Maxell Gas Sensors & Modules list
Maxell Gas Sensors, Maxell Sensor Modules, Type of Gas, Maxell Combustible gas, Maxell Toxic gas, Maxell Solvent vapors, Maxell Air contaminants, Maxell Refrigerant gases, Maxell Target gases, Maxell Methane, Maxell Propane, Maxell Butane, Maxell Carbon monoxide, Maxell Carbon dioxide, Maxell VOC's/Odor, Maxell Alcohol, Maxell Refrigerant gas, Maxell Hydrogen, Maxell Oxygen, Maxell Ammonia, Maxell Hydrogen sulfide, Maxell Sulfur dioxide, Maxell Nitric oxide, Maxell Nitrogen dioxide, Maxell Chlorine, Maxell
Model |
Sensing *1 |
Features |
Target |
Detection |
Driving *2 |
Dimensions *3 |
number |
principle |
|
gases |
range |
conditions |
Weight |
|
MOS |
- High sensitivity to total air |
Air |
Hydrogen |
VH: 5.0V |
φ9.2×7.8 |
TGS2600 |
|
contaminants |
pollutants |
1 - 30 ppm |
VC: 5.0V |
1.1g |
|
|
|
|
|
(PH: 210mW) |
approx. |
|
MOS |
- High sensitivity to VOCs, |
Air |
Ethanol |
VH: 5.0V |
φ9.2×7.8 |
TGS2602 |
|
ammonia and H2S |
pollutants |
1 - 30 ppm |
VC: 5.0V |
1.1g |
|
|
|
|
|
(PH: 280mW) |
approx. |
|
MOS |
- High sensitivity to amine and |
Air |
Ethanol |
VH: 5.0V |
φ9.2×7.8 |
TGS2603 |
|
sulfur series odor |
pollutants |
1 - 10ppm |
VC: 5.0V |
1.1g |
|
|
(Trimethylamine, |
|
(PH: 240mW) |
aprrox. |
|
|
methyl mercaptan, etc.) |
|
|
|
MOS |
- Quick response to LP gas |
Butane |
1 - 25 %LEL |
VH: 5.0V |
φ9.2×7.8 |
TGS2610-C00 |
|
Propane |
|
VC: 5.0V |
1.2g |
|
|
|
|
|
(PH: 280mW) |
approx. |
|
MOS |
- Selective response for LP gas |
Butane |
1 - 25 %LEL |
VH: 5.0V |
φ9.2×12.4 |
TGS2610-D00 |
with built-in filter |
Propane |
|
VC: 5.0V |
1.4g |
|
|
|
|
|
(PH: 280mW) |
approx. |
|
MOS |
- Quick response to methane |
Methane |
1 - 25 %LEL |
VH: 5.0V |
φ9.2×7.8 |
TGS2611-C00 |
|
|
|
VC: 5.0V |
1.2g |
|
|
|
|
|
(PH: 280mW) |
approx. |
|
MOS |
- Selective response for |
Methane |
1 - 25 %LEL |
VH: 5.0V |
φ9.2×12.4 |
TGS2611-E00 |
methane with built-in filter |
VC: 5.0V |
1.4g |
|
|
|
|
|
(PH: 280mW) |
approx. |
|
MOS |
- Comparable response to %LEL |
Methane |
1 - 25 %LEL |
VH: 5.0V |
φ9.2×12.4 |
TGS2612-D00 |
of methane and LP gas |
Propane |
|
VC: 5.0V |
1.4g |
|
|
|
Butane |
|
(PH: 280mW) |
approx. |
|
MOS |
- High sensitivity to organic |
Alcohol |
50 - |
VH: 5.0V |
φ9.2×7.8 |
TGS2620 |
|
solvent vapors |
Solvent |
5,000 ppm |
VC: 5.0V |
1.2g |
|
|
|
vapors |
|
(PH: 210mW) |
approx. |
|
MOS |
- High sensitivity to low- |
Refrigerant |
1,000 - |
VH: 5.0V |
φ9.2×12.4 |
TGS2630 |
|
flammable refrigerant gases |
gases |
10,000 ppm |
VC: 5.0V |
1.4g |
|
|
|
|
|
(PH: 280mW) |
approx. |
|
MOS |
