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  • 產(chǎn)品名稱：SensAlert & SensAlert Plus Sensor Data Table

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SensAlert & SensAlert Plus Sensor Data Table Sensidyne插件傳感器是在氣體探測傳感器可用于多種應用在許多行業(yè)廣泛。先進的智能傳感器的Sensidyne公司制造，并從選定的供應商是檢測有毒和可燃氣體以及缺氧或濃縮可用。智能Sensidyne傳感器含有非揮發(fā)性氣體的名稱或類型，跨度，內(nèi)存計量單位，報警級別，*新的零點和量程校準數(shù)據(jù)，補償表.
詳情介紹：
SensAlert & SensAlert Plus Sensor Data Table
Sensidyne插件傳感器是在氣體探測傳感器可用于多種應用在許多行業(yè)廣泛。先進的智能傳感器的Sensidyne公司制造，并從選定的供應商是檢測有毒和可燃氣體以及缺氧或濃縮可用。智能Sensidyne傳感器含有非揮發(fā)性氣體的名稱或類型，跨度，內(nèi)存計量單位，報警級別，*新的零點和量程校準數(shù)據(jù)，補償表.
Gas Detection Sensors
Sensidyne plug-in gas detection sensors are available for a wide array of applications in many industries. Advanced intelligent sensors manufactured by Sensidyne, and from selected suppliers are available for detecting toxic and combustible gases as well as oxygen deficiency or enrichment.
Intelligent Sensidyne sensors contain non-volatile memory for gas name or type, span, measuring units, alarm levels, the latest zero and span calibration data, compensation tables, remaining sensor life, factory codes and history, time and date stamp, as applicable.
Industrial point gas detection sensors / gas monitor sensors
SensAlert & SensAlert Plus Sensors
Flammable Gas Reference Chart
Toxic Gas Reference Chart
SensAlert & SensAlert Plus Sensor Data Table
SensAlert P/N SensAlert PLUS P/N TARGET GAS OR VAPOR GAS DATA1, 2 SENSOR ToD Response Time ENVIRONMENTAL9
Formula Density TLV-TWA IDLH Span4-Units Type1, 3 Cell8 T506 T906 Temp. F Humidity
011243-D-3X 823-0201-22 FM  Ammonia NH3 0.6 25 ppm 300 ppm 50 ppm EC-LI, D3 n/a 11 70 -4° to 122o 15-90% RH
011243-D-1 823-0201-21 FM  Ammonia NH3 0.6 25 ppm 300 ppm 100 ppm EC-LI, D n/a 11 70 -4° to 122o 15-90% RH
011243-D-2 823-0201-41  Ammonia NH3 0.6 25 ppm 300 ppm 300 ppm EC-LI, D n/a 15 90 -4° to 122o 10-90% RH
011343-D-1 823-0201-42  Ammonia NH3 0.6 25 ppm 300 ppm 500 ppm EC-LI, D n/a 20 90 -4° to 122o 10-90% RH
n/a 823-0249-51  Acetylene IR C2H2 0.9 Asphyxiate - - 50% LEL Infrared n/a 10 30 -30° to131° 5-95% RH
 121042-D-1 Pending  Arsine AsH3 2.7 0.05 ppm 3 ppm 1.00 ppm EC, ND3 n/a 50 90 -4° to 122o 5-95% RH
Use Chlorine Use Chlorine  Bromine Br2 5.5 3.0 ppm 3 ppm 10 ppm EC, D n/a - - - - -4° to 122o 5-95% RH
n/a 823-0205-51  Carbon Dioxide IR CO2 1.5 0.50% 3.00% 5.00% Vol. Infrared n/a 65 105 -4° to 131o 0-95% RH
 195272-D-1 823-0219-23 FM  Carbon Monoxide  CO 0.94 25 ppm 1,200 ppm 100 ppm EC, ND n/a 10 30 -4° to 122o 15-90% RH
 195272-D-4 Pending  Carbon Monoxide  CO 0.94 25 ppm 1,200 ppm 300 ppm EC, ND n/a 10 30 -4° to 122o 15-90% RH
 195272-D-2 823-0219-22 FM  Carbon Monoxide  CO 0.94 25 ppm 1,200 ppm 500 ppm EC, ND n/a 10 30 -4° to 122o 15-90% RH
