Fiber-Multiplex

Save time and costs with our flexible system that eliminates the need for constant repositioning.

More flexibility and functionality

The Fiber-Multiplex is an innovative extension designed specifically for the Optomet Fiber series, offering enhanced functionality by integrating an additional fiber switch. This advanced feature enables the seamless connection of multiple fiber heads to the vibrometer, opening up a world of expanded measurement possibilities.

Measuring without repositioning

By leveraging the power of the Fiber-Multiplex, users can effortlessly connect and utilize multiple fiber heads with their vibrometer system. This flexibility allows for simultaneous measurements from different locations or angles, significantly reducing measurement time and effort. Whether you need to capture data from various points on a complex surface or conduct simultaneous measurements on multiple test objects, the Fiber-Multiplex empowers you to achieve comprehensive insights efficiently and accurately.

Simple set-up

With its user-friendly design and straightforward operation, integrating the Fiber-Multiplex into your Optomet Fiber series setup is a breeze. Simply connect the fiber heads to the fiber switch and enjoy the enhanced capabilities it brings to your vibrometer system.

Measurement of a turbine with multiplex fiber heads without repositioning

Highlights

  • Save time and costs by measuring at multiple different locations without repositioning

  • Remote controlled channel selection

  • Multiplex up to 16 or more different fiber heads (2,4,8,16, …)

  • Connect to your PC using Ethernet and USB

  • Fiber switch with up to 16 or more channels

  • More than 16 heads and channels on request

  • Switching times: 2 ms

Technical Specifications

A detailed list of all vibrometer characteristics, including all hardware and software features, can be found in the vibrometer data sheet in Support & Datasheets.

Category Characteristics
Laser source SWIR-Laser
Laser wavelength Measurement laser: 1550 nm
  Targeting laser: 510-530 nm
Laser class Measurement laser: output power: <10 mW, class 1
  Targeting laser: output power: <1 mW, class 2
Measured quantity Velocity, Displacement, Acceleration
Frequency bandwidths DC to 25 MHz
Max. vibrational velocity 25 m/s
Output signal (digital) GBit-Ethernet (RJ45) / WiFi
Output signal (analogue) 3 x Standard BNC Buchse
Signal processing Digital (Optomet UltraDSP)
User interface output Color screen 3.5" + 20 segment LED bargraph
User interface input Touch screen, knobs with push-button, key switch (power)
Dimensions Length x width x height (excluding handle and lens): 380 x 180 x 148 mm
Weight 8 kg
Mounting Standard tripod screw thread
Power supply 110 -240V AC (50-60Hz) oder 12V DC
Power consumption 27 Watt
Operating temperature range 0°C to 40°C

Laser Vibrometer Measuring- & Data Acquisition Software

Single Point Laser Vibrometer Analysis Software

OptoGUI Software

OptoGUI is an extensive and intuitive software for remote control, data acquisition, and data analysis when working in single-point mode. Data transfer is realized via a loss-free digital Gigabit Ethernet connection. Click for detailed information about OptoGUI.

Available Decoders

A wide variety of high-performance real-time decoders are available for the evaluation of the interferometric measuring signals. The Optomet UltraDSP technology enables the measurement of frequencies up to 25 MHz and vibrational velocities up to 10 m/s with the Vector Series, displacements can be resolved to less than 100 fm. All vibrometers incorporate a velocity decoder, and displacement and acceleration decoders are optionally available. Numerous measuring ranges per decoder ensure that measurements can always be performed with the optimum sensitivity.

Decoders can be easily retrofitted or upgraded. Start with a basic system and adapt the capabilities of the measuring instrument as required. This requires no return of the instrument to the factory and no waiting times for your production or research project. The table below provides an overview of the configuration options. We will also be happy to assist you in the selection of the best decoder for your measuring task.

