Specifications & ordering info
|Product||Sensing method||Shape||Size||Diameter||Width||Depth||Height||Application||Features||Temperature range||Sensing distance||Cable length||Description|
||Diffuse reflective||Threaded||M6||6 mm||90° cable exit, Flexible fiber, Hexagonal back, Small spot with lens||-40-70 °C||1170 mm||2 m||Fiber optic sensor, diffuse, M6 hex right-angled head, flexible R4 fiber, 2m cable|
||Not Applicable||Fiber on roll||dia 2.2 mm||Field assembly||-40-70 °C||100 m||Optical fiber, 100m roll, R10, 2.2mm dia, monocore|
||Not Applicable||Fiber on roll||dia 2.2 mm||Field assembly||-40-70 °C||10 m||Fiber optic sensor, 10 m fibre roll, 2.2 mm mono-core, standard R10 fibre|
||Through-beam||Cylindrical radial||dia 6 mm||6 mm||-40-70 °C||150 mm||2 m||Fiber optic sensor, through-beam, side view, dia. 6 mm head, R5 fiber, 2 m cable|
||Through-beam with slot||Square||36 mm||8 mm||24 mm||-40-70 °C||10 mm||2 m||Fiber optic sensor, through-beam, 10mm slot, 2m cable|
||Through-beam||Cylindrical radial||3 mm||Wafer mapping||-40-70 °C||3900 mm||2 m||Fiber optic sensor, through-beam, 3 mm dia. side view, standard R10 fiber, 2 m cable|
Protective spiral tube 1
Fiber on roll 2
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Challenging print marks
In combination with the colour/mark detection amplifier E3NX-CA, the recommended fibers for colour/mark detection allow the detection of standard and challenging marks even for complex designs or with small contrast.
Flat glass in all environments
The limited reflective fiber heads for glass detection provide a stable detection of flat glass in standard, hot or wet environment. The shapes and materials are optimized to provide the best value - performance ratio depending on the requirements.
Very small height differences
For the detection of very small height differences like labels on foils in applications where space is crucial, the small sized limited reflective sensors provide accurate detection up to 100μm resolution.
Usable signal and noise
Issue 1: Increasing the difference between usable signal and noise
|The goal of any transparent sensor development is to increase the difference between usable signal and noise.|
|And the operational stability of the sensor depends on how well the following factors are achieved: |
At Omron we take several steps to increase the operational stability by maximising the difference between signal and noise:
- In design: circuit layouts, shielding, filtering technologies and material selection ensure a minimal background noise and highest environmental influence compensation.
- In technologies: in addition to using the retro reflective technology with standard polarisation technology, some materials e.g. PET have characteristics that additionally polarize light. This effect can be utilized further to enhance the difference between usable signal and noise.
- In production: production technologies that allow a minimal deviation from the desired target specification values ensure that the performance of a sensor evaluated at the design-in phase does not vary during mass machine production.
- In application: the selection of the fitting sensor in combination with choosing an appropriate mounting and parameter setting can further enhance the operational stability and/or detection accuracy.
Compensating for optical effects
Issue 2: Compensating for optical effects
As light travels through differing transparent materials (glass/PET) the following detection errors can occur:
- Lens-effect: transparent objects with convex shapes (e.g. shower gel bottles) can perform like a lens and allow too much light to be received by the sensor. This can result in a false reading that no object is present or it can cause a so-called double-triggering (2 signals for only one object).
- Total reflection: if the emitted light meets the surface of a transparent object at a certain angle, the light can be totally reflected instead of going through the transparent object. If the totally reflected beam hits the receiver, it can falsely result in a "no object" reading.
At Omron we use special coaxial optics for our higher value and application specific sensors. These special coaxial optical sensors reduce or completely eliminate the above described optical effects. Cylindrical sensors utilise the coaxial optics to prevent false signals caused by incorrect installation or turning sensors using conventional separate sender and receiver optics.
Process related requirements
Issue 3: Process related requirements
In order to select the correct transparent detection sensor taking also machine and process related issues into consideration is very important:
- Minimal space between bottles
- Conveying speed of the bottles/containers
- Object size or shape (miniature objects, flat glass, etc)
- Limited mounting space or long distances
- Hot, wet or hygienic environments
- Detection of container and content at the same time (e.g. vial and plug, vial and lyo cake, glass syringe with or without protective cover,…)
Application examples detection of 2 states with one sensor:
- State 1: Transparent container + object present e.g. plug, lyo cake or syringe cover (OK state)
- State 2: Transparent container WITHOUT object (not OK state)
At Omron we have a global network of application engineers. Their technical knowledge and experience will assist you and your company in making the correct product selection to fit your organisation industrial automation requirements and needs. What can we do for you?
Best choice in value for money
- For standard applications
- All transparent objects
- Excellent value for money
Best choice in reliability, flexibility, stability
- The "All-rounder"….stable detection of transparent objects in a wide range of applications
- All transparent objects
- Excellent chemical resistance
- The "M18 cylindrical brother" of E3ZM-BT
- Position independent detection due to co-axial optics
Best performance for dedicated applications
- The "PET-Specialist"
- Advanced reliability due to special polarization and automatic threshold control
- Best detection performance for transparent film, flat glass in hot or wet environments or longest lifetime for frequently cleaned environments