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ATi’s D16 PortaSens innovative, versatile, Portable Gas Leak Detector, is a handheld monitor designed to perform regular leak checks in gas storage areas, around process equipment, piping, or in confined spaces prior to entry.
Using a pump to speed-up gas detection for the protection of people, the D16 also offers alarms and a data logging facility.
The superior sensor used in the PortaSens lll is interchangeable between our fixed and portable devices and use an industry-leading, pre-calibrated ‘vapour’ sensor that requires an annual replacement with no calibration, increasing its efficacy.
Designed for easy one-hand operation, the gas detector contains an internal sample pump and a flexible sampling wand to allow pinpoint location of the source of leakage.
A touch-sensitive color graphic display provides clear concentration display and a back-light for the display ensures readability in low or no light conditions.
A unique feature of the D16 Portasens lll Portable Gas Leak Detector, is its ability to measure a variety of different gases by simply inserting the appropriate sensor for that gas. That makes this gas detector capable of measuring over 60 different gases or vapors, reducing the need to purchase individual detectors for each type of gas. The gas sensors for the detector can be changed quickly and easily, and there is no need for calibration when a gas sensor is change is made.
As one of only a few companies around the globe that manufacture a trusted, smart vapour sensor, used in our industry-leading portable and fixed gas monitors, the gas sensors used in the D16 are part of ATI’s smart gas sensor modules. Each sensor module is actually a sensor, amplifier, and memory module in one compact package. Because of this design, sensor modules can be calibrated independently and simply plugged into any detector for immediate use. When installed in a gas detector, calibration data is loaded into the microprocessor so that no adjustments are needed. The result is that a gas detector can, for example, go from phosgene measurement to ammonia measurement in less than one minute.
Locating the source of gas leaks can be a challenge, especially in plant areas with multiple potential leak sources. Ammonia refrigeration piping, ozone generator skids, and hazardous gas piping systems are just a few of the applications where identifying exact leak sites is difficult ATI’s new PortaSens III portable leak detector (Model D16) is ideal for locating leak sources or simply for measuring gas concentrations in the workplace.
With a built-in sampling pump and inlet wand, sample is drawn from precise locations where leaks may occur. Areas around valve packing, flanges, compression fittings and other system components are easily checked to find the higher gas levels that exist near the leak site.
The PortaSens III is physically similar to its predecessor, the PortaSens II which has been in service for the past 15 years. The internals of the instrument have been completely redesigned with a modern USB computer interface, a color touch-screen display, and improved pump control.
As with the original, the D16 detector has the ability to measure a wide variety of gases by simply inserting the appropriate sensor for that gas. The D16 can use any of over 60 different sensor modules, providing nearly unmatched flexibility. Sensors can be changed quickly and easily without the need for calibration.
Sensors used in the PortaSens III are ATI’s H-Series smart sensor modules. Each sensor module is actually a sensor, amplifier, and memory module in one compact package. Because of this design, sensor modules can be calibrated independently and simply plugged into any detector for immediate use. When installed in a detector, calibration data is loaded into the microprocessor so that no adjustments are needed. The result is that a detector can, for example, go from phosgene measurement to ammonia measurement in less than one minute.
The basic PortaSens II detector does not include sensor modules. Because the D16 is designed to accept any ATI smart sensor module, you must select one or more sensors from the list below. Each sensor module is factory calibrated at the time of shipment and is ready to use by plugging it into the receptacle in the D16 manifold. Each module can be used for logging data over minimum and maximum ranges indicated.
PortaSens III Portable Gas Leak Detectors, are supplied in a padded carrying case for easy storage and transport. An extra battery is provided plus space for up to two sensor keepers which means up to 8 extra sensors ready for immediate use.
