The Pepperl+Fuchs ML100 55 is a series of miniature photoelectric infrared sensors designed for non-contact obstacle detection. These sensors are utilized in various industrial applications, including level control, presence detection, and quality control.
Datasheet:
- Sensor type: infrared
- Detection range: 5 to 55 mm
- Detection accuracy: ± 1 mm
- Response time: < 1 ms
- Pulse voltage: 24 В
- Pulse current: 100 mA
- Power supply: 24 V DC
- Resistance: 1 kΩ
- Waterproof housing: IP67
The Pepperl+Fuchs ML100 55 line includes several series:
- ML100-55: The basic series suitable for a wide range of applications.
- ML100-55-F: Features increased sensitivity for low light conditions.
- ML100-55-S: Offers enhanced protection against contamination for use in polluted environments.
Advantages:
- Miniature size: Compact dimensions allow for use in confined spaces.
- High accuracy: Provides precise detection for industrial requirements.
- Fast response time: Enables quick reaction to object state changes.
- Robust housing: Protects the sensor from external influences.
This product is a miniature photoelectric infrared sensor with a detection range of 5 to 55 mm and an accuracy of ± 1 mm. The response time is less than 1 ms. It operates with a pulse voltage of 24 V and a pulse current of 100 mA, powered by a 24 V DC supply. The resistance is 1 kΩ, and the housing is waterproof with an IP67 rating.
The ML100-55 series is the basic model. The ML100-55-F series has increased sensitivity for low light conditions. The ML100-55-S series is designed with increased protection against contamination for use in contaminated environments.
The sensor’s miniature size makes it suitable for confined spaces. It offers high detection accuracy and a fast response time. The robust housing provides protection against external factors.
The ML100-55 series is the basic model. The ML100-55-F series has increased sensitivity for low light conditions. The ML100-55-S series is designed with increased protection against contamination for use in contaminated environments.
The sensor’s miniature size makes it suitable for confined spaces. It offers high detection accuracy and a fast response time. The robust housing provides protection against external factors.
