Continuous monitoring of Hydrogen, Oxygen, Temperature, and Humidity in UPS battery rooms

⚡ Why Hydrogen, Oxygen & TRH Monitoring is Critical in UPS Battery Rooms ⚡

Continuous monitoring of Hydrogen, Oxygen, Temperature, and Humidity in UPS battery rooms is not just a safety measure—it is an operational necessity.

Excess hydrogen accumulation can go unnoticed until it reaches explosive limits, while abnormal oxygen levels significantly increase fire and personnel risk. Temperature and humidity fluctuations accelerate battery degradation, reduce backup time, and lead to premature battery failure.

An integrated detection and control system enables real-time visibility, early fault identification, and automatic corrective action through ventilation and alarms. This proactive approach minimizes maintenance costs, improves system reliability, and ensures uninterrupted power availability for mission-critical data centre operations.

UPS battery rooms are the backbone of data centres — but they also pose hidden safety risks if not continuously monitored.

🔍 Key Risks in UPS Battery Rooms
🔹 Hydrogen (H₂) Gas – Released during battery charging; highly explosive at low concentrations
🔹 Oxygen (O₂) Levels – Oxygen depletion or enrichment can create serious fire & safety hazards
🔹 Temperature & Humidity (TRH) – Directly impacts battery life, performance, and failure rates

🛡️ Smart Detection = Proactive Safety
Our integrated detection system continuously monitors:
✔ Hydrogen & Oxygen gas concentration
✔ Temperature & Humidity conditions
✔ Generates instant audible/visual alarms
✔ Automatically triggers exhaust ventilation via control panel

📊 Benefits for Data Centres & UPS Rooms
✅ Prevent explosion & fire hazards
✅ Ensure battery health & longer life
✅ Maintain compliance with safety standards
✅ Avoid unplanned downtime & equipment damage

🚀 Safety is not optional — it’s engineered.
Early detection and automated response protect people, infrastructure, and uptime.

📩 Connect with ALVI Automation India Pvt. Ltd. at info@alviautomation.com for customized gas & environmental monitoring solutions for critical facilities.

#UPSBatteryRoom #HydrogenDetection #OxygenMonitoring #MSRGasdetections  #TRHMonitoring #DataCentreSafety #BatteryRoomSafety #GasDetection #IndustrialSafety #ALVIAutomation

DE16 Differential Pressure Transmitter

Application Fischer Germany DE16 Differential Pressure Transmitter :

Fischer Mess- und Regeltechnik GmbH, Germany DE16 Differential Pressure Transmitter Measuring transmitter for overpressure, partial vacuum, and differential pressure. This series is suitable for various measuring applications in the field of industrial and sanitary techniques.

Typical applications:

• Measurement of differential pressure between forward- and returnflow in heating systems.
• Monitoring of filters, blowers, and compressors.

Main Features:

• Overpressure protection
• Rugged design
• Maintenance and wear-free inductive pick-up
• Multiple applications.

Construction and Operation :

This transmitter is based on a rugged and uncomplicated diaphragm movement, suitable for overpressure, partial vacuum and differential pressure measurement.

The operating principle of the system is identical in all three applications. In a state of equilibrium, the forces of the springs on both sides of the diaphragm are balanced.

The pressure or differential pressure to be measured creates an unbalanced force of the springs for the measuring range until a new equilibrium is reached.
A centre-mounted tappet transfers the motion of the diaphragm system to the core of an inductive displacement transducer.

The subsequent converter circuit transfers this motion into an electrical output signal. The transmitter is short-circuit and reverse battery protected.

For more details and enquiries please contact – Info@alviautomation.com

Ethylene Monitoring in Ripening Chamber

Fruit ripening chambers require controlled ethylene concentration (50–150 ppm) along with precise temperature (14–20°C) and relative humidity (85–95% RH) to ensure uniform, safe, and high-quality ripening.

Ethylene Gas Sensor for Fruit Ripening Chambers

The MSR Electronic Ethylene Gas Sensor is engineered for accurate monitoring and control of ethylene concentration inside controlled atmosphere and fruit ripening chambers.

Ethylene plays a critical role in initiating and regulating the fruit ripening process. Uncontrolled levels can lead to uneven ripening, spoilage, or safety risks. This sensor ensures precise ppm-level detection, enabling optimized ripening cycles and consistent fruit quality.