 

Start

Decoder Name

Number of measuring ranges

Max. vibrational velocity

Frequency

Comments

Velocity Decoder D-VD-0

7

1 m/s

DC - 25 kHz

required

Displacement Decoder D-DD-0

19

  

optional

Acceleration Decoder D-AD-0

7

  

optional

Start Speed

Decoder Name

Number of measuring ranges

Max. vibrational velocity

Frequency

Comments

Velocity Decoder D-VD-0-S

8

2 m/s

DC - 25 kHz

required

Displacement Decoder D-DD-0-S

19

 

 

optional

Acceleration Decoder D-AD-0-S

8

 

 

optional

Start High Frequency

Decoder Name

Number of measuring ranges

Max. vibrational velocity

Frequency

Comments

Velocity Decoder D-VD-0-F

8

2 m/s

DC - 100 kHz

required

Displacement Decoder D-DD-0-F

19

 

 

optional

Acceleration Decoder D-AD-0-F

8

 

 

optional

Basis

Decoder Name

Number of measuring ranges

Max. vibrational velocity

Frequency

Comments

Velocity Decoder D-VD-1

8

2 m/s

DC - 500 kHz

required

Displacement Decoder D-DD-1

19

 

 

optional

Acceleration Decoder D-AD-1

8

 

 

optional

Sense

Decoder Name

Number of measuring ranges

Max. vibrational velocity

Frequency

Comments

Velocity Decoder D-VD-2

11

2 m/s

DC - 1 MHz

required

Displacement Decoder D-DD-2

19

 

 

optional

Acceleration Decoder D-AD-2

11

 

 

optional

Sense-Remote

Decoder Name

Number of measuring ranges

Max. vibrational velocity

Frequency

Comments

Velocity Decoder D-VD-2-R

11

2 m/s

DC - 25 kHz

required

Displacement Decoder D-DD-2-R

19

 

 

optional

Acceleration Decoder D-AD-2-R

11

 

 

optional

High Speed

Decoder Name

Number of measuring ranges

Max. vibrational velocity

Frequency

Comments

Velocity Decoder D-VD-3

11

10 m/s

DC - 2,5 MHz

required

Displacement Decoder D-DD-3

19

 

 

optional

Acceleration Decoder D-AD-3

11

 

 

optional

High Frequency

Decoder Name

Number of measuring ranges

Max. vibrational velocity

Frequency

Comments

Velocity Decoder D-VD-4

9

5 m/s

DC - 10 MHz

required

Displacement Decoder D-DD-4

19

 

 

optional

Acceleration Decoder D-AD-4

9

 

 

optional

Master

Decoder Name

Number of measuring ranges

Max. vibrational velocity

Frequency

Comments

Velocity Decoder D-VD-5

14

10 m/s

DC- 10 MHz

required

Displacement Decoder D-DD-5

19

 

 

optional

Acceleration Decoder D-AD-5

14

 

 

optional

Master+

Decoder Name

Number of measuring ranges

Max. vibrational velocity

Frequency

Comments

Velocity Decoder D-VD-5-25

14

10 m/s

DC - 25 MHz

required

Displacement Decoder D-DD-5-25

19

 

 

optional

Acceleration Decoder D-AD-5-25

14

 

 

optional


Available Fiber Heads

Several fiber heads are available which are optimized for the Fiber-Series. Choose the right optical system based on working distance, reflectivity of the surface to be measured, size of the focus point or measurement environment. 

The table below provides an overview of the configuration options. We will also be happy to assist you in the selection of the best fiber head for your measuring task.

Miniature Fiber Head​​​​​​ with Camera

  • Dimension (D x L): 11 x 52 mm
  • Fix working distances: 4, 7 or 14 mm available
  • Optional Lens Kit: Includes three manually interchangeable lenses for all three working distances

Compact Fiber Head​​​​​

  • Dimension (L x B x H): 89 x 43.9 x 95 mm
  • Fixed working distance selectable: 25, 37, 64, 89, 139 or 189 mm
  • Focus spot size (typ.):

     - 25 µm at 25 mm 
     - 29 µm at 37 mm 
     - 43 µm at 64 mm 
     - 61 µm at 89 mm 
     - 90 µm at 139 mm 
     - 118 µm at 189 mm

Manual Focus Fiber Head

  • Dimension (L x B x H): 157 x 43,9 x 95 mm
  • Manual focus 
  • Short-Range Version:

     -Working distance: 15 mm ... 5 m
     -Min. focus spot size (typ.): 27 µm at 15 mm

  • Mid-Range Version:

     -Working distance: 270 mm ... 10 m
     -Min. focus spot size (typ.): 67 µm at 270 mm

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