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Related Manuals for HBM FS63 series
Summary of Contents for HBM FS63 series
- Page 1 Installation Guide English FS63 Embedded Temperature Sensor...
- Page 2 Portugal Tel. +351 229 613 010 Fax +351 229 613 020 fibersensing@hbm.com www.hbm.com/fs Mat.: 7-2002.4261 DVS: A4261-3.2 HBM: public 05.2015 Sensor Design Version: v1.0 E Hottinger Baldwin Messtechnik GmbH. Subject to modifications. All product descriptions are for general information only.
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Page 3: Table Of Contents
Temperature Computation ........FS63 A4261-3.2 HBM: public... -
Page 4: Technical Details
: Robustness Long-term reliability ensured by innovative sensor design, careful selection of materials and IP68 packag ing. : Completely passive Inherent immunity to all electromagnetic effects (EMI, RFI, sparks, etc.) and safe operation in hazardous envi ronments. FS63 A4261-3.2 HBM: public... -
Page 5: Applications
Based on the measurement of an absolute parameter - the Bragg wavelength - independent of power fluctua tions. 1.1.3 Applications HBM FiberSensing temperature sensors can be used in several temperature measuring applications. They are particularly suited for temperature mapping in large struc tures (SHM). : Industry... -
Page 6: Quality
HBM FiberSensing, S.A. concentrates all optical sensing activity of HBM and is an ISO 9001:2008 certified com pany. 1.1.5 Accessories The implementation of complex sensing networks in large structures is made simpler with HBM FiberSensing accessories. -
Page 7: General Specifications
SC/APC NC (No Connectors) Environmental Operation temperature -20 to 80 ºC Protection class IP68 Mechanical Materials Stainless steel Dimensions 100 x Ø 10 mm Weight 55 g Typical values For 1 pm resolution in wavelength measurement FS63 A4261-3.2 HBM: public... -
Page 8: Sensor Installation
Its design includes ruggedized cables that resist such an environment. Nevertheless, whenever possible, further protection of cables should be performed on the cables path. Prepare the sensor cables path with an appropriate, flexi ble and resistant tube. FS63 A4261-3.2 HBM: public... - Page 9 Sensor Installation Fig. 2.1 Fig. 2.2 Depending on the control on the construction site, HBM FiberSensing suggests two different solutions regarding the access to the sensor connections: If the stripping of the concrete can be closely controlled, the protection tube can pass directly through a hole in the formwork (Fig.
- Page 10 Fig. 2.3 Fig. 2.4 If the stripping cannot be controlled, it is advisable to use embedded protection boxes. Fix the box to the formwork with screws that can be later on removed before the stripping. FS63 A4261-3.2 HBM: public...
- Page 11 Sensor Installation Fig. 2.5 Fig. 2.6 Important Make sure the construction workers are instructed that it is necessary to disconnect the boxes from the formwork before removing it. FS63 A4261-3.2 HBM: public...
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Page 12: Placing The Sensor
Place it on the structure with the desired orientation. Fix the buffer as close to the sensor as possible making sure that the interface of the sensor and the buffer is not being forced. Fig. 2.7 Fig. 2.8 FS63 A4261-3.2 HBM: public... - Page 13 Control the path of the buffers with plastic wire clamps ensuring that the exposed buffers (before entering the protection tube) do not have tight curves and that it is protected by the reinforcement during the concreting operations and vibration (Fig. 2.9). Fig. 2.9 FS63 A4261-3.2 HBM: public...
- Page 14 Sensor Installation Fig. 2.10 Close the end of the protection tube with polyurethane foam, silicone or similar (Fig. 2.10). FS63 A4261-3.2 HBM: public...
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Page 15: Concreting
The concreting process is a tough operation on the sen sors, specially the vibration of the concrete. One way of protecting the sensors from the vibrating equipment, as well as from the heavier aggregates, is to place a net on top of the sensors location. FS63 A4261-3.2 HBM: public... - Page 16 Sensor Installation Important Despite all the protections you may have planned, make sure the operations are closely supervised and inform the workers about the installed sensors. FS63 A4261-3.2 HBM: public...
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Page 17: Sensor Configuration
Sensor Configuration Sensor Configuration Sensor Calibration Sheet Every HBM FiberSensing sensor is provided with a cali bration sheet. The layout of this document is the same for all temperature sensors. Fig. 3.1 FS63 A4261-3.2 HBM: public... -
Page 18: General Information
+ S x ) S Fig. 3.2 Where is the zero order sensitivity (reference tempera ture) in ºC is the first order sensitivity in ºC/nm is the second order sensitivity in ºC/nm FS63 A4261-3.2 HBM: public... - Page 19 S CWL is the central wavelength of the sensor at the zero moment in nm S WL is the measured wavelength in nm. Number in Fig. 3.1 represents collected data during the calibration procedure on temperature sensors. FS63 A4261-3.2 HBM: public...
- Page 20 HBM Test and Measurement Tel. +49 6151 803-0 Fax +49 6151 803-9100 info@hbm.com measure and predict with confidence...
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