Key Features

• Continuous ethylene gas monitoring (ppm range)
• Robust industrial enclosure suitable for humid environments
• Compatible with PLC, BMS & automation systems
• Long-term stability and low maintenance
• Ideal for safety alarms and ventilation control

👉 Why TRH is Important

Even with correct ethylene dosing, improper temperature or humidity can ruin the batch:

• Too hot → uneven ripening, spoilage
• Low humidity → fruit dehydration & weight loss
• High humidity → fungal growth

Typical Applications

• Banana ripening chambers
• Mango & papaya ripening rooms
• Cold storage facilities
• Food processing & agri-infrastructure projects
• System Integration

The sensor can be seamlessly integrated with:

• PLC-based control panels
• Temperature & humidity (TRH) sensors
• Exhaust and circulation fan control
• Alarm and safety interlock systems

Resulting in uniform ripening, reduced losses, and compliance with food safety standards.

#FruitRipening #EthyleneSensor #ColdStorage #AgroTech #FoodProcessing #GasDetection #MSRElectronic #Automation #PLC

Happy 77th Republic Day – India

From heritage to high technology, India’s progress is powered by innovation and resilience.

We are proud to contribute towards a safer India through Automation, Gas Detection, and Control solutions.

Happy 77th Republic Day from ALVI Automation India to all.

Jai Hind Jai Bharat ..!

#HappyRepublicDay #RepublicDayIndia #ProudToBeIndian #MakeInIndia #EngineeringIndia #Automation #SafetySolutions #ALVIAutomation #vande #mataram #Bharat #BharatSafe

Basement Ventilation CO Detection & Automated Fans Control System

🚗 Complete Solutions under one roof Smart CO Detection & Automated Fans Control System 🌬️

Ensuring safe air quality in basements, parking areas, and enclosed spaces is critical. Our integrated solution combines MSR CO gas detection, MSR PLC-based control, and VFD-driven ventilation fans for reliable and energy-efficient operation.

🔹 How the system works:

✔️ MSR CO Gas Detectors continuously monitor CO levels in Parking
✔️ Real-time signals sent to the PLC Control Panel
✔️ MSR -ALVI Customized PLC processes setpoints & alarms
✔️ VFD Starter Panel automatically controls ventilation fans
✔️ Optimized airflow only when required – saving 60-80% energy & improving safety

🔹 Key Benefits:

✅ Enhanced safety & compliance
✅ Automatic operation based on CO concentration
✅ Energy-efficient fan control using VFDs
✅ Ideal for Basement Parking, Commercial Buildings, Tunnels & HVAC applications
📌 A smart approach to ventilation, where detection meets intelligent control.
📩 For system design, supply, integration & commissioning, connect with us.

Let’s make indoor environments safer and smarter.

#GasDetection #CODetection #PLC #VFD #BasementVentilation #Fanoperations #MEPConsultant #MEPContractors #ElectricalContractor #civilcontractor #AECOM #AEON #EFKON #amberg #Greenheck #systemair #flaktwood #nicotra #kruger #airflow #fanair #ParkingVentilation #HVAC #BuildingSafety #Automation #SmartSystems

Hydrogen Cyanide gas detection in Jewelry Industries

Jewelry manufacturers are increasingly worried about their worker’s health and safety conditions, Most jewelry companies want to prevent work-related illness and injury, and they also want to prevent pollution from their manufacturing processes, we have Smart Gas Detectors for Jewelry Manufacturing & Polishing Industries.

Most of the gases/solvent acid used or generate during the Jewelry polishing, Soldering, Dewaxing,  process are like Cyanide, Hydrogen Cyanide, Hydrofluoric acid  Sulphur dioxide , Nitric Oxide, Hydrochloride, Methyl Chloride, Cadmium, Acetone, Hydrogen, Methane, these gases are highly toxic and life threatening to avoid any unwanted accident the management need to install Smart MSR Germany Hydrogen Cyanide (HCN) Gas Detector, Sensor uses latest  Electrochemical Diffusion type Sensing Technology  to detect the Hydrogen Cyanide (HCN) with High accuracy in less time (Highly Responsive).

The 12bit Microprocessor Converter ensures the highest accuracy, sensitivity, selectivity and reliability despite the long calibration interval.

Click Here to see the On site demonstration video, Hydrogen Cyanide Gas Detection and Control Monitoring system installed at one of the gold design manufacturing Plant. 

These gases or it’s vapor are very dangerous for human health, may cause Lungs cancer, Blood Cancer, Kidney, Liver damage, Cyanide gases are very dangerous for human life sometimes cause instant death.

Since it comes under critical Human Life Safety, it is very important to Install authenticated, Gas Detection and Control Monitoring systems in the areas where these dangerous gases or solvent are used, so that it can be monitor, control & provide safe area to Work, definitely it will increase your productivity too when your worker do their work with secure mind.

