TP 4500

AUTOMATIC TOTAL PHOSPHORUS ANALYZER

User's Guide

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Specification

Measuring Range	0 ~ 20 mg/L
Measuring Principle	Ascorbic acid reduction method
Oxidation Principle	120℃ Alkaline potassium persulfate method
Light Source / Detector	880nm LED / Photodiode Detector
Repeatability	±2% of F.S.
Accuracy	±2% of F.S.
Display Resolution	0.001 mg/L
Analysis Cycle Time	60 min / one measurement
Sampling unit	Sample loop line measuring/ 5 port Multi Valve / Peristaltic pump
Cooling Method	Air cooling
Cycle of Reagent Replacement	4 weeks
Permissible Sample Temperature	5 ~ 40℃
Operation System	Windows OS Color LCD (10.2″) Touch Screen
Data Storage	PC SSD , USB Memory stick available
Alarm List	No sample, No distilled water, No reagent, Distilled water contamination, Light source abnormal, Detector abnormal, System abnormal, consumption replacement
Electrical Output Signal	RS-232C / 4 ~ 20mA
Status List	Normal, Pause, Calibrating, Checking Communication error, Operating error
Power Supply	AC110~220V, 50~60Hz
Power Consumption	100VA
Housing Material	Steel / Powder coating 550(W) x 430(D) x 1560(H) mm About 80kg
Ambient Temperature &　 Humidity	5~40℃ Less than 85% RH

Features

ㆍ Use of compact heating oxidation reactor

- Heating, cooling and stirring integrated

ㆍ Precise sample measuring method by
using sample loop

ㆍ Various service functions

- Automatic shutdown function in case of device error or alarm
- Auto start function in case of power outage
- Remote control function such as operation start and operation stop using an external terminal

ㆍ Increased maintenance convenience

- Reagent replenishment and consumable replacement cycle notification function
- Sample and distilled water supply detection function
- Self-checking function (Dilution water pollution level and lamp status display)

ㆍ Wide range of application

- Sewage, wastewater, industrial process management, lake water, river water, etc.

Measuring Mechanism

The light source used for total phosphorus measurement is 880 nm LED In the case of total phosphorus, the light source passes through the filter and the sample transferred to the flow cell, and the transmitted light passes through the cell and is detected by the photodiode. The signal detected by the photodiode undergoes signal processing such as amplification, and is then calculated as absorbance and displayed on the monitor as a concentration value.

Measurement flow chart

Core Technology for TP 4500

Main Installation

Daehan Paper in Chungbuk

Chilbo Water Purification Plant in K-water

Dongwha company in Incheon

Chuncheon Energy

Samcheok Water Purification Plant in K-water

Yecheon Sewage Treatment Plant

List

<table class="table_titleBar"><tbody><tr><td>제품사양</td>
            </tr></tbody></table><table class="table_a"><tbody><tr><td>
                    측정범위
                </td>
                <td>
                    0 ~ 20 mg/L
                </td>
            </tr><tr><td>
                    측정방식
                </td>
                <td>
                    아스코르빈산 환원법 (흡광광도법)
                </td>
            </tr><tr><td>
                    산화방식
                </td>
                <td>
                    120℃ 과황산칼륨법
                </td>
            </tr><tr><td>광원/검출방식
                </td>
                <td>
                    880nm LED / Photodiode Detector
                </td>
            </tr><tr><td>
                    재현성
                </td>
                <td>
                    ±2% of F.S.
                </td>
            </tr><tr><td>
                    정확성
                </td>
                <td>
                    ±2% of F.S.
                </td>
            </tr><tr><td>
                    최소눈금단위
                </td>
                <td>
                    0.001 mg/L
                </td>
            </tr><tr><td>
                    측정시간
                </td>
                <td>
                    60분/1계측 (측정주기 설정 가능)
                </td>
            </tr><tr><td>
                    시료 계량/제어
                </td>
                <td>Sample Loop Type 정량제어방식 / 5Port Multi Valve</td>
            </tr><tr><td>냉각 방식</td>
                <td>공기 냉각</td>
            </tr><tr><td>
                    시약교체주기
                </td>
                <td>
                    4주
                </td>
            </tr><tr><td>
                    시료 온도
                </td>
                <td>
                    5 ~ 40℃
                </td>
            </tr><tr><td>
                    운영환경
                </td>
                <td>
                    <p>Windows OS</p>
                    <p>컬러 LCD (10.2"), 터치스크린</p>
                </td>
            </tr><tr><td>
                    저장방식
                </td>
                <td>
                    PC SSD, USB 저장장치 사용가능
                </td>
            </tr><tr><td>
                    경보 항목
                </td>
                <td>
                    <p>시료 없음, 증류수 없음, 시약 없음, 증류수 오염</p>
                    <p>광원 이상, 검출기 이상, 시스템 이상, 소모품 교환</p>
                </td>
            </tr><tr><td>
                    TMS 통신 방식
                </td>
                <td>
                    RS-232C / 4 ~ 20mA
                </td>
            </tr><tr><td>
                    TMS 상태 정보
                </td>
                <td>
                    <p>장비정상, 일시정지, 교정중</p>
                    <p>통신불량, 동작불량</p>
                </td>
            </tr><tr><td>
                    전원
                </td>
                <td>
                    AC110~220V, 50~60Hz
                </td>
            </tr><tr><td>
                    소비전력
                </td>
                <td>
                    100VA
                </td>
            </tr><tr><td>
                    외함
                </td>
                <td>
                    <p>Steel / 분체도장</p>
                    <p>550(W) x 430(D) x 1560(H) mm </p>
                    <p>80kg</p>
                </td>
            </tr><tr><td>
                    설치환경
                </td>
                <td>
                    <p>5~40℃</p>
                    <p>RH 85% 이하</p>
                </td>

