The ADT-C3-1160 is designed for measuring and controlling
the indoor air quality (VOC) and the temperature in offices,
living spaces etc. It is also possible to control the indoor air
quality with three sequences (heating, ventilation, cooling
etc.).
FEATURES
Measurement range: 0 – 4000 ppm VOC
Internal automatic self-diagnostics with auto adjustment
High accuracy, selectivity and reliability
Automatic drift and temperature compensation
Good resistance to poisoning
Life expectancy > 10 years
Maintenance interval > 5 years
Reverse polarity protected, overload and short-circuit proof
(0) 4 – 20 mA / (0) 2 – 10V analog signal output selectable
IP65 protected
Modular plug-in technology
Approved according to EN 61010-1; ANSI/UL 61010 1; CAN/CSA-C22.2 No. 61010-1
Serial interface RS-485 (optional)
Manual addressing for RS-485 mode (optional)
4 – 20 mA analog input for external transmitter (optional)
Relay output (optional)
Integrated buzzer (optional)
LCD display (optional)
Heating (optional)
Duct mounting (optional)
ALVI Automation – India (http://www.alviautomation.com) in association with Gas Alarm Systems – Australia (http://www.gasalarm.co.au) offer Sulphur Dioxide SO2 Transmitter ADT-53-1196, For the detection of sulphur dioxide within a wide range of industrial and commercial applications.
APPLICATION:-
For the detection of sulphur dioxide within a wide range of industrial and commercial applications. Due to the standard analog signal and the RS-485 interface the SO2 transmitter is compatible to the PolyGard series MGC and DGC by MSR-E as well as to any other electronic control or automation system. FEATURES:-
Digital measurement value processing incl. temperature compensation.
Continuous monitoring
Low zero-point drift
Poisoning stable
Long life sensor
Modular plug-in technology
Easy maintenance
Comfortable calibration with selective access release
Reverse polarity protected, overload and short-circuit proof
(0) 4 – 20 mA / (0) 2 – 10V analog signal output, selectable
Serial interface RS-485
IP65 protected Continue reading “Sulphur Dioxide SO2 Sensor Transmitter ADT-53-1196”
Battery rooms or battery charging bays or battery charging stacks are being widely used in Data Center, UPS Systems, Renewable Energy Sources like Solar Plants, Wind farms, Submarines, Naval Vessels and Underground Bunkers etc.
Features: MA-2-3440-F-M
MSR, Germany micro-gard Hydrogen sensor transmitter, Catalytic pellistor, 0-100% LEL H2 in IP44 enclosure with features:
· Continuous monitoring
· Low zero point drift
· Poisoning stable
· Long life sensor
· Easy maintenance / calibration
· Reverse polarity protected
· Overload protected
· IP 44 protected enclosure
· Response time <10sec
· Short circuit reverse polarity protected
· Plug-in sensor PCB for easy service and replacement
· 24 VDC 4-20mA output or 2-10 VDC output
These batteries when being charged generate, liberate highly explosive Hydrogen (H2) gas. The LEL(Lower Explosive Limit) of Hydrogen (H2) is 4 % Vol. and the UEL (Upper Explosive Limit) is 77 % Vol. Hydrogen (H2) is lighter than air and travels towards ceiling in an enclosed battery room.
The potential risk of this Hydrogen (H2) generation liberation in battery rooms are:
Potential of creating highly explosive atmosphere which can create explosions in the battery rooms due to electrical sparks, electrical short-circuits, electrical earth leakage and high surge capacitive discharge.
Oxygen depletion atmosphere in an enclosed battery rooms there by causing breathing safety hazard for working humans.
In the last of the year we thank you for providing us the opportunity to serve you and we promise to make your experience a satisfying and enriching one in the every coming years.
From all of us here at ALVI India/Australia , We wishes you all a great successful new year 2017 on both Personal and Business front, We are also looking forward for our healthy business from your side.
In the field of indoor parking, it is not only important to find a parking place, but also the health and safety of the car drivers. The emissions (CO, NOx and LPG) have to be detected by the ventilation system, in accordance to activate and regulate the ambient air in the
garage. The gas warning systems must comply with the newest standards but also the legal regulations.
The newest product range of MSR-Electronic PolyGard II is an extendable system, which offers to apply different exchangeable sensors and they fulfill the newest EU standard EN 50575 und EN 50271.
Latest project is the Apple headquarters in California
Apple Headquarter, Riem Arcaden in Munich, hotel garages in Las Vegas as well as Yas Island in Abu Dhabi, Abdali Mall in Jordan and the Brenner Basis Tunnel were equipped with gas alarm systems of MSR-Electronic.