We can help you in all your safety automation, gas detection needs, please feel free to contact us anytime at INFO@ALVIAUTOMATION.COM +91-7091777274

Introducing the FISCHER Germany FT90: Your go-to solution for precise measurement

🚀 Elevate your precision and efficiency with FISCHER Germany FT90! 🌡️📊 This device is your ultimate companion for measuring humidity, temperature, pressure, and more in neutral gaseous media.

🌐 Applications:

• Humidity & and temperature measurement
• Cleanroom monitoring
• Air intake/exhaust systems
• Filter monitoring
• Volume flow measurement
• Process monitoring

💡 Key Features:

• Robust & and maintenance-free design
• Simple configuration for hassle-free operation
• Humidity & temperature: 0 to 100 %rH, -40 to +100 °C
• Optional differential pressure measurement: 25 Pa to 25 kPa
• Turn down ratio of 4:1 for flexibility
• 4 configurable switch outputs for seamless control
• Multi-line LC display with color backlighting for intuitive visualization
• Digital interfaces: USB OTG, RS485 Modbus RTU

🔥 Safety First:

• Gas Explosion Protection: II 3G Ex ec IIC T4 Gc
• Dust Explosion Protection: II 3D Ex tc IIIB T125°C Dc
• Operating Temperature: -20°C ≤ Tamb ≤ 60°C

Upgrade your monitoring system today! 🌐💼

📩 Reach out to us at  info@alviautomation.com 🌐 or give us a call at +91 7091777274 / +91-9471515909 📞 for more information! We’re here to help!

#IndustrialMonitoring #FT90 #EfficiencyInTech #PrecisionMeasurement #FISCHERGermany #TechInnovation 🔍🔬

Digital Differential Pressure Transmitter

The Fischer Germany DE90 is a Digital Differential Pressure Transmitter with additional switch outputs. It is suitable for measuring overpressure, under-pressure and differential pressure in neutral gaseous media & also the replacement of DE45 model.
The device may only be used for the purpose stipulated by the manufacturer.

Multifunctional differential pressure transmitter for air and neutral gases, optionally applicable in ATEX zones 2 and 22, large LC-display with colour change indicator. The digital differential pressure transmitter is suitable for many applications and is used in dynamic filter monitoring. The flexible device concept for your industrial applications.

Typical applications
• Space and clean room monitoring
• Supply and exhaust air systems, TNV systems
• Dynamic filter monitoring
• Filter monitoring
• Flow rate measurement
• Surface coating systems
• Process monitoring

Important features
• Robust, resistant to overpressure and maintenance-free
• Simple configuration
• Measuring ranges from
25 Pa to 25 kPa, – 1 mbar to 250 mbar
• Measuring accuracy up to 0.5%
• Turn Down 4:1
• Optionally one or two-channel mode with
Configurable output signal 0/4 … 20 mA, 0/2 … 10 V or 1…5V
Characteristic curve implementation and adjustment to the process 1 to 4 configurable switching outputs
• Multi-line LC display Full graphic, colour backlighting for visualising the operating states,  Multilingual plain text menu
• Digital interfaces  USB OTG,  RS485 Modbus RTU

For more details and product enquiry please get in touch with us at Info@alviautomation.com 

For The Technical Datasheet please click here 

DE16 Fischer Differential Pressure Transmitter

DE16 Fischer Differential Pressure Transmitter

Make – Fischer Germany

Model : DE1602VDYYB90K00D0579 (in accordance with article DE1602VDYYB9D128)

Application:

DE16 Fischer Differential Pressure Transmitter can be used in different measuring range and application area like:-

Measuring transmitter for overpressure, partial vacuum and differential pressure.
This series is suitable for various measuring applications in the field of industrial and sanitary techniques.

Measurement of differential pressure between forward- and return flow
in heating systems. Monitoring of filters, blowers and compressors.

Main Features

• Overpressure protection
• Rugged design
• Maintenance and wear free inductive pick-up
• Multiple applications
• Measuring range 0-1 bar (also available in diffrent measuring range, refer to the datasheets)
• Measuring diaphragm/gaskets Viton Pressure chamber Aluminium/HART COAT Output Signal 4-20 mA 2-wire
• Power supply 24V DC ±10% Electrical connection cable terminal box Suitable for connection to Siemens/Fender flange
• Protection class: IP65 Outputsignal limited to 20 mA
• Tolerance range for current limiting Toleranzbereich fur die Strombegrenzung
• O-Ringe im Verschlussbeutel dem Gerat beigelegt Sprache (Typenschild): deutsch Typenschild: mit Fischer Logo Kennzeichnung: mit CE und UKC
  Betriebsanleitung: ohne BA

  Many more features refer to the attached DE 16 Datasheet   

Fischer Pressure Temperature Humidity Measuring Instruments

DE 90 Digital Differential Pressure Transmitter

DE90 model of Fischer Germany Multifunctional Fischer Pressure Temperature Humidity Measuring Instruments for air and neutral gases.

