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W100-2 Photoelectric Sensor

Name: W100-2 Photoelectric Sensor
Brand: JAY KAY ENTERPRISES
Price: 3500.0 INR
Availability: InStock

Price 3500.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

W100-2 Photoelectric Sensor Specification

Power Consumption
30 Ampere

Measurement Range
4 mm ... 140 mm

Spectral Range
10 mm ... 100 mm

Cable Length
632 nm Nanometer (nm)

Application
Access monitoring for multi-order picking

Signal Type
Digital

Mounting Type
t BEF-W100-A

Response Time
1 Days

Features
Photoelectric proximity sensor

Sensor Type
WT100-2P4419

Housing Material
Plastic, ABS/PC/POM

IP Rating
IP67

Mounting Thread
BEF-W100-A

Wireless
Yes

Operating Temperature
25 C ... +55 C Celsius (oC)

Product Type
WT100-2P4419

Power Rating
IP67

Input
photoelectric sensor

Output
PNP

Function
Background suppression

Usage
multi-order picking

Accuracy
8 mm

Resolution
632MM

Voltage
10 V DC ... 30 V DC Volt (v)

Usage & Applications
Access monitoring for multi-order picking

Rated Voltage
UV - 1,8 V / ca. 0 V Volt (V)

Weight
70 Grams (g)

Warranty
1 year

Cable Type
632 nm

Display Type
WT100-2P4419

Phase
10 V DC ... 30 V DC

Conductor
M8, 4-pin

Frequency
1,000 Hz Hertz (HZ)

Rated Current
30 mA Megaampere ( MA)

Material
plastic

W100-2 Photoelectric Sensor Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1 Days

About W100-2 Photoelectric Sensor

PRODUCT DESCCRIOTION

W100-2 miniature photoelectric sensors are compatible with all standard detection principles (through-beam photoelectric sensors, photoelectric retro-reflective sensors, photoelectric retro-reflective sensors for detecting transparent objects, energetic sensors, and sensors with background blanking), making them an ideal sensor family for detection applications. The housing design includes M3 threaded mounting holes, spaced one inch apart, that allows for straightforward, standardized, and inexpensive mounting. As a result, the W100-2 product family offers an economical photoelectric sensor solution with outstanding performance.

AT A GLANCE

Reliable detection behavior, rugged housing and immunity to ambient light
WT100-2 photoelectric proximity sensor (energetic or with background blanking)
WL100-2 photoelectric retro-reflective sensor; variant available for detecting transparent objects
WS/WE100-2 through-beam photoelectric sensor
Various connection types available (standard: 2 m cable; M8 male connector, 3-pin; M8 male connector, 4-pin; male cable connector available on request)
Light/dark switching and sensitivity adjustment possible
Wide range of accessories

YOUR BENEFITS

Reliable detection in standard applications
Short downtime and high throughput thanks to reliable object detection
Ability to handle a wide range of detection principles within a single standardized housing, reducing the number of model variants
Simple commissioning thanks to easily visible display LEDs
Easy to set up thanks to user-friendly potentiometer (dependent on model)
Standard housing that is compatible with many commonly used mounting systems
Easy mounting thanks to 1-inch hole spacing
High level of operating reserve minimizes susceptibility to contamination

FIELDS OF APPLICATION

Wide range of standard applications that require efficient miniature photoelectric sensors
Storage and conveyor systems in the logistics industry
Detection of a wide variety of objects in packaging processes
Reliable detection of people in door and gate applications

Reliable Performance in Tough Environments

With an IP67 rating, the W100-2 Photoelectric Sensor provides reliable operation in harsh industrial environments. Its durable plastic (ABS/PC/POM) housing ensures protection against dust and water, making it ideal for demanding automation and logistics applications.

Precise Detection and Background Suppression

This sensor offers a measurement range of 4 mm to 140 mm and delivers 8 mm accuracy. Utilizing advanced photoelectric technology with background suppression, it minimizes false triggering, ensuring accurate object detection for applications like multi-order picking.

Versatile Connectivity and Easy Installation

Featuring a M8, 4-pin conductor and mounting thread BEF-W100-A, installation is straightforward and flexible. Its digital PNP output ensures compatibility with modern control systems, supporting efficient and secure system integration.

FAQ's of W100-2 Photoelectric Sensor:

Q: How does the W100-2 Photoelectric Sensor ensure reliable access monitoring in multi-order picking systems?

A: The sensor employs advanced photoelectric technology with background suppression to accurately detect objects within a 4 mm to 140 mm range, minimizing false triggers and enhancing reliability in multi-order picking applications.

Q: What are the primary benefits of the IP67 rating in the W100-2 Photoelectric Sensor?

A: An IP67 rating guarantees complete protection against dust ingress and temporary immersion in water, making the sensor suitable for use in various industrial or warehouse environments where exposure to harsh elements is common.

Q: When should I choose the W100-2 Photoelectric Sensor for an application?

A: This sensor is ideal for situations requiring accurate, digital access monitoring-such as in logistics, warehouse automation, and systems where quick response and high accuracy are critical.

Q: Where can the W100-2 Photoelectric Sensor be installed?

A: It can be installed in environments where its IP67 protection is required, such as industrial floors, warehouses, or automated sorting stations, using the M8, 4-pin conductor and BEF-W100-A mounting thread for secure attachment.

Q: What is the process for integrating the W100-2 sensor into an existing system?

A: Integration involves mounting with the BEF-W100-A thread, connecting via its M8, 4-pin conductor, and interfacing its digital (PNP) output to your control circuitry, following standard 10-30 V DC wiring guidelines.

Q: How does the sensor's background suppression feature improve its performance?

A: Background suppression helps the sensor distinguish between the target object and its background, reducing the risk of false detections and ensuring reliable operation even in complex environments.