Description
BEGE Power Transmission is renowned for precise and robust industrial solutions, with a strong focus on automation and motion control. Their encoders are trusted across demanding sectors for durability, quality, and seamless system integration.
Incremental Encoder for Basic Speed Feedback — The BEGE MIG Basic Flanged Encoder is an incremental encoder designed for reliable speed feedback in standard industrial automation tasks, ensuring consistent and accurate motor control.
High Durability Construction — Constructed from premium-grade aluminium, this encoder features high resistance to mechanical stress, corrosion, and harsh environments, maximizing uptime in industrial applications.
Robust Environmental Protection — The IP55 / IP67 rating provides excellent protection against dust and water ingress, making it suitable for both indoor and outdoor industrial environments.
Standardized Flange and Shaft Dimensions — Designed with a 120mm outer flange, 100mm BCD, 7mm flange thickness, and 19mm shaft diameter according to IEC 80B14 specifications, ensuring compatibility with a wide range of motors and machinery.
Flexible Signal Output — Provides A90°B HTL output (4 pulses per channel per revolution), delivering clear and robust incremental speed signals required for frequency controllers, PLCs, and other automation hardware.
Extended Connectivity — Comes with a 5-meter cable, simplifying installation and offering flexibility even in large control cabinets or remote mounting locations.
Wide Voltage Range — Supports 5–24V DC input for versatile integration with existing automation systems across various industries.
Application Versatility — Ideal for applications such as conveyor systems, packaging machinery, light-duty production equipment, and any task requiring basic speed regulation and monitoring.
Key Advantages: Easy integration, high reliability, reduced maintenance, and excellent cost-effectiveness for basic motion control requirements in industrial automation.
Incremental Encoder for Basic Speed Feedback — The BEGE MIG Basic Flanged Encoder is an incremental encoder designed for reliable speed feedback in standard industrial automation tasks, ensuring consistent and accurate motor control.
High Durability Construction — Constructed from premium-grade aluminium, this encoder features high resistance to mechanical stress, corrosion, and harsh environments, maximizing uptime in industrial applications.
Robust Environmental Protection — The IP55 / IP67 rating provides excellent protection against dust and water ingress, making it suitable for both indoor and outdoor industrial environments.
Standardized Flange and Shaft Dimensions — Designed with a 120mm outer flange, 100mm BCD, 7mm flange thickness, and 19mm shaft diameter according to IEC 80B14 specifications, ensuring compatibility with a wide range of motors and machinery.
Flexible Signal Output — Provides A90°B HTL output (4 pulses per channel per revolution), delivering clear and robust incremental speed signals required for frequency controllers, PLCs, and other automation hardware.
Extended Connectivity — Comes with a 5-meter cable, simplifying installation and offering flexibility even in large control cabinets or remote mounting locations.
Wide Voltage Range — Supports 5–24V DC input for versatile integration with existing automation systems across various industries.
Application Versatility — Ideal for applications such as conveyor systems, packaging machinery, light-duty production equipment, and any task requiring basic speed regulation and monitoring.
Key Advantages: Easy integration, high reliability, reduced maintenance, and excellent cost-effectiveness for basic motion control requirements in industrial automation.
Specifications
IP classification
IP55 / IP67
Outer diameter (mm)
120
Flange thickness (mm)
7
Encoder Material
Aluminium
Cable length (m)
5
Shaft diameter (mm)
19
IEC norm
80B14
BCD norm
100
Encoder supply
5-24VDC
Encoder signals
A90°B HTL
Pulses
4
Downloads
Foreign trade
HS-Code
90292038
ERP net weight (Kg)
0.47
Country of origin
NLD