</tr></tbody></table><table class="table_titleBar"><tbody><tr><td>제품특징</td>
            </tr></tbody></table><table class="product_character"><tbody><tr><td>
                <div>
                    <p>ㆍ 컴팩트한 가열산화반응기 사용</p>
                    <ul><li> - 가열, 냉각, 교반 일체형</li>
                    </ul></div>
                <div>
                    <p>ㆍ 샘플 루프를 이용한 정밀계량방식 사용</p>
                </div>
                <div>
                    <p>ㆍ 다양한 서비스 기능</p>
                    <ul><li> - 기기이상 및 알람발생시 자동종료기능</li>
                        <li> - 정전시 Auto Start 기능</li>
                        <li> - 외부접점을 이용한 가동시작, 가동중지 등 원격제어기능</li>
                    </ul></div>
                <div>
                    <p>ㆍ 유지보수 편의성 증대</p>
                    <ul><li>- 시약보충 및 소모품 교체주기 알림기능</li>
                        <li>- 시료 및 증류수 공급유무 감지기능</li>
                        <li>- 자가진단기능(희석수 오염도 표시 및 램프상태 표시)</li>
                    </ul></div>
                <div>
                    <p>ㆍ 다양한 응용범위</p>
                    <ul><li>- 하수, 폐수, 공장 공정관리, 호소수, 하천수 등</li>
                    </ul></div>
            </td>
        </tr></tbody></table><table class="table_titleBar"><tbody><tr><td>측정 메커니즘</td>
            </tr></tbody></table><div class="table_basic_info02">
        <ul><li><img src="https://www.humas.co.kr/data/editor/2309/54d06ca282ebc2175216a4101092468b_1694422007_6003.jpg" title="54d06ca282ebc2175216a4101092468b_1694422007_6003.jpg" alt="54d06ca282ebc2175216a4101092468b_1694422007_6003.jpg"><br style="clear:both;"></li>
            <li>- 총인 측정 시 사용되는 광원은 880nm LED를 사용합니다.</li>
            <li> - 총인의 경우 광원은 광하이버를를 통하여 Flow Cell에 이송된 시료로 전달되고 전달된 빛은 Cell을 투과하여 Photodiode에 의해 검출됩니다.</li>
            <li>- Photodiode에 의해 검출된 신호는 증폭 등의 신호처리를 거친 후 흡광도로 계산 되어 농도값으로 모니터에 표시됩니다.</li>
        </ul></div>

