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A World of Safety Equipment At Your Fingertips
|  Measurement & Control Solutions was founded in 1992 to source air monitoring equipment from around the World and to concentrate on supplying that equipment for Occupational Health and Safety applications. The company has built up a comprehensive product portfolio of monitoring equipment which includes sound level meters, noise dosimeters, heat stress monitors, dust samplers, and specialised air samplers to detect vapours and hazardous gases. With the employment of key technical staff in the mid to late 1990's, the company addressed a niche market opportunity to design an electronic measuring instrument for odor control in the wastewater industry. Ensuing research and product development culminated in the January 2000 launch of an innovative environmental product, the OdaLog H2S Gas Logger.. The initial OdaLog Logger (see image opposite) was designed specifically to record hydrogen sulphide gas emissions to address environmental odour control concerns associated with urban wastewater collection systems and was quickly recognised as the most advanced gas logging device available in terms of its application for sulfide odor source monitoring in the Australian wastewater industry. From App-Tek Safety we now offer a wide range of products to meet your workplace safety requirements. The accuracy and reliability of these instruments is critical to our customers’ safety and we believe that our customers should have absolute confidence in their equipment. |
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Portable Gas Detectors
| | Multi-Gas Portables: | OdaLog Type L2 (NEW) | | | OdaLog 7000 | | Specialised Environmental Instruments: | OdaLog Logger | | | OdaLog Low Range 0.01-2.00ppm Logger | | | OdaTrak |
| | | Multi-Gas Portables | | |  The OdaLog has been specifically designed for the Wastewater Industry, primarily for locating at or close to the source of Hydrogen Sulphide emissions such as within sewerage pumping stations and receiving manholes. Its purpose is to log levels of H2S in the range 0-200 ppm for later downloading of data in tabular or graphical form to highlight significant variations in H2S levels over time. Due to the nature of the environment in which the instrument has to operate, it has been designed to be splash resistant, robust, small, and able to log data for extended periods of time. The following is detailed information on this globally recognised product. |
OdaLog Type L2 (NEW)
 Improved battery life – single battery lasts up to 12 months Increased memory capacity – stores up to 42000 data points Faster downloading – improved IrDA communication New sensor protection grill Simple and effective assembly – single screw design
> Brochure available (PDF)
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|  |  - Displays Line Graphs
- Ability to zoom in on selected time periods
- Ability to export data to CSV spreadsheets
- Ability to customise graphical scale and mark time intervals on X-axis
- Records OdaLog L2 serial number on printout and allows graphs to be labelled
- Uses Infra Red Communication for downloading and configuring
- 42,000 logging intervals allow very detailed or very long studies e.g.
- Over 4 months at 5 minute intervals
- Over 4 weeks at 1 minute intervals
- Over 4 days at 10 second intervals
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| Instrument Temp Range | -20°C (-4oF) to 50°C (122oF) | | Sensor Temp Range | -10°C to +40°C (14oF to 104oF) | | Instrument Relative Humidity Range | 15-90% non-condensing | | Ingress Protection | IP66/68 | | External Dimensions | Diameter 62mm (2.44”) x Height 196mm (7.72”) | | Instrument Weight | 420g (14.8oz) | | Power Supply(s) | Replaceable C-Size Lithium Battery (see approved battery type/brand/make only) | | Battery Life/ Run Time | Greater than 8months (for life of Lithium battery) | | Data Logging Capacity | Up to 42,000 readings in total | | Interval | Selectable from 1 second to 1 hour | | Data Logging Duration Example | Capacity > Logging Interval of 1min = 29 days