00-1000* Bromine Br2, 0-1/5 ppm (00-1538) 00-1001* Bromine Br2, 0-5/200 ppm (00-1538, 20 max.) 00-1002* Chlorine Cl2, 0-1/5 ppm (00-1538) 00-1003* Chlorine Cl2, 0-5/200 ppm (00-1538, 20 max.) 00-1004* Chlorine dioxide ClO2, 0-1/5 ppm (00-1538) 00-1005* Chlorine dioxide ClO2, 0-5/200 ppm (00-1538, 20 max.) 00-1359 Chlorine dioxide ClO2, 200/1000 ppm 00-1425* Chlorine dioxide ClO2, 0-1/5 ppm (low Cl2) (00-1538) 00-1006* Fluorine F2, 0-1/5 ppm (00-1538) 00-1007* Fluorine F2, 0-5/200 (00-1538, 20 max.) 00-1008* Ozone O3, 0-1/5 ppm (00-1538) 00-1009* Ozone O3, 0-5/200 ppm (00-1538, 20 max.) 00-1358 Ozone O3, 200/1000 ppm 00-1163 Ozone O3, 500/2000 ppb (00-1538) 00-1010* Ammonia NH3, 0-50/500 ppm (00-1539, 100 max.) 00-1011 Ammonia NH3, 0-500/2000 ppm 00-1012* Carbon monoxide CO, 0-50/1000 ppm (00-1540, 100 max.) 00-1013 Hydrogen H2, 0-1/10% 00-1041 Hydrogen H2, 0-500/2000 ppm 00-1014 Oxygen O2, 0-5/25% 00-1015 Phosgene COCl2, 0-1/5 ppm 00-1016 Phosgene COCl2, 0-5/100 ppm 00-1017* Hydrogen chloride HCl, 0-10/200 ppm (00-1541, 20 max.) 00-1018* Hydrogen cyanide HCN, 0-10/200 ppm (00-1611, 20 max.) 00-1019* Hydrogen fluoride HF, 0-10/200 ppm (00-1538, 20 max.) 00-1020* Hydrogen sulfide H2S, 0-10/200 ppm (00-1541, 100 max.) 00-1469 Hydrogen sulfide H2S, 200/1000 ppm 00-1021 Nitric oxide NO, 0-50/500 ppm 00-1022* Nitrogen dioxide NO2, 0-10/200 ppm (00-1538, 20 max.) 00-1023* Sulfur dioxide SO2, 0-10/500 ppm (00-1542, 20 max.) | 00-1024 Arsine AsH3, 0-500/2000 ppb 00-1025 Arsine AsH3, 0-10/200 ppm 00-1026 Diborane B2H6, 0-500/2000 ppb 00-1027 Diborane B2H6, 0-10/200 ppm 00-1028 Germane GeH4, 0-500/2000 ppb 00-1029 Germane GeH4, 0-10/200 ppm 00-1030 Hydrogen selenide H2Se, 0-500/2000 ppb 00-1031 Hydrogen selenide H2Se, 0-10/200 ppm 00-1032 Phosphine PH3, 0-500/2000 ppb 00-1033 Phosphine PH3, 0-10/200 ppm 00-1034 Phosphine PH3, 0-200/2000 ppm 00-1035 Silane SiH4, 0-10/200 ppm 00-1036* Iodine I2, 0-1/5 ppm (00-1538) 00-1037* Iodine I2, 0-5/200 ppm (00-1538, 20 max.) 00-1038* Acid Gas, 0-10/200 ppm (00-1538,20 max) 00-1039* Ethylene Oxide ETO, 0-20/200 ppm (00-1540, 20 max.) 00-1040 Formaldehyde HCOH, 0-20/200 ppm (00-1540, 20 max.) 00-1349 Formaldehyde HCOH, 500/2000 ppm 00-1042 Hydrogen peroxide H2O2, 0-10/100 ppm (00-1542) 00-1169 Hydrogen peroxide H2O2, 200/2000 ppm 00-1043 Alcohol, 0-50/500 ppm 00-1044 Alcohol, 0-500/2000 ppm 00-1057 Acetylene C2H2, 0-50/500 ppm 00-1181 Nitric oxide NOX, 0-50/500 ppm 00-1450* Dimethylacetamide DMA, 100/200 ppm (00-1539, 100 max.) 00-1455* Hydrogen bromide HBr, 10/200 ppm (00-1538, 20 max.) 00-1516 hydrocarbon HC Sensor – Consult Factory) 00-1045 Acetic acid CH3COOH, 100/500 ppm 00-1704 Peracetic acid PAA Vapor, 1/5 ppm 00-1705 Peracetic acid PAA Vapor, 10/100 ppm 00-1883 IR CH4, 0-20/100% LEL ** 00-1886 IR CO2, 0-0.2/1.5% |
** 00-1883 LEL CH4 sensor also responds to many other hydrocarbons. Response to other hydrocarbons is not 1:1 with CH4. Contact us for k factor data.
