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WLL260-F240

The SICK WLL260-F240 is a high-performance fiber optic photoelectric sensor designed for precise detection in space-constrained or challenging environments. Utilizing fiber optic cables for light transmission, this sensor enables reliable operation in areas where conventional sensors cannot be installed.

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Technical Specifications:

• Sensor Type: Fiber optic amplifier with built-in evaluation unit
• Operating Principle: Through-beam (fork type)
• Sensing Range: Up to 240 mm (depending on fiber type)
• Light Source: Red light (660 nm)
• Response Time: 0.25 ms
• Switching Frequency: 2000 Hz

Electrical Characteristics:
• Operating Voltage: 10-30 V DC
• Current Consumption: ≤ 50 mA
• Output Type: PNP normally open
• Output Current: ≤ 100 mA
• Short-circuit Protection: Yes
• Reverse Polarity Protection: Yes

Optical Parameters:
• Fiber Type: Plastic fiber optic cable
• Fork Width: 240 mm
• Gap Depth: 35 mm
• Light Aperture Angle: 25°

Mechanical Properties:
• Housing Material: Plastic (PBT)
• Protection Rating: IP67 (sensor head)
• Connection: M8 4-pin connector
• Mounting: Bracket mounting with fixing holes
• Operating Force: ≤ 10 N (fork closing)

Environmental Ratings:
• Operating Temperature: -25°C to +55°C
• Storage Temperature: -40°C to +70°C
• Ambient Light Immunity: ≤ 30000 Lux

Key Features:

Compact fiber optic design for confined spaces

High switching frequency for fast processes

Mechanical durability with robust fork design

Visual status indicators (power, output, switching state)

Easy installation and alignment

Resistant to electromagnetic interference

Suitable for high-temperature environments

Special Functions:

Teach-in capability for easy setup

External teach-in option

Stable operation in vibrating environments

High immunity to ambient light interference

Typical Applications:

Small part detection in assembly systems

Package counting in conveyor systems

Object presence verification in robotics

Monitoring of miniature components

High-speed production lines

Hazardous or high-temperature environments

Clean room applications