Baumer Inductive Sensor IFRM06P17A3/S35L
Baumer Inductive Sensor IFRM06P17A3/S35L
The Baumer Inductive Sensor IFRM06P17A3/S35L is a compact and reliable Inductive Sensor used in industrial automation systems. This Baumer Inductive Sensor is designed to detect metal objects without physical contact, ensuring accurate and fast sensing in different applications. The Inductive Sensor works by generating an electromagnetic field that detects the presence of metal targets. It is widely used in machinery, especially in systems involving textile dyeing machinery parts, where precise detection and positioning are important. The sensor helps improve machine performance and ensures smooth operation. The Baumer Inductive Sensor IFRM06P17A3/S35L features a strong and durable design, making it suitable for harsh industrial environments. Its compact size allows easy installation in tight spaces within machines and control panels. It also offers stable performance, quick response time, and long service life. Overall, the Baumer Inductive Sensor is a dependable solution for industrial automation and textile dyeing machinery parts, providing accurate sensing, reliability, and efficiency in modern textile processes.
OVERVIEW
The Baumer Inductive Sensor IFRM06P17A3/S35L is a high-quality Inductive Sensor designed for accurate and reliable object detection in industrial automation systems. This Baumer Inductive Sensor is specially used to detect metal objects without physical contact, ensuring smooth and efficient machine operation.
The Inductive Sensor operates by creating an electromagnetic field that senses the presence of metallic materials. It is widely used in machines that involve textile dyeing machinery parts, where precise positioning and monitoring are required. The sensor helps improve automation accuracy and reduces the risk of mechanical wear.
The Baumer Inductive Sensor IFRM06P17A3/S35L is compact in size, making it easy to install in limited spaces within machinery and control panels. It is built with durable materials, offering resistance to vibration, dust, and industrial conditions.
Overall, this Inductive Sensor provides fast response, stable performance, and long service life, making it a reliable component for automation systems using textile dyeing machinery parts.
SPECIFICATION
Baumer Inductive Sensor IFRM06P17A3/S35L
Product Type: Inductive Proximity Sensor
Model: IFRM06P17A3/S35L
Sensing Distance: 2 mm
Mounting Type: Flush (embedded)
Output Type: PNP, Normally Open (NO)
Supply Voltage: 10 – 30 V DC (6–36 V DC range)
Output Current: Up to 200 mA
Switching Frequency: Up to 5 kHz
Hysteresis: 3 – 20 % of sensing range
Electrical Protection: Short circuit & reverse polarity protection
Connection Type: M8 connector (3-pin)
Housing Material: Stainless steel
Sensing Face Material: PBT
Dimensions: Ø6.5 mm × 36 mm
Operating Temperature: -25°C to +75°C
Protection Class: IP67
Indicator: LED output status indicator
FEATURES
The Baumer Inductive Sensor IFRM06P17A3/S35L offers several advanced features that make it a reliable Inductive Sensor for industrial automation and textile dyeing machinery parts applications.
One key feature of this Baumer Inductive Sensor is its high sensing accuracy, which allows precise detection of metal objects without physical contact. This helps reduce wear and improves machine efficiency. The sensor also provides a fast switching frequency, ensuring quick response for real-time automation processes.
The Inductive Sensor is designed with a compact cylindrical body, making it easy to install in small spaces within machines and control panels. Its stainless-steel housing offers strong resistance to dust, vibration, and harsh industrial conditions, ensuring long service life.
Another important feature is its IP67 protection rating, which protects the sensor from water and dirt, making it suitable for demanding environments. It also includes short circuit and reverse polarity protection for safe operation.
Overall, the Baumer Inductive Sensor delivers stable performance, durability, and efficiency for systems using textile dyeing machinery parts.