Optionally applicable in ATEX zones 2 and 22, large LC-display with colour change indicator. The digital differential pressure transmitter is suitable for many applications and is used in dynamic filter monitoring.

The flexible device concept for your industrial applications

The FISCHER ECO-LINE – The new Differential-Pressure Transmitter DE80.

The differential pressure transmitter from the FISCHER ECO-LINE® is robust, safe against overpressure, maintenance-free and suitable for neutral gas media. Typical areas of application are technical building equipment, clean room technology, filter monitoring, volume flow measurement, the control of frequency inverters, the measurement and monitoring of overpressure, negative pressure and differential pressure.

The measuring ranges for this differential pressure transmitter are between 25 Pa and 25 kPa or 0.25 mbar to 250 mbar. A possible offset correction can be made via a zero point button in the DE80 . Each basic measuring range can be spread into seven predefined measuring ranges via a DIP switch. In the basic measuring range, the maximum measuring error (linearity, hysteresis and non-repeatability) is 1.5%.

In addition to the switchable analogue output 0/4 … 20 mA or 0/2 … 10 V, the 3-wire version has an optional fully graphic LC display and an optional changeover contact. The 2-wire version has a current loop 4 … 20 mA and optionally a fully graphic LC display. The Modbus RTU version has an optional full-graphic LC display.

Fischer Pressure Temperature Humidity Measuring Instruments DE16, DE45, DE46, DS11, ME11, ME13 MA13, MA11, MA30, MS11, TW39, TW36  & many other related series are specially designed  robust, safe against overpressure, maintenance-free and suitable for Neutral gas, Air,  Vacuumed pressure media. For more details and enquiries please get in touch with us on   Info@alviautomation.com

Also you can visit us at  Indiamart

Fixed Gas Detection Systems for Petrochemical Industry

It is mandatory norms to use Fixed Gas Detection Systems for Petrochemical Industry for  Safe protection against CH4 / C5H12 / C3H8 / H2S / O2 / CO / NH3/H2/LPG gas leakage.

We do recommend Plant manager, EHS, and maintenance department install quality  sensor transmitters in their plant because it is a matter of critical life and plant safety.

In the chemical and petrochemical industry, permanent monitoring of rooms and plants in which explosive or toxic atmospheres can form is required.

Personal protection requires the monitoring of hazardous gases in accessible areas, on the one hand to prevent accidents, thus guarantee the health and safety of employees & Plant.

In addition, MSR Electronic offers solutions of Fixed Gas Detection & control monitoring Systems for Petrochemical Industry for the protection of your plant against such unwanted gas leakage accident and the financial loss.

Furthermore, process safety can be further optimized with quality gas detectors from MSR-Electronic.

Our Fixed Gas Detection Systems for Petrochemical Industry have following key features and approvals which enhance our product demands in the world’s petrochemical industries :

• • Continuous self-monitoring• Microprocessor with 12-bit converter resolution
• • ATEX and IECEx certificates MSR-Electronic for electrical Ex protection
  • Approved Measuring Function for the Explosion Protection
  • SIL2 safety functions 4–20 mA, RS-485 and relay
  • MED Certificate and TA Certificate: Approval according to Marine       Equipment Directive 2014/90/EU by DNV
  • Enclosure: additional FM and CSA certificates for Class I, Div. 1
  • Calibration service by exchanging the sensor head
  • Alarm and fault signal relay
  • LCD display with status LEDs (optional)
  • IP66 protection with SplashGuard accessories (optional, see data sheet Accessories)

Thus we recommend/ request #IOCL, #BPCL #HPCL #RPL #GAIL #Haldia #Manali #DCW #Savita #thinkgas petrochemical authorities to consider quality Fixed Gas Detection & Control monitoring Systems for their Petrochemical Industry in India too.