 195272-D-3X Pending  Carbon Monoxide CO 0.94 25 ppm 1,200 ppm 1000 ppm EC, ND n/a 10 30 -4° to 122o 5-95% RH
 198262-D-1 823-0219-41  Carbon Monoxide CO 0.94 25 ppm 1,200 ppm 100 ppm EC-LI, ND n/a 10 30 -4° to 122o 15-90% RH
 198262-D-2 823-0219-42  Carbon Monoxide CO 0.94 25 ppm 1,200 ppm 500 ppm EC-LI, ND n/a 10 30 -4° to 122o 15-90% RH
 025142-D-2 823-0202-22 FM  Chlorine  Cl2 2.5 0.5 ppm 10 ppm 5.00 ppm EC, ND C 10 40 -4° to 122o 15-90% RH
 025142-D-1 823-0202-21 FM  Chlorine  Cl2 2.5 0.5 ppm 10 ppm 10.0 ppm EC, ND C 10 40 -4° to 122o 15-90% RH
n/a 823-0202-23  Chlorine  Cl2 2.5 0.5 ppm 10 ppm 20.0 ppm EC, ND C 10 30 -4° to 122o 15-95% RH
 021232-D-3 Pending  Chlorine  Cl2 2.5 0.5 ppm 10 ppm 100 ppm EC, ND n/a 18 60 -4° to 122o 5-95% RH
 021201-D-1 n/a  Chlorine  Cl2 2.5 0.5 ppm 10 ppm 10.0 ppm Refillable EC n/a 60 120 23° to 113o 5-95% RH
 391132-D-1 823-0239-21  Chlorine Dioxide ClO2 2.3 0.1 ppm 5 ppm 1.00 ppm EC, ND C 20 120 -4° to 122o 15-90% RH
 111250-D-1 823-0211-31 FM  Combustibles, General - - - - Asphixiate - - 100% LEL Catalytic n/a T-60: <12 sec -40° to167° 5-95% RH
 111253-D-1 823-0211-32  Comb. H2, ETO, Acetylene - - - - Asphixiate - - 100% LEL Catalytic n/a T-60: <5 sec -4° to122° 5-95% RH
 101236-D-1 823-0210-41  Hydrogen Specific LEL H2 0.07 Asphixiate - - 100% LEL EC, ND n/a 20 70 -4° to 122o 15-90% RH
n/a 823-0211-51 FM  Combustibles IR Hydrocarbons Asphixiate - - 100% LEL Infrared n/a T-60: <12 sec -13° to 167o 0-99% RH
 491255-D-1 823-0249-51  Combustibles IR Acetylene C2H2 0.9 2,500 ppm - - 50% LEL Infrared n/a 10 30 -4° to 122o 5-95% RH
 291042-D-1 Pending  Diborane B2H6 2.9 0.1 ppm 15 ppm 1.00 ppm EC, ND n/a 45 100 -4° to 122o 5-95% RH
c/f Pending  Dichlorosilane SiH2Cl2 1.3 5 ppm - - 10.0 ppm EC, ND n/a 30 90 -4° to 122o 5-95% RH
 452132-D-1 823-0245-21  Ethylene Oxide (ETO) C2H4O 1.5 1 ppm 800 ppm 10.0 ppm EC, ND n/a 15 60 -4° to 104o 15-95% RH
 151142-D-1X 823-0215-21  Fluorine  F2 1.3 0.1 ppm 25 ppm 10.0 ppm EC, ND n/a 10 30 -4° to 122o 5-95% RH
 151142-D-2X 823-0215-22  Fluorine  F2 1.3 0.1 ppm 25 ppm 25.0 ppm EC, ND n/a 10 30 -4° to 122o 5-95% RH
 302042-D-1 Pending  Germane  GeH4 2.7 0.2 ppm - - 2.00 ppm EC, ND n/a 10 30 -4° to 122o 5-95% RH
 481042-D-1X Pending  Hydrazine  N2H4 1.1 0.01 ppm 50 ppm 1.00 ppm EC, ND n/a 30 120 -4° to 122o 5-95% RH
 101332-D-1 823-0210-21 FM  Hydrogen Specific PPM H2 0.07 Asphixiate - - 1000 ppm EC, ND n/a 20 70 -4° to 122o 15-90% RH
 101236-D-1 823-0210-41  Hydrogen Specific LEL H2 0.07 Asphixiate - - 100% LEL EC, ND n/a 40 120 -4° to 122o 15-90% RH
Use HCl Use HCl  Hydrogen Bromide HBr 2.8 3 ppm 30 ppm 10.0 ppm EC, ND n/a 45 120 -4° to 122o 5-95% RH
 083142-D-3X 823-0208-21 FM   Hydrogen Chloride  HCl 1.3 2 ppm 50 ppm 10.0 ppm EC, ND S 15 30 -4° to 122o 15-90% RH
 083142-D-1 823-0208-22 FM  Hydrogen Chloride  HCl 1.3 2 ppm 50 ppm 20.0 ppm EC, ND S 15 30 -4° to 122o 15-90% RH