Capacity > Logging Interval of 5min = 6+ months |
The following is a list of gas types and ranges available for the OdaLog® L2
Model | Gas | Range | Resolution | Accuracy (Full Scale) | Accuracy (@ 20ppm gas, STP) | Long term Logger (LL) | H2S | Hydrogen Sulphide | 0-1000 ppm | 1 ppm | 1% Full Scale | ± 2ppm | 0-200 ppm | 0.1 ppm | 1% Full Scale | Standard Logger (SL) | 0-2000 ppm | 1 ppm | 2% Full Scale | 0-1000 ppm | 1 ppm | 1% Full Scale | 0-200 ppm | 0.1 ppm | 1% Full Scale | 0-50 ppm | 0.1 ppm | 4% Full Scale | SL | CO | Carbon Monoxide | 0-1000 ppm | 1 ppm | 2% Full Scale | SL | SO2 | Sulphur Dioxide | 0-20 ppm | 0.5 ppm | 10% Full Scale | SL | NO | Nitric Oxide | 0-100 ppm | 1 ppm | 2% Full Scale | SL | NO2 | Nitrogen Dioxide | 0-50 ppm | 0.1ppm | 4% Full Scale | SL | CL2 | Chlorine | 0-20 ppm | 0.1 ppm | 10% Full Scale | SL | HCN | Hydrogen Cyanide | 0-30 ppm | 0.2 ppm | 6% Full Scale | SL | NH3 | Ammonia | 0-100 ppm | 1 ppm | 10% Full Scale | NOTE: STP = Standard Temperature and Pressure: 20 °C (68 °F) @ absolute pressure 101.3 kPa (14.7 psi). |
| | |  Authority | Certificate Number | Code | ITACS | IECEx ITA 08.0010 | Ex ia IIC T4 (TAMB = -20oC to +50oC) IP66/68 | NEMKO | Nemko08ATEX1270 | II 2 G, Ex ia IIC T4 IP66/68 |
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| | |  OdaLog 7000
The OdaLog 7000NDIR is primarily configured to monitor Oxygen, Methane (or other flammables), Carbon Dioxide, Carbon Monoxide, and Hydrogen Sulphide. Additional toxic sensors can also be added to the configuration. Some examples are Sulphur Dioxide ( SO2), Hydrogen Cyanide(HCN), Nitric Oxide(NO), Nitrogen Dioxide(NO2),Ammonia(NH3), Chlorine(CL2). Overall the OdaLog 6000/7000 series is capable of measuring up to six gases simultaneously. > Brochure available (PDF)
| | | Single Gas Portables | | | Specialised Environmental Instruments | OdaLog Logger The OdaLog Logger has a proven reputation in the Wastewater Industry worldwide as a tool to record and help control levels of H2S gas in sewerage systems and treatment plants. The OdaLog is splash resistant, robust, small, and able to log data for extended periods of time.
The OdaLog has been specifically designed to withstand harsh environments typically found in the Wastewater Industry and features double O-ring seals to protect the electronics from water and dirt ingress. The OdaLog is primarily used by locating it at, or close to, the source of Hydrogen Sulphide emissions such as within sewerage pumping stations and receiving manholes. Its purpose is to log levels of H2S in the range 0-200 ppm over an appropriate time period (for example, seven days).
The OdaLog connects to a computer via the infrared link to download and display the logged data. The OdaLog PC software offers a rich set of features to display and report data with minimal effort. The software can represent data in tabular or graphical form to highlight variations in H2S levels over time.
> Brochure available (PDF)
| | | OdaLog Low Range 0.01-2.00ppm Logger The OdaLog Low Range H2S Logger is a high sensitivity, portable, convenient, and weather resistant instrument designed to assist in H2S odour management activities. It accurately measures concentrations of H2S much lower than the standard range of OdaLog H2S Loggers. With a range of 0.01 to 2.00ppm, the OdaLog Low Range H2S Logger allows reliable measurement of H2S based odours at plant fence-lines, scrubber outlets, land fill sites, and residential locations where odour complaints are frequently reported.
Typically the OdaLog Low Range H2S Logger may be placed at the outlet of a scrubber for performance tracking or several units may be mounted on a fence line or plant perimeter for the purpose of measuring concentrations of H2S leaving a facility and entering adjoining properties.
Data can be logged at sampling intervals of between 10 minutes and one hour. The recorded H2S data can be downloaded to a computer using the standard OdaLog infrared link and OdaLog software.
