Hydrogen Fluoride Gas Threats from Li-Ion Batteries
HF TWA: 3 ppm, STEL 6 ppm, NIOSH USA Heavier than Air
Li-Ion batteries are now widely being used in mobile phones, electric vehicles, laptops including MW range of Renewable Energy Storage plants, aircraft, submarine, mine-shaft, spacecrafts
Li-Ion batteries when overcharged or short circuited are overheated and catch fires
Li-Ion battery fires have caused great concern because of risks due to spontaneous fires and intense heat generated by such fires
As a result of the above-said a lethal amount of toxic Hydrogen Fluoride Gas, HF is generated
HF from Li-Ion battery fires can pose severe gas safety risks in confined spaces like battery charging rooms, renewable energy storage plants in solar or wind power plants
The electrolyte in Li-Ion battery is flammable and generally contains Lithium Hexa-Fluoro-Phosphate (LiPF6)
In the event of overheating due to overcharging or short circuiting in Li-Ion Batteries backed by high temperature, the electrolyte will vaporise liberating toxic gases like CO, CO2, HF (Hydrogen Fluoride)
The moisture and humidity will further exacerbate the situation generating more HF (reaction of LiPF6 with water, humidity)
Typical HF concentration expected can be as high as 20-200 ppm of HF (NIOSH/USA Safety limit, TWA:3 ppm HF, STEL: 6 ppm HF)
Solutions :
Continuous monitoring of HF, Hydrogen Fluoride in Toxic Range of NIOSH/USA : 0-10 ppm
Continuous monitoring of other toxic gases like CO, CO2 (gases generated due to the combustions fires)
Continues monitoring of humidity and temperature
Other Parameters like: CO, CO2, Temperature, Humidity, VEFSA (Very Early Fire and Smoke Alarm)
Universal Gas Controller Interfaced with Multi Sensor
VEFSA : Very Early Fire and Smoke Alarm : For very early fire detection in electrical cabinets, switchgear rooms. Our sensing system is designed to pick up enhanced gas radicals which are liberated during overheating of PCBs, electrical insulation breakdown due to short circuit or earth fault, transformer insulation breakdown, again due to short circuit or earth fault. Please note by the time the conventional fire detection system like VESDA or conventional smoke sensors pick up the smoke, it is already too late. Our VEFSA Gas Radical Sensing System can detect the gas radicals and shut off the mains/power supply thus protecting millions of dollars of assets
We are pleased to introduce our Refrigeration Gas Detection & Control Systems, we provide solutions for Refrigerant Gas depending on the customer’s & site’s requirement so that our systems meet your site demands.
Why Refrigeration gases required – It is used to reduce the temperature of the environment or any liquid, products by mechanical or vapor compression process.
Few Refrigerant Gases are Toxic in nature and few are highly combustible that is why Industries need to install Refrigeration Gas Detection & Control Systems in their premises for the safety of humans, assets, money & energy saving from unwanted gas leakage.
All Refrigerant products comply with and even exceed the new European standard EN 378.
FEATURES
Digital measurement value processing
Internal function control with integrated hardware watchdog
Data / measured values in μC of the sensor unit, therefore simple exchange
uncalibrated <> calibrated
High accuracy, selectivity, and reliability
Low zero point drift
Long sensor lifetime
Hardware & software according to SIL2 compliant development process
Easy maintenance and calibration by the exchange of the sensor unit or by comfortable on-site calibration
4 – 20 mA (or 2 – 10 V) analog output with selectable signal output for special mode, fault, etc.
Reverse polarity protected, overload and short-circuit proof
Housing for the integration of the sensor unit
IP 65 version
Display (option)
Display with two open-collector outputs for horn (resettable) and warning lamp(option)
Conformity to
o EN 61010-1
o ANSI/UL 61010 1
o CAN/CSA-C22.2 No. 61010-1)
o EN 378
o EN 61508-1-3
o EN 45544-1
Duct mounting kit (accessory)
For More Information please feel free to contact us and write us to info@alciautomation
Fixed Gas Alarm Systems for the conservation and ripening process of fruit and vegetables
Ripening in controlled atmosphere Reliable monitoring of CO2 / C2H4 / C2H4O and O2 deficiency
Fresh fruit and vegetables are alive and continue to breathe after the harvest. This leads to oxygen consumption and the formation of carbon dioxide and water vapour. Keeping the products fresh means slowing down the process while maintaining the quality of the product. Gas sensors are just as important as the modern technology of the ripening chambers.