 081201-D-1 n/a  Hydrogen Chloride  HCl 2.3 2 ppm 50 ppm 10.0 ppm Refillable EC n/a 40 180 23° to 104o 5-95% RH
 081232-D-2 Pending  Hydrogen Chloride  HCl 2.3 2 ppm 50 ppm 100 ppm EC, ND n/a 36 120 -4° to 122o 5-95% RH
 033142-D-1 823-0203-21  Hydrogen Cyanide  HCN 0.9 4.7 ppm 50 ppm 20.0 ppm EC, D3 n/a 10 30 -4° to 122o 15-95% RH
 031232-D-2X Pending  Hydrogen Cyanide  HCN 0.9 4.7 ppm 50 ppm 100 ppm EC, D n/a 45 150 -4° to 122o 5-95% RH
 071142-D-1 823-0207-21 FM  Hydrogen Fluoride  HF 0.7 0.5 ppm 30 ppm 10.0 ppm EC, D C 15 45 -4° to 122o 15-90% RH
 071142-D-2X 823-0207-22 FM  Hydrogen Fluoride  HF 0.7 0.5 ppm 30 ppm 20.0 ppm EC, D C 15 45 -4° to 122o 15-90% RH
 071201-D-1 n/a  Hydrogen Fluoride  HF 0.7 0.5 ppm 30 ppm 10.0 ppm Refillable EC n/a 60 300 23° to 104o 5-95% RH
 062272-D-1 823-0206-22 FM  Hydrogen Sulfide  H2S 1.2 10 ppm 100 ppm 50 ppm EC, ND S 10 30 -40o to 122° 15-90% RH
 062272-D-2 823-0206-21 FM  Hydrogen Sulfide  H2S 1.2 10 ppm 100 ppm 100 ppm EC, ND S 10 30 -40o to 122° 15-90% RH
 421232-D-1 823-0242-21  Nitric Oxide  NO 1 25 ppm 100 ppm 100 ppm EC, ND n/a 5 15 -4° to 122o 5-95% RH
 211232-D-1 823-0221-21  Nitrogen Dioxide  NO2 1.6 3 ppm 20 ppm 10.0 ppm EC, ND n/a 15 40 -4° to 122o 15-90% RH
 403162-D-1 823-0240-41 FM  Oxygen O2 1.13 <19.5% <18% 25.0%Vol EC, D n/a 4 10 -4° to 122o 15-90% RH
 403162-D-2X n/a  Oxygen, Process O2 1.13 - - - - 10.0%Vol EC, D n/a 4 10 -4° to 122o 5-95% RH
 403162-D-3X n/a  Oxygen, Process O2 1.13 - - - - 25.0%Vol EC, D n/a 4 10 -4° to 122o 5-95% RH
403172-D-3 n/a  Oxygen, Membrane O2 1.13 <19.5% <18% 25.0%Vol EC, D n/a - - <10 50° to 104o 5-95% RH
 432032-D-1 Pending  Ozone O3 1.6 0.1 ppm 5 ppm 2.00 ppm EC, ND n/a 45 150 -4° to 122o 5-95% RH
 471042-D-1X 823-0247-21  Phosgene COCl2 3.4 0.1 ppm 2 ppm 1.00 ppm EC, ND n/a 60 120 -4° to 122o 15-90% RH
 131042-D-1 Pending  Phosphine PH3 1.2 0.3 ppm 50 ppm 1.00 ppm EC, ND n/a 10 30 -4° to 122o 5-95% RH
 145142-D-1 Pending  Silane SiH4 1.3 5 ppm - - 10.0 ppm EC, ND n/a 30 90 -4° to 122o 5-95% RH
 462273-D-1X Pending  Styrene C8H8 3.6 20 ppm 700 ppm 200 ppm EC, ND n/a 25 75 -4° to 122o 5-95% RH
n/a 823-0218-22 FM  Sulfur Dioxide, H2S Filtered SO2 2.3 2 ppm 100 ppm 10.0 ppm EC, ND n/a 10 15 -4° to 122o 15-90% RH
 182132-D-3X n/a  Sulfur Dioxide SO2 2.3 2 ppm 100 ppm 10.0 ppm EC, ND n/a 10 15 -4° to 122o 5-95% RH
 182132-D-1 n/a  Sulfur Dioxide SO2 2.3 2 ppm 100 ppm 20.0 ppm EC, ND n/a 5 15 -4° to 122o 5-95% RH
 181233-D-1 823-0218-21 FM  Sulfur Dioxide, H2S Filtered SO2 2.3 2 ppm 100 ppm 20.0 ppm EC, ND n/a 10 15 -4° to 122o 15-90% RH
 181233-D-2 Pending  Sulfur Dioxide, H2S Filtered SO2 2.3 2 ppm 100 ppm 100 ppm EC, ND n/a 5 20 -4° to 122o 15-90% RH
