Sick Sensors

Sick Sensors Specification

IP Rating
IP67

Measurement Range
10 mm - 1,000 mm

Operating Temperature
-25C to +55C

Application
Conveyor, Packaging, Robotics

Signal Type
Digital

Interface
3-wire, M8 connector

Power Consumption
< 1.2 W

Response Time
< 1 ms

Mounting Type
Panel/Bracket

Sensor Type
Photoelectric

Cable Length
2 m

Features
Short-circuit protection, Reverse polarity protection

Wireless
No

Sensitivity
Adjustable

Product Type
Photoelectric Sensor

Material
ABS Plastic Housing

Input
10 - 30 V DC

Output
NPN/PNP

Function
Object Detection

Usage
Industrial Automation

Accuracy
High Precision

Resolution
< 0.1 mm

Voltage
10-30 VDC

Weight
Approx. 80 g

Beam Type
Visible Red LED

Switching Mode
Light ON/Dark ON selectable

Vibration Resistance
10-55 Hz, amplitude 1.5 mm

Light Source
LED, Wavelength 660 nm

Ambient Light Immunity
Up to 10,000 lux

Min. Object Size Detectable
0.5 mm

Storage Temperature
-40C to +70C

Reverse Polarity Protection
Yes

Housing Color
Black/Blue

Sick Sensors Trade Information

Minimum Order Quantity
5 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About Sick Sensors

Buy the acclaimed Sick Sensors for an ineffable blend of kingly performance and spectacular precision. Designed to reliably detect minuscule objects down to 0.5 mm, this rare photoelectric sensor employs a visible red LED (660 nm) and boasts remarkable durability with IP67 protection and ABS housing. It features exceptional vibration resistance, reverse polarity protection, and selectable Light ON/Dark ON switching. Ideal for industrial automation, robotics, conveyor, and packaging tasks, this sensor offers pinpoint accuracy, fast response (<1 ms), adjustable sensitivity, and immunity to intense ambient light.

Sick Sensors: Engineered for Versatile Industrial Applications

Sick Sensors are crafted for plant applications such as conveyance and packaging, adapting to diverse surfaces including metals and plastics. Their special features include high precision detection, short-circuit and reverse polarity protection, and adjustable sensitivity, making them ideal for use in challenging environments. Mounted via panels or brackets, these sensors ensure exceptional reliability and longevity in arduous industrial settings, enhancing efficiency and safety while seamlessly integrating with automation systems.

Certifications, Main Export Market(s), and Payment Terms for Sick Sensors

Sick Sensors meet rigorous industry certifications to assure exceptional quality and reliability. Widely exported to global markets, these sensors are frequently integrated in large-scale industrial projects. Upon agreement on proposal amount, the sensors are handed over promptly after receiving a valid Purchase Order. Payment terms are flexible, suited for both suppliers and traders in India and abroad, ensuring smooth, efficient transaction processes and robust post-purchase support.

FAQ's of Sick Sensors:

Q: How does the Sick Sensor ensure precise object detection in industrial environments?

A: With a visible red LED light source (660 nm), high-resolution capability (<0.1 mm), and adjustable sensitivity, the Sick Sensor delivers remarkable precision even with objects as small as 0.5 mm. Its ambient light immunity and fast response guarantee accuracy in demanding settings.

Q: What are the main benefits of using Sick Sensors for automation?

A: Sick Sensors offer reliable object detection, fast response times (<1 ms), robust protection against electrical faults, and compatibility with various interfaces. These features streamline industrial processes, reduce errors, and enhance system uptime.

Q: Where can these Sick Sensors be installed within a facility?

A: These sensors are ideal for integration in conveyor systems, robotic arms, packaging lines, and any application requiring critical object detection. They can be mounted from panels or brackets and withstand harsh industrial environments.

Q: What certifications and protections do Sick Sensors feature?

A: Sick Sensors possess certifications ensuring quality and safety, including IP67 for dust and water resistance. They also offer short-circuit and reverse polarity protection to guard against electrical mishaps.

Q: What is the purchase process for Sick Sensors?

A: After agreement on proposal amount and issuance of a purchase order, the sensors are swiftly handed over. Payment terms are customizable for both domestic and international clients, prioritizing a seamless transaction.

Q: What surfaces or materials are suitable for detection by Sick Sensors?

A: With adjustable sensitivity and advanced photoelectric technology, Sick Sensors detect objects on a variety of surfaces, including metal, plastic, and more, ensuring versatility in material handling and inspection applications.

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