Hubner Giessen LSH-050-2-45-320T11R

Product Short Description

Product Name: Heavy Duty Incremental Rotary Encoder

Product Introduction: LSH-050-2-45-320T11R is a heavy-duty incremental rotary encoder from Hubner Giessen, designed for speed and position measurement under severe industrial vibration, shock and harsh environmental conditions. It provides 320 pulses per revolution with HTL signal output.

Description
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Description

Technical Specifications:

Pulse Count: 320 pulses per revolution
Signal Output: HTL level
Supply Voltage: 12 ~ 30 VDC
Protection Rating: IP66 / IP67
Operating Temperature: -40 ℃ ~ +100 ℃
Maximum Rotational Speed: 6000 rpm
Shock Resistance: 150 g (6 ms duration)
Vibration Resistance: 20 g (10 ~ 2000 Hz)
Maximum Shaft Load: 140 N axial, 170 N radial

Function Features: Heavy duty bearing design, optional isolated bearing to block shaft current, high signal stability and anti-interference ability, support flange or foot mounting options, wide temperature operation range.

Application Scenarios: Steel rolling mill drive systems, port crane hoist and trolley mechanisms, mining conveyor equipment, oil and gas field machinery, marine propulsion speed feedback.

Material Composition: Cast metal heavy duty housing, alloy steel shaft, optical grating disc, photoelectric receiving sensor, heavy duty rolling bearing, sealing components.

Structural Features: Solid shaft output structure, metal sealed housing, flange or foot mounting options, integrated terminal box for field wiring, robust mechanical design.

Working Principle: Photoelectric scanning of the rotating grating disc converts mechanical rotary motion into incremental pulse signals, which are used for speed calculation and position measurement in the control system.

Installation Requirements: Use flexible coupling to connect with motor shaft to avoid radial and axial overload; fix encoder housing through flange or foot mounting base; use shielded cable for signal wiring.

Usage Notes: Do not exceed maximum shaft load limits; protect signal cable from mechanical abrasion and cutting; avoid installation near strong magnetic field sources; regularly inspect sealing condition in dusty and wet environments.