OptiMet by HBM™ is a sensing fiber ideal for multipoint measurement of strain, where space is a constraint.
OptiMet by HBM™: Optical Fiber with several FBGs in Chain
OptiMet by HBM™ is an optical fiber with high performance coatings and multiple Fiber Bragg Gratings (FBGs) for multipoint measurement of strain.
OptiMet-OMF is optimally suited for use in laboratory applications, whereas the OptiMet-PKF is ideally suited for outdoor use in all kinds of industries.
OptiMet-OMF for laboratory use
The OptiMet-OMF is a singlemode optical fiber with high performance ORMOCER® coating that ensures optimal strain transmission and enhanced stability over an extreme operating temperature range (-269 to 200°C).
It has 13 fiber Bragg gratings equally spaced by 60 cm for multipoint strain measurements. With an outstanding bending capability, it can be installed with bending radii up to 2.5 mm outside the grating area and up to 10 mm inside the grating area.
The OptiMet-OMF is delivered connected to a 1.5m pigtail with an FC/APC connector.
OptiMet-PKF 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 measurements. With an outstanding bending capability, it can be installed with bending radii up to 10 mm.
The OptiMet-PKF is delivered connected to a 1.5m pigtail with 3 mm buffer and an FC/APC connector. Options with only 2 or 4 FBGs are also available as OptiMet-PKF 2 & 4.
The robust OptiMet-PKF is also available in versions with temperature compensation at one (OptiMet-PKF-OTC1) or two (OptiMet-PKF-OTC2) freely selectable measuring positions in the strain gauge chain. This enables thermal influences on the measuring point to be systematically eliminated so that the remaining strain signal is purely mechanical.
- Accurate measurement on curved surfaces
- Long-term stability without drift
- Immunity to all electromagnetic interferences (EMI, RFI, sparks, etc.)
- Suited for extended temperature applications
Very precise measurement results with long-term stability
- Outstanding bending capability
- High resistance to fatigue under high alternating loads
- Resistance to corrosion, also in humid and salty environments
Extremely resilient and suited for for indoor and outdoor applications
- Single optical fiber with FBGs, ready-to-install
- Small size and weight simplifying installation
- Fitted for hybrid measurements (optical and conventional) using catman® software
- Straightforward and automatic configuration for data acquisition
Universal and easy to use with little installation effort
|Naam / Omschrijving||Taal||Producten||Taal||Document soort|
|OptiMet-OMF - Data Sheet||English|
|OptiMet-OMF - Datenblatt||German|
|OptiMet-PKF - Data Sheet||English|
|OptiMet-PKF - Datenblatt||German|
|OptiMet-PKF 2&4 - Data Sheet||English|
|OptiMet-PKF 2&4 - Datenblatt||German|
|OptiMet-PKF-OTC 1&2 - Data Sheet||English|
|OptiMet-PKF-OTC 1&2 - Datenblatt||German|
|HBM FiberSensing: Lösungen für optische Messungen - Broschüre||German|
|HBM FiberSensing: Optical Measurement Solutions - Brochure||English|
|HBM FiberSensing: Optical Measurement Solutions - Brochure||Japanese|
|Instructions for use||Japanese|
|Instructions for use||Italian|
|OptiMet-OMF - Instructions for use||English, German|
|OptiMet-PKF - Instructions for use||German, English|
Optical Monitoring System for Strain and Convergence Measurement