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HV52A30038102412002BEGE Flange Encoder MIG Nova+ MN-300-38-1024-12 is an incremental encoder offering higher resolution and enhanced signal stability, suitable for precise control in automated systems. Key attributes: Resolution: 1024 pulses per channel, Output: A90°B / A'90°B' HTL/TTL, Power supply: 5-24VDC, Shaft diameter: 38mm, Flange outer diameter: 300mm, Flange BCD: 265mm, Flange thickness: 12mm, Motor IEC standard: 132B5, Cable length: 2m, Material: Aluminium, Protection rating: IP55 / IP67. This encoder provides reliable speed and position feedback for advanced automation applications.
Specifications
Product description
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€432.00
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IP classification
IP55 / IP67
Outer diameter (mm)
300
Flange thickness (mm)
12
Encoder Material
Aluminium
Cable length (m)
2
Shaft diameter (mm)
38
IEC norm
132B5
BCD norm
265
Country of origin
NLD
HS-Code
90292038.000000
ERP net weight (Kg)
2.000000
Encoder supply
5-24VDC
Encoder signals
A90°B / A'90°B' HTL/TTL
Pulses
1024
Description

BEGE is a trusted manufacturer known for high-quality, innovative motion technology solutions for industrial automation. Renowned for robust construction and reliable signal performance, BEGE’s encoders deliver accuracy and durability for demanding applications in automation, robotics, machine engineering, and process control.Product: BEGE Flanged Encoder MIG Nova+ MN-300-38-1024-12
- Incremental encoder providing high resolution (1024 pulses per revolution per channel) for precise speed and position feedback in advanced automation tasks
- Enhanced signal stability thanks to advanced electronics, enabling accurate regulation even in environments with electrical noise
- Compatible output signals: A 90° B / A' 90° B' HTL/TTL for versatile integration with diverse controllers and drives
- Suitable for integration with IEC standard 132B5 flange motors, with an impressive 300 mm diameter and 38 mm shaft for heavy-duty setups
- Rugged aluminum housing delivers mechanical strength while keeping the overall weight low, ensuring long-term performance even under industrial conditions
- Dual IP55 / IP67 protection ensures high resistance to dust, industrial fluids, and immersion, making this encoder ideal for harsh environments
- 2-meter cable length provides installation flexibility for larger machines and extended reach
- Easy retrofitting onto existing systems with 265 mm BCD flange mounting standardApplication Possibilities:
- Suitable for precise speed feedback in automated conveyor systems, robotics, and packaging machines
- Supports accurate motion control and positioning tasks in CNC tools, printing and textile machinery
- Ideal for industrial automation systems demanding stable, high-resolution feedback in challenging environments
- Incremental encoder providing high resolution (1024 pulses per revolution per channel) for precise speed and position feedback in advanced automation tasks
- Enhanced signal stability thanks to advanced electronics, enabling accurate regulation even in environments with electrical noise
- Compatible output signals: A 90° B / A' 90° B' HTL/TTL for versatile integration with diverse controllers and drives
- Suitable for integration with IEC standard 132B5 flange motors, with an impressive 300 mm diameter and 38 mm shaft for heavy-duty setups
- Rugged aluminum housing delivers mechanical strength while keeping the overall weight low, ensuring long-term performance even under industrial conditions
- Dual IP55 / IP67 protection ensures high resistance to dust, industrial fluids, and immersion, making this encoder ideal for harsh environments
- 2-meter cable length provides installation flexibility for larger machines and extended reach
- Easy retrofitting onto existing systems with 265 mm BCD flange mounting standardApplication Possibilities:
- Suitable for precise speed feedback in automated conveyor systems, robotics, and packaging machines
- Supports accurate motion control and positioning tasks in CNC tools, printing and textile machinery
- Ideal for industrial automation systems demanding stable, high-resolution feedback in challenging environments
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