BEGE flange encoder MIG Nova+ MN-200-19-1024-9, 1024 pulses, 100m cable, aluminium
HV52A20019102409100The BEGE flange encoder MIG Nova+ MN-200-19-1024-9 is an incremental encoder with higher resolution and improved signal stability, making it suitable for precise control in automated systems. Key attributes: Pulses/rev.: 1024 per channel; Flange outer diameter: 200 mm; Flange BCD: 165 mm; Flange thickness: 9 mm; Shaft diameter: 19 mm; IEC standard: 80B5; Input voltage: 5-24 VDC; Output: A90°B / A'90°B' HTL/TTL; Cable length: 100 meters; Material: Aluminium; IP classification: IP55 / IP67. The encoder accurately converts shaft movement to digital signals for integration with advanced automation and control systems.
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€986.00
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IP classification
IP55 / IP67
Outer diameter (mm)
200
Flange thickness (mm)
9
Encoder Material
Aluminium
Cable length (m)
100
Shaft diameter (mm)
19
IEC norm
80B5
BCD norm
165
Country of origin
NLD
HS-Code
90292038.000000
ERP net weight (Kg)
4.130000
Encoder supply
5-24VDC
Encoder signals
A90°B / A'90°B' HTL/TTL
Pulses
1024
Description
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-200-19-1024-9**Key Features & Application Possibilities:**
High-Resolution Incremental Encoder: Delivers 1024 pulses per revolution per channel for precise speed and position feedback in demanding automated systems.
Superior Signal Stability: Enhanced electronics ensure reliable data transmission and optimal system performance, suitable for use in environments with electrical noise.
Large 200mm Aluminium Flange: Featuring a robust Ø200mm aluminium flange, ensuring high mechanical strength and stability for industrial installations.
Long Cable Length Available: Comes with a 100-meter cable, providing installation flexibility for large-scale, distributed automation architectures.
Multi-Output Compatibility: Output signals: A90°B / A’90°B’ HTL/TTL for easy integration with a wide range of controllers and drive systems.
Wide Voltage Input: Accepts 5–24VDC power supply input, supporting various industrial electronic standards.
Robust Industrial Design: IP55/IP67 protection for dependable operation in harsh, dusty or wet environments.
Optimized for IEC 80B5 Motors: Direct mounting compatibility with IEC norm 80B5 motors and 19mm shafts for streamlined installation.
Ideal for upgrading from MIG Basic: Offers higher resolution and enhanced stability, making it perfect for conveyor systems, packaging machinery, robotics, and process automation where greater precision is required.
Typical Applications: Used in factory automation, motion control, high-performance machinery, and industrial processes demanding precise motion feedback.
BEGE Flanged Encoder MIG Nova+ MN-200-19-1024-9**Key Features & Application Possibilities:**
High-Resolution Incremental Encoder: Delivers 1024 pulses per revolution per channel for precise speed and position feedback in demanding automated systems.
Superior Signal Stability: Enhanced electronics ensure reliable data transmission and optimal system performance, suitable for use in environments with electrical noise.
Large 200mm Aluminium Flange: Featuring a robust Ø200mm aluminium flange, ensuring high mechanical strength and stability for industrial installations.
Long Cable Length Available: Comes with a 100-meter cable, providing installation flexibility for large-scale, distributed automation architectures.
Multi-Output Compatibility: Output signals: A90°B / A’90°B’ HTL/TTL for easy integration with a wide range of controllers and drive systems.
Wide Voltage Input: Accepts 5–24VDC power supply input, supporting various industrial electronic standards.
Robust Industrial Design: IP55/IP67 protection for dependable operation in harsh, dusty or wet environments.
Optimized for IEC 80B5 Motors: Direct mounting compatibility with IEC norm 80B5 motors and 19mm shafts for streamlined installation.
Ideal for upgrading from MIG Basic: Offers higher resolution and enhanced stability, making it perfect for conveyor systems, packaging machinery, robotics, and process automation where greater precision is required.
Typical Applications: Used in factory automation, motion control, high-performance machinery, and industrial processes demanding precise motion feedback.
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