- High sensitivity to refrigerant |
Halocarbon |
5 - 100 ppm |
VH: 0.8V±3% |
φ9.2×8.5 |
TGS3830 |
|
gases |
gas |
|
VC: 5.0V |
1.1g |
|
|
- Quick response |
|
(PH: 100mW) |
approx. |
|
|
- Low power consumption |
|
|
|
MOS |
- Dual gas detection for both |
Methane |
Methane |
VH: |
φ9.2×13.0 |
TGS3870 |
|
methane and CO |
CO |
1 - 25 %LEL |
VHH 0.9V(5sec.) |
1.1g |
|
|
|
|
CO |
VHL 0.2V(15sec.) |
approx. |
|
|
|
|
50 - |
VC: 5.0V pulse |
|
|
|
|
1,000 ppm |
(PH:38mv ave.) |
|
EC |
- High repeatability/selectivity |
CO |
0 - |
(PH: 0mW) |
φ14.1×49.7 |
TGS5042-A00 |
to CO |
|
10,000 ppm |
12g |
|
|
- Sensitivity data bar code on |
|
approx. |
|
|
each sensor |
|
|
|
|
EC |
- Compact |
CO |
0 - |
(PH: 0mW) |
φ14.6×13.9 |
TGS5141-P00 |
- Sensitivity data bar code on |
5,000 ppm |
×6.8 |
|
|
each sensor |
|
|
2.5g |
|
|
|
|
|
|
approx. |
|
CAT |
- Linear output over a wide |
Methane |
0 - 100 %LEL |
VC: 3.0V |
φ12.0×13.0 |
TGS6810-D00 |
detection range |
Propane |
|
(PH: 525mW) |
1.5g |
|
|
|
Butane |
|
|
approx. |
|
CAT |
- High accuracy up to high |
Hydrogen |
0 - 100 %LEL |
VC: 3.0V |
φ12.0×13.0 |
TGS6812-D00 |
concentration range |
Methane |
|
(PH: 525mW) |
1.5g |
|
|
|
Butane |
|
|
approx. |
|
|
|
Propane |
|
|
|
|
EC |
- Galvanic cell type oxygen |
Oxygen |
Oxygen |
(PH: 0mW) |
φ28×47.3 |
KE-12 |
|
sensor |
|
0 - 100 % |
|
24g |
|
|
- Quick response |
|
|
approx. |
|
EC |
- Galvanic cell type oxygen |
Oxygen |
Oxygen |
(PH: 0mW) |
φ23×50 |
KE-25F3 |
|
sensor |
|
0 - 100 % |
|
24g |
|
|
- Long life for 5 years |
|
approx. |
|
|
- Threaded top |
|
|
|
|
EC |
- Galvanic cell type oxygen |
Oxygen |
Oxygen |
(PH: 0mW) |
φ28×47.3 |
KE-25 |
|
sensor |
|
0 - 100 % |
|
24g |
|
|
- Long life for 5 years |
|
approx. |
|
|
- Hexagonal top |
|
|
|
|
EC |
- Lead-free galvanic cell type |
Oxygen |
Oxygen |
(PH: 0mW) |
φ28×47.3 |
KE-25LF |
|
oxygen sensor |
0 - 30 % |
|
24g |
|
|
- Long life - 5 years |
|
|
approx. |
|
|
- Hexagonal top |
|
|
|
|
EC |
- Galvanic cell type oxygen |
Oxygen |
Oxygen |
(PH: 0mW) |
φ28×47.3 |
KE-50 |
|
sensor |
|
0 - 100 % |
|
24g |
|
|
- Long life for 10 years |
|
approx. |
|
EC |
- Lead-free galvanic cell type |
Oxygen |
Oxygen |
(PH: 0mW) |
φ23×50 |
KE-25F3LF |
oxygen sensor |
0 - 30 % |
|
24g |
|
|
- Long life - 5 years |
|
|
approx. |
|
|
- Threaded top |
|
|
|
|
EC |
- Galvanic cell type oxygen |
Oxygen |
Oxygen |
(PH: 0mW) |
φ20.4×16.6 |
SK-25 |
|
sensor |
|
0 - 30 % |
|
7.0g |
|
|
- Compact |
|
|
approx. |
|
EC |
- High accuracy |
CO |
0 - |
(PH: 0mW) |
φ20.4×16.5 |
FECS40-1000 |
|
|
1,000 ppm |
4.5g |
|
|
|
|
|
|
approx. |
|
EC |