 181201-D-1X n/a  Sulfur Dioxide SO2 2.3 2 ppm 100 ppm 10.0 ppm Refillable EC n/a 40 240 23° to 104o 15-90% RH
SensAlert P/N SensAlert PLUS P/N TARGET GAS OR VAPOR Formula Density TLV-TWA IDLH Span4-Units Type1, 3 Cell8 T506 T906 Temp. F Humidity
GAS DATA1, 2 SENSOR ToD Response Time ENVIRONMENTAL9
1 Refillable means membrane and electrolyte are renewable, <: Less than or equal to, >: Greater than or equal to, n/a: not available.
2 Gas Data are from ACGIH (TLV-TWA) and NIOSH (IDLH) but may be noted as Ceiling or STEL. The user is responsible for verifying table data.
3 D: Sensor life is directly proportional to target gas exposure. ND: Sensor is not depleted by exposure to target gas and life is expected to be more than 2 years.
4 Lower Detection Limit is 3% of Span plus one digit (SensAlert) and 3% of span (PLUS). Number of zeros indicates sensor and display resolution.
7 LCD is the SensAlert gas type or name displayed. PLUS spells out the gas name or type.
8 ToD is the Test-on-Demand cell option and type designation for SensAlert PLUS only.
9 PLUS Temperature / Humidity specs given. Short term (hours) temperature / humidity excursions acceptable.

 

Sensor Technologies
Electrochemical Sensors
Electrochemical sensors are primarily used to detect toxic gases and oxygen. Toxic gases are detected in parts per million (PPM) while oxygen is measured in percent by volume (%Vol). Electrochemical sensors contain electrodes immersed in electrolyte inside a housing with a porous hydrophobic membrane. When the gas diffuses through the membrane into the electrolyte it produces a small but repeatable electrical current proportional to the gas concentration.
Catalytic Bead Sensors
Catalytic bead combustible sensors have been used since the 1930s. They consist of tiny heated wires embedded inside reference and sensing beads or pellistors. The sensing bead is coated with a catalyst so that combustible gases are oxidized if present. The heated beads operate in a bridge circuit that can produce a signal proportional to the concentration of combustible gas. Catalytic sensors require at least 10% by volume of Oxygen to operate properly and can be poisoned or inhibited by certain chemicals.
Infrared Sensors
Infrared sensors, or more specifically non-dispersive Infrared (NDIR) sensors, measure combustible gases and vapors in percent by volume (%Vol) ranges expressed as percent LEL (Lower Explosive Limit). NDIR sensors operate on the principle that hydrocarbon gases absorb specific wavelengths of infrared light. They are comprised of an infrared light source, reference and measurement detectors. The detector outputs are compared to indicate the presence of hazardous levels of gas. NDIR sensors do not require Oxygen to operate, always fail safe and cannot be poisoned.
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