Product Overview: ifm electronic IFT205
The ifm electronic IFT205 is a high-reliability inductive proximity sensor designed for the non-contact detection of metallic objects. Part of the **»T» Series**, this sensor is specifically built for industrial automation where space is at a premium and high sensing ranges are required. The M12 threaded housing allows for precise positioning within machine frames, providing consistent feedback for end-stop detection, rotational speed monitoring, and part counting.
Precision Sensing and Industrial Design
The IFT205 features an increased sensing range of 4 mm, allowing for a safer distance between the sensor face and the target object, which reduces the risk of mechanical damage. It is designed for flush mounting, meaning it can be installed level with a metal surface without interference. The sensor utilizes a DC PNP electrical design with a Normally Open (NO) output. Its housing is made of high-quality nickel-plated brass, ensuring structural rigidity and resistance to industrial coolants.
Technical Specifications
- Part Number: IFT205.
- Thread Size: M12 x 1.
- Sensing Range: 4 mm.
- Installation: Flush mountable.
- Output Function: PNP, Normally Open (NO).
- Operating Voltage: 10V to 36V DC.
- Switching Frequency: 700 Hz.
- Protection Rating: IP67.
- Connection: M12 connector (4-pin).
Performance Advantages
Engineered for continuous industrial use, the IFT205 includes comprehensive electrical protection against short circuits, overloads, and reverse polarity. The integrated yellow LED provides a clear 360° visual indication of the switching state, facilitating rapid installation and troubleshooting. Its high repeatability and low hysteresis (typically 3…15% of the sensing range) ensure that position detection remains accurate over millions of cycles.
| Category | Specification |
| Housing Material | Nickel-plated brass / LCP |
| Hysteresis | 3…15% of sensing range |
| Ambient Temperature | -25°C to +70°C |
Installation Note
When installing the IFT205, always adhere to the maximum tightening torque of 10 Nm to avoid damaging the M12 threads. For non-ferrous targets like aluminum or copper, factor in the reduction coefficient (typically 0.4 – 0.5) to determine the effective sensing distance.
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