calcActive())">
calcPageSize())" />BEGE flange encoder MIG Basic MB-160-28-0008-9, 8 pulses, 2m cable, aluminium
HV51A16028000809002The BEGE flange encoder MIG Basic MB-160-28-0008-9 is an incremental encoder designed for basic speed feedback in standard automation tasks. Flange outer diameter: 160 mm Flange BCD: 130 mm Shaft diameter: 28 mm Flange thickness: 9 mm IEC standard: 100/112B14 Pulse rate: 8 pulses/channel Output signal: A90°B HTL Input voltage: 5–24 VDC Cable length: 2 m Material: Aluminium Ingress protection: IP55 / IP67This encoder reliably converts rotary motion into digital signals compatible with control systems. Suitable for general automation applications requiring basic feedback.
Specifications
Product description
Downloads
€220.00
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)
160
Flange thickness (mm)
9
Encoder Material
Aluminium
Cable length (m)
2
Shaft diameter (mm)
28
IEC norm
100/112B14
BCD norm
130
HS-Code
90292038.000000
Encoder supply
5-24VDC
Encoder signals
A90°B HTL
Pulses
8
Description

BEGE Aandrijftechniek B.V. is a renowned Dutch manufacturer of high-quality automation components, specializing in innovative drive technology for industrial applications. Their encoders are valued for reliability, precision, and robust construction, making them a trusted solution for technical specialists and engineers across diverse sectors.
**Efficient Incremental Encoder:** The BEGE MIG Basic MB-160-28-0008-9 is an incremental encoder designed to provide reliable, basic speed feedback for standard automation tasks, ensuring stable operation in motors and drive systems.
**Flanged Construction:** Engineered with a sturdy aluminum flange (outer diameter: 160mm, flange BCD: 130mm, thickness: 9mm), this encoder is ideal for mounting on IEC 100/112B14 motors, guaranteeing compatibility and secure integration in both new and retrofit situations.
**Durable Materials:** The robust aluminum housing delivers excellent resistance to environmental stress, mechanical impact, and industrial contaminants, optimizing operational lifespan in demanding environments.
**Precise Shaft Interface:** Suited for shafts with a diameter of 28mm, ensuring a firm connection and minimal slippage during rotation measurement, crucial for accurate feedback in automated processes.
**Rugged Protection:** Offering dual IP55/IP67 classifications, the encoder strikes a balance between water/dust resistance and easy installation, perfect for harsh industrial environments.
**Reliable Electrical Specification:** Operating at 5–24VDC input, with HTL (High Threshold Logic) A90°B channel outputs, this encoder supports rapid signal transmission for use with a wide range of control systems and PLCs.
**Pulse Output:** With an output of 8 pulses per channel per revolution, the encoder is ideal for basic position and speed detection where simplicity and reliability are prioritized.
**Flexible Integration:** Comes pre-fitted with a 2-meter cable for seamless installation in a wide range of industrial machinery and process automation setups.
**Applications:** Perfect for conveyor systems, packaging machinery, light-duty motor feedback, and OEM equipment where cost-effective, reliable incremental feedback is required.**Related MIG Nova+ and MIG AST Overview:**-
MIG Nova+: Advanced incremental encoder offering higher resolution and enhanced signal stability, suitable for precise speed control and positioning in complex automated systems.-
MIG AST: Absolute encoder with non-volatile position memory. Retains position data after power loss, enabling precise absolute positioning and control for advanced motion applications and safety-critical environments.
**Efficient Incremental Encoder:** The BEGE MIG Basic MB-160-28-0008-9 is an incremental encoder designed to provide reliable, basic speed feedback for standard automation tasks, ensuring stable operation in motors and drive systems.
**Flanged Construction:** Engineered with a sturdy aluminum flange (outer diameter: 160mm, flange BCD: 130mm, thickness: 9mm), this encoder is ideal for mounting on IEC 100/112B14 motors, guaranteeing compatibility and secure integration in both new and retrofit situations.
**Durable Materials:** The robust aluminum housing delivers excellent resistance to environmental stress, mechanical impact, and industrial contaminants, optimizing operational lifespan in demanding environments.
**Precise Shaft Interface:** Suited for shafts with a diameter of 28mm, ensuring a firm connection and minimal slippage during rotation measurement, crucial for accurate feedback in automated processes.
**Rugged Protection:** Offering dual IP55/IP67 classifications, the encoder strikes a balance between water/dust resistance and easy installation, perfect for harsh industrial environments.
**Reliable Electrical Specification:** Operating at 5–24VDC input, with HTL (High Threshold Logic) A90°B channel outputs, this encoder supports rapid signal transmission for use with a wide range of control systems and PLCs.
**Pulse Output:** With an output of 8 pulses per channel per revolution, the encoder is ideal for basic position and speed detection where simplicity and reliability are prioritized.
**Flexible Integration:** Comes pre-fitted with a 2-meter cable for seamless installation in a wide range of industrial machinery and process automation setups.
**Applications:** Perfect for conveyor systems, packaging machinery, light-duty motor feedback, and OEM equipment where cost-effective, reliable incremental feedback is required.**Related MIG Nova+ and MIG AST Overview:**-
MIG Nova+: Advanced incremental encoder offering higher resolution and enhanced signal stability, suitable for precise speed control and positioning in complex automated systems.-
MIG AST: Absolute encoder with non-volatile position memory. Retains position data after power loss, enabling precise absolute positioning and control for advanced motion applications and safety-critical environments.
Downloads