They are required to permanently monitor the various gas concentrations involved in the ripening process. The sensors, controllers and warning devices from MSR-Electronic protect people and equipment effectively and monitor the system as a central point of the entire process. Modern communication technology makes it possible to react quickly.
The innovative compact controller of the PolyGard®2 series from MSR-Electronic is de-signed for connecting up to 10 gas sensors via its own field bus, serves to warn of various gases and is therefore ideal for the application.
The process of banana ripening is probably the best known and consists of introducing ethylene into the storage room at concentrations around 150–200 ppm to accelerate the natural ethylene production of the banana itself.
Fruit Ripening Chamber
FEATURES AND BENEFITS:
• Display for all displaying functions, configuration and calibration functions (no tool required) • Fieldbus connection for up to 10 gas sensors (SB2-Units) with max.900m length • Hardware and software according to SIL-compliant development process • Modular technology (pluggable and exchangeable), reverse polarity and overload protected • Internal function monitoring with integrated hardware watchdog • 3 relays, 2 transistor outputs, 2 digital inputs • Various housing types with IP65 • Warning buzzer and status LED for warning, fault, operation and service (optional) • Operating voltage 230 V AC, with wide range input 100 to 240 V AC (optional), UPS (optional)
We ALVI Automation (India) Pvt Ltd, a Division of ALVI Technology Pty Ltd, Australia ( Td/As Gas Alarm Systems) is pleased to introduce our world-class cutting edge Industrial Gas Detection Systems, Sensor Detection Systems detects monitor and send the output to Control Alarm systems for controlling the leakage, to protect the lives and assets.
We are involved with designing, engineering, implementing, calibrating in the field of Gas Detection Systems, Instrumentation, Field devices, and Automation and several automation industries in the Australasian region including now in India. Our mission is to grow consistently using the best global technologies in products and services offered to customers. We aim to serve and maintain long term relationships by providing the most cost-effective appropriate solutions.
Description:
All Toxic & Combustible Gas detector is a highly robust, industrial grade, flameproof/ Explosionproof Gas Leakage Detection Systems.
The detector is used for online, continuous monitoring of the flammable concentration of Methane Gas in PPM or %Vol terms in ambient air or duct or pipeline. It is ATEX, IECEx certified with SIL 2 safety integrity level for hazardous area installation Zone 1 and 2.
With Benefits:
ATEX and IEC Ex certificates MSR-Electronic for electrical Ex protection
Metrological test & SIL2 safety functions 4–20 mA, RS485 and relay
For zone 1 (and also suitable for zone 2) Type “Ex db” with flame-proof enclosure
For zone 2: Type “Ex nA” with flame-proof enclosure
Continuous monitoring
Microprocessor with 12-bit converter resolution
Self-monitoring system
Easy calibration
Calibration service by exchanging the sensor head
Proportional 4–20 mA output
Serial interface to the control center
Reverse polarity protection
Overload protection
LCD with status LEDs (optional)
Alarm and fault signal relay (optional)
Our customers come from various industries like oil/gas, chemical, manufacturing, petrochemical, pharmaceutical, building, mining, nuclear, steel, defense, power, water, wastewater, mining, cement, dairy, automobile, etc.
Should you have any questions or concerns regarding this matter, please feel free to contact us or reach our experts to info@alviautomation.com,
Carbon Monoxide (CO) and Nitrogen Dioxide (NO2) as per National Building Code (NBC) are most commonly and widely used gas sensor for basement car park application to detect the accumulation and increase in CO and NO2 gas concentration exhausted from petrol and diesel powered vehicles and locomotives. Our main objective as per Global standards is the dilute the gas concertation by means on purging fresh air and simultaneously exhausting the accumulated toxic gases with the help of Supply and exhaust air fans along with the dual speed Impulse fans (JET air fans) to distribute the air across the entire basement area.
As per European Standard acc. To EN 50545-1 and as per ASHRAE Standard 62.1, CO and NO2 gas sensor are intended to control a ventilation system and/or to give an indication, alarm or any other signal to warn of a toxic hazard. These gases are generically called “target gases, apart from these gases LPG, CNG (CH4) and Hydrogen (H2) are the other probable gases entitled in the car park basement application from LPG, CNG powered up vehicles along with latest battery operated/hydrogen fuel cell/hybrid technology vehicles which are highly flammable/combustible in nature and can result in a catastrophic disaster if not detected/identified at the early stages for critical life safety and asset protection which could also become the main source of fire.