- High sensitivity to Nitrogen |
Nitric |
0 - 300 ppm |
(PH: 0mW) |
φ20.4×16.5 |
FECS41-250 |
monoxide |
oxide |
|
|
4.5g |
|
|
- High accuracy |
|
|
approx. |
|
EC |
- High sensitivity to Nitrogen |
Nitrogen |
0 - 30 ppm |
(PH: 0mW) |
φ20.4×16.5 |
FECS42-20 |
dioxide |
dioxide |
|
|
4.5g |
|
|
- High accuracy |
|
|
approx. |
|
EC |
- High sensitivity to Sulfur |
Sulfur |
0 - 20 ppm |
(PH: 0mW) |
φ20.4×16.5 |
FECS43-20 |
dioxide |
dioxide |
|
|
4.5g |
|
|
- High accuracy |
|
|
approx. |
|
EC |
- High accuracy |
Ammonia |
0 - 100 ppm |
(PH: 0mW) |
φ20.4×16.5 |
FECS44-100 |
- Low ppm range < 100ppm |
|
4.5g |
|
|
|
|
|
|
approx. |
|
EC |
- High accuracy |
Ammonia |
0 - 200 ppm |
(PH: 0mW) |
φ20.4×16.5 |
FECS44-200 |
- Low ppm range < 200ppm |
|
4.5g |
|
|
|
|
|
|
approx. |
|
EC |
- High accuracy |
Ammonia |
0 - |
(PH: 0mW) |
φ20.4×16.5 |
FECS44-1000 |
- Middle detection range up to |
1,000 ppm |
4.5g |
|
|
1000ppm |
|
|
|
approx. |
|
EC |
- High accuracy |
Ammonia |
0 - |
(PH: 0mW) |
φ20.4×16.5 |
FECS44-5000 |
- Wide detection range up to |
5,000 ppm |
4.5g |
|
|
5000ppm |
|
|
|
approx. |
|
EC |
- High sensitivity to Chlorine |
Chlorine |
0 - 10 ppm |
(PH: 0mW) |
φ20.4×16.5 |
FECS45-10 |
- High accuracy |
|
|
4.5g |
|
|
|
|
|
|
approx. |
|
EC |
- High sensitivity to Hydrogen |
Hydrogen |
0 - 100 ppm |
(PH: 0mW) |
φ20.4×16.5 |
FECS50-100 |
sulfide |
sulfide |
|
|
4.5g |
|
|
- High accuracy |
|
|
approx. |
|
EC |
- CO level output |
CO |
0 - 800 ppm |
VIN: 5.0V |
56x29x22 |
CMM5042 |
|
|
|
(PH: ≤1mW) |
19g |
|
|
|
|
|
|
approx. |
|
CAT |
- Precalibrated for hydrogen |
Hydrogen |
Hydrogen |
VIN: 5.0V |
50x30x25.3 |
CGM6812-B00 |
detection |
Methane |
0 - |
(PH: ≤1.5W) |
15g |
|
|
|
Butane |
14,000 ppm |
approx. |
|
|
|
Propane |
|
|
|
|
MOS |
- Precalibrated alarm set point |
Butane |
Alarm set pointo |
VH: 5.0V |
27.0×12.5 |
LPM2610-D09 |
for LP gas |
Propane |
1,250 ppm |
VC: 5.0V |
2.8g |
|
|
|
|
|
(PH: 280mW) |
approx. |
|
MOS |
- Precalibrated alarm set point |
Methane |
Alarm set point |
VH: 5.0V |
27.0×12.5 |
NGM2611-E13 |
for methane |
5,000 ppm |
VC: 5.0V |
2.8g |
|
|
|
|
|
(PH: 280mW) |
approx. |
|
MOS |
- Precalibrated alarm set point |
Refrigerant |
Alarm set point |
VC: 5.0V |
25x25x16 |
FCM2630-C01 |
for R32 gas |
gas R-32 |
5,000ppm |
(PH: 0.3W) |
4g |
|
|
- Analog output |
|
|
approx. |
|
MOS |
- Precalibrated alarm set point |
Refrigerant |
Alarm set point |
VC: 5.0V |
25x34x16 |
FCM2630-E00 |
for R-32 gas |
gas R-32 |
5,000 ppm |
(PH: 0.3W) |
5g |
|
|
- Digital output |
|
|
approx. |
*1
MOS: Semiconductor type
EC: Electrochemical type
