shock and vibration are present. LCF-300 units are characterized by excellent turn on repeatability and very low hysteresis. It is available in three different versions (D, L, or S), varying input and output, and with either a 6 pin connector or a pin-terminal option in order to meet your specific needs.
The Jewell LSO Series fluid damped, flexure suspension, servo inclinometer is a precision internal grade sensing instruments and it is Jewell’s most robust solution designed to meet the needs of a variety of commercial, industrial, and aerospace applications. LSO Series is a fluid damped design. Units are available with a 6-pin connector, or pin-terminals and in ±5V and 4-20mA outputs.
The Jewell LSOX Single-Axis Analog Inclinometer series are a rugged, high precision tilt sensor designed for peak performance in extreme conditions. These RoHS compliant sensors feature a fluid damped mechanism to deliver superior noise rejection in high shock and vibration environments as well as excellent output stability. Units are available with a 6-pin connector, pin-terminals, or flying leads and in three different output versions (D, L, & S). LSOX-S is available with CE Certification.
The Jewell LSRP Series inclinometer is an extremely sensitive, rugged transducer designed to provide horizontal angle or vertical deviation measurements with virtually infinite resolution. These fluid-damped compact, cylindrical-shaped sensors are stackable to meet the needs of applications with space constraints while facilitating the use of several inclinometers for multi-axis measurements.
The Jewell RMIW Series, RoHS compliant, flexure suspension, servo inclinometer is a precision internal grade sensing instrument. The RMIW is available in three different versions (D, L, or S), with customer-specified mounting options, and varying input and output specifications in order to meet your needs.
The Jewell SMA Series accelerometer is a low cost, high precision sensor designed with very high accuracy. Applications include robotics, construction equipment, industrial measurement and control, and precision machining. All Emerald Series accelerometers are RoHS compliant.
The Jewell SMI Single-Axis Analog Inclinometer series are rugged, high-precision force-balanced inclinometers. These RoHS-compliant inclinometers are available in three different versions (D, L, & S series), with either a circular connector or a pin connection, and varying input and output specifications in order to meet your specific needs.