BEGE flange encoder MIG Nova+ MN-090-11-0016-7, 16 pulses, 20m cable, rustfrit stål

HV52S09011001607020
The BEGE flange encoder MIG Nova+ MN-090-11-0016-7, 16 pulses, 20m cable, stainless steel is an incremental encoder with higher resolution and improved signal stability, suitable for precise feedback in automation systems.Outer diameter: 90 mm
Flange BCD: 75 mm
Flange thickness: 7 mm
IEC norm: 63B14
Shaft diameter: 11 mm
Pulse per revolution: 16 per channel
Input Voltage: 5-24 VDC
Output: A90°B / A'90°B' HTL/TTL
Cable length: 20 m
Material: Stainless steel
IP classification: IP55 / IP67
Suitable for demanding applications requiring reliable speed feedback and enhanced signal quality.
€585.00
Excluded taxes and delivery costs

Made to order

Expected shipment:

Loading...
Estimated Shipping:

Description

BEGE is a leading manufacturer of innovative automation solutions, renowned for their robust, high-precision encoders designed for demanding industrial environments. The BEGE Flanged Encoder MIG Nova+ MN-090-11-0016-7 exemplifies their commitment to engineering excellence, reliability, and durability.
Key Features and Advantages:
High-Resolution Incremental Encoder: Delivers superior signal stability and increased resolution, making it ideal for precise control in automated systems and servo drives.
Enhanced Signal Stability: Provides accurate speed and position feedback, reducing the risk of errors in motion control and enhancing system reliability.
Durable Stainless Steel Construction: Ensures long-lasting performance in corrosive and harsh industrial environments, supporting food, pharmaceutical, and chemical applications.
Wide Voltage Input Range (5-24VDC): Maximizes integration flexibility with diverse PLCs and motion controllers.
Compact Flange Design (Ø90mm with 7mm thickness): Allows for seamless mounting in compact motor assemblies according to IEC 63B14.
Long Cable Length (20 meters): Suits installations requiring extended distance between the encoder and control units, improving application flexibility.
High Protection Rating (IP55/IP67): Provides robust protection against dust, water, and industrial contaminants, making it suitable for outdoor operations.
HTL/TTL Output, Incremental Signals (A90°B / A'90°B' ): Compatible with a broad range of digital control systems for adaptable integration.
Shaft Diameter 11mm & Flange BCD 75mm: Conforms to industrial motor standards, supporting straightforward integration in various motor types.
16 Pulses Per Revolution Per Channel: Facilitates accurate speed measurement and improved closed-loop control for precise automation results.
Application Possibilities:
Automatic manufacturing lines requiring precise speed regulation and stability.
Robotics and automated machinery demanding reliable motion feedback for precision tasks.
Conveyor and packaging systems where consistent speed control and minimal downtime are critical.
Servo drive and industrial motor feedback for accurate closed-loop operation.
Industrial environments necessitating robust, corrosion-resistant feedback solutions.
Encoder Types Overview:
MIG Basic: Incremental encoder designed for basic speed feedback in standard automation tasks.
MIG Nova+: Incremental encoder with higher resolution and advanced signal stability, ideal for more accurate control in complex automated systems.
MIG AST: Absolute encoder that maintains position after a power loss, supporting high-precision positioning and sophisticated control architectures.

Specifications

IP classification
IP55 / IP67
Outer diameter (mm)
90
Flange thickness (mm)
7
Encoder Material
Stainless steel
Cable length (m)
20
Shaft diameter (mm)
11
IEC norm
63B14
BCD norm
75
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)
1.09
Country of origin
NLD
BEGE flange encoder MIG Nova+ MN-090-11-0016-7, 16 pulses, 20m cable, rustfrit stål
BEGE flange encoder MIG Nova+ MN-090-11-0016-7, 16 pulses, 20m cable, rustfrit stål
HV52S09011001607020
Want to know more?
+45 87 40 80 80 Monday-Thursday 08:00-16:00 GMT +1
Friday 08:00-15:30 GMT +1
[email protected]