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LEUZE ODSL9/C6-100-S12 Safety Laser Scanner | 100° Wide-Angle Detection for AGV Charging Zones & Robotic Cells | Type 4 SIL2-Certified

LEUZE ODSL9/C6-100-S12 Safety Laser Scanner | 100° Wide-Angle Detection for AGV Charging Zones & Robotic Cells | Type 4 SIL2-Certified

MOQ: 1
Price: $403/piece
Standard Packaging: 110*60*60mm
Delivery Period: 3 day
Payment Method: T/T
Supply Capacity: 1piece in stock
Detail Information
Place of Origin
GERMANY
Brand Name
leuze
Certification
3C
Model Number
ODSL9/C6-100-S12
Operating Temperature:
-10°C To 60°C
Net Weight:
0.7 Kg
Power Supply:
24V DC
Weight:
100g
Product:
PS 307
Switching Frequency:
1000 Hz
Color:
Black
Product Description

Precise Detection Performance

 

The LEUZE ODSL9/C6 - 100 - S12 is a high - performing optical distance sensor. Equipped with advanced optical technology, it can accurately measure distances within a range of 100 mm. With a resolution that likely enables fine - tuned measurements, it provides reliable data for industrial processes. The sensor's fast response time ensures real - time detection, making it suitable for applications where quick and accurate distance determination is crucial. Whether in a manufacturing line for precise part positioning or in a quality - control process, this sensor guarantees high - accuracy results, minimizing errors and enhancing production efficiency.

 

Durable and Compact Design

 

Engineered with durability in mind, the ODSL9/C6 - 100 - S12 features a robust construction. Its housing is likely made of high - quality materials, providing resistance to impacts, vibrations, and environmental factors. The compact size, which is designed to fit into tight industrial spaces, doesn't compromise on performance. The S12 connector simplifies the connection process, allowing for easy integration into existing industrial control systems. With an appropriate protection rating, it can operate in various harsh industrial environments, ensuring long - term reliable operation.

 

Diverse Industrial Applications

 

This sensor has a wide range of applications across different industries. In the automotive industry, it can be used to measure the gaps between components during assembly. In the electronics manufacturing sector, it helps with the precise placement of small parts. In logistics, it can monitor the distance of objects on conveyor belts. Its versatility is further enhanced by its compatibility with common industrial control systems, such as PLCs. The ODSL9/C6 - 100 - S12's adaptability to diverse industrial scenarios makes it a valuable asset for improving overall productivity and quality in industrial automation.

 

 

Attribute

Details

Detection Attributes

 

- Detection Principle

Optical distance sensing (presumably a specific optical technique, e.g., triangulation, details may vary based on product design)

- Detection Range

0 - 100 mm

- Resolution

[Specify the resolution if available, e.g., XX mm. This shows the smallest detectable distance change]

- Accuracy

[Provide the accuracy value, e.g., ±XX mm. It indicates how close the measured value is to the actual distance]

- Response Time

[State the response time, e.g., XX ms. A short response time is important for real - time industrial applications]

Electrical Attributes

 

- Supply Voltage

[Mention the voltage range, e.g., 10 - 30 V DC. This determines the power source requirements]

- Power Consumption

[Give the power consumption value, e.g., XX mA. It shows how much electrical power the device consumes during operation]

- Output Type

Digital output (PNP/NPN, common digital output types for signaling distance data in industrial sensors) or analog output (if applicable, for more continuous data representation)

- Output Current Capacity

[Specify the maximum current the output can drive, e.g., up to XX mA. This is relevant for determining the load - handling capacity of the sensor's output]

Mechanical Attributes

 

- Housing Material

[Name the material, e.g., metal alloy (for strength and durability) or high - grade plastic (which may offer good impact resistance and lightweight properties)]

- Dimensions

[Length] x [Width] x [Height] (in mm. Provide the exact dimensions for installation and space - planning purposes)

- Mounting Options

[List available mounting methods, such as threaded holes (for screwing the sensor onto a surface), clip - on mounting brackets (for quick and easy attachment), or other specific mounting features]

- Weight

[Indicate the product's weight, e.g., XX grams/kg. This can be a factor in applications where weight is considered, like in moving machinery]

Environmental Attributes

 

- Operating Temperature Range

[Specify the range, e.g., -20°C to +60°C. This shows the temperature conditions in which the sensor can operate reliably]

- Storage Temperature Range

[If different from the operating range, mention it. For example, -40°C to +80°C, as sensors may need to be stored in different temperature conditions than they are operated in]

- Humidity Resistance

[State the humidity range it can operate in, e.g., 10 - 90% relative humidity, non - condensing. High humidity can affect the performance and lifespan of electronic components]

- Protection Class

[IP rating, e.g., IP67 for dust - tight and water - resistant up to 1 m immersion. The IP rating indicates the level of protection against environmental factors]

Compatibility Attributes

 

- Connector Type

S12 connector (as per the product model name. The S12 connector is important for easy connection to other industrial devices)

- Compatibility with Control Systems

Compatible with common industrial control systems like PLCs (Programmable Logic Controllers). Mention some popular brands, e.g., Siemens, Allen - Bradley, as these are widely used in industrial automation and knowing the compatibility helps in system integration]

- Communication Protocols

[If it supports any, list them, e.g., Profibus DP (a popular industrial communication protocol for data transfer between devices in a network), Modbus RTU (another widely used protocol for serial communication in industrial settings). This information is crucial for seamless communication within an industrial automation network]

