Description
The MIG Nova+ is a high-resolution incremental encoder engineered by BEGE, an established manufacturer known for robust and innovative automation components. BEGE combines advanced production methods with stringent quality standards to deliver long-lasting and reliable products tailored to the needs of industrial automation and drive technology.
High-Resolution Incremental Feedback: The MIG Nova+ offers 16 pulses per channel, providing enhanced speed and position feedback ideal for precise control and monitoring in automated systems.
Exceptional Signal Stability: Improved internal electronics ensure stable HTL/TTL output signals (A90°B / A'90°B'), minimizing interference and enabling superior performance even in electrically noisy environments.
Robust Industrial Design: The housing and flange are crafted from high-grade aluminum, offering exceptional mechanical strength, lightweight properties, and resistance to vibration—perfect for demanding applications.
Adaptable Power Input: Supports a wide input range (5–24VDC), simplifying integration into a broad array of control systems and motor drives.
Long-Distance Installation: With a 50-meter cable length, the encoder can be placed far from controllers without signal loss, supporting complex installations and large-scale production environments.
Advanced Protection: Encapsulated in an IP55/IP67-rated enclosure, the encoder is safeguarded against dust, water, and harsh industrial conditions, enhancing long-term reliability.
Standardized Mounting: The Ø140mm flange, 115mm BCD, and 24mm shaft diameter conform to IEC 90B14, ensuring compatibility with standard motors and mechanical setups.
Application Versatility: Ideal for automated production lines, high-precision conveying systems, packaging machinery, textile equipment, and any process where accurate speed and incremental position feedback are crucial.
Brand Benefits: Choosing BEGE ensures access to expert technical support, high manufacturing quality, and proven reliability across industrial automation applications.
High-Resolution Incremental Feedback: The MIG Nova+ offers 16 pulses per channel, providing enhanced speed and position feedback ideal for precise control and monitoring in automated systems.
Exceptional Signal Stability: Improved internal electronics ensure stable HTL/TTL output signals (A90°B / A'90°B'), minimizing interference and enabling superior performance even in electrically noisy environments.
Robust Industrial Design: The housing and flange are crafted from high-grade aluminum, offering exceptional mechanical strength, lightweight properties, and resistance to vibration—perfect for demanding applications.
Adaptable Power Input: Supports a wide input range (5–24VDC), simplifying integration into a broad array of control systems and motor drives.
Long-Distance Installation: With a 50-meter cable length, the encoder can be placed far from controllers without signal loss, supporting complex installations and large-scale production environments.
Advanced Protection: Encapsulated in an IP55/IP67-rated enclosure, the encoder is safeguarded against dust, water, and harsh industrial conditions, enhancing long-term reliability.
Standardized Mounting: The Ø140mm flange, 115mm BCD, and 24mm shaft diameter conform to IEC 90B14, ensuring compatibility with standard motors and mechanical setups.
Application Versatility: Ideal for automated production lines, high-precision conveying systems, packaging machinery, textile equipment, and any process where accurate speed and incremental position feedback are crucial.
Brand Benefits: Choosing BEGE ensures access to expert technical support, high manufacturing quality, and proven reliability across industrial automation applications.
Specifications
IP classification
IP55 / IP67
Outer diameter (mm)
140
Flange thickness (mm)
9
Encoder Material
Aluminium
Cable length (m)
50
Shaft diameter (mm)
24
IEC norm
90B14
BCD norm
115
Encoder supply
5-24VDC
Encoder signals
A90°B / A'90°B' HTL/TTL
Pulses
16
Downloads
Foreign trade
HS-Code
90292038
ERP net weight (Kg)
2.13
Country of origin
NLD
