Description
The Banner Engineering SMW915CV is a VALU-BEAM photoelectric sensor designed for convergent-mode object detection at a fixed focal point. It uses optical sensing technology to detect targets precisely at close range while minimizing background interference. This sensor is equipped with a factory-attached cable for reliable installation in industrial automation systems.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Banner Engineering |
| Category |
Sensors |
| Part Number |
SMW915CV |
| Subcategory |
Photoelectric Sensors |
| Series |
VALU-BEAM |
| Sensor Type |
Photoelectric |
| Sensing Mode |
Convergent |
| Focal Point |
38 mm |
| Light Source |
LED |
| Connection Type |
2 m Cable |
| Application |
Short-Range Object Detection |
| Weight |
0.18 lb |
Information About SMW915CV
The SMW915CV is part of Banner Engineering’s VALU-BEAM series, developed for cost-effective and dependable photoelectric sensing in industrial environments. It features convergent sensing technology with a defined focal point that improves detection accuracy by focusing on objects at a specific distance. The sensor is designed for use in machinery and material handling systems where space is limited and precise short-range detection is required. Its rugged construction supports consistent performance in typical factory operating conditions.
Key Features:
- VALU-BEAM Sensor Design: Engineered for reliable photoelectric sensing in industrial applications.
- Convergent Sensing Mode: Focuses detection at a fixed point to reduce background interference.
- Defined Focal Point: Optimized for object detection at approximately 38 mm.
- Optical Photoelectric Technology: Enables accurate non-contact target detection.
- Fixed Cable Connection: Includes a 2 meter cable for straightforward installation.
- Compact Housing Format: Suitable for installations with limited mounting space.
The SMW915CV delivers the reliability and precision required for short-range convergent photoelectric sensing in industrial automation applications.
