Produktbeschreibung
Bewegliches Gas Detector mit Aufbauen-in Pumpe- Benutzeranweisung
1. Beschreibung
Detektor des Gases BH-80 mit importierter weltberü Hmter Sensor- und Mikrocontrollertechnologie, schneller Antwort, hoher Prä Zision, Stabilitä T und Wiederholbarkeit, die Gesamtleistung der fü Hrenden inlä Ndischen Stufe, der Benutzer kann die Parameter anpassen, einfach zu benü Tzen. Hochwertiges Lithiumionnachfü Llbare Batterie, intuitive Warnung kippt um. Bildschirmbildschirmanzeige Digital-LCD, freier Raum und intuitives; Mit Zwei-Ebenensichtbarem und Audio Besorgnis erregende Funktion, kann fristgerecht sein und genau die voreingestellte Warnungskonzentration, Instrumentaussehen using Plastik einer speziellen hochfesten ABS Technik, die stilvolle Formauslegung, schö N, das Gefü Hl entdecken und anzeigen, das gut ist, haltbar
2. Technical Parameter:
Shellmaterial: ABS
Abmessungen: 125mm * 52mm * 30mm (L * W * H)
Explosionssicherer Grad: Exia II CT6
Schutzkategorie: IP65
Gewicht: 200g
Genauigkeit: ± 3% F. S. (Depending on der Sensor)
Befundmethode: Eingebautes pumpenartiges
Konzentrationsgerä T: PPMs, % Vol., % LEL, Mg, m3
Warnungsmodus: Sichtbar und Audio, Erschü Tterung
Arbeitstemperatur: -10 ~ 70 º C
Betriebsfeuchtigkeit: 0 ~ 95% rechts kondensationsfrei
Funktionsspannung: 3.6VDC
Warnungsstrom: 150mA
Arbeitsstrom: Pumpendes 60mA
Batteriekapazitä T: 3200mA, mit aufladenschutzschaltung
Aufladeeinheitsbedingungen: 4.2VDC, 1A
3. Eingebaute pumpenartige Gasdetektoranwendung:
Detektor des Gases BH-80 mit einer schnellen Antwort, einer guten Stabilitä T, hohen einer Empfindlichkeit, einem klein, einem leicht, einem einfach, usw., zusammen mit der eingebauten Gasmusterstü Ckpumpe zu tragen, das Messen resultiert genauer und schnell. Am meisten benutzt auf petrochemischer, industrieller Industrieproduktion, Umweltü Berwachung des Rauchgasauspuffs, Abwasserbehandlung, Bio-pharmazeutischem, Hauptumweltschutz, Schulelabors und anderen Gebieten
Anhang: Technische Leistung und Parameter
Hauptbedingungen
Gas | Umfang | Genauigkeit | Auflö Sung | Antwortzeit |
EX | 0-100%LEL | < ± 3%F. S | 0.1%LEL | ≤ 10s |
EX | 0-100%Vol. | < ± 3%F. S | 0.1%Vol. | ≤ 10s |
CH4 | 0-100%LEL | < ± 3%F. S | 0.1%LEL | ≤ 5s |
CH4 | 0-100%Vol. | < ± 3%F. S | 0.1%Vol. | ≤ 10s |
O2 | 0-30%Vol. | < ± 3%F. S | 0.01%Vol. | ≤ 15s |
O2 | 0-100%Vol. | < ± 3%F. S | 0.01%Vol. | ≤ 15s |
Co | 0-500ppm | < ± 3%F. S | 0.1ppm | ≤ 25s |
Co | 0-1000ppm | < ± 3%F. S | 0.1ppm | ≤ 25s |
Co | 0-2000ppm | < ± 3%F. S | 0.1ppm | ≤ 25s |
Co | 0-20000ppm | < ± 3%F. S | 1ppm | ≤ 25s |
Co | 0-100000ppm | < ± 3%F. S | 1ppm | ≤ 25s |
CO2 | 0-2000ppm | < ± 3%F. S | 1ppm | ≤ 20s |
CO2 | 0-5000ppm | < ± 3%F. S | 1ppm | ≤ 20s |
CO2 | 0-10000ppm | < ± 3%F. S | 1ppm | ≤ 30s |
CO2 | 0-50000ppm | < ± 3%F. S | 1ppm | ≤ 30s |
CO2 | 0-20%Vol. | < ± 3%F. S | 0.01%Vol. | ≤ 30s |
