Introduction to di-soric:Di-soric is a company with over 35 years of experience in producing sensors for industrial automation, used in industries like automotive, electronics, pharmaceuticals, and packaging. They offer vision sensors,
LED lighting, and safety products. Di-soric Solutions GmbH & Co. KG focuses on image processing and identification solutions.
Company Facts:- 100% owner-managed
- Headquarters in Urbach, Germany
- Technology and production center in Lüdenscheid, Germany
- Presence in over 40 countries
- Certifications: IQNet, DQS - ISO 9001:2015, UL, RoHS, GS1
Product Offerings:Includes a wide range of sensors and lighting solutions for automation tasks, such as laser fork light barriers, angled light barriers, frame and ring light barriers, fiber-optic sensors, light grids, and color sensors.
Technical Specifications:Details on service voltage, protection type, housing design, and switching frequency. For example, through-beam sensors offer high resolution and operating distances up to 20 meters.
Product Selection and Support:Di-soric provides a product finder tool and emphasizes solution-oriented consultation and technical expertise.
Conclusion:Di-soric is committed to providing practical solutions for industrial automation, ensuring precision and cost-effectiveness.
Laser Distance Sensors Overview:- LAT 51 Series: Red-light laser, 50 to 500 mm distance, laser triangulation, switching and analog outputs, remote teach option, metal housing.
- LAT 61 Series: High resolution, laser triangulation, integrated display, multiple outputs, plastic housing.
- LHT 9-45 Series: Red-light laser, up to 10 m distance, laser time-of-flight, parameterizable outputs, metal housing.
Technical Specifications:All models operate at +20 °C, 24 V DC, with varying emitted light types and protection classes.
High-Performance Light Barriers:Designed for high switching accuracy and dirt resistance, operating over distances up to 50 m, available with stainless steel housing and switchable heating elements.
Fork Light Barriers:Adjustable sensitivity, high switching frequency, robust housing, available with IO-Link for configuration, suitable for dynamic tasks requiring high precision.
Overview: The document provides detailed technical specifications and descriptions of various types of light barriers and sensors, including fork light barriers, laser fork light barriers, angled light barriers, and frame and ring light barriers. These devices are used for detecting, monitoring, and controlling the flow of small parts in industrial settings.
Fork Light Barriers: - Standard Version: Resolution of 0.5 mm, voltage drop of 2.5 V, switching frequency of 1,000 Hz, made from aluminum.
- Teach Function: Sensitivity adjustment via teach button, switching frequency of 3,000 Hz.
- Adjustable on the Front Side: Front-side sensitivity adjustment, resolution of 0.5 mm, switching frequency of 4,000 Hz.
Laser Fork Light Barriers: - Standard Version: High resolution (50 µm) and high switching frequency.
- High-Resolution Version: Higher resolution (50 µm) and reproducibility (10 µm).
Angled Light Barriers: - Standard Version: High switching frequency and adjustable sensitivity.
- With IO-Link: Enhanced functionality with IO-Link interface.
- With Power Electronics: Increased transmitting power and contamination indicator.
Frame and Ring Light Barriers: - Frame Light Barriers: Detecting and counting small parts, adjustable pulse stretching.
- Ring Light Barriers: Resolution of 1.5 mm, suitable for monitoring ejection/removal of workpieces.
Technical Specifications: - Service voltage of 10 to 35 V DC, IP 67 rating.
- Switching outputs typically pnp, with NO/NC switchable options.
- Ambient temperature range of -10 to 60 °C.
Additional Features: - High ambient light immunity, robust metal housing, optional air nozzles.
- 5-year warranty, emphasizing reliability and durability.
Overview: The document provides detailed technical specifications and descriptions of various fiber-optic sensors and light grid systems used for object detection and monitoring. It includes information on plastic and glass fiber-optic cables, through-beam sensors, and light grids, highlighting their features, specifications, and applications.
Plastic Fiber-Optic Cables: Used in through-beam sensors, characterized by low installation depth, 90° deflection, and large operating distances.
Glass Fiber-Optic Sensors: Suitable for confined spaces, high mechanical durability, wide temperature range, with amplifiers featuring auto-teach and manual teach functions.
Technical Specifications: Detailed technical data for glass fiber-optic sensors and amplifiers, including housing materials, temperature resistance, switching outputs, and protection types.
Light Grids: Consist of a transmitter and receiver array, used for monitoring control areas with multiple infrared light beams.