For a futuristic Visionary Basement ventilation car park solution, we should adopt the following gas type such as CO, NO2, LPG, HC (CNG and H2) gases along with smart digital control system where the Gas Detectors shall be connected in a daisy loop fashion as shown below:
Here the traceability of the gas sensors and identification of the fault error signals becomes very easy compared to the conventional method of direct coupling of analog signal from each gas sensor making the system more complex, bulky and expensive.
Australian standard AS 1668.2-2012 and Building Code Australia Section “J” indicates that the ventilation of the parking structures should be continuous, 24/7. However, by ventilating only when the sensors indicate a requirement, energy can be conserved both from reduced fan operation and also from any related heating or cooling costs and CO gas radical’s detection for enhanced Very Early Fire Detection
The selection of CO sensor being the most common gas found in car park basement application also plays a vital role to achieve the energy saving and make the entire system more efficient and reliable with linear variation to detect not only just CO gas but to also detect enhanced CO gas radicals having detection capability for very early smouldering fire and smoke detection (product of gas radicals generated due to products of combustion fire)
Carbon monoxide and early smoke & fire sensor transmitter Technical Data and Specifications: (for Basement car park ventilation, enhancing gas radical CO detection for early fire and smoke due to products of combustion and smouldering fire in building application)
• Capable of detection, measurement and monitoring of carbon monoxide and carbon monoxide gas radicals • Electro-chemical type sensor cell, Electrochemical Diffusion, Electrolyte type Gel based. • Gel based Electrolyte and Hydrophobic filter in the sensor cell • 0-300ppm measuring range, taking care of over range detection. • Sensor coverage area: 465 m2 to 930 m2 • High accuracy, high repeatability, high reliability • 2-wire loop powered connection for power supply and signal output. • Analog output: 4-20mA (standard), 2-10V (optional) • Modbus output • Spring loaded terminal • Operating temperature: -15 0C to +50 0C • Humidity: 10-95% RH (non condensing) • Mounting height: 1.5m – 1.8 m • linear, proportional analog output • Low response time ≤ 10 sec • Accuracy: ± 3 PPM • Low warm up time, ≤ 1 mins • Low voltage operation: 24VDC • Low power consumption: 22 mA, max. (0.5 VA @ +24VDC) • Not cross-sensitive to gases like SO2, Acetone, Ammonia, Carbon Dioxide, Nitrogen dioxide, Nitric Oxide. • Wall mountable without need of further mounting brackets. • Plug-in, easy replaceable sensor unit for easy service and replacement (no need to change the whole unit) • Manual trimpot and digital type calibration facility, with annual calibration frequency • Auto recovery to zero point. • Life expectancy of > 6 years to 10 years • Capable of mounting in any direction, with no effect on performance, output and life of these sensors (no orientation problems) • Poisoning protection, against background gases, lead vapours, dust etc • Over flooding protection • Reverse polarity and short circuit protection • Simplified maintenance via exchange of pre-calibrated sensor cartridges or easy on site-calibration • IP65 protected housing, with provision of dust and moisture protection with hydrophobic filter arrangement. • Tough, rugged, glass-fibre reinforced, Impact resistant, fully gasketed polycarbonate IP 65 enclosure • IMMUNITY TO RF/FM INTERFERENCE as per the guidelines of EMC- Directive 2004/ 30/ EU. • Compliance to CE and UL standards, EMC Directives 2014/30/EU, IP 65/66 (EN 60529/ DIN VDE – 0470-1), Impact Resistant IK08 (DIN EN5012/VDE 0470 segment 100), UL508 & CSA C22.2 No. 14-13Certified Enclosure for IndustrialControl Equipment, UL50 & CSA 22.2 No. 94.1-07 Certified Enclosure for Electrical Equipment. • Enclosure flammability in accordance to UL 94: V2.
