概述

Introduction

　　系統採用紅外輻射測溫₪₪◕、快速旋轉掃描₪₪◕、計算機實時資料處理與影象顯示等先進技術✘☁，實現對迴轉窯全窯胴體表面溫度的非接觸實時檢測✘☁，並透過計算機顯示畫面迅速而直觀地揭示出諸如↟✘：窯皮生長均勻與否₪₪◕、結圈的大小₪₪◕、窯皮或窯襯脫落位置₪₪◕、“熱斑”的範圍及窯皮變化情況等重要資訊✘☁，幫助操作人員及時瞭解窯內狀況✘☁，有效地改善窯的操作✘☁，防止窯襯及窯胴損壞✘☁，顯著提高經濟效益✘☁， 實現迴轉窯的經濟執行₪☁。

The system uses advanced technologies such as infrared radiation temperature measurement, quick rotation scanning, computer real-time processing and image display to realize the non-contact real-time measurement on surface temperature of the whole rotary kiln shell, quickly and intuitively display important information on the computer screen such as: kiln coating formation, ring forming, peeling-off positions of kiln coating or kiln lining, “hot spot” range and kiln coating change. It helps the operator timely know kiln inside conditions, and efficiently improves kiln operation, thus avoiding kiln lining and shell damages, greatly enhancing economic benefits and realizing economic operation of the rotary kiln.

技術指標

Technical indexes

▲最大掃描角度Max scanning angle:90°～110°

▲響應時間Response time:<1μ

▲ 空間解析度Space resolution:<±lmrad

▲掃描範圍Scanning range:全窯whole kiln

▲掃描間距Scanning gap:6～12cmPosition accuracy: KPE ensured to be in synchronization with kiln

▲位置精度↟✘：KPE保證與窯完全同步Position accuracy: KPE ensured to be in synchronization with kiln

▲掃描方式↟✘：高速線掃Scanning mode: high speed linear scanning

測量範圍

系統特點

1.24 小時連續監測窯胴體溫度₪☁。

2.在“熱斑”形成之前即可發現₪☁。

3.延長窯襯使用壽命₪☁。

4.減少窯襯維修所需的停窯時間₪☁。

5.減少停窯檢修損失的熟料產量₪☁。