MSR-Electronic – a wanted global partner for gas detection technology
The individually configurable and flexible integrable solutions of MSR-Electronic are used in a variety of commercial and industrial applications. The company’s headquarter based in Pocking and operates with more than 70 distributors in more than 42 countries on all continents. In great demand are security technologies not only in parking garages, but everywhere where people and machinery stay in closed spaces such as offices, production halls, laboratories or in the petrochemical industry.
MSR-Electronic and MSR-Traffic with integrated systems
The combination of MSR-Traffic-Park guidance systems and MSR-Electronic gas warning systems is worldwide unique and innovative. Both systems can be integrated in one equipment. Thanks to the same communications: protocol and interface, therefore it is possible to block a parking level, if the level of the gas reaches a dangerous value. A further advantage is the economization of costs (installation and wiring). A typical application of the way to combine technology combination can be found in climate-friendly Edvard Thomsen – Vej – storey car park in Copenhagen.
The MSR-Traffic – car-park routing system consists of ultrasonic sensors for single-user recording, magnetic sensors for counting the highest level, LED displays on each parking level to display the available parking spaces and a software for visualization the engaged parking places (ParkGard® Control Center). In addition, the status messages of the sensors of MSR-Electronic for the detection of CO and LPG are also integrated in this visualization to protect the lives of visitors as well and to guide them in other areas.
About MSR-Electronic
Gas measuring and warning systems must bereliable at all times. In case of leakages dependable products and rapid assistance are needed. In order to offer its customers the best possible support, the technical support of MSR-Electronic works with belt and braces. The sensors, controllers and warning devices of MSR-Electronic protect people effectively in dangerous situations. With the aid of modern communication technology a quick reaction is ensured. Maximum security is the top priority, for this reason many security features of MSR-Electronic are standard and without additional charge.
Battery rooms or battery charging bays or battery charging stacks are being widely used in Data Center, UPS Systems, Renewable Energy Sources like Solar Plants, Wind farms, Submarines, Naval Vessels and Underground Bunkers etc. Features: MA-2-3440-F-M
MSR, Germany micro-gard Hydrogen sensor transmitter, Catalytic pellistor, 0-100% LEL H2 in IP44 enclosure with features:
· Continuous monitoring
· Low zero point drift
· Poisoning stable
· Long life sensor
· Easy maintenance / calibration
· Reverse polarity protected
· Overload protected
· IP 44 protected enclosure
· Response time <10sec
· Short circuit reverse polarity protected
· Plug-in sensor PCB for easy service and replacement
A power plant can be of several types depending mainly on the type of fuel used. These fuel sources are burned to produce electricity through turbines or engines . Regardless of what type of fuel used, gas, fire and other hazards pose a significant risk to the plant and employee safety . Gas Detection in power plants is essential to enhance personal safety and minimize the risk of fire.
Potential hazardous gases:
Methane and Carbon Monoxide: The coal conveyers into the plant accumulate coal dust, which is highly combustible. Coal produces methane (CH4) and carbon monoxide (CO), which can accumulate to hazardous concentrations in confined spaces. Such places should not only have toxic gas monitoring, but should even be reinforced with oxygen deficiency monitors to safeguard the quality of air for employees.
Hydrogen : Power plants utilize hydrogen as a coolant in quite a few areas of operation. Being highly combustible, hydrogen leaks could be fatal as they can cause explosions and fires, potentially causing loss of life and destruction to plant. A hydrogen leak need not only cause damage by combustion, its absence can also cause extensive damage to the machinery as a result of overheating.
Ammonia: Ammonia (NH3) is used in the coal burning process to remove nitrogen oxides that are produced during combustion. Ammonia is classified as extremely hazardous substance and hence ammonia should be handled and used safely.
Others: Many other power plant operations may need personnel protection system against few other harmful gases such as CO2, CL2, ClO2, HCl, NO2, O3, SO2 and SO3.
The major safety risks in power plants can be addressed by installing a fixed gas detection system . Gas Detection in power plants provides a preventive measure that increases the productivity of these plants.
ALVI – India in association with ALVI – Australia we are pleased to offer MSR Germany Formaldehyde CH2O Sensor Transmitter in India .
DESCRIPTION
CH2O transmitter including digital measurement value processing and temperature compensation for the continuous monitoring of the ambient air to detect formaldehyde concentrations. Integrated in the transmitter there is a comfortable calibration routine with selective access release. The ADT-53 possesses a standard analog output (0) 4- 20 mA or (0) 2– 10 V DC, and an RS-485 interface. 2 relays with adjustable switching thresholds are available as an option.
