IPF Inductive Sensor | IPF Proximity Sensor

At IndMALL Automation, we offer high-quality IPF inductive sensors for various applications. The IN080176 model has a 5 mm sensing range and PNP normally open output. It features a stainless steel housing with an M12 x 1 thread size and IP67 protection. The IB090170 model offers an 8 mm sensing range and PNP normally open output with an M18 x 1 thread size. The IB120123 model has a 12 mm sensing range and M30 x 1.5 thread size. The IB080176 and IB050176 models both have a 5 mm sensing range with M12 x 1 thread size. These sensors ensure reliable performance in harsh environments.

IPF Inductive Sensor: IN080176

Sensing Range: 5 mm
Output Type: PNP normally open
Housing: Stainless steel
Thread Size: M12 x 1
Protection Class: IP67
Operating Voltage: 10 to 30 V DC
Connection: 2 m PUR cable
Temperature Range: -25°C to +70°C

IB090170

Sensing Range: 8 mm
Output Type: PNP normally open
Housing: Stainless steel
Thread Size: M18 x 1
Protection Class: IP67
Operating Voltage: 10 to 30 V DC
Connection: M12 connector
Temperature Range: -25°C to +70°C

IB120123

Sensing Range: 12 mm
Output Type: PNP normally open
Housing: Stainless steel
Thread Size: M30 x 1.5
Protection Class: IP67
Operating Voltage: 10 to 30 V DC
Connection: M12 connector
Temperature Range: -25°C to +70°C

IB080176

Sensing Range: 5 mm
Output Type: PNP normally open
Housing: Stainless steel
Thread Size: M12 x 1
Protection Class: IP67
Operating Voltage: 10 to 30 V DC
Connection: M12 connector
Temperature Range: -25°C to +70°C

IA080170

Sensing Range: 8 mm
Output Type: PNP normally open
Housing: Stainless steel
Thread Size: M18 x 1
Protection Class: IP67
Operating Voltage: 10 to 30 V DC
Connection: 2 m PVC cable
Temperature Range: -25°C to +70°C

IB120126

Sensing Range: 12 mm
Output Type: PNP normally open
Housing: Stainless steel
Thread Size: M30 x 1.5
Protection Class: IP67
Operating Voltage: 10 to 30 V DC
Connection: M12 connector

IB050176

Sensing Range: 5 mm
Output Type: PNP normally open
Housing: Stainless steel
Thread Size: M12 x 1
Protection Class: IP67
Operating Voltage: 10 to 30 V DC
Connection: M12 connector
Temperature Range: -25°C to +70°C

At IndMALL Automation, we provide high-quality IPF inductive sensors for various applications. These sensors are designed for precise position detection and proximity sensing. The IN080176 model features a 5 mm sensing range and PNP normally open output. It has a stainless steel housing with an M12 x 1 thread size and IP67 protection. The IB090170 model offers an 8 mm sensing range and PNP normally open output with an M18 x 1 thread size. The IB120123 model has a 12 mm sensing range and M30 x 1.5 thread size. The IB080176 and IB050176 models both feature a 5 mm sensing range with M12 x 1 thread size. Choose IPF inductive sensors for reliable performance in harsh environments.

Frequently Asked Questions

What is factor 1 inductive sensor?

Factor 1 inductive sensors maintain the same sensing range for all metals. Unlike conventional sensors with a single coil in a ferrite core, Factor 1 sensors use two air-core coils linked electrically. This design ensures consistent detection distances for different metal types, providing reliable and uniform performance.

What is the range of inductive sensors?

Inductive sensors can detect metal objects without contact, with a range of up to 60 mm. These sensors are reliable for various industrial applications, providing accurate and consistent detection. They are ideal for environments where precise metal object detection is required.

What is the working principle of sensor?

Sensors work by detecting physical changes in their environment. They convert these changes into analogue voltages or digital signals. This allows for monitoring and control in various applications. Sensors ensure accurate and reliable data collection.

What is the correction factor of inductive proximity sensor?

The correction factor of an inductive proximity sensor adjusts for different metals. It is 1 for mild steel, known as K1. Different metals affect sensing range. For example, aluminum has a lower correction factor. This ensures accurate detection across various materials.