CO2 | 0-50%Vol. | < ± 3%F. S | 0.01%Vol. | ≤ 30s |
CO2 | 0-100%Vol. | < ± 3%F. S | 0.01%Vol. | ≤ 30s |
CH2O | 0-10ppm | < ± 3%F. S | 0.001ppm | ≤ 40s |
CH2O | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 40s |
CH2O | 0-1000ppm | < ± 3%F. S | 0.1ppm | ≤ 50s |
O3 | 0-1ppm | < ± 3%F. S | 0.001ppm | ≤ 30s |
O3 | 0-10ppm | < ± 3%F. S | 0.01ppm | ≤ 30s |
O3 | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 30s |
O3 | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 30s |
O3 | 0-2000ppm | < ± 3%F. S | 0.1ppm | ≤ 40s |
H2S | 0-10ppm | < ± 3%F. S | 0.001ppm | ≤ 30s |
H2S | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 30s |
H2S | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 30s |
H2S | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
H2S | 0-2000ppm | < ± 3%F. S | 1ppm | ≤ 45s |
SO2 | 0-10ppm | < ± 3%F. S | 0.001ppm | ≤ 30s |
SO2 | 0-20ppm | < ± 3%F. S | 0.01ppm | ≤ 30s |
SO2 | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 30s |
SO2 | 0-500ppm | < ± 3%F. S | 0.1ppm | ≤ 45s |
SO2 | 0-2000ppm | < ± 3%F. S | 1ppm | ≤ 60s |
SO2 | 0-5000ppm | < ± 3%F. S | 1ppm | ≤ 60s |
NEIN | 0-25ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
NEIN | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
NEIN | 0-2000ppm | < ± 3%F. S | 1ppm | ≤ 60s |
NO2 | 0-20ppm | < ± 3%F. S | 0.01ppm | ≤ 25s |
NO2 | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 25s |
NO2 | 0-1000ppm | < ± 3%F. S | 0.1ppm | ≤ 50s |
NO2 | 0-5000ppm | < ± 3%F. S | 0.1ppm | ≤ 50s |
CL2 | 0-10ppm | < ± 3%F. S | 0.001ppm | ≤ 30s |
CL2 | 0-20ppm | < ± 3%F. S | 0.01ppm | ≤ 30s |
CL2 | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
NH3 | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 50s |
NH3 | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 50s |
NH3 | 0-1000ppm | < ± 3%F. S | 0.1ppm | ≤ 60s |
NH3 | 0-5000ppm | < ± 3%F. S | 1ppm | ≤ 60s |
NH3 | 0-100%LEL | < ± 3%F. S | 0.1%LEL | ≤ 10s |
H2 | 0-100%LEL | < ± 3%F. S | 0.1%LEL | ≤ 10s |
H2 | 0-1000ppm | < ± 3%F. S | 0.1ppm | ≤ 60s |
H2 | 0-20000ppm | < ± 3%F. S | 1ppm | ≤ 60s |
H2 | 0-40000ppm | < ± 3%F. S | 1ppm | ≤ 60s |
H2 | 0-100%Vol. | < ± 3%F. S | 0.1%Vol. | ≤ 30s |
HCN | 0-30ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
HCN | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
HCL | 0-20ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
HCL | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 60s |
PH3 | 0-5 PPMs | < ± 3%F. S | 0.001ppm | ≤ 25s |
PH3 | 0-25 PPMs | < ± 3%F. S | 0.01ppm | ≤ 25s |
PH3 | 0-2000 PPMs | < ± 3%F. S | 1ppm | ≤ 60s |
CLO2 | 0-1ppm | < ± 3%F. S | 0.001ppm | ≤ 40s |
CLO2 | 0-10ppm | < ± 3%F. S | 0.01ppm | ≤ 40s |
CLO2 | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
ETO | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 120s |
ETO | 0-1000ppm | < ± 3%F. S | 0.1ppm | ≤ 120s |