For more details ad inquiries please feel free to contact us at Info@alviautomation.com  or also visit us on  Indiamart

Differential Pressure Transmitter

The differential pressure transmitters of the 984 series are used to measure differential pressure, overpressure, and vacuum. They provide up to 8 pressure ranges and 2 output signals, which are easily selectable by a jumper or rotary selector switch.
#savemoney #SaveEnergy #Healthlife #Greenhousegases #Beck #germany #DifferentialPressureTransmitter #DPT #DPS #DifferentialPressureSwitch for #BuildingAutomation and #airconditioning #Overpressuremeasurement in #cleanrooms and #laboratories #HVAC #Special #discounted #price #available.
ALVI Automation – GasAlarm India
For more technical details and price please contact us anytime at Info@alviautomation.com. or call at 7014396625|7091777274.

Hydrogen Cyanide (HCN) Gas Detection Systems

Hydrogen Cyanide gas is highly dangerous and life-threatening, It is important to install high quality HCN Gas Detection and Control Monitoring Systems in the area where is the possibilities of HCN Gas leak or presence.

Hydrogen Cyanide (HCN) Gas Detector (developed by MSR Germany ) is the new exchangeable, world’s most compact and miniaturized sensor that is capable of digital value processing, temperature compensation, and self-control for the continuous monitoring of the ambient air to detect Hydrogen Cyanide (HCN) Toxic gas in the environment where these gases are use or generate to avoid any hazardous incident and painful loss, and provide a secure & safe environment leads to increase your daily productivity.

Click Here to see the On site demonstration video, Hydrogen Cyanide Gas Detection and Control Monitoring system installed at one of the gold design manufacturing Plant.  

We have Smart MSR Germany Hydrogen Cyanide (HCN) Gas Detector, Sensor uses latest  Electrochemical Diffusion type Sensing Technology  to detect the Hydrogen Cyanide (HCN) with High accuracy in less time (Highly Responsive).

The 12bit Microprocessor Converter ensures the highest accuracy, sensitivity, selectivity and reliability despite the long calibration interval.

For more details and enquires please contact us – INFO@ALVIAUTOMATION.COM also you can visit us in IndiaMart Site

Gas Detectors for Jewellery Manufacturing & Polishing Industries.

Jewellery manufacturers are increasingly worried about their worker’s health and safety conditions, Most jewellery companies want to prevent work-related illness and injury, and they also want to prevent pollution from their manufacturing processes, we have Smart Gas Detectors for Jewellery Manufacturing & Polishing Industries.

Most of the gases/solvent acid used or generate during the Jewellery polishing, Soldering, Dewaxing,  process are like Cyanide, Hydrogen Cyanide, Hydrofluoric acid  Sulphur dioxide , Nitric Oxide, Hydrochloride, Methyl Chloride, Cadmium, Acetone, Hydrogen Methane.

These gases or it’s vapour are very dangerous for human health, may cause Lungs cancer, Blood Cancer, Kidney, Liver damage, Cyanide gases are very dangerous for human life sometimes cause instant death.

Since it comes under critical Human Life Safety, it is very important to Install authenticated, Gas Detection and Control Monitoring systems in the areas where these dangerous gases or solvent are used, so that it can be monitor, control & provide safe area to Work, definitely it will increase your productivity too when your worker do their work with secure mind.

We can help you in all your safety automation, gas detection needs, please feel free to contact us anytime at INFO@ALVIAUTOMATION.COM +91-7091777274

Make Tomorrow Safer Than Today Using Our Cutting Edge Revolutionary Enhance Gas Radicals VEFSA – Very Early Fire and Smoke Alarm With German Technology and Australasian Expertise

We ALVI Automation (India) Pvt. ltd. is specialized in Fixed, Transportable Gas Detection and monitoring alarm system. ALVI Group and Gas Alarm Systems are involved in designing, engineering, implementing, and calibrating Gas Detection and Alarm systems, Instrumentation, and process analytics.

Click Here to Download Company Catalogue     

We ALVI Automation feel pleased to introduce our best reliable, Precisely & selectively designed engineered product VEFSA (Very Early Fire & Smoke Alarm System) which is capable of detecting very early enhanced gas radicals (The first sign to be measured before the fire takes place.)

We already know that there are 5 stages of fire (as shown in the diagram)

• 1^st stage: Generation of Gas Radicals Incipient Stage
• 2^nd stage: non-Visible smoke Smouldering Stage I
• 3^rd stage: Visible smoke Smouldering Stage II
• 4^th stage: Flame Stage
• 5^th stage: Heat Stage

But at present, all the conventional fire alarm systems & fire extinguishing systems activate when 50-60% of damage has been already occurred because of their limitations.

Continue reading “Make Tomorrow Safer Than Today Using Our Cutting Edge Revolutionary Enhance Gas Radicals VEFSA – Very Early Fire and Smoke Alarm With German Technology and Australasian Expertise”