Toxic (NO2, O2, SO2 etc) gas sensor transmitter Technical Data and Specifications:
• Electro-chemical type sensor cell • Gel based Electrolyte and Hydrophobic filter in the sensor cell • High accuracy, high repeatability , high reliability • 3-wire loop powered connection for power supply and signal output. • Analog output: 4-20mA (standard) or 2-10V • Modbus output • Operating temperature: as per gas type • Humidity: as per gas type • Mounting height: as per gas type • linear, proportional analog output • Low response time: as per gas type • Accuracy as per gas type of measuring range. • Low warm up time: as per gas type • Low voltage operation: 24VDC/VAC • LCD Display: Two lines, 16 characters each, monochrome (Optional) • Open-collector (transistor) output (Optional) • Low power consumption: 23 mA, max. (0.6 VA for 24V) • Not cross-sensitive to gases: as per gas type • Wall mountable without need of further mounting brackets. • Plug-in, easy replaceable sensor unit for easy service and replacement (no need to change the whole unit) • Digital type calibration facility, with annual calibration frequency • Auto recovery to zero point. • Life expectancy: as per gas type. • Capable of mounting in any direction, with no effect on performance, output and life of these sensors (no orientation problems) • Poisoning protection, against background gases, lead vapours, dust etc • Over flooding protection • Reverse polarity and short circuit protection • Simplified maintenance via exchange of pre-calibrated sensor cartridges or easy on site-calibration • IP65 protected housing, with provision of dust and moisture protection with hydrophobic filter arrangement. • Tough, rugged, glass-fibre reinforced, Impact resistant, fully gasketed polycarbonate IP 65 enclosure • IMMUNITY TO RF/FM INTERFERENCE as per the guidelines of EMC- Directive 2004/ 30/ EU, CE • Compliance with according EN 378, EN 45544-1, EN 50104 (for O2, EN 50545, EN 50271, EN 61010-1, ANSI/UL 61010 1, CAN/CSA-C22.2 No. 61010-1 • Device flammability in accordance to UL 94 V2
LPG, CNG, Hydrogen (H2) sensor transmitter Technical Data and specifications:(Also Applicable to all Combustible/Flammable type gas sensor transmitter)
• Catalytic (pellistor) based sensor cell, with catalytic bead • Measuring range: 0-100% LEL (lower explosive limit) for flammability monitoring with no poisoning effect of background gases • Catalyst capable of providing flashing point, at lower temperature, for the sensor cell. • Microprocessor based value processing with temperature, vibration, moisture, humidity etc compensation reading • High accuracy, high repeatability , high reliability • 3-wire connection for power supply and signal output. • Selectable analog output: 4-20mA or 2-10V. • Modbus output • Accuracy: ± 1 % LEL • Linear and proportional signal output. • Hardware & software according to SIL2 compliant development process • Low response time: t50 < 3 s; t90 < 15 s • Low voltage operation: 24V AC / DC • Low power consumption: 75 mA, max. (1.8 VA for 24V) • Easy maintenance and calibration by exchange of the sensor unit or by comfortable on- site calibration • Wall mountable without need of further mounting brackets etc. • Plug-in, easy replaceable sensor unit for easy service and replacement (no need to change the whole unit) • LCD Display: Two lines, 16 characters each, monochrome (Optional) • Open-collector (transistor) output (Optional) • Life expectancy of > 3 years • Capable of mounting in any direction, with no effect on performance, output and life of these sensors (no orientation problems) • Poisoning protection, against background gases, lead vapours, dust etc • Over flooding protection • Reverse polarity and short circuit protection • Digital type calibration facility, with annual calibration frequency • Capable for field calibration • IP65 protected housing, with provision of dust and moisture protection with hydrophobic filter arrangement. • Tough, rugged, glass-fibre reinforced, Impact resistant, fully gasketed polycarbonate IP 65 enclosure • Vibration protection (High frequency, low amplitude) and knock protection (high amplitude, low frequency) • Fast response time • IMMUNITY TO RF/FM INTERFERENCE as per the guidelines of EMC- Directive 2004/ 30/ EU, CE • Compliance with according EN 50271, EN 50545:2017, EN 61010-1, ANSI/UL 61010 1, CAN/CSA-C22.2 No. 61010-1 • Device flammability in accordance to UL 94 V2
We are pleased to introduce our world-class best German Technologies, Our Best Gas Detection Systems for Waste Management Sectors / Industries and Plant.
Waste Management and Waste treatment Industries produce various toxic and explosive gases such as methane, hydrogen sulfide, ammonia, carbon dioxide, carbon monoxide, chlorine, ozone, etc, for all these unwanted hazardous gas it is required to use GasDetection Systems for the Waste Management Sector.