Key Features and Applications: Emphasizes beam separation, monitoring heights, and the ability to hide failed or manipulated light beams.
Specifications:
- Ambient temperature: 0 to +40 °C
- Service voltage: 20 to 26 V DC
- Protection type: IP 00, IP 65 with optional housing
- Switching capacity: 250 mA
- Protection class: III, operation on protective low voltage
- EMC directives: EN 61000-6-1: 2001, EN 61000-6-3: 2001
- Housing material: Plastic
Light Grid Systems:
- Configurable parameters for beam evaluation
- Cycle time per light beam: 0.05 ms
- RS232 interface for configurable functions
- Expansion modules available for various interfaces
- Evaluation electronics mounted on a standard top-hat rail
Color Sensors:
- Perceptive method based on colorimetric spaces L*a*b and L*u*v
- Differentiation of small color shades (∆E <1)
- Up to 350 channels with adjustable color tolerance
- High ambient light immunity and reflection compensation
- Exportable measured values for computer applications
- Lighting with aging-compensated white-light LED
Fiber-Optic Cables and Focus Optics:
- High temperature resistance and robust design
- Focus optics for small measuring spot diameters
- Operating range: 10 to 300 mm
Inductive Ring and Wire-Break Sensors:
- Available with static or dynamic evaluation
- High detection sensitivity for metal parts
- Various fastening options and accessories
- Static sensors: Quick commissioning, no setting elements
- Dynamic sensors: High resolution, insensitive to dirt
Wire-break Sensors: Designed for high-resolution detection of wire breaks, with static and dynamic versions.
Inductive Tube Sensors: High detection sensitivity for metal parts, compact design, automatic blanking of metalliferous contaminations.
Label Sensors: Designed for precise label detection and positioning, supporting IO-Link communication.
Inductive Proximity Switches: Available in cylindrical, helical, and rectangular designs, with high-temperature and pressure-resistant versions.
Inductive Proximity Switches Overview:
Designed for various applications, offering different housing designs, sizes, and switching distances.
Specifications:
- Housing Design and Material: Brass nickel-plated and V2A materials.
- Switching Distance: 2.0 mm to 40.0 mm, flush and non-flush installations.
- Switching Output: PNP and NPN configurations, NO and NC states.
- Current Rating: 200 mA or 400 mA.
- Cable Length: Standard 2.0 meters, optional plug connectors.
Product Variants:
- Helical Design: Increased switching distances, robust construction.
- Cylindrical Design: Compact and versatile.
- Rectangular Design: Larger sensing area.
Key Features:
- Increased Switching Distance: Up to three times the standard.
- Protection Ratings: IP67, IP68, and IP69K.
- Pressure Resistance: Up to 100 bar.
Applications:
Used in automation, manufacturing, and process control.
For more detailed information, visit www.di-soric.com.
Overview: The document provides detailed specifications and descriptions of various inductive proximity switches, focusing on their design, functionality, and technical parameters.
Specifications: Categorized based on housing design, size, switching distance, and output type.
Types of Switches: - Helical Design: Models like M12, M18, and M30.
- Rectangular Design: Models like 8x8x50.
- High-Temperature Resistant: Withstand temperatures up to 230°C.
- Low-Temperature Resistant: Operate in environments as low as -55°C.
- High-Pressure Resistant: Withstand pressures up to 500 bar.
Technical Data: Typical data at +20°C and 24 V DC.
Applications: Used for non-contact detection of metallic targets.
Conclusion: Comprehensive guide for selecting the appropriate inductive proximity switch.
Overview: The document provides detailed technical specifications and descriptions of various lighting and sensor products designed for industrial applications.
Flash Controllers and Lights: Enhances LED light intensity, beneficial for high light intensity and short exposure times.
Barlights and Area Lights: Used for high-intensity background illumination and contour inspection.
Ringlights: Provide uniform and high-intensity illumination.
Vision Sensors: Compact and powerful tool for various industrial verification tasks.
Multi-functional Control Panel: For visualization and management of image and evaluation data.
Technical Specifications: Detailed technical data for each product.
Specifications: Various safety systems and components, including static PNP safety outputs, master/slave models, and models with IP 69K and heated protective housing.
Safety Light Curtains/Grids: Solutions for machine safety with a variety of functions and sizes.
Safety and Interface Relay: Includes integrated muting functions and additional safety features.
Safety-Related Accessories: Connection cables, installation systems, deflection mirrors, vibration dampers, and laser alignment devices.
Risk Assessment: Risk graph for performance level requirements.