Range: | Dependent on sensor module used |
Display: | Backlit, touch-sensitive color graphics LCD |
Accuracy: | Sensor dependent but generally ± 5% of value (limited by cal. gas) |
Sensitivity: | Typically 0.1-1% of sensor module range |
Output: | USB transfer of stored gas values |
Memory: | 4 Gb (millions of data points) |
Storage Interval: | Programmable from 1 minute to 60 minutes 2014/35/EU – Low voltage directive 2014/30/EU – Electromagnetic compatibility |
Alarms: | Three concentration alarms (caution, warning, and danger with adjustable setpoints). Low flow and low battery alarms displayed on LCD & indicated by audible beeper |
Power: | Rechargeable NiMH D cell battery runs about 10 hours continuously. Two D cells supplied with unit. Alkaline D cell battery may also be used. |
Charger: | 2-Cell Charger, 100-240 VAC input |
Operating Temp.: | -25º to +55ºC |
Humidity: | 0-95% Non-condensing |
Detector Material: | Glass Filled Polycarbonate |
Size: | 3.5”(W) x 9”(H) x 5.5”(D) 89mm x 229mm x 140mm |
Shipping Weight: | 7 lbs. (3.2 Kg.) |
Environmental | Compliant |
ATi’s D16 PortaSens innovative, versatile, Portable Gas Leak Detector, is a handheld monitor designed to perform regular leak checks in gas storage areas, around process equipment, piping, or in confined spaces prior to entry.
Using a pump to speed-up gas detection for the protection of people, the D16 also offers alarms and a data logging facility.
The superior sensor used in the PortaSens lll is interchangeable between our fixed and portable devices and use an industry-leading, pre-calibrated ‘vapour’ sensor that requires an annual replacement with no calibration, increasing its efficacy.
Designed for easy one-hand operation, the gas detector contains an internal sample pump and a flexible sampling wand to allow pinpoint location of the source of leakage.
A touch-sensitive color graphic display provides clear concentration display and a back-light for the display ensures readability in low or no light conditions.
A unique feature of the D16 Portasens lll Portable Gas Leak Detector, is its ability to measure a variety of different gases by simply inserting the appropriate sensor for that gas. That makes this gas detector capable of measuring over 60 different gases or vapors, reducing the need to purchase individual detectors for each type of gas. The gas sensors for the detector can be changed quickly and easily, and there is no need for calibration when a gas sensor is change is made.
As one of only a few companies around the globe that manufacture a trusted, smart vapour sensor, used in our industry-leading portable and fixed gas monitors, the gas sensors used in the D16 are part of ATI’s smart gas sensor modules. Each sensor module is actually a sensor, amplifier, and memory module in one compact package. Because of this design, sensor modules can be calibrated independently and simply plugged into any detector for immediate use. When installed in a gas detector, calibration data is loaded into the microprocessor so that no adjustments are needed. The result is that a gas detector can, for example, go from phosgene measurement to ammonia measurement in less than one minute.
Locating the source of gas leaks can be a challenge, especially in plant areas with multiple potential leak sources. Ammonia refrigeration piping, ozone generator skids, and hazardous gas piping systems are just a few of the applications where identifying exact leak sites is difficult ATI’s new PortaSens III portable leak detector (Model D16) is ideal for locating leak sources or simply for measuring gas concentrations in the workplace.
