The Core Component of Our Machine Vision Systems

With nVISION-i, you configure and program vision sensors and ID readers directly on your PC – all the way up to creating jobs that are then loaded onto the ready-to-use devices. It includes an emulator that allows simulation of the CS-60 / CS-62 vision sensors and the ID-600 ID reader.

nVISION-i: You only pay for the tools you need.

Start with the most affordable base model of an ID reader or vision sensor and use the included standard tools for basic applications. As your application requirements grow, you always have the option to add more tools.

nVISION-i Upgrades allow you to cost-effectively upgrade your existing hardware with simple software extensions – reducing the need to replace devices.

Upgrade Licenses:

For the base version of the ID readers, the following upgrades are available: ID Pro, OCR, and Smart. For the base version of the vision sensors, all upgrades are available.

• Measurement
• ID
• ID Pro
• OCR
• Smart
• Custom

nVISION-i: Intuitive to use, with high-performance tools

Not only does it feature a clean, intuitive, and easy-to-use interface, but it also provides high-performance tools that are consistently optimized for maximum performance and top-tier quality. The pipeline visualization and the linking of individual tasks in the Logic Tool provide maximum flexibility and speed in application development.

nVISION-i: The Logic Tool

Freely linking the results of multiple tools into a comprehensive output delivers high performance – without loading the PLC – because processing is done directly in the vision sensor. Another major advantage: high flexibility. Measured values or results can be addressed to any desired location on the fieldbus.

Flexible Linking with Clear Visualization

The graphic-oriented Logic Tool is based on a function plan (FBD – Function Block Diagram), enabling a clear overview even of complex functions. This makes it easy to implement and understand input and output behavior – reducing training time, since the approach is familiar from daily PLC programming tasks.

Optimally Positioned Values for the PLC

In many other software solutions, results are often written to a fixed address where they can be retrieved by the PLC. nVISION-i offers greater flexibility – it can send values to the most efficient location for the PLC, simplifying programming and increasing efficiency.

nVISION-i: The Smart Tool

Easily link tools, results, and functions with flexible visualization to solve complex applications.

The Smart Tool enables a wide range of tasks:

• Activate individual tools
• Transfer status to the next image capture
• Create and customize visualizations
• Calculate and structure partial results
• Calculate intersections
• Configure arbitrary tracking
• Define linking values
• Create reference geometries

Examples:

• Visualize code readability and quality
• Display quality defects
• Circle probing and visualization at smart camera level
• Geometric functions for precise tracking or measurement
• Completeness checks at smart camera level
• Processing of result lists

Several benefits combined
Frame light barriers from di-soric can be installed quickly and are immediately operational due to perfect alignment and the calibration of transmitter and receiver. They also detect very quickly moving objects independent of position in the entire detection range and are ideally suited for counting processes and for range detection.

No application gets left out
Due to the variety of sizes and formats, the high resolution and ultra-fast reaction time, our frame light barriers make optimal, process-reliable solutions possible - always tailored to the application and the installation space available.

Universal use possible
Both series convince with high flexibility in many application fields by static and dynamic object detection, sensor modes and IO-Link.

Sustainably durable
di-soric frame light barriers are also characterized by exceptionally stable metal housing and connectors and high protection class IP67.

FRAME LIGHT BARRIERS
OGWSD WITH IO-LINK

The robust, fast series with an activation time of 0.05 ms for conveyor technology – can be immediately installed and operational

The robust OGSWD in the frame design are range sensors that recognize objects independent of object position in the detection range. They are eminently suited for the detection of very small parts. The multifunctionality of the OGWSD series is expanded with the additional sensor modes for detection of submersing objects and for differentiation and verification of larger objects.

Frame format with removable crossbar for more flexibility in the applications

No blind zone: The mechanical recess matches the detection range

Impact protection: Extremely resistant, resilient protection of optics from damage

Position-independent object detection: Easy handling and commissioning

Dual operating concept: Via 4 potentiometers and IO-Link

Operating elements

• Sensitivity
• Static / dynamic
• NO / NC
• Switch-off delay

Activation time 0.05 ms - independent of size: Ideal for the recognition of very quickly falling objects in highly dynamic processes

Recognition of objects from Ø 0,7 mm (depending on size): Small, falling objects can be recognized process-reliably in the entire detection range of the OGWSD with the "dynamic" sensor mode, even in case of soiling

IO-Link - Ready for digitization: Sensor identification, configuration and diagnosis, remote maintenance option, quick exchange of sensor due to parameter storage in IO-Link master

4 sensor modes: new application fields for frame light barriers: In addition to the recognition of falling objects, the OGWSD is suited for feature, presence and position checks within the detection range

Connection: Connector M8, 3-pin, compatible with market standard and predecessor products

Push-pull output: pnp or npn function in one device

SIGNAL COLUMNS SBT-F FIXED COLOR

Can be used immediately – economical – efficient

The multi-segment signal columns from the SBT-F series with their fix defined colors can be used immediately, since each of the 3-5 individual segments can be triggered via its digital inputs.

