calcActive())">
calcPageSize())" />BEGE flange encoder MIG Basic MB-080-09-0001-7, 1 pulses, 20m cable, rustfrit stål
HV51S08009000107020Bolt Circle Diameter: 65mm, Outer Diameter: 80mm, Flange Thickness: 7mm, Shaft Diameter: 9mm, Motor IEC: 56B14. It features HTL A90°B outputs with 1 pulse per channel per revolution, Input Voltage: 5-24VDC, and a 20 meter cable for flexible installation. The housing is made of stainless steel, providing high durability, and offers IP55/IP67 protection for reliable operation in demanding environments. Suitable for applications requiring simple speed or position feedback where absolute encoding is not needed.
Specifications
Product description
Downloads
€515.00
Made to order
Expected shipment:
Loading...
Estimated Shipping:
Estimate Shipping and Tax
Loading shipping methods...
Shipping Methods
No shipping methods available for this destination.
More Information
IP classification
IP55 / IP67
Outer diameter (mm)
80
Flange thickness (mm)
7
Encoder Material
Stainless steel
Cable length (m)
20
Shaft diameter (mm)
9
IEC norm
56B14
BCD norm
65
HS-Code
90292038.000000
Encoder supply
5-24VDC
Encoder signals
A90°B HTL
Pulses
1
Description

BEGE Aandrijftechniek is a renowned Dutch manufacturer specializing in advanced drive components and automation solutions respected throughout the industry for their durable engineering and innovation. Their encoders are trusted by technical specialists and engineers worldwide for precision, reliability, and industrial robustness.
The BEGE Flanged Encoder MIG Basic MB-080-09-0001-7 is an incremental encoder designed for essential speed feedback in standard automation tasks, providing a rugged and dependable solution for basic industrial motion control needs.
Incremental Encoder Design: Delivers straightforward and accurate speed feedback, ideal for standard automation applications such as conveyor systems, packaging machinery, and OEM motion equipment.
Rugged Stainless Steel Construction: The housing and flange are made from high-quality stainless steel, ensuring superior corrosion resistance and longevity even in harsh and demanding environments.
IP55 / IP67 Protection Class: Offers double ingress protection, allowing safe operation in dusty, wet, or washdown areas found in food and beverage, pharmaceutical, or outdoor applications.
Large Flange & Shaft Dimensions: Equipped with an Ø80 mm outer diameter flange, 65 mm bolt circle diameter (BCD), and 9 mm shaft, the encoder integrates seamlessly into IEC 56B14 motors and standard industrial setups for easy retrofitting or replacement.
Flexible Power & Output: Accepts input voltage from 5-24VDC and provides a robust HTL output signal (A90°B), supporting high compatibility with various industrial control systems, PLCs, and drives.
Long Cable Length: Supplied pre-wired with a durable 20-meter cable, which facilitates convenient installation over long distances between the encoder and control cabinet or input module.
Minimal Pulse Generation: With 1 pulse per channel per revolution, this encoder is optimized for simple speed feedback and “run/stop” detection, minimizing signal processing complexity.
Easy Mounting: The 7 mm thick flange ensures secure, vibration-resistant mounting in both horizontal and vertical orientations, maintaining signal integrity even in tough applications.
Versatile Industrial Applications: Perfect for standard industrial automation systems, light-duty process control, monitoring of slow-speed shafts, and basic motion feedback tasks where incremental position and speed data is needed.For greater resolution and precise control, consider BEGE’s MIG Nova+ incremental encoders with enhanced signal stability and resolution, or choose the MIG AST absolute encoders for applications requiring lossless position memory and advanced positioning control after power interruptions.
The BEGE Flanged Encoder MIG Basic MB-080-09-0001-7 is an incremental encoder designed for essential speed feedback in standard automation tasks, providing a rugged and dependable solution for basic industrial motion control needs.
Incremental Encoder Design: Delivers straightforward and accurate speed feedback, ideal for standard automation applications such as conveyor systems, packaging machinery, and OEM motion equipment.
Rugged Stainless Steel Construction: The housing and flange are made from high-quality stainless steel, ensuring superior corrosion resistance and longevity even in harsh and demanding environments.
IP55 / IP67 Protection Class: Offers double ingress protection, allowing safe operation in dusty, wet, or washdown areas found in food and beverage, pharmaceutical, or outdoor applications.
Large Flange & Shaft Dimensions: Equipped with an Ø80 mm outer diameter flange, 65 mm bolt circle diameter (BCD), and 9 mm shaft, the encoder integrates seamlessly into IEC 56B14 motors and standard industrial setups for easy retrofitting or replacement.
Flexible Power & Output: Accepts input voltage from 5-24VDC and provides a robust HTL output signal (A90°B), supporting high compatibility with various industrial control systems, PLCs, and drives.
Long Cable Length: Supplied pre-wired with a durable 20-meter cable, which facilitates convenient installation over long distances between the encoder and control cabinet or input module.
Minimal Pulse Generation: With 1 pulse per channel per revolution, this encoder is optimized for simple speed feedback and “run/stop” detection, minimizing signal processing complexity.
Easy Mounting: The 7 mm thick flange ensures secure, vibration-resistant mounting in both horizontal and vertical orientations, maintaining signal integrity even in tough applications.
Versatile Industrial Applications: Perfect for standard industrial automation systems, light-duty process control, monitoring of slow-speed shafts, and basic motion feedback tasks where incremental position and speed data is needed.For greater resolution and precise control, consider BEGE’s MIG Nova+ incremental encoders with enhanced signal stability and resolution, or choose the MIG AST absolute encoders for applications requiring lossless position memory and advanced positioning control after power interruptions.
Downloads