With a built-in sampling pump and inlet wand, sample is drawn from precise locations where leaks may occur. Areas around valve packing, flanges, compression fittings and other system components are easily checked to find the higher gas levels that exist near the leak site.
The PortaSens III is physically similar to its predecessor, the PortaSens II which has been in service for the past 15 years. The internals of the instrument have been completely redesigned with a modern USB computer interface, a color touch-screen display, and improved pump control.
As with the original, the D16 detector has the ability to measure a wide variety of gases by simply inserting the appropriate sensor for that gas. The D16 can use any of over 60 different sensor modules, providing nearly unmatched flexibility. Sensors can be changed quickly and easily without the need for calibration.
Sensors used in the PortaSens III are ATI’s H-Series smart sensor modules. Each sensor module is actually a sensor, amplifier, and memory module in one compact package. Because of this design, sensor modules can be calibrated independently and simply plugged into any detector for immediate use. When installed in a detector, calibration data is loaded into the microprocessor so that no adjustments are needed. The result is that a detector can, for example, go from phosgene measurement to ammonia measurement in less than one minute.
The basic PortaSens II detector does not include sensor modules. Because the D16 is designed to accept any ATI smart sensor module, you must select one or more sensors from the list below. Each sensor module is factory calibrated at the time of shipment and is ready to use by plugging it into the receptacle in the D16 manifold. Each module can be used for logging data over minimum and maximum ranges indicated.
PortaSens III Portable Gas Leak Detectors, are supplied in a padded carrying case for easy storage and transport. An extra battery is provided plus space for up to two sensor keepers which means up to 8 extra sensors ready for immediate use.
00-1000* Bromine Br2, 0-1/5 ppm (00-1538) 00-1001* Bromine Br2, 0-5/200 ppm (00-1538, 20 max.) 00-1002* Chlorine Cl2, 0-1/5 ppm (00-1538) 00-1003* Chlorine Cl2, 0-5/200 ppm (00-1538, 20 max.) 00-1004* Chlorine dioxide ClO2, 0-1/5 ppm (00-1538) 00-1005* Chlorine dioxide ClO2, 0-5/200 ppm (00-1538, 20 max.) 00-1359 Chlorine dioxide ClO2, 200/1000 ppm 00-1425* Chlorine dioxide ClO2, 0-1/5 ppm (low Cl2) (00-1538) 00-1006* Fluorine F2, 0-1/5 ppm (00-1538) 00-1007* Fluorine F2, 0-5/200 (00-1538, 20 max.) 00-1008* Ozone O3, 0-1/5 ppm (00-1538) 00-1009* Ozone O3, 0-5/200 ppm (00-1538, 20 max.) 00-1358 Ozone O3, 200/1000 ppm 00-1163 Ozone O3, 500/2000 ppb (00-1538) 00-1010* Ammonia NH3, 0-50/500 ppm (00-1539, 100 max.) 00-1011 Ammonia NH3, 0-500/2000 ppm 00-1012* Carbon monoxide CO, 0-50/1000 ppm (00-1540, 100 max.) 00-1013 Hydrogen H2, 0-1/10% 00-1041 Hydrogen H2, 0-500/2000 ppm 00-1014 Oxygen O2, 0-5/25% 00-1015 Phosgene COCl2, 0-1/5 ppm 00-1016 Phosgene COCl2, 0-5/100 ppm 00-1017* Hydrogen chloride HCl, 0-10/200 ppm (00-1541, 20 max.) 00-1018* Hydrogen cyanide HCN, 