MCS10 Multi-Axis Sensor: Measures 6 Forces and Moments with Accuracy Class 0.1 Guaranteed for Each Channel Up to six forces and torques on three axes (x, y, z) can be measured in combination with the MCS10 multi-axis sensor. This means that the MCS10 is ideally suited for mechanical engineering usage,
WA-L: Inductive Displacement Measurements in a Compact Design; Nominal (Rated) Measuring Range up to 500 mm The technologically sophisticated and proven inductive displacement transducers of the series WA-L with loose plunger feature an inspiring short design (in relation to the measuring range). The compact dimensions of the sensor are the
Special features For connecting T20WN, T21WN, T22 torque transducers Integrated control signal triggering with T20WN 14 ... 30 V DC supply voltage range IP65 degree of protection per EN60529 EMC‐tested per EN61326‐1 through HBM shielding design
TIM-PN and TIM-EC: Digital Measurements In PROFINET And EtherCAT Networks The TIM-PN/EC digital interface module is extremely fast and ideal for highly dynamic applications. It integrates torque and rotational speed measurements in higher-level automation and control systems of test benches. The digital twin-channel amplifier can also be used to transfer
T40MC: Certified Transducer for Determining the Load Signal of Ship Engines The high-precision T40MC torque transducer acquires the load signal from ship engines, which is determined by measuring the torque in the drive train. This is essential for saving fuel and reducing emissions, for example, in dual-fuel or gas engines,
T40HS: Minimizing Measurement Uncertainty in High-Speed Applications T40HS is the space and cost saving torque transducer for your high-speed application up to 45,000 rpm. T40HS is characterized by its short design and offers high stiffness and precision thus allowing for a low measurement uncertainty when testing high-speed propulsion systems, turbines,
T12HT Torque Transducer for Very High Torque Values up to 1.5 MN·m When it comes to high capacity torque application, the T12HT torque sensor is the natural choice to improve the productivity and efficiency of your application with its high precision. The wireless transmission of power supply and of the
T40FH: Measure High Torque with Precise Torque Flange The T40FH torque sensor is first choice for measuring extremely high torque. It improves productivity and efficiency when measuring high torque - also for applications that have as yet required the use of very costly special equipment. The rotating version of the
FS02 BraggMETER: High Speed Optical Tunable Filter The FS02 - BraggMETER tunable optical filter features a proprietary cavity design without guiding optics resulting in a compact, robust and vibration-resistant device. It is most suited for integrating high end products or for research and education purposes in Universities and R&D laboratories.
High Performance Fiber Bragg Grating (FBG) Accelerometer FS65 Optical Accelerometer is designed to be used in a large range of monitoring applications, where low frequency and small amplitude vibrations are present. Simultaneous measurement of vibration along different axes is possible using multiple accelerometers. Passive Inherent immunity to all electromagnetic effects
High Performance Fiber Bragg Grating (FBG) Tilt Sensor FS64 Optical Tilt Sensor is designed to measure small angle variations towards the vertical. The sensor uses two FBGs in an innovative push-pull configuration for effective temperature compensation. It can be used in a large range of monitoring applications, such as in
Special FS63 High Temperature Dielectric Probe Heat-resistant Completely non-metallic Highly dielectric Extended temperature range FS63: High Performance Fiber Bragg Grating (FBG) Temperature Sensors FS63 Optical Temperature Sensors are suited for temperature measurements in large structures, such as Structural Health Monitoring (SHM) in civil structures and thermal mapping in electrical machines.
FS63: High Performance Fiber Bragg Grating (FBG) Temperature Sensors FS63 Optical Temperature Sensors are suited for temperature measurements in large structures, such as Structural Health Monitoring (SHM) in civil structures and thermal mapping in electrical machines. Their small size and weight makes them the ideal choice for hard-to-reach locations and
Adapters FS80 - Adapters HBM FiberSensing optical adapters for FBG sensors are used to connect several sensors in series with minimal optical losses. Patch Cables HBM FiberSensing has available general purpose optical patch cables for FBG sensors, suitable for indoor and outdoor applications. Due to the intrinsic nature of optical
The FS62 - Strain Sensors are Fiber Bragg Grating (FBG) based sensors, designed to be bonded to surfaces and materials, spot welded to structures and components, attached or directly cast into concrete wet mix. Strain sensors are available in the following configurations: Miniature Polyimide Composite Weldable Surface Embedded Characteristics Intrinsic
The FS62 - Athermal Strain Sensor is a Fiber Bragg Grating (FBG) based sensor with an innovative proprietary design that ensures athermal operation of the strain gauge by cancelling the intrinsic fiber optic thermal sensitivity (standard option). The measurement of temperature for the compensation of cross-sensitivity is, therefore, not necessary.
OptiMet-PKF-OTC1 and OptiMet-PKF-OTC2 for outdoor use The OptiMet-PKF is a singlemode optical fiber with high performance ORMOCER® coating with an additional peek layer for ruggedized operation. The coatings ensure optimal strain transmission both to traction and compression directions. It has 13 fiber Bragg gratings equally spaced by 60 cm for multipoint strain
OptiMet-PKF 2 & 4 for outdoor use The OptiMet-PKF is a singlemode optical fiber with high performance ORMOCER® coating with an additional peek layer for ruggedized operation. The coatings ensure optimal strain transmission both to traction and compression directions. It has 2 or 4 fiber Bragg gratings equally spaced by
Armored Optical Sensors Chain for Harsh Environments The K-OP-A measurement chain is a configurable array of optical FBG (Fiber Bragg Grating) sensors that withstand extremely harsh operating conditions. Such conditions can likely damage the adhesive bond of classic optical strain gauges. A K-OP-A chain of optical sensors can integrate in
Weldable Armored Optical Strain Rosette Optical rosette 0°/60°/120° – based on Fiber Bragg Gratings Installation by spot welding method Application to curved surfaces Application to high strain (>1%) Robustness of Bragg signal against mechanical disturbances Robust steel-armored fiber cables Inert against electromagnetic interference Applicable in explosive environment
Weldable armored optical Strain Gauge Optical strain gage, based on Fiber Bragg Gratings Installation by spot welding method Application to curved surfaces Application to high strain (>1%) Robustness of Bragg signal against mechanical disturbances Robust steel-armored fiber cables Inert against electromagnetic interference Applicable in explosive environment