An internal battery (1 x standard C size Alkaline cell) will operate the built-in sampling system continuously for at least seven days and a separate internal Lithium cell powers the main processor functions for at least two months.
> Brochure available (PDF)
| | |  OdaTrak 4 to 20mA Adapter
The OdaTrak™ 4 to 20mA adapter was primarily designed as an interface between the OdaLog gas Logger and industrial control systems for the purpose of continuous, real-time optimisation of chemical dosing odor control systems and connection to telemetry and other systems.
The OdaTrak™ 4 to 20mA adapter reads gas concentration data sent from an OdaLog gas Logger over a fiber optic cable, deciphers the data, and then outputs the corresponding 4-20mA loop analogue signal. This allows the OdaLog unit to be interfaced to control and telemetry systems providing real-time gas data. This signal could be used to optimise chemical dosing, trigger alarms, control ventilation fans, or interface to telemetry systems etc. The OdaLog Logger can still be used as a standalone data-logging instrument if required.
Special features of the OdaTrak™ 4 to 20mA adapter include:
Fault detection - The OdaTrak™ has the ability to detect for a loss of OdaLog data over a predetermined period of time and will output a fault state on the 4 to 20mA line when that time limit has expired. The fault current is 3.5mA.
Suitable for harsh environments - The fibre optic cable connector features an O-ring seal to prevent the ingress of dust and liquid, and the OdaTrak unit is fully sealed.
Quick and easy installation - The OdaTrak has an M20 thread machined as part of the housing. Simply mount through a 20mm hole or threaded junction box entry.
Data logging - All of the usual OdaLog functions, including data logging, are available while the 4 to 20mA link is active.
The OdaTrak™ System typically includes:
• One to three OdaLog® gas Loggers
• One fibre optic cable used to connect the OdaLog fibre optic output to the input of the OdaTrak™ 4 to 20mA adapter.
• One OdaTrak™ 4 to 20mA adapter
For continuous monitoring in very humid environments (typical of wastewater applications), the OdaTrak™ System requires three OdaLogs with each OdaLog in service no longer than one week whilst the other two OdaLogs are stored in fresh air. This allows the sensor in each OdaLog to recover from the high relative humidity and gas levels present in most wastewater applications. Alternatively, two OdaLogs can be used in combination with a Sensor Conditioning Kit. Place the recovering OdaLog into the Sensor Conditioning Kit for a few days while resting to speed sensor recovery from two weeks to one week enabling continuous monitoring to be achieved with two OdaLogs instead of three.
 The Sensor Conditioning Kit uses a replaceable drying media to maintain a very low humidity atmosphere inside the container. This significantly speeds up the removal of excess water from the gas sensor. Typically this allows two OdaLog units to be used for continuous monitoring applications in humid environments instead of three. A digital humidity meter in the lid of the Sensor Conditioning Kit continuously monitors the condition of the internal atmosphere and can be used to determine when replacement of the drying media is required. Specifications - OdaTrak™ 4 to 20mA Adapter
| Instrument Temperature Range: | -10° C to 40° C | | External Dimensions: | 40mm diameter X 85mm long | | Instrument Weight: | 150g | | Relative Humidity Range: | 15-90% (non-condensing) | | Pressure Range: | Atmospheric ±10% | | Maximum Loop Resistance: | 112 ohms at 12V
602 ohms at 24V | | 0% fsd: | 4.0mA | | 100% fsd: | 20.0mA | | Under Range Limit: | - 2.5% fsd: 3.6mA | | Over Range Limit: | + 20% fsd: 23.2mA | | Fault signal: | 3.5mA | | Loss of OdaLog link timeout: | 30 seconds | | IP rating: | 66 | | Fibre optic cable length: | 10m to 100m | | Warranty: | 12 Months | | Electromagnetic compatibility: | The OdaTrak has been tested and conforms to the requirements of C-Tick and FCC |
> Brochure available (PDF) | | |
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Please let us know if you would like any further information If you provide us with your contact information, we will be able to reach you and assist. |