The signal columns from the SBT-F series are available with 3-5 segments and optionally with a buzzer that is easily audible over long distances.

Highlights

• Good signal effect
• Low energy consumption
• Can be used immediately
• Simple installation (M30 threading)

Features

• 6 different variants (3-5 segments, with and without buzzer)
• Predefined segments with fixed colors
• 360° status display
• Highly efficient LEDs
  
  

SIGNAL COLUMNS SBT- RGB MULTICOLOR

Can be used immediately – Can be individually configured - Highly efficient

The multi-segment signal columns from the SBT-RGB series achieve their maximum flexibility through control by IO-Link, through which they offer a nearly infinite number of colors and possible representations independent of segment.

Additionally, by way of IO-Link, the individual brightness and the flashing behavior per segment can be parameterized. The signal columns from the SBT- RGB series are available with 3-5 seg-ments and optionally with a buzzer that is easily audible over far distances.

Highlights

• Strong signal effect through bright and homogeneous illumination
• Low energy consumption
• Can be used and integrated immediately
• Simple configuration, reproducibility and control via IO-Link
• Simple installation (M30 threading)

Features

• 6 different variants (3-5 segments, with and without buzzer)
• Three trigger inputs (eight predefined / user-defined color settings)
• Easy configuration of individual functions during operation via IO-Link process data:
• Virtually infinite number of possible colors
• Individual brightness levels (dimmable segments)
• Flashing patterns of individual colors
• 360° status display
• Highly efficient LEDs

Precise detection with the highest resolution

di-soric: multifunctional ring sensors optimize assembly process

The new inductive ring sensors in the IRSD series by di-soric can detect the smallest metal parts precisely and reliably. IP67 protection type industrial ring sensors are primarily used with supply tubes in wide parts within the assembly and handling technology. The sensors, which are available in eight sizes, can fit in almost any application. Users either set the multifunctional ring sensors directly on the device, via a teaching line, or remotely via an IO-Link. Furthermore, the digital interface provides the user access to the complete spectrum of digitized parameterization and diagnosis in ongoing operation.

The occasional supply of very small objects of low mass via tubes is now common practice in automated manufacturing processes. In the context of downstream working and assembly steps, parts must be detected and counted. Using optimized coil winding, the inductive ring sensors in the IRSD series by di-soric achieve above-average resolution. In the case of parts that are fed quickly, the integrated pulse stretching generates an output signal that can be easily analyzed. The effective shielding makes the robust ring sensors immune to external influences. Even in dirty environments, users can count on reliable results.

Without mutual influence, the innovative ring sensors with their switchable working frequencies, can also be installed directly next to each other. With 16 variants, 8 sizes and detection ranges between 6 mm and 50 mm, there are enough options for almost any feed application, even under narrow installation conditions. Users will find the familiar, user-friendly di-soric setting and teaching concept in the IRSD series.

Furthermore, the digital interfaces offer users a variety of process-optimizing parameterization and diagnostic options. The multifunctional ring sensors can be precisely and easily adapted to customer-specific tasks: For example, they make it possible to choose between NO/NC, static and dynamic switching principle, differential mode (push-pull), pnp and npn in a targeted manner. The autoteach/Intelliteach function enables teach-in of falling and quickly passing objects. The diagnostic function Stability, which displays when object detection is impaired by soiling, for example, is also helpful. The new inductive ring sensors in the IRSD series by di-soric offer a reliable and practical solution for almost any application case.

The Core Component of Our Machine Vision Systems

With nVISION-i, you configure and program vision sensors and ID readers directly on your PC – all the way up to creating jobs that are then loaded onto the ready-to-use devices. It includes an emulator that allows simulation of the CS-60 / CS-62 vision sensors and the ID-600 ID reader.

nVISION-i: You only pay for the tools you need.

Start with the most affordable base model of an ID reader or vision sensor and use the included standard tools for basic applications. As your application requirements grow, you always have the option to add more tools.

nVISION-i Upgrades allow you to cost-effectively upgrade your existing hardware with simple software extensions – reducing the need to replace devices.

Upgrade Licenses:

For the base version of the ID readers, the following upgrades are available: ID Pro, OCR, and Smart. For the base version of the vision sensors, all upgrades are available.

• Measurement
• ID
• ID Pro
• OCR
• Smart
• Custom

nVISION-i: Intuitive to use, with high-performance tools

Not only does it feature a clean, intuitive, and easy-to-use interface, but it also provides high-performance tools that are consistently optimized for maximum performance and top-tier quality. The pipeline visualization and the linking of individual tasks in the Logic Tool provide maximum flexibility and speed in application development.

nVISION-i: The Logic Tool

Freely linking the results of multiple tools into a comprehensive output delivers high performance – without loading the PLC – because processing is done directly in the vision sensor. Another major advantage: high flexibility. Measured values or results can be addressed to any desired location on the fieldbus.

