MULTISPAN COLOR MARK SENSOR

The Multispan Color Mark Sensor 5X is typically used for detecting color marks on packaging materials, enabling precise control in printing and packaging applications. Here are some key features and specifications:

Key Features

- Color Detection Capable of detecting various colors, making it suitable for diverse applications.

- High Sensitivity Designed to work with minimal contrast between the mark and background.

- Adjustable Settings Often features adjustable sensitivity and detection thresholds for tailored performance.

- Compact Design Usually designed for easy integration into production lines or machinery.

Applications

- Printing Industry Used for color registration in printing processes.

- Packaging Ideal for detecting color-coded labels or marks on packaging materials.

- Automated Systems Commonly integrated into conveyor systems for quality control and sorting.

Specifications (Typical)

- Operating Voltage Usually operates within a specified range (e.g., 12-24V DC).

- Output Type May have digital or analog output options depending on the model.

- Response Time Fast response for real-time monitoring and adjustments.

If you need specific details like wiring diagrams or configuration instructions, just let me know!

The Multispan CMS 01X Color Mark Sensor is designed for precise detection of color marks in various industrial applications, particularly in printing and packaging. Here are some key details about the CMS 01X:

Key Features

- Color Detection Capable of detecting a wide range of colors, allowing for flexibility in applications.

- High Precision Ensures accurate detection of marks even with minimal contrast against the background.

- Adjustable Sensitivity Users can adjust the sensitivity settings to suit specific production requirements.

- Compact Design Easy to integrate into existing machinery and production lines.

Applications

- Printing and Packaging Commonly used for registration in printing processes and for detecting color-coded labels on packaging.

- Automated Quality Control Helps ensure that products meet quality standards by detecting misprints or incorrect labels.

- Sorting Systems Can be integrated into conveyor systems for sorting products based on color marks.

Specifications (Typical)

- Operating Voltage Usually operates at 12-24V DC.

- Output Type Typically features digital output for easy integration with control systems.

- Response Time Fast enough to handle high-speed production lines.

If you need specific operational instructions, wiring diagrams, or troubleshooting tips, feel free to ask!

The BRQM100-DDTA refers to a cylindrical photoelectric sensor, which is likely part of a series of sensors designed to detect the presence or absence of objects, measure distance, or identify specific characteristics of objects in various industrial applications.

To give you a more detailed understanding:

Key Features of Cylindrical Photoelectric Sensors (like the BRQM100-DDTA):

1. Cylindrical Form Factor These sensors typically have a cylindrical shape, making them easy to mount in tight spaces or integrate into machinery. The cylindrical body often means they can be used in environments where space or mounting options are limited.

2. Photoelectric Detection The sensor works by emitting light (usually infrared) from a transmitter and then detecting the light reflected by the object. The presence or absence of the reflected light signals whether an object is in the detection zone.

3. Detection Type

   - Through-beam The sensor has a separate transmitter and receiver. The presence of an object is detected when the beam is interrupted.

   - Retroreflective The sensor uses a reflector to send the light back to the receiver, and object detection occurs when the light is interrupted or changes in intensity.

   - Diffuse The sensor detects the light that is reflected from an object without the need for a separate reflector.

4. Output Types 

   - NPN/PNP The output can be either NPN (sinking) or PNP (sourcing), which determines how the sensor connects with the control system.

   - Analog Output Some photoelectric sensors may offer an analog output proportional to the distance or intensity of the detected object.

5. Application Areas

   - Automated Systems Used in assembly lines, packaging, and robotics for object detection.

   - Safety Can be employed in safety systems to detect personnel or equipment.

   - Sorting & Counting Used in sorting systems to identify or count objects moving along a conveyor belt.

6. Environmental Considerations

   - Operating Range Photoelectric sensors have different operating ranges, and some are suitable for very long distances (e.g., 10 meters or more).

   - IP Rating The sensor™s enclosure might be rated for protection against dust, water, or harsh industrial environments (e.g., IP65, IP67).

   - Temperature Range Suitable for various temperatures, ensuring reliable performance in industrial settings.

Specific Model: BRQM100-DDTA

Unfortunately, I don™t have the exact datasheet for the BRQM100-DDTA model on hand, but based on its name and typical features, this sensor would fall under the category of photoelectric sensors with cylindrical bodies used for detecting objects in industrial or automation applications.

If you're looking for precise specifications (detection range, power supply, output type, etc.), I would recommend checking the manufacturer™s datasheet or contacting the manufacturer directly. Most sensors of this type will have a range of around 5-20 meters and support different output configurations depending on the model.

Do you need further details on applications or installation tips for these sensors? Or perhaps some help finding a datasheet?

The PRD12-8DP is a long-distance cylindrical inductive proximity sensor, typically used for detecting the presence or absence of metallic objects within its sensing range. These types of sensors are commonly used in industrial automation, robotics, manufacturing, and other applications where non-contact sensing of metal objects is required.

Key Features:

1. Inductive Sensing The sensor detects metal objects through electromagnetic induction, without physical contact. It works by emitting a magnetic field that is interrupted when a metallic object enters its sensing range.

2. Cylindrical Shape This particular model has a cylindrical form factor, making it easy to integrate into machinery or installations with limited space. The cylindrical shape is typical of inductive sensors for easy mounting and alignment.

3. Long-Distance Detection The PRD12-8DP is designed for long-distance sensing, meaning it can detect objects at relatively longer ranges compared to standard inductive sensors. This is ideal for applications where objects are farther away or where a higher detection range is necessary.

4. Sensing Range Depending on the manufacturer™s specifications, the typical range for such sensors can vary. It™s important to refer to the specific datasheet for the precise detection range, but these sensors generally have ranges from a few millimeters to several centimeters, with "long-distance" referring to ranges on the higher end of that spectrum.

5. Durability Inductive sensors like the PRD12-8DP are usually designed to withstand harsh environments, such as high temperatures, vibrations, dust, and moisture, making them reliable for industrial settings.

6. Output Type Inductive proximity sensors typically offer either a digital (binary) output ” normally open (NO) or normally closed (NC). This will trigger an output signal (e.g., a switch) when a metallic object is detected within the sensing range.

7. Housing Material The cylindrical housing is often made from materials like stainless steel or plastic, chosen for their strength and resistance to corrosion in industrial environments.

8. Power Supply These sensors typically operate on a DC voltage (12V to 24V is common), but specifics can vary by model and manufacturer.

Typical Applications:

- Automated assembly lines Used for detecting the presence or absence of parts on conveyor belts or during assembly.

- Robotics Helping robots detect obstacles or locate specific parts in a system.

- Packaging machines Detecting metal objects, such as cans or bottles, on production lines.

- Material handling systems Ensuring accurate placement and handling of materials in machines.

Example Features Specific to PRD12-8DP (based on typical models):

- Diameter 12 mm (cylindrical form).

- Sensing Range Approximately 8 mm or more (dependent on the precise configuration of the sensor).

- Housing Stainless steel housing for durability.

- Protection Ratings Usually rated for IP67 or similar standards, ensuring resistance to dust and water ingress.

If you need detailed specifications or the exact datasheet for the PRD12-8DP, I'd recommend referring to the manufacturer's catalog or product documentation, as it would provide precise details on voltage ratings, output configurations, and other operational parameters.