0-10/200 ppm (00-1611, 20 max.) 00-1019* Hydrogen fluoride HF, 0-10/200 ppm (00-1538, 20 max.) 00-1020* Hydrogen sulfide H2S, 0-10/200 ppm (00-1541, 100 max.) 00-1469 Hydrogen sulfide H2S, 200/1000 ppm 00-1021 Nitric oxide NO, 0-50/500 ppm 00-1022* Nitrogen dioxide NO2, 0-10/200 ppm (00-1538, 20 max.) 00-1023* Sulfur dioxide SO2, 0-10/500 ppm (00-1542, 20 max.) | 00-1024 Arsine AsH3, 0-500/2000 ppb 00-1025 Arsine AsH3, 0-10/200 ppm 00-1026 Diborane B2H6, 0-500/2000 ppb 00-1027 Diborane B2H6, 0-10/200 ppm 00-1028 Germane GeH4, 0-500/2000 ppb 00-1029 Germane GeH4, 0-10/200 ppm 00-1030 Hydrogen selenide H2Se, 0-500/2000 ppb 00-1031 Hydrogen selenide H2Se, 0-10/200 ppm 00-1032 Phosphine PH3, 0-500/2000 ppb 00-1033 Phosphine PH3, 0-10/200 ppm 00-1034 Phosphine PH3, 0-200/2000 ppm 00-1035 Silane SiH4, 0-10/200 ppm 00-1036* Iodine I2, 0-1/5 ppm (00-1538) 00-1037* Iodine I2, 0-5/200 ppm (00-1538, 20 max.) 00-1038* Acid Gas, 0-10/200 ppm (00-1538,20 max) 00-1039* Ethylene Oxide ETO, 0-20/200 ppm (00-1540, 20 max.) 00-1040 Formaldehyde HCOH, 0-20/200 ppm (00-1540, 20 max.) 00-1349 Formaldehyde HCOH, 500/2000 ppm 00-1042 Hydrogen peroxide H2O2, 0-10/100 ppm (00-1542) 00-1169 Hydrogen peroxide H2O2, 200/2000 ppm 00-1043 Alcohol, 0-50/500 ppm 00-1044 Alcohol, 0-500/2000 ppm 00-1057 Acetylene C2H2, 0-50/500 ppm 00-1181 Nitric oxide NOX, 0-50/500 ppm 00-1450* Dimethylacetamide DMA, 100/200 ppm (00-1539, 100 max.) 00-1455* Hydrogen bromide HBr, 10/200 ppm (00-1538, 20 max.) 00-1516 hydrocarbon HC Sensor – Consult Factory) 00-1045 Acetic acid CH3COOH, 100/500 ppm 00-1704 Peracetic acid PAA Vapor, 1/5 ppm 00-1705 Peracetic acid PAA Vapor, 10/100 ppm 00-1883 IR CH4, 0-20/100% LEL ** 00-1886 IR CO2, 0-0.2/1.5% |
** 00-1883 LEL CH4 sensor also responds to many other hydrocarbons. Response to other hydrocarbons is not 1:1 with CH4. Contact us for k factor data.
Range: | Dependent on sensor module used |
Display: | Backlit, touch-sensitive color graphics LCD |
Accuracy: | Sensor dependent but generally ± 5% of value (limited by cal. gas) |
Sensitivity: | Typically 0.1-1% of sensor module range |
Output: | USB transfer of stored gas values |
Memory: | 4 Gb (millions of data points) |
Storage Interval: | Programmable from 1 minute to 60 minutes 2014/35/EU – Low voltage directive 2014/30/EU – Electromagnetic compatibility |
Alarms: | Three concentration alarms (caution, warning, and danger with adjustable setpoints). Low flow and low battery alarms displayed on LCD & indicated by audible beeper |
Power: | Rechargeable NiMH D cell battery runs about 10 hours continuously. Two D cells supplied with unit. Alkaline D cell battery may also be used. |
Charger: | 2-Cell Charger, 100-240 VAC input |
Operating Temp.: | -25º to +55ºC |
Humidity: | 0-95% Non-condensing |
Detector Material: | Glass Filled Polycarbonate |
Size: | 3.5”(W) x 9”(H) x 5.5”(D) 89mm x 229mm x 140mm |
Shipping Weight: | 7 lbs. (3.2 Kg.) |
Environmental | Compliant |
WJF Instrumentation Ltd.
#5 3610 – 29th Street N.E.
Calgary, Alberta
Canada
T1Y 5Z7
Calgary Head Office
Toll-Free: (877)291-5572
Standard: (403)291-5570
Ontario & Maritimes Sales:
(905)809-6918