Flexible Linking with Clear Visualization

The graphic-oriented Logic Tool is based on a function plan (FBD – Function Block Diagram), enabling a clear overview even of complex functions. This makes it easy to implement and understand input and output behavior – reducing training time, since the approach is familiar from daily PLC programming tasks.

Optimally Positioned Values for the PLC

In many other software solutions, results are often written to a fixed address where they can be retrieved by the PLC. nVISION-i offers greater flexibility – it can send values to the most efficient location for the PLC, simplifying programming and increasing efficiency.

nVISION-i: The Smart Tool

Easily link tools, results, and functions with flexible visualization to solve complex applications.

The Smart Tool enables a wide range of tasks:

• Activate individual tools
• Transfer status to the next image capture
• Create and customize visualizations
• Calculate and structure partial results
• Calculate intersections
• Configure arbitrary tracking
• Define linking values
• Create reference geometries

Examples:

• Visualize code readability and quality
• Display quality defects
• Circle probing and visualization at smart camera level
• Geometric functions for precise tracking or measurement
• Completeness checks at smart camera level
• Processing of result lists

Several benefits combined
Frame light barriers from di-soric can be installed quickly and are immediately operational due to perfect alignment and the calibration of transmitter and receiver. They also detect very quickly moving objects independent of position in the entire detection range and are ideally suited for counting processes and for range detection.

No application gets left out
Due to the variety of sizes and formats, the high resolution and ultra-fast reaction time, our frame light barriers make optimal, process-reliable solutions possible - always tailored to the application and the installation space available.

Universal use possible
Both series convince with high flexibility in many application fields by static and dynamic object detection, sensor modes and IO-Link.

Sustainably durable
di-soric frame light barriers are also characterized by exceptionally stable metal housing and connectors and high protection class IP67.

FRAME LIGHT BARRIERS
OGWSD WITH IO-LINK

The robust, fast series with an activation time of 0.05 ms for conveyor technology – can be immediately installed and operational

The robust OGSWD in the frame design are range sensors that recognize objects independent of object position in the detection range. They are eminently suited for the detection of very small parts. The multifunctionality of the OGWSD series is expanded with the additional sensor modes for detection of submersing objects and for differentiation and verification of larger objects.

Frame format with removable crossbar for more flexibility in the applications

No blind zone: The mechanical recess matches the detection range

Impact protection: Extremely resistant, resilient protection of optics from damage

Position-independent object detection: Easy handling and commissioning

Dual operating concept: Via 4 potentiometers and IO-Link

Operating elements

• Sensitivity
• Static / dynamic
• NO / NC
• Switch-off delay

Activation time 0.05 ms - independent of size: Ideal for the recognition of very quickly falling objects in highly dynamic processes

Recognition of objects from Ø 0,7 mm (depending on size): Small, falling objects can be recognized process-reliably in the entire detection range of the OGWSD with the "dynamic" sensor mode, even in case of soiling

IO-Link - Ready for digitization: Sensor identification, configuration and diagnosis, remote maintenance option, quick exchange of sensor due to parameter storage in IO-Link master

4 sensor modes: new application fields for frame light barriers: In addition to the recognition of falling objects, the OGWSD is suited for feature, presence and position checks within the detection range

Connection: Connector M8, 3-pin, compatible with market standard and predecessor products

Push-pull output: pnp or npn function in one device

SIGNAL COLUMNS SBT-F FIXED COLOR

Can be used immediately – economical – efficient

The multi-segment signal columns from the SBT-F series with their fix defined colors can be used immediately, since each of the 3-5 individual segments can be triggered via its digital inputs.

The signal columns from the SBT-F series are available with 3-5 segments and optionally with a buzzer that is easily audible over long distances.

Highlights

• Good signal effect
• Low energy consumption
• Can be used immediately
• Simple installation (M30 threading)

Features

• 6 different variants (3-5 segments, with and without buzzer)
• Predefined segments with fixed colors
• 360° status display
• Highly efficient LEDs
  
  

SIGNAL COLUMNS SBT- RGB MULTICOLOR

Can be used immediately – Can be individually configured - Highly efficient

The multi-segment signal columns from the SBT-RGB series achieve their maximum flexibility through control by IO-Link, through which they offer a nearly infinite number of colors and possible representations independent of segment.

Additionally, by way of IO-Link, the individual brightness and the flashing behavior per segment can be parameterized. The signal columns from the SBT- RGB series are available with 3-5 seg-ments and optionally with a buzzer that is easily audible over far distances.

Highlights

• Strong signal effect through bright and homogeneous illumination
• Low energy consumption
• Can be used and integrated immediately
• Simple configuration, reproducibility and control via IO-Link
• Simple installation (M30 threading)

Features

• 6 different variants (3-5 segments, with and without buzzer)
• Three trigger inputs (eight predefined / user-defined color settings)
• Easy configuration of individual functions during operation via IO-Link process data:
• Virtually infinite number of possible colors
• Individual brightness levels (dimmable segments)
• Flashing patterns of individual colors
• 360° status display
• Highly efficient LEDs