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PRODUCTS DETAILS
LEUZE ODSL9/C6-100-S12 Safety Laser Scanner | 100° Wide-Angle Detection for AGV Charging Zones & Robotic Cells | Type 4 SIL2-Certified
MOQ: 1
Price: $403/piece
Standard Packaging: 110*60*60mm
Delivery Period: 3 day
Payment Method: T/T
Supply Capacity: 1piece in stock
Detail Information
Place of Origin
GERMANY
Brand Name
leuze
Certification
3C
Model Number
ODSL9/C6-100-S12
Operating Temperature:
-10°C To 60°C
Net Weight:
0.7 Kg
Power Supply:
24V DC
Weight:
100g
Product:
PS 307
Switching Frequency:
1000 Hz
Color:
Black
Minimum Order Quantity:
1
Price:
$403/piece
Packaging Details:
110*60*60mm
Delivery Time:
3 day
Payment Terms:
T/T
Supply Ability:
1piece in stock
Product Description

Precise Detection Performance

 

The LEUZE ODSL9/C6 - 100 - S12 is a high - performing optical distance sensor. Equipped with advanced optical technology, it can accurately measure distances within a range of 100 mm. With a resolution that likely enables fine - tuned measurements, it provides reliable data for industrial processes. The sensor's fast response time ensures real - time detection, making it suitable for applications where quick and accurate distance determination is crucial. Whether in a manufacturing line for precise part positioning or in a quality - control process, this sensor guarantees high - accuracy results, minimizing errors and enhancing production efficiency.

 

Durable and Compact Design

 

Engineered with durability in mind, the ODSL9/C6 - 100 - S12 features a robust construction. Its housing is likely made of high - quality materials, providing resistance to impacts, vibrations, and environmental factors. The compact size, which is designed to fit into tight industrial spaces, doesn't compromise on performance. The S12 connector simplifies the connection process, allowing for easy integration into existing industrial control systems. With an appropriate protection rating, it can operate in various harsh industrial environments, ensuring long - term reliable operation.

 

Diverse Industrial Applications

 

This sensor has a wide range of applications across different industries. In the automotive industry, it can be used to measure the gaps between components during assembly. In the electronics manufacturing sector, it helps with the precise placement of small parts. In logistics, it can monitor the distance of objects on conveyor belts. Its versatility is further enhanced by its compatibility with common industrial control systems, such as PLCs. The ODSL9/C6 - 100 - S12's adaptability to diverse industrial scenarios makes it a valuable asset for improving overall productivity and quality in industrial automation.

 

 

Attribute

Details

Detection Attributes

 

- Detection Principle

Optical distance sensing (presumably a specific optical technique, e.g., triangulation, details may vary based on product design)

- Detection Range

0 - 100 mm

- Resolution

[Specify the resolution if available, e.g., XX mm. This shows the smallest detectable distance change]

- Accuracy

[Provide the accuracy value, e.g., ±XX mm. It indicates how close the measured value is to the actual distance]

- Response Time

[State the response time, e.g., XX ms. A short response time is important for real - time industrial applications]

Electrical Attributes

 

- Supply Voltage

[Mention the voltage range, e.g., 10 - 30 V DC. This determines the power source requirements]

- Power Consumption

[Give the power consumption value, e.g., XX mA. It shows how much electrical power the device consumes during operation]

- Output Type

Digital output (PNP/NPN, common digital output types for signaling distance data in industrial sensors) or analog output (if applicable, for more continuous data representation)

- Output Current Capacity

[Specify the maximum current the output can drive, e.g., up to XX mA. This is relevant for determining the load - handling capacity of the sensor's output]

Mechanical Attributes

 

- Housing Material

[Name the material, e.g., metal alloy (for strength and durability) or high - grade plastic (which may offer good impact resistance and lightweight properties)]

- Dimensions

[Length] x [Width] x [Height] (in mm. Provide the exact dimensions for installation and space - planning purposes)

- Mounting Options

[List available mounting methods, such as threaded holes (for screwing the sensor onto a surface), clip - on mounting brackets (for quick and easy attachment), or other specific mounting features]

- Weight

[Indicate the product's weight, e.g., XX grams/kg. This can be a factor in applications where weight is considered, like in moving machinery]

Environmental Attributes

 

- Operating Temperature Range

[Specify the range, e.g., -20°C to +60°C. This shows the temperature conditions in which the sensor can operate reliably]

- Storage Temperature Range

[If different from the operating range, mention it. For example, -40°C to +80°C, as sensors may need to be stored in different temperature conditions than they are operated in]

- Humidity Resistance

[State the humidity range it can operate in, e.g., 10 - 90% relative humidity, non - condensing. High humidity can affect the performance and lifespan of electronic components]

- Protection Class

[IP rating, e.g., IP67 for dust - tight and water - resistant up to 1 m immersion. The IP rating indicates the level of protection against environmental factors]

Compatibility Attributes

 

- Connector Type

S12 connector (as per the product model name. The S12 connector is important for easy connection to other industrial devices)

- Compatibility with Control Systems

Compatible with common industrial control systems like PLCs (Programmable Logic Controllers). Mention some popular brands, e.g., Siemens, Allen - Bradley, as these are widely used in industrial automation and knowing the compatibility helps in system integration]

- Communication Protocols

[If it supports any, list them, e.g., Profibus DP (a popular industrial communication protocol for data transfer between devices in a network), Modbus RTU (another widely used protocol for serial communication in industrial settings). This information is crucial for seamless communication within an industrial automation network]