In addition, in confined spaces, the increased formation of toxic gases and the decreased concentration of oxygen make these areas particularly dangerous for workers.
The risk can be evaluated by measuring worker exposure to various gases present in the air in the working areas. The measured concentrations are then compared to the 8-hour time-weighted averages for exposure (TWA) and to recommended exposure limits for shorter time periods (less than 15 minutes).
Several technologies and Gas Detections Systems are there to detect gases present in waste treatment facilities.
For your quick reference we have :
We have World Class Best Electrochemical sensors which are used to monitor the presence of oxygen in the air, or the presence of other toxic gases such as CO, H2S, and Cl2 in the environment.
We have world-class best Semi-conductor sensors that are used to detect the concentrations of Ammonia, Ethylene in the Environment.
We have World Cass Best Catalytic sensors which are used for the detection of explosive gases like CH4, Hydrogen, Pentane Etc.
We have also Infrared sensors that are used for the detection of explosive gases such as Methane CH4 or carbon dioxide (CO2) etc.
We have complete solutions for the industries – GAS Detection and Control Display Alarm Systems.
We also provide Supply, Service, Installation, Commissioning, and Calibrations of our Supplied Systems.
ALVI Automation (India) Pvt Ltd, a Division of ALVI Technology Pty Ltd, Australia ( Td/As Gas Alarm Systems) is pleased to introduce our world-class cutting edge n-Hexane (C6H14)) Gas Detector and Monitor.
We are involved with designing, engineering, implementing, calibrating in the field of Gas Detection Systems, Instrumentation, Field devices, and Automation and several automation industries in the Australasian region including now in India. Our mission is to grow consistently using the best global technologies in products and services offered to customers. We aim to serve and maintain long term relationships by providing the most cost-effective appropriate solutions.
ALVI Automation (India) Pvt Ltd, a Division of ALVI Technology Pty Ltd, Australia ( Td/As Gas Alarm Systems) is pleased to introduce our world-class cutting edge Hydrogen (H2)Gas Detector and Monitor.
We are involved with designing, engineering, implementing, calibrating in the field of Gas Detection Systems, Instrumentation, Field devices, and Automation and several automation industries in the Australasian region including now in India. Our mission is to grow consistently using the best global technologies in products and services offered to customers. We aim to serve and maintain long term relationships by providing the most cost-effective appropriate solutions.
ALVI Automation (India) Pvt Ltd, a Division of ALVI Technology Pty Ltd, Australia ( Td/As Gas Alarm Systems) is pleased to introduce our world-class cutting edge Butadiene(C4H6) Gas Detector and Monitor.
We are involved with designing, engineering, implementing, calibrating in the field of Gas Detection Systems, Instrumentation, Field devices, and Automation and several automation industries in the Australasian region including now in India. Our mission is to grow consistently using the best global technologies in products and services offered to customers. We aim to serve and maintain long term relationships by providing the most cost-effective appropriate solutions.
Description:
Butadiene(C4H6) detector is a highly robust, industrial grade, flameproof, or explosion-proof gas detector for Butadiene(C4H6) Gas leakage detection.
The detector is used for online, continuous monitoring of the flammable concentration of Methane Gas in PPM or %Vol terms in ambient air or duct or pipeline. It is ATEX, IECEx certified with SIL 2 safety integrity level for hazardous area installation Zone 1 and 2.
With Benefits:
ATEX and IEC Ex certificates MSR-Electronic for electrical Ex protection
Metrological test & SIL2 safety functions 4–20 mA, RS485 and relay
For zone 1 (and also suitable for zone 2) Type “Ex db” with flame-proof enclosure
For zone 2: Type “Ex nA” with flame-proof enclosure
Continuous monitoring
Microprocessor with 12-bit converter resolution
Self-monitoring system
Easy calibration
Calibration service by exchanging the sensor head
Proportional 4–20 mA output
Serial interface to the control centre
Reverse polarity protection
Overload protection
LCD with status LEDs (optional)
Alarm and fault signal relay (optional)
Our Industries: Our customers come from various industries like oil/gas, chemical, manufacturing, petrochemical, pharmaceutical, building, mining, nuclear, steel, defense, power, water, wastewater, mining, cement, dairy, automobile, etc.
ALVI Automation (India) Pvt Ltd, a Division of ALVI Technology Pty Ltd, Australia ( Td/As Gas Alarm Systems) is pleased to introduce our world-class cutting edge Nonane(C9H20) Gas Detector and Monitor.
