HOG10DN1024I Overview

The BAUMER HOG10DN1024I PLC MODULE is a highly robust, hollow-shaft incremental encoder. It delivers 1024 pulses per revolution and features HTL outputs for long cable runs up to 350m. Built with a double-side hybrid bearing and superior sealing, it withstands extreme shocks, vibrations, and harsh industrial environments.

Key Features

1. High-Performance Sensing: A robust incremental encoder with a blind hollow shaft, delivering 1024 pulses per revolution.

2. Superior Mechanical Durability: Features a double-side hybrid bearing and robust housing, supporting high axial/radial loads (450N/600N) and shock resistance up to 300g.

3. Long-Distance Signal Integrity: Equipped with an HTL output driver, enabling reliable signal transmission over cable lengths of up to 350 meters.

4. Robust Environmental Protection: Incorporates a specialized sealing system effective in dusty, tropical, or extremely cold environments (with optional heating down to -50°C).

5. Flexible Integration: Offers versatile mounting with various bore diameters (e.g., 16mm, 20mm) and optional redundant sensing via dual terminal boxes for critical applications.

FAQ

Q1: What type of encoder is the Baumer HOG10DN1024I?

A1: It is a highly robust, incremental rotary encoder with a blind hollow shaft design, delivering 1024 pulses per revolution.

Q2: What is its key advantage for industrial environments?

A2: It offers exceptional durability with very high resistance to shock (up to 300g), vibration, and features a sealing system for harsh, dusty, or tropical conditions.

Q3: What output signal and cable length does it support?

A3: It features an HTL output driver, enabling reliable signal transmission over long cable distances of up to 350 meters.

Q4: How is its mechanical longevity ensured?

A4: Its extended service life is ensured by a double-side bearing system using hybrid bearings and support for high shaft loads (450 N axial, 600 N radial).

Q5: Does it offer configuration flexibility?

A5: Yes, it offers flexible power options (5VDC or 9-30VDC), multiple bore diameters, and optional features like heating for cold environments and redundant sensing.