Proximity Switch Cylinder

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Proximity Switch Cylinder Specification

Automation Grade
Automatic

Rated Voltage
DC 12V/24V

Mechanical Life
Over 10 million cycles

Max. Current
100mA

Number of Module
Single

Circuit Type
PNP/NPN

Protection Level
IP67

Response Time
<1ms

Finish Type
Anodized

Product Type
Proximity Switch Cylinder

Material
Aluminum & Plastic

Insulation Resistance
≥100MΩ at 500V DC

Contact Resistance
≤100mΩ

Max. Voltage
DC 24V

Size
Standard Cylinder Size

Color
Grey & Black

Weight
250g

Mounting Type
Clamp Mount

Current Rating
100mA max.

No Of Poles
2

About Proximity Switch Cylinder

Our valuable clients can avail from us a wide assortment of Proximity Switch Cylinder. This cylinder is manufactured using exceptional quality components and advanced machines in conformity with the domestic quality standards. Finds wide application in automation system, the offered cylinder is made available in various sizes and can also be customized as per the needs of the clients. Furthermore, this Proximity Switch Cylinder is also tested on several quality parameters by our experts to ascertain its reliable performance.

Key Features:

High strength
Easy to install
Low maintenance
Maximum durability

Robust Construction for Demanding Applications

Manufactured from high-quality aluminum and plastic, the Proximity Switch Cylinder boasts an anodized finish for enhanced corrosion resistance. The design ensures longevity while keeping the switch lightweight, making it suitable for continuous operation in various automation environments. Its sturdy construction allows it to maintain optimal performance across extensive usage cycles.

Advanced Detection & Quick Response

This cylinder features a response time of less than 1ms and a contact resistance not exceeding 100m, ensuring precise signal transmission. Equipped with PNP and NPN circuit types, it offers flexibility for integration into diverse control systems, making it ideal for applications requiring fast and reliable detection. The IP67 rating ensures protection against dust and water ingress.

FAQs of Proximity Switch Cylinder:

Q: How is the Proximity Switch Cylinder installed in industrial setups?

A: The Proximity Switch Cylinder is installed using its clamp mount, allowing for secure and straightforward attachment to standard-sized cylinders within automation systems. Installation is simple and can typically be performed by skilled technicians using common tools.

Q: What are the advantages of its IP67 protection level?

A: The IP67 rating provides exceptional protection against dust and water, making the switch suitable for use in harsh industrial environments where moisture, debris, or frequent washdowns may occur. This durability lowers maintenance frequency and extends the products operational life.

Q: When should I choose a PNP or NPN circuit type for this cylinder?

A: Select the PNP or NPN circuit type based on your automation systems input requirements. PNP is ideal where the controller returns a ground signal, while NPN suits systems that require a positive voltage switch. Both types ensure compatibility with most standard automation equipment.

Q: Where can this proximity switch cylinder be used effectively?

A: It is well-suited for use in automated machinery, material handling systems, and packaging lines. Distributed, exported, and supplied throughout India, its used wherever reliable position detection or feedback in automation is required.

Q: What is the process for maintaining the Proximity Switch Cylinder?

A: Regular inspection involves checking electrical connections, confirming the integrity of mounting clamps, and ensuring the IP67 seal is intact. With its extended mechanical life, routine maintenance is minimal compared to similar products.

Q: How does its fast response time benefit automation processes?

A: The sub-1ms response time enables rapid detection and feedback, optimizing productivity and reducing downtime in high-speed automated environments. It is especially important in processes where timely actuation of machinery is critical.