CAT: Catalytic type
NDIR: Infrared type
*2
VH: Heater voltage
VC: Circuit voltage
VIN: Input voltage
PH: Power consumption
*3
Unit: mm
Oxygen Sensors / Lead-Free Oxygen Sensors
Features
- Virtually no influence from CO2
- Long life (2.5 to 10 years)
- Stable output voltage
- No external power supply is required for sensor operation
- Operates at room temperature
- No warm-up time required
Applications
Widely used in applications such as combustion gas monitoring, biotechnology equipment, food storage, education and medical devices.
Specifications of Lead-Free Galvanic Cell-type Oxygen Sensors
Model |
KE-25LF/KE-25F3LF |
KE-12F3LF∗1 |
KE-50LF∗1 |
KE-25F3LFM∗1 |
|
|
|
|
|
Features |
Standard product |
Fast response time |
Long life |
Measurable up to 100% O2 |
Measurement range |
0 ∼ 30% O2 |
|
0 ∼ 100% O2 |
Accuracy |
± 1% |
± 1% |
± 2% |
± 1% |
(%Full Scale) |
|
|
|
Operating pressure range |
811~1216 hPa |
|
|
Operating temperature range |
5 ∼ 40℃ |
|
|
|
90% response time |
Approx. 15 sec. |
Approx. 8 sec. |
Approx. 60 sec. |
Approx. 15 sec. |
Life expectancy ∗2 |
Approx. 90×104 %h |
Approx. 55×104 %h |
Approx. 180×104 %h |
Approx. 108×104 %h |
|
Approx. 5years |
Approx. 3years |
Approx. 10years |
Approx. 6years |
Evaluation samples with the same specification as mass production are available. |
Life expectancy when the product is used at 20˚C with a humidity of 60%RH and atmospheric pressure of 1013hPa, represented as a value of (Oxygen Concentration %) × (Time h) |
Notes:
1) Product specifications are subject to change without notice.
2) "Lead-Free" means lead content is less than or equal to 0.1wt% in each of parts (in a homogeneous material) comprising a product.
Specifications of Leaded Galvanic Cell-type Oxygen Sensors
Model |
KE-50 |
KE-25 |
KE-12 |
SK-25 |
KE-25F3 |
KE-12F3 |
Features |
Long life |
Standard product |
Fast response time |
Compact size |
Measurement range |
0 ∼ 100% O2 |
0 ∼ 30% O2 |
Accuracy |
± 2% |
± 1% |
± 1% |
± 1% |
(%Full Scale) |
Operating pressure range |
811~1216 hPa |
Operating temperature range |
5 ∼ 40℃ |
90% response time |
Approx. 60 sec. |
Approx. 15 sec. |
Approx. 5 sec. |
Approx. 15 sec. |
Life expectancy ∗ |
Approx. 180×104 %h |
Approx. 90×104 %h |
Approx. 45×104 %h |
Approx. 45×104 %h |
Approx. 10years |
Approx. 5years |
Approx. 2.5years |
Approx. 2.5years |
* Life expectancy when the product is used at 20˚C with a humidity of 60%RH and atmospheric pressure of 1013hPa, represented as a value of (Oxygen Concentration %) × (Time h)
Note) Product specifications are subject to change without notice.