The A/33 is a water-cooled triaxial piezoelectric charge output accelerometer designed for vibration measurement on surfaces operating at extremely high temperatures, up to 900°C, with water flow. Developed for exhaust and turbocharger testing, it uses DJB’s Konic Shear® sensing technology to deliver stable triaxial data in environments where conventional accelerometers cannot operate.
The AT/18 is an ultra-miniature triaxial IEPE (voltage output) accelerometer designed for vibration measurement where extremely low mass and high thermal stability are required. Using three independent shear sensing elements mounted orthogonally within a stainless steel block, it delivers rugged, repeatable triaxial data capture in demanding test environments.
The IH-20 is a general-purpose instrumented impact hammer designed for structural health testing, resonance determination and modal analysis on larger structures and heavy components. Featuring an integrated IEPE piezoelectric force sensor, it delivers a direct voltage output and is supplied as a complete kit with interchangeable tips to suit a wide range of test requirements.
The IH-02 is a general-purpose instrumented impact hammer designed for structural health testing, resonance determination and modal analysis on medium-sized structures. Featuring an integrated IEPE piezoelectric force sensor, it provides a direct voltage output and is supplied as a complete kit with interchangeable tips to support a wide range of test conditions.
The A/127/V is a micro miniature IEPE (voltage output) accelerometer designed for vibration measurement where extremely low sensor mass and minimal mass loading are essential. Manufactured in titanium with an all-welded construction and DJB’s Konic Shear® sensing technology, it supports reliable measurements on lightweight structures using adhesive mounting and a KP miniature microdot connector.
The IH-01 is a low-force instrumented impact hammer designed for structural health testing, resonance determination and modal analysis on lightweight structures and lightly damped panels. With an integrated IEPE piezoelectric force sensor and direct voltage output, it is supplied as a complete kit with interchangeable tips to suit a wide range of delicate test setups.
The IH-01-50 is a low-force instrumented impact hammer designed for structural health testing, resonance determination and modal analysis on lightweight structures such as printed circuit boards. Featuring an integrated IEPE piezoelectric force sensor, it provides a high-sensitivity voltage output and is supplied as a complete kit with interchangeable tips for delicate test applications.
The IH-50 is a high-force instrumented impact hammer designed for structural health testing, resonance determination and modal analysis on very heavy structures and components. With an integrated IEPE piezoelectric force sensor and optional additional mass, it provides controlled, repeatable excitation for demanding test environments.
The IH-10 is a general-purpose instrumented impact hammer designed for structural health testing, resonance determination and modal analysis on heavy-sized components. With an integrated IEPE piezoelectric force sensor and direct voltage output, it is supplied as a complete kit with interchangeable tips to support a wide range of test conditions.
The IH-05 is a general-purpose instrumented impact hammer designed for structural health testing, resonance determination and modal analysis on medium-sized structures. Featuring an integrated IEPE piezoelectric force sensor, it provides a direct voltage output and is supplied as a complete kit with interchangeable tips to support a wide range of test conditions.
The AT/14 is a lightweight triaxial IEPE (voltage output) accelerometer designed for general-purpose vibration measurement in demanding test environments. Built around DJB’s Konic Shear® sensing technology with three orthogonal sensing elements in a welded titanium block, it supports simplified installation via a ¼-28 UNF 4-pin connector with BNC breakout leads.
