Image shown may not reflect the final product

Turck BIM-IKT-AN6X

Google Review Badge
Price on Request
Marvo Stock ID: MV-N9TP

Request a Quote

Get personalized pricing and availability information for this product.

What happens next? We'll review your request and get back to you within 24 hours with pricing and availability.

Trusted by 10,000+ companies worldwide

From Fortune 500 enterprises to innovative startups, leading companies choose Marvo for reliable automation and control components.

Procter & Gamble Saint-Gobain Apple Hershey's United Coca-Cola Michelin Bridgestone Golf
Verified Customer Review
"Found the component i was looking for ad a great price. Great support from the staff as I was paying using a wire transfer. - Quick delivery and very good packaging"
- Adriano Tiberi
Verified Purchase
Real Customer
Verified Purchase
5-Star Rating

Product Description

The Turck BIM-IKT-AN6X is a high-performance magnetic field sensor designed specifically for pneumatic cylinders. This sensor excels in detecting the position of pistons within cylinders, utilising its ability to sense magnetic fields through non-magnetisable metals such as aluminium. With a robust rectangular design, the sensor measures 30 x 14.6 x 17 mm and is constructed from durable metal (GD-Zn) with a plastic active area (PA12-GF30). It operates efficiently within a voltage range of 10 to 30 VDC and features a 3-wire, normally open (NO) contact with an NPN output. The sensor is equipped with short-circuit and reverse polarity protection, ensuring reliable performance in demanding environments. Rated with an IP67 protection class, it withstands harsh conditions, including temperatures from -25 to +70 °C, vibrations up to 55 Hz, and shocks up to 30 g. The Turck BIM-IKT-AN6X is an ideal choice for applications requiring precise and dependable piston position detection in pneumatic systems.

12 Month Warranty

Physical Specifications

0.000 kg
17.000 mm(L)
30.000 mm(W)
14.600 mm(H)

Latest from Our Blog

Fresh guides and insights to keep your lines running.

View all articles