APPLICATION
For the detection of formaldehyde within a wide range of industrial and commercial applications. Due to the standard output signal and the RS-485 interface the CH2O transmitter is compatible to the PolyGard Gas Controller series MGC and DGC by MSR-E as well as to any other electronic control or automation system. FEATURES
Digital processing of the measurement values incl. temperature compensation
Continuous monitoring
Low zero point drift
Good stability to poisoning
Long-life sensor
Modular plug-in technology
Easy maintenance
Comfortable calibration with selective access release
Reverse polarity protected, overload and short-circuit proof
(0) 4 – 20 mA / (0) 2 – 10V analog signal output, selectable
Serial interface RS-485
IP65 protected
Manual calibration via potentiometer (option)
Manual addressing for RS-485 mode (option)
4 – 20 mA analog input for an external AT transmitter (optional)
Approved according to EN 61010-1; ANSI/UL 61010 1; CAN/CSA-C22.2 No. 61010-1
Relay output (optional)
Integrated buzzer (optional)
LED flashlight (optional)
LCD display (optional)
LED status display (optional)
Heating (optional)
Duct mounting (optional) Contact us on:
Tel: +91 141 2293968, Mail Us -info@alviautomation.com
www.alviautomaton.com is a registered authorized for India and Asia Zone.
Multi-storey car parks are an integral part of any major construction development in retail or in any entertainment sectors. Multi storey car parks are generally found at railway stations, airports, hospitals and in city centers. Car park is the first place where most of the visitors come into contact with. Thanks to MSR-Traffic parking guidance system- it has designed the smart parking guidance system that not only looks attractive, but is also is time saving and environment friendly.
Each parking space is equipped with ultrasonic sensors .It precisely detects the presence or absence of any vehicles on the particular spot and it informs the driver accordingly at a distance via the dynamic LED display. Thus in turn helps the drivers in navigation to the available parking spot. Afterwards, the system and its individual components can be comfortably analysed and remote-controlled from anywhere in the world with the ParkGard® Control Centre, a web-based user surface.
MSR has taken utmost care to provide a system that is energy saving and environment friendly. Each parking lot has natural ventilation. In addition, energy-efficient lamps of the latest generation and are used. Also due to the smart parking guidance system, most of the usual traffic caused by drivers looking for free parking spaces will be a thing of the past, and there will be less CO2 emissions. The parking guidance system of MSR-Traffic is currently being installed with minimum installation efforts and the costs will be paid off within a short time. The system also offers a high level of accuracy with regard to correctly detecting empty parking spaces, making an exact real-time data-compilation and monitoring of all parking spaces possible.
MSR Traffic alongwith MSR Electronic can provide a complete package of parking guidance system including car park gas detection.
For further information on our product range, please visit the page on our website: http://www.alviautomation.com/or mails us on :- info@alviautomation.com
DESCRIPTION
HCL transmitter including digital measurement value processing and temperature compensation for the continuous monitoring of the ambient air to detect hydrogen chloride concentrations. Integrated in the transmitter there is a comfortable calibration routine with selective access release. The ADT-53 possesses a standard analog output (0) 4- 20 mA or (0) 2– 10 V DC, and an RS-485 interface. 2 relays with adjustable switching thresholds are available as an option. APPLICATION
For the detection of hydrogen chloride within a wide range of industrial and commercial applications. Due to the standard output signal and the RS-485 interface the HCL transmitter is compatible to the PolyGard Gas Controller series MGC and DGC by MSR-E as well as to any other electronic control or automation system. FEATURES
Digital processing of the measurement values incl. temperature compensation
Continuous monitoring
Low zero point drift
Good stability to poisoning
Long-life sensor
Modular plug-in technology
Easy maintenance
Comfortable calibration with selective access release
Reverse polarity protected, overload and short-circuit proof
(0) 4 – 20 mA / (0) 2 – 10V analog signal output, selectable
Serial interface RS-485
IP65 protected
Manual calibration via potentiometer (option)
Manual addressing for RS-485 mode (option)
4 – 20 mA analog input for an external AT transmitter (optional)
Approved according to EN 61010-1; ANSI/UL 61010 1; CAN/CSA-C22.2 No. 61010-1
Relay output (optional)
Integrated buzzer (optional)
LED flashlight (optional)
LCD display (optional)
The majority of Carbon Dioxide gas in beverage industry is used during carbonating process. It is also used in fermentation and refrigeration.
The majority of Carbon Dioxide gas in beverage industry is used during carbonating process. It is also used in fermentation and refrigeration.
