BAUMER Through Beam Sensors FSDK 10D9601/S35A

Description

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The Baumer FSDK 10D9601/S35A is a through-beam sensor that is part of Baumer’s line of photoelectric sensors. This type of sensor uses a separate emitter and receiver to detect objects when the beam between them is interrupted. Below are the key parameters and features of the sensor:

Key Parameters:

• Model: FSDK 10D9601/S35A
• Sensor Type: Through-beam sensor (separate emitter and receiver)
• Sensing Range: 10 meters
• Light Source: Infrared LED
• Operating Voltage: 10 to 30 V DC
• Output Type: PNP, normally closed (NC)
• Switching Frequency: 1000 Hz (suitable for fast-moving objects)
• Housing Material: Plastic (PBT)
• Connection Type: M12 4-pin connector
• Response Time: ≤ 0.5 ms
• Operating Temperature Range: -25°C to +55°C
• Protection Class: IP67 (dust-tight and protected against immersion up to 1 meter)
• Mounting Type: S35A standard housing for easy mounting
• Current Consumption: ≤ 20 mA
• Max Load Current: 100 mA

Features:

• Through-Beam Operation: A separate emitter and receiver ensure reliable detection of objects passing through the beam, even at distances up to 10 meters.
• Fast Switching Frequency: Ideal for detecting fast-moving objects in industrial processes.
• High Protection Class (IP67): Designed to operate reliably in harsh industrial environments, including dust and moisture.
• Compact Design: The S35A standard housing allows for easy integration into various systems.
• PNP Output (Normally Closed): Provides a positive switching output when the beam is interrupted.
• Long Sensing Range: With a 10-meter range, it is suitable for detecting objects over longer distances compared to standard photoelectric sensors.

Applications:

The Baumer FSDK 10D9601/S35A is typically used in:

• Conveyor Systems: Detecting objects as they pass through on a conveyor, for sorting, counting, or positioning.
• Automated Assembly Lines: Monitoring the presence or absence of parts in automated processes.
• Packaging Machinery: Ensuring that products are correctly placed or counted during the packaging process.
• Material Handling: Detection of items in material handling systems to trigger actions like stopping a conveyor or starting a machine.