SICK WTB26P-24161120A00 by SICK

SICK W26 PHOTOELECTRIC SENSOR

INR 20174INR 28820
In stock

Description

SICK WTB26P-24161120A00 –

Product Description

The SICK WTB26P-24161120A00 is a photoelectric sensor from the W26 family, designed for reliable object detection in industrial automation applications. Photoelectric sensors use light to detect the presence, position, or movement of objects without requiring physical contact. The WTB26 series is designed for demanding industrial environments where dependable detection and robust operation are important.

As a background-suppression photoelectric sensor, the WTB26P variant is intended to detect objects within a defined sensing area while reducing unwanted switching caused by objects or surfaces behind the target. This makes it useful for detecting packages, components, containers, and other objects on conveyor systems and automated production lines.

The sensor can support applications such as material handling, packaging machinery, assembly stations, and product positioning. Its actual performance depends on the selected model configuration, target material, installation distance, ambient conditions, and electrical connection.

2. Technical Specifications

The following specifications are based on the manufacturer's product datasheet.

Parameter Technical Details

Manufacturer SICK

Model WTB26P-24161120A00

Product Family W26

Sensor Type Photoelectric proximity sensor

Detection Principle Background suppression

Sensing Range 30 mm to 1,600 mm

Recommended Range 200 mm to 600 mm

Light Source PinPoint LED

Light Type Visible red light, 635 nm

Supply Voltage 10–30 V DC

Output Type 2 complementary push-pull outputs, PNP/NPN

Maximum Output Current 100 mA

Response Time ≤ 500 µs

Switching Frequency 1,000 Hz

Communication IO-Link V1.1

Connection M12, 4-pin male connector

Protection Rating IP66, IP67, IP69

Operating Temperature −40°C to +60°C

Housing Material VISTAL® plastic

Dimensions (W × H × D) 24.6 × 82.5 × 53.3 mm

Weight Approx. 80 g

Part Number 1218666