<table class="table_titleBar"><tbody><tr><td>주요설치사례</td>
            </tr></tbody></table><table class="table_install_major"><tbody><tr><td>
                   <div class="table_install_major_align">
                    <div>
                        <img src="https://humas77.cafe24.com/data/editor/2212/ea93ed6f1a8912b9a0d77a9ec27579c3_1670392617_3362.jpg" alt="고창군 상하수도사업소(대산하수처리장)"><p>충북 대한제지</p>
                    </div>
                    <div>
                        <img src="https://humas77.cafe24.com/data/editor/2212/ea93ed6f1a8912b9a0d77a9ec27579c3_1670392631_7439.jpg" alt="한국수자원공사 취수원(금산정수장)"><p>한국수자원공사 취수원(칠보정수장)</p>
                    </div>
                    <div>
                        <img src="https://humas77.cafe24.com/data/editor/2212/ea93ed6f1a8912b9a0d77a9ec27579c3_1670392639_568.jpg" alt="논산시 강경폐수처리장"><p>인천 동화기업</p>
                    </div>
                    <div>
                        <img src="https://humas77.cafe24.com/data/editor/2212/ea93ed6f1a8912b9a0d77a9ec27579c3_1670392650_8977.jpg" alt="경기도 평택에너지서비스"><p>강원 춘천에너지</p>
                    </div>
                    <div>
                        <img src="https://humas77.cafe24.com/data/editor/2212/ea93ed6f1a8912b9a0d77a9ec27579c3_1670392659_4035.jpg" alt="철원 동송하수처리장"><p>한국수자원공사 취수원(삼척정수장)</p>
                    </div>
                    <div>
                        <img src="https://humas77.cafe24.com/data/editor/2212/ea93ed6f1a8912b9a0d77a9ec27579c3_1670392667_1335.jpg" alt="용인시 지곡산단폐수처리장"><p>경북 예천하수처리장</p>
                    </div>
                    </div>
                </td>
            </tr></tbody></table><p><br></p>
    <table class="table_titleBar"><tbody><tr><td>기타 설치사례</td>
            </tr></tbody></table><table class="table_install_etc"><tbody><tr><td>
        <span>영월하수처리장</span><span>충주산단폐수처리장</span><span>영월하수처리장</span><span>충주산단폐수처리장</span><span>공주탄천산단폐수처리장</span><span>무안하수처리장</span><span>연기군노장산단폐수처리장</span><span>전주하수처리장</span><span>굴포천,역곡하수처리장</span><span>쌍용c&b조치원공장</span><span>공주 신관하수처리장</span><span>고성군토성하수처리장</span><span>세종시블루그린네트워크</span><span>KGC충주예본공장</span><span>서천농공단지폐수처리장</span><span>대전,흑석하수처리장</span><span>서울복합화력발전소</span><span>인천송도재이용처리 시설</span><span>함양군안의,인구하수처리장</span><span>공주동학사,공암하수처리장</span><span>속초하수처리장</span><span>홍천축산폐수처리장</span><span>평택발전소</span><span>KGC원주공장</span><span>장수산서하수처리장</span><span>동양에코경주</span><span>고창하수처 리장</span><span>춘천에너지</span><span>방어진하수처리장</span><span>동우화인켐(평택)</span><span>용연하수처리장</span><span>장승포하수처리장</span><span>전주하수처리장1,2방류구</span><span>아산테크노밸리폐수처리장</span><span>문막하수처리장</span><span>시화하수처리 장</span><span>삼성SDI</span><span>무림피앤피</span><span>고성화력발전소</span><span>신서천화력발전소</span><span>죽곡하수처리장</span><span>구암하수처리장</span><span>적리하수처리장</span><span>송현하수처리장</span><span>충주중원산업단지</span><span>굴포천하수처리장</span><span>연천하수 처리장</span><span>풀무원</span><span>부강하수처리장</span><span>음악하수처리장</span><span>도당하수처리장</span><span>운산하수처리장</span><span>병술만하수처리장</span><span>팔당정수장</span><span>연천군하수처리장</span><span>천안하수처리장</span><span>성연하수처리장</span><span>운산하수 처리장</span><span>예천하수처리장</span><span>한국수자원공사낙동강취수원</span><span>한국수자원공사영섬취수원</span><span>한국수자원공사한강취수원</span><span>익산하수처리장</span><span>충주기업산업단지</span><span>용인지곡산업단지</span><span>진주상평 폐수처리장</span><span>강릉화력발전소</span><span>강경폐수처리장</span><span>평택에너지</span><span>한국수자원공사취수원</span><span>동화기업</span><span>대덕산업단지</span><span>정산하수처리장</span><span>용암하수처리장</span><span>롯데정밀</span><span>김촌양촌하수처리장</span><span>철원 동송하수처리장</span><span>보령관창폐수처리장</span><span>대한제지</span><span>부곡하수처리장</span><span>한진섬유 등 110개소</span>
        
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PRODUCT INTRODUCE

TP 4500

AUTOMATIC TOTAL PHOSPHORUS ANALYZER

User's Guide

본문

온라인 문의

PRODUCT INTRODUCE

TP 4500

AUTOMATIC TOTAL PHOSPHORUS ANALYZER

User's Guide

본문

온라인 문의

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