BEGE flange encoder MIG Nova+ MN-160-28-2048-9, 2048 pulses, 5m cable, aluminium
HV52A16028204809005The **BEGE flange encoder MIG Nova+ MN-160-28-2048-9, 2048 pulses, 5m cable, aluminium** is an incremental encoder designed for high-resolution speed and position feedback in automated systems. It features a flange outer diameter of 160 mm, BCD of 130 mm, and a shaft diameter of 28 mm. The encoder complies with IEC 100/112B14 and has a flange thickness of 9 mm. The enclosure is made of aluminium for durability. It supports input voltage ranges from 5–24 VDC and provides 2048 pulses per revolution per channel with both HTL and TTL outputs (A90°B / A'90°B'). The device includes a 5-meter cable and offers IP55 / IP67 protection class for use in demanding environments.
Specifikationer
Produktbeskrivelse
2.310,00 kr.
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Specifikationer
IP klassificering
IP55 / IP67
Yderdiameter (mm)
160
Flangetykkelse (mm)
9
Encoder Material
Aluminium
Kabellængde (m)
5
Akseldiameter (mm)
28
IEC norm
100/112B14
BCD norm
130
Oprindelsesland
NLD
HS-Kode
90292038.000000
ERP nettovægt (Kg)
0.680000
Encoder forsyning
5-24VDC
Encoder signaler
A90°B / A'90°B' HTL/TTL
Pulser
2048
Beskrivelse
---**Brand Description**
BEGE Power Transmission is a leading manufacturer specialized in industrial automation solutions, delivering highly reliable and precise components for motion control in diverse engineering applications worldwide. BEGE’s encoders are renowned for robust construction, technological innovation, and seamless integration into complex automation systems.**Product Overview**
The BEGE Flanged Encoder MIG Nova+ MN-160-28-2048-9 is a high-resolution incremental encoder engineered for precise speed and position feedback in advanced automated systems.**Key Features & Benefits**
High Resolution with 2048 pulses per revolution per channel ensures precise speed monitoring and fine position feedback in demanding automation environments.
Advanced Signal Stability with HTL/TTL output (A90°B / A’90°B’) greatly reduces signal interference, enhancing control accuracy and system reliability under challenging operating conditions.
Robust Aluminium Construction provides excellent durability and corrosion resistance, making the encoder suitable for harsh industrial environments and long-term use.
Flexible Voltage Input of 5–24 VDC allows for seamless adaptation to various control system architectures and reduces the need for additional power conversion hardware.
Versatile IP Ratings (IP55/IP67) offer superior protection against dust and water ingress, enabling safe deployment in both indoor facilities and partially exposed locations.
Generous 5-meter shielded cable supports remote mounting and flexible installation on large machinery, reducing signal loss and facilitating maintenance.
IEC Standard Flange (Ø160 mm, BCD 130 mm, Flange thickness 9 mm, Shaft diameter 28 mm) ensures straightforward mechanical interfacing with IEC 100/112B14 motors commonly used in automation setups.**Application Possibilities**
Ideal for high-precision automated manufacturing lines requiring stable, high-resolution speed and positioning feedback for servo motors and drive control systems.
Recommended for robotics, automated conveyors, packaging machines, and textile machinery where increased motion accuracy directly impacts throughput and product quality.
Also compatible with other incremental encoder types from BEGE:
- MIG Basic: For standard automation tasks where basic incremental speed feedback is sufficient, offering cost-effective reliability.
- MIG AST: As an absolute encoder, retains precise positional data even after power interruptions, optimal for advanced motion systems requiring unambiguous positioning in safety-critical or high-complexity processes.---
BEGE Power Transmission is a leading manufacturer specialized in industrial automation solutions, delivering highly reliable and precise components for motion control in diverse engineering applications worldwide. BEGE’s encoders are renowned for robust construction, technological innovation, and seamless integration into complex automation systems.**Product Overview**
The BEGE Flanged Encoder MIG Nova+ MN-160-28-2048-9 is a high-resolution incremental encoder engineered for precise speed and position feedback in advanced automated systems.**Key Features & Benefits**
High Resolution with 2048 pulses per revolution per channel ensures precise speed monitoring and fine position feedback in demanding automation environments.
Advanced Signal Stability with HTL/TTL output (A90°B / A’90°B’) greatly reduces signal interference, enhancing control accuracy and system reliability under challenging operating conditions.
Robust Aluminium Construction provides excellent durability and corrosion resistance, making the encoder suitable for harsh industrial environments and long-term use.
Flexible Voltage Input of 5–24 VDC allows for seamless adaptation to various control system architectures and reduces the need for additional power conversion hardware.
Versatile IP Ratings (IP55/IP67) offer superior protection against dust and water ingress, enabling safe deployment in both indoor facilities and partially exposed locations.
Generous 5-meter shielded cable supports remote mounting and flexible installation on large machinery, reducing signal loss and facilitating maintenance.
IEC Standard Flange (Ø160 mm, BCD 130 mm, Flange thickness 9 mm, Shaft diameter 28 mm) ensures straightforward mechanical interfacing with IEC 100/112B14 motors commonly used in automation setups.**Application Possibilities**
Ideal for high-precision automated manufacturing lines requiring stable, high-resolution speed and positioning feedback for servo motors and drive control systems.
Recommended for robotics, automated conveyors, packaging machines, and textile machinery where increased motion accuracy directly impacts throughput and product quality.
Also compatible with other incremental encoder types from BEGE:
- MIG Basic: For standard automation tasks where basic incremental speed feedback is sufficient, offering cost-effective reliability.
- MIG AST: As an absolute encoder, retains precise positional data even after power interruptions, optimal for advanced motion systems requiring unambiguous positioning in safety-critical or high-complexity processes.---