During the bottling process a high volume of Carbon Dioxide can be emitted into the plant room. Also during transport or storage of Carbon Dioxide, there is always a risk of unnoticed gas leakage.
Exposure to elevated levels of CO2 can cause headaches, drowsiness or even sudden death. Hence facilities where there is a possibility of Carbon Dioxide reaching to the dangerous level, an accurate and reliable CO2 control system should be installed to maintain a healthy work-place.
Carbon Dioxide is also released during fermentation process. To achieve and maintain high operational safety the level of CO2 should be monitored and controlled in fermentation rooms.
At GasAlarm we offer innovative sensors and controllers to identify and immediately display the life threatening CO2 gas. These products are based on years of experience and were compiled with a lot of know-how and tailored to individual customer application.
Please click on the link below for products we can offer for CO2; backed with our support and expertise:info@alviautomation.com
Land Fill Gas Analyser system was designed, engineered, assembled, supplied, tested, and commissioned by joint
association of GasAlarm-Australia, GasAlarm-India Project Details:
• Project Site: Waste Land Fill Dump site, Gazipur, Near Delhi, India
• Site Owners: New Delhi Municipal Corporation, Gas Authority of India Ltd (GAIL) Customer: UPL Environmental Services, India
• Project Scope (Application): to design, engineer, develop, assemble, test, supply, commission, support (on
going):
PHASE-1
Continuous analysis of Gas Stream coming out from the land fill site for CH4 (0-100% Vol), CO2
(o-100 % Vol CO2), H2S (0-500 ppm H2S), O2 (0-25 % Vol)
All gas sampling system, purging system, sampling pump etc
Gas Controller to display concentration, generate alarms, relay outputs etc for gas flaring or gas
turbine operation to generate electricity
GasAlarm Systems supplied the complete systems based on the field proven Dual Bean Infra-Red system
consisting of:
Gas Analysis / Sample conditioning system cabinet
Gas Controller MGC-04 (They have now requested for 1 x EP module for taking their 4 x analogue
outputs to their SCADA system)
H2S or Hydrogen Sulphide is the main factor in odour emission in waste water and sewerage treatment plants. H2S is a toxic and flammable gas that has an odour of rotten eggs and is a key cause of odour. H2S scrubbers are based primarily on activated charcoal or carbon and are widely used.
To monitor the operation and efficiency of these scrubbers, H2S is monitored at the inlet and outlet side with a hydrogen sulphide emission monitor. The inlet side will generally have higher PPM concentration of H2S while the outlet side will typically have NIL or very low concentration of H2S in the H2S filters or scrubbers.
For continuous emissions monitoring an ADT 53 1197 hydrogen monitor from ALVI India can be used in the inlet and outlet side.
The Hydrogen Sulphide emission monitor works on 24 VDC, 2 wire and gives out 4-20 mA output and comes in ranges 0-50 ppm H2S, 0-200 ppm H2S, 0-1000 ppm H2S or 0-5000 ppm H2S.
Hydrogen sulphide emission monitors are supplied with an in-line sampling kit. The 4-20 mA output can be connected to a MGC-03 gas controller for concentration readout, 4-20 mA output for PLC, SCADA and to generate alarms signifying filter or scrubber breakthrough or saturation.
MSR Electronic, Germany Carbon Monoxide (CO) sensor transmitter includes digital measurement value processing and temperature compensation for the continuous monitoring of the ambient air to detect carbon monoxide concentrations (CO). Comfortable calibration routine with selective access release is integrated in
the transmitter.
ALVI – India (http://www.alviautomation.com) in association with Gas Alarm Systems – Australia (http://www.gasalarm.co.au) take pride to offer MSR Germany Carbon Dioxide CO2 – ADT-D3 1164 Transmitter with Infrared Sensor.
DESCRIPTION
CO2 transmitter with two-beam infrared sensor for the continuous monitoring of the ambient air to detect carbon dioxide concentrations. The infrared measuring method with integrated temperature and drift compensation stands for highest accuracy, selectivity and reliability despite of the calibration interval of 3 years. The ADT-D3 possesses a standard analog output (0) 4- 20 mA or (0) 2– 10 V DC, and an RS-485 interface. 2 relays with adjustable switching thresholds as well as an integrated display are available as options. APPLICATION
For detecting leakages in refrigeration plants with carbon dioxide as refrigerant, and also within a wide range of commercial and industrial applications. The measuring range 2000/ 5000 ppm is provided for the indoor air quality control. Due to the standard analog signal and the RS-485 serial interface the CO2 transmitter is compatible to the PolyGard gas controller series by MSR-E as well as to any other controllers or automation systems.
