Description
BEGE is a reputable manufacturer of innovative drive and automation solutions, renowned for its high-quality products that offer reliable performance in industrial environments. With a focus on precision, durability, and seamless system integration, BEGE encoders are preferred by engineers and industrial specialists globally.**Key Features & Advantages:**
Incremental encoder for fundamental speed feedback in standard automation tasks, delivering stable and dependable operation for essential control applications.
Robust stainless steel housing ensures exceptional resistance against corrosion and harsh environmental conditions, ideal for demanding industrial use.
Large 200mm flange (IEC 80B5) and shaft diameter of 19mm provide compatibility with a wide range of motor assemblies and facilitate straightforward installation.
Flange BCD of 165mm and 9mm flange thickness allow secure mechanical integration into existing setups while supporting system stability.
16 pulses per channel per revolution via A90°B HTL output ensure precise and consistent speed monitoring for entry-level automation solutions.
Wide input voltage range (5–24 VDC) increases versatility across various control and power supply systems.
Long 20-meter cable supports flexible installation, making it suitable for large machinery or distance-critical applications.
Ingress protection class IP55 / IP67 guarantees resilience to dust, water, and challenging industrial environments.**Application Opportunities:**
Well-suited for basic speed feedback in conveyors, packaging machines, textile equipment, or manufacturing automation where essential performance and straightforward control are required.
Ideal for integration in environments requiring stainless steel encoders for hygiene or corrosion-resistant purposes, such as food & beverage, chemical, or outdoor applications.
When applications require higher resolution or signal integrity, consider BEGE MIG Nova+ (incremental, high resolution and stability) or BEGE MIG AST (absolute, retains position after power loss, optimal for advanced positioning control systems).

calcPageSize())"
/>



