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 Catalog optoNCDT laser Sensors (PDF, 4.4 MB)    
 Data sheet optoNCDT 1320 

Low cost laser sensor with analog and digital outputs

 
  Measuring ranges Resolution Linearity Measuring rate
optoNCDT1302--35px.jpg (1 KB)) Low cost laser sensor with analog and digital outputs
20 - 200 mm 0.02 % F.S.O. ± 0.2 % F.S.O. 750 Hz
FSO = of full scale output
 

Process controllers and interface cards

Universalcontroller for up to six sensorsIF2001USB--34pxRS422/USB Converter IF2001/USBRS422-USB-Converter-35px4 Channel RS422/USB Converter IF2004/USBIF2008 - Interface card

The miniaturized optoNCDT 1302 is a low-cost laser sensor for common measuring tasks. The extremely small design facilitates its integration even in areas with limited space. Despite the small dimensions, the 1302 series provides precise measurement results and is suitable for machine integration and automation technology.

Details

Measuring ranges (mm):
20 | 50 | 100 | 200
Linearity max. 40µm
Resolution max. 4µm
Measuring rate 750 Hz
Compact design with integrated electronics
Low-cost sensor
Scaleable analog output
Trigger input
RS422 interface
Peak selection
 
 

 

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 Catalog mainSENSOR (PDF, 1.91 MB)               

Magneto-inductive displacement sensors

 

Related products

MDS-industrie--35pxMagnetic displacement measurement in series (MDS-40-OEM)

mainSENSOR is based on an innovative measuring principle, which has been developed by Micro-Epsilon in order to combine the advantages of both inductive and magnetic sensors. As different strength magnets are applied, measuring ranges of up to 55mm can be achieved. However, for changing measurement set up of the proximity sensors, it is only necessary to change the magnet.

Flexible sensor concept
Flexible sensor concept - one electronics in various housings
Flexible sensor concept - one electronics in various housings
Due to their flexible concept, the sensors are ideal for a wide range of applications, particularly where high volumes are required. The standard sensors are designed in a stainless steel M12, M18 and M30 or a flat plastic housing suitable for industrial applications. In high volume production, customer-specific modifications to the plate and sensor housing can be easily achieved.
 
Measurement through objects
Measuring through non-ferromagnetic materials, particularly metals
Measuring through non-ferromagnetic materials, particularly metals
Unlike conventional measuring methods, the magneto-inductive sensors enable measurements through non-ferromagnetic materials, particularly metals such as aluminum or stainless steel. A clear benefit is provided here as the sensor and the magnet can be installed separately in applications with closed systems or housings. It is therefore possible to mount the sensor safely in harsh environments.
 
Suitable for speed measurement
Rotation speed measurement
Rotation speed measurement
mainSENSOR is also used for rotational speed measurement. In order to do so, one or two magnets are mounted on the rotating measuring object. Regardless of the direction of rotation, the sensor measures the speed of the target object.
 
 

Details

Selectable measuring ranges up to 55mm
Freely definable switching points
Linear output signal
High basic sensitivity and temperature stability
As non-contact the sensor offers a very long service life
High dynamics

 

 
 

 

 

Inductive sensors for specific applications

 
Application examples are often found where the standard versions of the sensors and the controller are performing at their limits. One of our special strengths is having the possibility to adapt our sensors to the individual requirements of our customers. Changes requested include, for example, modified measuring ranges, integrated controller, modified designs, mounting options or integration of different interfaces. Together we will find the best solution for your measurement task.
 
Catalog induSENSOR
 

 Characteristics

  •  Customer-specific sensor design
  •  Adapted measuring range
  •  Integrated or external controller
  •  Target as sleeve or plunger
  •  Robust sensors for harsh ambient conditions
  •  ATEX versions
  •  Sensor for high temperature of up to 200°C
  •  Specific requirements to high vibration resistance
 
 

 

DOWNLOADS

 Catalog induSENSOR (PDF, 1.9 MB)               
 Data sheet induSENSOR Series LVDT sensors (Excerpt of Catalog)

induSENSOR VIP series

 
    Measuring ranges Resolution Linearity
indu-vip.jpg (768 Bytes)) induSENSOR VIP series 50 - 150 mm 0.03 % F.S.O. ± 0.25 % F.S.O.
FSO = of full scale output
 

The optimum ratio of measurement range to installed length of the sensor reduces the installation space needed for the VIP series. The parallel connection of the measurement object and measuring sleeve facilitates completely new construction and installation options. Whereas with conventional sensors with an axial measurement path, the length of the plunger must be added to the actual housing length, with the VIP series only the housing length has to be considered during the design.

Details

Measuring ranges (mm): 50 | 100 | 150
Linearity max. 0.25mm
Resolution max. 0.015mm
55% reduced design
Patented measurement principle
Parallel mounting possible
 
 

 

DOWNLOADS

 Catalog induSENSOR (PDF, 1.9 MB)               
 Data sheet induSENSOR Series LVDT sensors (Excerpt of Catalog)

induSENSOR LVP series

 
    Measuring ranges Resolution Linearity
indu-lvp.jpg (800 Bytes)) induSENSOR LVP series 50 - 200 mm 0.03 % F.S.O. ± 0.25 % F.S.O.
FSO = of full scale output
 

An important advantage of the LVP sensor technique lies in the short length of the installed sensor. This difference in lengths becomes clear in a direct comparison with an LVDT sensor. Another difference lies in the sensor design with integrated controller.

Details

Measuring ranges (mm): 50 | 100 | 200
Linearity max. 0.125mm
Resolution max. 0.015mm
Integrated microelectronics
Compact design - short installed length
Screened against interference fields
 
 

 

  1. Micro Epsilon | Inductive Sensors (LVDT) | induSENSOR LDR
  2. Micro Epsilon | Inductive Sensors (LVDT) | induSENSOR EDS
  3. Micro Epsilon | Inductive Sensors (LVDT) | induSENSOR DTA gages
  4. Micro Epsilon | Inductive Sensors (LVDT) | induSENSOR DTA sensors

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