We are involved with designing, engineering, implementing, calibrating in the field of Gas Detection Systems, Instrumentation, Field devices, and Automation and several automation industries in the Australasian region including now in India. Our mission is to grow consistently using the best global technologies in products and services offered to customers. We aim to serve and maintain long term relationships by providing the most cost-effective appropriate solutions.
Description:
Nonane(C9H20) detector is a highly robust, industrial grade, flameproof, or explosion-proof gas detector for Nonane(C9H20) Gas leakage detection or PPM monitoring.
The detector is used for online, continuous monitoring of the flammable concentration of Methane Gas in PPM or %Vol terms in ambient air or duct or pipeline. It is ATEX, IECEx certified with SIL 2 safety integrity level for hazardous area installation Zone 1 and 2.
With Benefits:
ATEX and IEC Ex certificates MSR-Electronic for electrical Ex protection
Metrological test & SIL2 safety functions 4–20 mA, RS485 and relay
For zone 1 (and also suitable for zone 2) Type “Ex db” with flame-proof enclosure
For zone 2: Type “Ex nA” with flame-proof enclosure
Continuous monitoring
Microprocessor with 12-bit converter resolution
Self-monitoring system
Easy calibration
Calibration service by exchanging the sensor head
Proportional 4–20 mA output
Serial interface to the control centre
Reverse polarity protection
Overload protection
LCD with status LEDs (optional)
Alarm and fault signal relay (optional)
Our Industries: Our customers come from various industries like oil/gas, chemical, manufacturing, petrochemical, pharmaceutical, building, mining, nuclear, steel, defense, power, water, wastewater, mining, cement, dairy, automobile, etc.
ALVI Automation (India) Pvt Ltd, a Division of ALVI Technology Pty Ltd, Australia ( Td/As Gas Alarm Systems) is pleased to introduce our world-class cutting edge Ethyl Acetate (C4H8O2)Gas Detector and Monitor.
We are involved with designing, engineering, implementing, calibrating in the field of Gas Detection Systems, Instrumentation, Field devices, and Automation and several automation industries in the Australasian region including now in India. Our mission is to grow consistently using the best global technologies in products and services offered to customers. We aim to serve and maintain long term relationships by providing the most cost-effective appropriate solutions.
Description:
Ethyl Acetate (C4H8O2) detector is a highly robust, industrial grade, flameproof, or explosion-proof gas detector for Ethyl Acetate (C4H8O2) Gas leakage detection or LEL monitoring.
The detector is used for online, continuous monitoring of the flammable concentration of Methane Gas in %LEL or %Vol terms in ambient air or duct or pipeline. It is ATEX, IECEx certified with SIL 2 safety integrity level for hazardous area installation Zone 1 and 2.
With Benefits:
ATEX and IEC Ex certificates MSR-Electronic for electrical Ex protection
Metrological test & SIL2 safety functions 4–20 mA, RS485 and relay
For zone 1 (and also suitable for zone 2) Type “Ex db” with flame-proof enclosure
For zone 2: Type “Ex nA” with flame-proof enclosure
Continuous monitoring
Microprocessor with 12-bit converter resolution
Self-monitoring system
Easy calibration
Calibration service by exchanging the sensor head
Proportional 4–20 mA output
Serial interface to the control centre
Reverse polarity protection
Overload protection
LCD with status LEDs (optional)
Alarm and fault signal relay (optional)
Our Industries: Our customers come from various industries like oil/gas, chemical, manufacturing, petrochemical, pharmaceutical, building, mining, nuclear, steel, defense, power, water, wastewater, mining, cement, dairy, automobile, etc.
ALVI Automation (India) Pvt Ltd, a Division of ALVI Technology Pty Ltd, Australia ( Td/As Gas Alarm Systems) is pleased to introduce our world-class cutting edge Benzene (C6H6) Gas Detector and Monitor.
We are involved with designing, engineering, implementing, calibrating in the field of Gas Detection Systems, Instrumentation, Field devices, and Automation and several automation industries in the Australasian region including now in India. Our mission is to grow consistently using the best global technologies in products and services offered to customers. We aim to serve and maintain long term relationships by providing the most cost-effective appropriate solutions.Continue reading “Benzene Gas Detector and Monitor”
ALVI Automation (India) Pvt Ltd, a Division of ALVI Technology Pty Ltd, Australia ( Td/As Gas Alarm Systems) is pleased to introduce our world-class cutting edge Petrol Vapours Detector and Monitor.
