BEGE Power Transmission is a renowned provider of innovative industrial drive components, driven by precision, durability, and quality. Their MIG encoder series is engineered to meet the demanding needs of automation and motion control specialists worldwide.
**Product Name**
BEGE Flanged Encoder MIG Basic MB-160-14-0004-7
**Key Features & Benefits**
• Robust construction with a stainless steel housing ensures long-term resistance to corrosion and suitability for harsh industrial environments
• High protection level with IP55/IP67-rated sealing, offering reliable operation even in environments exposed to dust, water, or humidity
• Flange outer diameter of 160mm and BCD of 130mm for compatibility with IEC 71B5 motors, supporting seamless integration into standard setups
• 14mm shaft diameter allows for secure and precise mounting on a range of motor shafts
• In compliance with IEC 71B5 and BCD norm 130, ensuring compatibility with a wide range of industrial and automation motors
• Cable length of 2 meters offers installation flexibility in various system layouts
• Operates on 5-24VDC input, allowing versatile application in different control systems
• Output signal A90°B HTL with 4 pulses per channel per revolution, providing reliable basic speed feedback for conventional automation tasks
• Flange thickness of 7mm designed for compact and rigid mounting
**Encoder Type – MIG Basic**
The MIG Basic is an incremental encoder specifically designed for fundamental speed feedback applications, making it ideal for standard automation tasks such as conveyor speed monitoring, motor speed regulation, and factory automation.
**Application Areas**
• General industrial automation
• Conveyor systems speed feedback
• Machine tool and packaging equipment
• Motor speed regulation in HVAC and process industries
• Basic monitoring functions in material handling and textile machinery
For applications requiring higher resolution and precision, the MIG Nova+ series should be considered, while the MIG AST series provides absolute position feedback for advanced motion control and safety-critical applications.