THC 연소 가스분석기 (GA-40Tplus) / 휴대형/ 환경부 형식승인

판매처 : 켐익코퍼레이션  www.kemik.co.kr    Tel.031-737-2121  Fax.031-737-2120

 

THC 연소 가스분석기 (GA-40Tplus) / 휴대형/ 환경부 형식승인

 

 

 



 

 

※ 특징 

• 환경부 형식 승인번호 : 제ASGAM-2005-9호
• NDIR-THC propane 환경부 형식 승인 획득 장비
• 기본구성: O2, CO, NO, 3m Heating Hose 및 Peltier Dryer를 기본으로 최대 9가지 센서 구성 가능
• 옵션구성: NO2, SO2, H2S, Cl2, H2, HCl, 유속, 유량, NDIR-THC, CO2, CH4
• 다양한 사용자 구성 (Electrochemical Sensor 7개, NDIR Sensor 2개)
• Inconel Probe 와 내부 Peltier Dryer 사용으로 T-gas 1600°C 에서도 안정적인 측정 가능
• 최소 10초 간격으로 연속 저장 가능
• 장비 내 오염물질 농도 변화 추이용 소형 그래프 및 프린터 기능



 

※ 용도 

• Size: 460 x 170 x 160 mm
• Weight: 10kg
• Power Supply: 110 or 230V
• Battery: Lead-acid battery 12V/2.2Ah, charging time 10h

※ 사양

 

Parameter	Method	Indication range	Display resolution	Accuracy	Detection limit	Resp. time (t90)
Gases measured in standard configuration
O2 - oxygen, volumetric concentration	electrochemical gas sensor	0..25 %	0.01 %	±0.2% or 2% rel.	0.20 %	45 s
CO2 - carbon dioxide, volumetric concentration	calculated from volumetric concentration of O2 and fuel	0..25 %	0.01%	±0.2% or 2% rel.	0.20 %	45 s
CO - carbon monoxide, volumetric concentration	electrochemical gas sensor	0..20000 ppm	1 ppm	±5 ppm or 5 % rel.	5 ppm	45 s
COmg - carbon monoxide, mass concentration	calculated from volumetric concentration of CO	0...	1 mg/Nm3	±10 mg/Nm3 or 5 % rel.	10 mg/Nm3	45 s
COrel - carbon monoxide, mass concentration relative to O2	calculated from volumetric concentration of CO and O2	0...	1 mg/Nm3	±10 mg/Nm3 or 5 % rel.	10 mg/Nm3	45 s
Gases measured with optional IR sensors
CO2 - carbon dioxide volumetric concentration	NDIR sensor	0..25 % 0...100 %	0.01 %	+/-3 % rel., or 0.5 % abs.	0.20 %	45 s
CH4 - Methane, volumetric concentration	NDIR sensor	0...5 % 0...100 %	0.01 % 0.1 %	+/-3 % rel., or 0.5 % abs.	0.20 %	45 s
Gases measured with optional electrochemical sensors
NO / NOx - volumetric concentration of nitrogen oxides.	electrochemical gas sensor	0..1000 ppm	1 ppm	±5 ppm or 5 % rel.	5 ppm	45 s
NOmg/NOxmg - mass concentration of nitrogen oxides	calculated from volumetric concentration of NO	0...	1 mg/Nm3	±15 mg/Nm3 or 5 % rel.	15 mg/Nm3	45 s
NOrel / NOxrel - mass concentration of nitrogen oxides relative to O2	calculated from volumetric concentration of NO and O2	0...	1 mg/Nm3	±15 mg/Nm3 or 5 % rel.	15 mg/Nm3	45 s
NO2 - volumetric concentration of nitrogen dioxide	electrochemical gas sensor	0..1000 ppm	1 ppm	±5 ppm or 5 % rel.	5 ppm	45 s
NO2mg - mass concentration of nitrogen dioxide	calculated from volumetric concentration of NO2	0...	1 mg/Nm3	±15 mg/Nm3 or 5 % rel.	15 mg/Nm3	45 s
NO2rel - mass concentration of nitrogen dioxide relative to O2	calculated from volumetric concentration of NO2 and O2	0...	1 mg/Nm3	±15 mg/Nm3 or 5 % rel.	15 mg/Nm3	45 s
SO2 - volumetric concentration of sulphur dioxide	electrochemical gas sensor	0..5000 ppm	1 ppm	±5 ppm or 5 % rel.	5 ppm	45 s
SO2mg - mass concentration of sulphur dioxide	calculated from volumetric concentration of SO2	0...	1 mg/Nm3	±15 mg/Nm3 or 5 % rel.	15mg/Nm3	45 s
SO2rel - mass concentration of sulphur dioxide relative to O2	calculated from volumetric concentration of SO2 and O2	0...	1 mg/Nm3	±15 mg/Nm3 or 5 % rel.	15 mg/Nm3	45 s
Other measured values
Tgas - flue gas temperature	Thermocouple	-10..1000°C	1°C	± 2 °C or 1.5 % rel.	1 °C	30 s
Tamb - ambient temperature	Thermistor	-10..100°C	1°C	± 1 °C	1 °C	30 s
U1,U2 - 2 external inputs	ADC	-20...+20 V	0.01 V	±0.02 V	0.01 V	10 s
I1,I2 - 2 external inputs	ADC	-20...+20 mA	0.01 mA	±0.02 mA	0.01 mA	10 s
T1,T3 - 2 external inputs	Thermocouple	0...1600°C	1°C	±2 °C or 1. 5 % rel.	1 °C	10 s
T2,T4 - 2 external inputs	Thermistor	-20...100°C	1°C	±2 °C or 1. 5 % rel.	1 °C	10 s
Pressure	DMS bridge	-25 hPa ... +25 hPa	0.1Pa	±2 Pa or 5 % rel.	1 Pa	10 s
Flow velocity (Option)	Pitot tube	1...50 m/s	0.1 m/s	0.3 m/s or 5 % rel.	0.1 m/s	10 s
Soot/smoke test	Bacharach method	0..9	0.5	0.5	0.5
TI (CO/CO2-Toxic Index)	calculated	0...0.01	0.0001	5 % rel.	0	10 s
Lambda - excess air number	calculated	1..10	0.01	2 % rel.	0	10 s
qA - combustion losses	calculated	0..100 %	0.1 %	2 % rel.	0 %	10 s
Eta - efficiency	calculated	0..120 %	0.1 %	2 % rel.	0 %	10 s