Slot Sensor

Slot sensor detects any object that passes between the slots. It consists of IR LED Transmitter and Receiver. Slot sensors slot width varies from 5mm to 25mm. Slot sensors are Digital DC sensors, available in PNP & NPN Type Output. They are widely used in automation and control systems across various industries.

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Our Range of Slot Sensor Collection

We offer EESX Series Slot Sensors by OMRON which has models like EE-SX670, EE-SX671, EE-SX672, EE-SX673, EE-SX674 & Wired Type Slot Sensors. Also we provide DOLPHIN Slot sensors which are available in 25mm Slot sensors with PNP & NPN Output.

Shop for Different Range of slot Sensors

EE-SX670, EE-SX671, EE-SX672, EE-SX673, EE-SX674

Shop for High Quality Omron Slot Sensor

Omron slot sensors are highly regarded in the market due to their accuracy, reliability, versatility, compact design, ease of setup and adjustment, durability, and cost-effectiveness. These sensors offer precise object detection, making them suitable for a wide range of applications. They are versatile, compact, and can be easily installed in tight spaces. Additionally, they are user-friendly, built to withstand harsh conditions, and competitively priced, providing long-term cost savings. Overall, these features contribute to the popularity and effectiveness of Omron slot sensors.

Key Features and Benefits

For Fast Switching Application: Any fast moving object that passes between the normal sensor, sensor often misses to give output. But slot sensors is preferred at fast switching applications.

Non-contact Sensing: Slot sensors provide non-contact object detection, eliminating the need for physical contact with the objects being detected. This reduces the risk of damage or contamination of the objects and allows for high-speed detection in fast-moving processes.

High Precision and Accuracy: Slot sensors offer precise detection capabilities, allowing for accurate positioning, alignment, and tracking of objects. They can detect even small objects or variations in object presence with high accuracy.

Importance of Slot Sensors in Automation

Object Detection and Presence Sensing: Slot sensors play a crucial role in detecting the presence or absence of objects in automation processes. By accurately sensing when objects enter or leave a specific slot or gap, they enable automation systems to initiate appropriate actions or triggers, such as stopping or starting machinery, activating robotic arms, or initiating material handling processes.

Process Control and Optimization: Slot sensors contribute to process control and optimization by providing real-time feedback on the presence or absence of objects. This information can be utilized to optimize production cycles, prevent errors or jams in machinery, and ensure smooth operation of automated processes.

Positioning and Alignment: Slot sensors aid in precise positioning and alignment of objects on assembly lines or conveyor systems. They can detect the exact location of objects and facilitate accurate placement, orientation, and alignment, which is critical in industries such as electronics, automotive, and packaging.

Applications of Slot Sensors

Slot sensors is Used at Conveyor belts to detect presence and absence of Objects that are moving along with the conveyor belt. It Is also used in Positioning and aligning application allowing precise control of printing, labelling and cutting operations.

Conveyor Systems: Slot sensors are extensively used in conveyor systems for object detection, presence sensing, and tracking. They ensure proper spacing between objects, detect jams or blockages, and enable precise sorting and routing of materials.

Packaging and Labelling: Slot sensors play a vital role in packaging and labelling machines. They are used to detect the presence of packages or products, ensure accurate placement of labels or packaging materials, and trigger automated packaging or labelling processes.

What to consider before buying Slot Sensors?

Sensing Range: Determine the required sensing range for your application. Consider the distance between the emitter and receiver that best suits your needs. Different slot sensors have varying sensing ranges, so choose one that can accurately detect objects within your desired range.

Sensing Method: Decide on the appropriate sensing method based on your application requirements. Through-beam sensors provide the longest range but require separate emitter and receiver units. Retro-reflective sensors are suitable when space is limited, while diffuse reflective sensors integrate both emitter and receiver into a single unit.

Object Characteristics: Consider the physical characteristics of the objects you need to detect. Factors such as size, shape, color, and transparency can affect the performance of slot sensors. Ensure that the sensor you choose is capable of reliably detecting your specific objects.

Environmental Conditions: Assess the environmental conditions in which the slot sensors will operate. Consider factors such as temperature extremes, humidity, dust!

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