Standards and Directives: Comply with various international standards and directives.
Technical Data: Profile cross-section of 28 x 30 mm, PNP safety outputs, LED displays, and self-diagnostics.
Overview: The document provides detailed specifications and operational guidelines for
safety light curtains and grids.
Specifications: - Type 4 safety devices, suitable for high-risk applications.
- Operating distances up to 20 meters.
- Protection types include hand and body protection.
- Response times range from 2.5 ms to 15.5 ms.
Technical Features: - Integrated safety functions available in certain models.
- Master/slave configurations for series connections.
- Safety outputs are PNP type.
- Self-diagnostic LED displays.
Installation and Connectivity: - Connection cables up to 100 meters for master connections.
- All electrical connections utilize M12 connectors.
- Mounting options include rear-side T-shaped slots.
Safety and Compliance: - Comply with IEC/TS 61496-2, IEC 61508, IEC 62061, and ISO 13849-1 standards.
- Protection types include IP 65 and IP 67.
Additional Features: - Master/slave models support up to three light curtains/grids in series.
- Feedback input for external relay monitoring (EDM).
Conclusion: The document outlines the capabilities and configurations of safety light curtains and grids.
Overview: The document provides detailed technical specifications and descriptions of the MODSI modular safety system and its components.
Specifications: - Safety Relay Outputs: NO (2x) + NC (1x), 2 A, 250 V AC
- Reaction Time: < 20 ms
- Service Voltage: 19.2 to 28.8 V DC
- Ambient Temperature: 0 to +55 °C
- Protection Type: IP 20 for housing, IP 2X for terminal strip
- Mounting: Top-hat rail in accordance with EN 50022-35 standard
- Dimensions: 101 x 35 x 120 mm
Safety Technology: Certified for maximum safety levels (SIL 3, SILCL 3, PL e, Cat. 4), modular and configurable.
Main Features: Compact design, compatible with common safety sensors, data transmission over fieldbus systems.
Expansion Modules: Available for bus diagnostics, data transmission, and safety speed monitoring.
Accessories: Connection cables, standard and adjustable brackets, vibration dampers, and mounting columns with deflection mirrors.
Conclusion: The MODSI modular safety system offers a versatile and flexible solution for industrial safety applications.
Specifications and Features:
1. Optical power reduction factor of 15% for each mirror.
2. Built-in spherical spirit level for correct vertical positioning.
3. Steel anchor bolts included for base installation.
4. Adjustable steel bases ensure optimal mounting of columns.
5. Deflection mirrors available with heights from 250 to 1900 mm.
6. Laser alignment device for quick and reliable optical alignment.
7. Test rods available for light curtains with resolutions from 14 mm to 50 mm.
8. Safety screens made of polycarbonate protect light curtains/grids from damage.
Mounting Columns:
1. Various models available for light curtains/grids and deflection mirrors.
2. Dimensions and product descriptions provided for each model.
3. Steel bases can be adjusted precisely with steel springs for fine adjustment.
Accessories:
1. Sensor tester for pnp, npn, and push-pull sensors with visual and audible signals.
2. Connection cables and adapter plugs for M8 and M12 connectors.
3. Counter modules with reset function and LCD display for easy mounting.
4. Logic distributors available in double and quadruple configurations.
Recommendations and Best Practices:
1. Ensure mirrors are positioned to maintain safety distance to hazard zones.
2. Use laser alignment device for aligning light curtains/grids over long distances.
3. Regularly test light curtains with test rods to ensure no beam diversion.
4. Replace safety screens promptly if damaged to maintain protection.
Additional Information:
1. For more models and detailed specifications, visit the di-soric website.
2. Various accessories available to optimize sensor and lighting products for different applications.
Product Overview:
The document provides detailed specifications and descriptions of various logic distributors, function adapters, and accessories for sensors and light barriers.
Technical Specifications:
- Service voltage: 10 to 35 V DC
- Current-carrying capacity: 200 mA, short-circuit proof
- No-load current: 20 mA
- Ambient temperature: -20 to +70 °C
- Protection type: IP 67
- Protection class: III
Connection and Functionality: Connection diagrams for various configurations, highlighting the use of M8 and M12 connectors.
Accessories: Air nozzles for light barriers, terminal blocks for fiber-optic cables, and various mounting and fastening options.
IO-Link Technology: Provides a standardized communication interface for sensors and actuators.
Additional Information: System holders and mounting options for various sensor and lighting configurations.