ETO | 0-100%LEL | < ± 3%F. S | 1%LEL | ≤ 30s |
COCL2 | 0-1ppm | < ± 3%F. S | 0.001ppm | ≤ 50s |
SiH4 | 0-1ppm | < ± 3%F. S | 0.001ppm | ≤ 60s |
SiH4 | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
F2 | 0-1ppm | < ± 3%F. S | 0.001ppm | ≤ 60s |
F2 | 0-10ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
F2 | 0-100ppm | < ± 3%F. S | 0.1ppm | ≤ 60s |
HF | 0-10ppm | < ± 3%F. S | 0.01ppm | ≤ 40s |
HF | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 40s |
H8r | 0-50ppm | < ± 3%F. S | 0.07ppm | ≤ 60s |
82H6 | 0-10ppm | < ± 3%F. S | 0.001ppm | ≤ 60s |
AsH3 | 0-1ppm | < ± 3%F. S | 0.007ppm | ≤ 60s |
AsH3 | 0-10ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
GeH4 | 0-2ppm | < ± 3%F. S | 0.001ppm | ≤ 60s |
GeH4 | 0-20ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
N2H4 | 0-1ppm | < ± 3%F. S | 0.001ppm | ≤ 60s |
N2H4 | 0-300ppm | < ± 3%F. S | 0.1ppm | ≤ 60s |
THT | 0-50mg/m3 | < ± 3%F. S | 0.01 mg/m3 | ≤ 60s |
Br2 | 0-10ppm | < ± 3%F. S | 0.001ppm | ≤ 60s |
Br2 | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
C2H2 | 0-100%LEL | < ± 3%F. S | 0.1%LEL | ≤ 30s |
C2H2 | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
C2H2 | 0-1000ppm | < ± 3%F. S | 0.1ppm | ≤ 60s |
C2H4 | 0-100%LEL | < ± 3%F. S | 0.1%LEL | ≤ 30s |
C2H4 | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
C2H4 | 0-1000ppm | < ± 3%F. S | 0.1ppm | ≤ 60s |
C2H4O | 0-10ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
C2H6O | 0-100%LEL | < ± 3%F. S | 0.1%LEL | ≤ 30s |
C2H6O | 0-100ppm | < 3%F. S | 0.07ppm | ≤ 60s |
C2H6O | 0-2000ppm | < ± 3%F. S | 1ppm | ≤ 60s |
CH6O | 0-100%LEL | < ± 3%F. S | 0.1%LEL | ≤ 30s |
CH6O | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
CH6O | 0-2000ppm | < ± 3%F. S | 1ppm | 60s |
CS2 | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
C3H3N | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
C3H3N | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
C3H3N | 0-2000ppm | < ± 3%F. S | 1ppm | ≤ 30s |
CH3NH2 | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 60s |
SO2F2 | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
SO2F2 | 0-20ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
N2 | 0-100%Vol. | < ± 3%F. S | 0.01%Vol. | ≤ 30s |
I2 | 0-50ppm | < ± 3%F. S | 0.01ppm | ≤ 30s |
NOX | 0-100ppm | < ± 3%F. S | 0.01ppm | ≤ 30s |
C6H6 | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
C7H8 | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
C8H10 | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
C8H8 | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
C8H8 | 0-6000ppm | < ± 3%F. S | 1ppm | ≤ 30s |
C2H3CL | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
C2HCL3 | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
C2CL4 | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |
CH3Br | 0-200ppm | < ± 3%F. S | 0.1ppm | ≤ 30s |