**Product Name**: BEGE Flange Encoder MIG Basic MB-140-24-0001-9

**Encoder Type**: Incremental encoder designed for fundamental speed feedback tasks in standard automation processes, ideal where real-time rotational speed control is required but without absolute positioning.

**Key Features**:
- Outer flange diameter: 140 mm for robust mounting in industrial settings
- Bolt Circle Diameter (BCD): 115 mm for standardized installation compatibility
- Shaft diameter: 24 mm, dimensioned for medium-sized motors and machinery
- Flange thickness: 9 mm, combining compactness with mechanical stability
- Motor interface: IEC 90B14, easily integrates with standard IEC motors
- Aluminium housing for light weight, corrosion resistance, and thermal management
- Input voltage: 5–24V DC, providing flexible integration with various control systems
- Output signal: A90°B HTL (High/Low Transistor Logic) delivers reliable and noise-resistant incremental signals
- Pulses per revolution: 1 per channel, tailored for basic speed monitoring where minimal signal processing is needed
- Cable length: 15 meters, allowing flexible placement even in large installations
- Protection class: IP55 / IP67, assuring robust performance in demanding environments with exposure to dust and water

**Advantages**:
- Simple yet reliable speed feedback enables cost-effective automation, helping to optimize machine efficiencies
- Sturdy design and long cable length facilitate straightforward installation and system upgrades in industrial plants
- Standardized flange and shaft dimensions ensure seamless adoption with IEC motors and other automation components
- Resilient to harsh manufacturing environments due to high ingress protection and durable aluminium housing

**Application Possibilities**:
- Material handling systems (belt conveyors, automated shuttles) for speed monitoring and control
- Pumps, fans, and compressors in process industries requiring consistent rotational speed data
- General machinery automation in sectors such as food, packaging, and logistics where basic encoder feedback suffices