We are involved with designing, engineering, implementing, calibrating in the field of Gas Detection Systems, Instrumentation, Field devices, and Automation and several automation industries in the Australasian region including now in India. Our mission is to grow consistently using the best global technologies in products and services offered to customers. We aim to serve and maintain long term relationships by providing the most cost-effective appropriate solutions.
Description:
Petrol Vapours detector is a highly robust, industrial grade, flameproof, or explosion-proof gas detector for Petrol Vapours Gas leakage detection or LEL monitoring.
The detector is used for online, continuous monitoring of the flammable concentration of Methane Gas in %LEL or %Vol terms in ambient air or duct or pipeline. It is ATEX, IECEx certified with SIL 2 safety integrity level for hazardous area installation Zone 1 and 2.
With Benefits:
ATEX and IEC Ex certificates MSR-Electronic for electrical Ex protection
Metrological test & SIL2 safety functions 4–20 mA, RS485 and relay
For zone 1 (and also suitable for zone 2) Type “Ex db” with flame-proof enclosure
For zone 2: Type “Ex nA” with flame-proof enclosure
Continuous monitoring
Microprocessor with 12-bit converter resolution
Self-monitoring system
Easy calibration
Calibration service by exchanging the sensor head
Proportional 4–20 mA output
Serial interface to the control centre
Reverse polarity protection
Overload protection
LCD with status LEDs (optional)
Alarm and fault signal relay (optional)
Our Industries: Our customers come from various industries like oil/gas, chemical, manufacturing, petrochemical, pharmaceutical, building, mining, nuclear, steel, defense, power, water, wastewater, mining, cement, dairy, automobile, etc.
ALVI Automation (India) Pvt Ltd, a Division of ALVI Technology Pty Ltd, Australia ( Td/As Gas Alarm Systems) is pleased to introduce our world-class cutting edge Ethyl Alcohol (C2H5OH) Gas Detector and Monitor.
We are involved with designing, engineering, implementing, calibrating in the field of Gas Detection Systems, Instrumentation, Field devices, and Automation and several automation industries in the Australasian region including now in India. Our mission is to grow consistently using the best global technologies in products and services offered to customers. We aim to serve and maintain long term relationships by providing the most cost-effective appropriate solutions.Continue reading “Ethyl Alcohol Gas Detector and Monitor”
ALVI Automation (India) Pvt Ltd, a Division of ALVI Technology Pty Ltd, Australia ( Td/As Gas Alarm Systems) is pleased to introduce our world-class cutting edge Ethane (C2H6) Gas Detector and Monitor.
We are involved with designing, engineering, implementing, calibrating in the field of Gas Detection Systems, Instrumentation, Field devices, and Automation and several automation industries in the Australasian region including now in India. Our mission is to grow consistently using the best global technologies in products and services offered to customers. We aim to serve and maintain long term relationships by providing the most cost-effective appropriate solutions.
Description:
Ethane (C2H6) detector is a highly robust, industrial grade, flameproof, or explosion-proof gas detector for Ethane (C2H6) Gas leakage detection or LEL monitoring.
The detector is used for online, continuous monitoring of the flammable concentration of Methane Gas in %LEL or %Vol terms in ambient air or duct or pipeline. It is ATEX, IECEx certified with SIL 2 safety integrity level for hazardous area installation Zone 1 and 2.
With Benefits:
ATEX and IEC Ex certificates MSR-Electronic for electrical Ex protection
Metrological test & SIL2 safety functions 4–20 mA, RS485 and relay
For zone 1 (and also suitable for zone 2) Type “Ex db” with flame-proof enclosure
For zone 2: Type “Ex nA” with flame-proof enclosure
Continuous monitoring
Microprocessor with 12-bit converter resolution
Self-monitoring system
Easy calibration
Calibration service by exchanging the sensor head
Proportional 4–20 mA output
Serial interface to the control centre
Reverse polarity protection
Overload protection
LCD with status LEDs (optional)
Alarm and fault signal relay (optional)
Our Industries: Our customers come from various industries like oil/gas, chemical, manufacturing, petrochemical, pharmaceutical, building, mining, nuclear, steel, defense, power, water, wastewater, mining, cement, dairy, automobile, etc.
