#Gas sensor measuring relative humidity

[gene2riinn]

https://www.futureelectronics.com/p/semiconductors--analog--sensors--humidity-dew/sht40i-hd1b-r2-sensirion-1187273

Moisture sensors, high pressure humidity sensor, Temperature Measuring Module

SHT41I-AD1B-R2

[cfsensor]

How To Reset Mass Air Flow Sensor?

The mass air flow (MAF) sensor holds great importance in your vehicle's engine system as it is responsible for measuring the amount of air entering the engine. This information is then relayed to the engine control unit (ECU), enabling it to adjust the fuel injection accordingly. When the MAF sensor malfunctions, it can lead to various engine performance issues, including reduced power, rough idling, and decreased fuel efficiency. In such cases, resetting the sensor may be necessary to restore its proper function.

Indications of a Faulty Mass Air Flow Sensor

One of the primary indicators of a problematic MAF sensor is a decrease in engine power, which may result in sluggish acceleration or difficulties reaching highway speeds. You may also observe rough idling or stalling when coming to a stop. In more severe cases, the engine might experience misfires, leading to noticeable vibrations or shudders. Another common symptom is reduced fuel efficiency, as the engine struggles to maintain the correct fuel-to-air ratio.

If you suspect that your MAF sensor is causing issues, it is crucial to address the problem promptly. A faulty sensor can potentially damage other components within the engine system, leading to costly repairs in the future.

Steps to Reset the Mass Air Flow Sensor

Resetting the MAF sensor is a relatively straightforward process that requires a few basic tools. While the specific steps may vary based on your car's make and model, How to reset mass air flow sensor? the following is a general guide to help you complete the task:

Disconnect the battery: Start by disconnecting the negative battery cable. This action will reset the ECU and clear any stored codes. Before proceeding, ensure that the key is removed from the ignition.

Locate the MAF sensor: The MAF sensor is typically positioned near the air filter box. Consult your owner's manual or a repair guide for precise information regarding its location.

Remove the sensor: Utilize a screwdriver or socket wrench to remove the bolts securing the MAF sensor in place. Take care to avoid damaging the delicate wires and connectors.

Clean the sensor: Use a specialized MAF cleaner to carefully clean the sensor, eliminating any debris that may hinder its proper functioning. Follow the instructions on the can diligently, and ensure the sensor is completely dry before reinstalling it.

Reinstall the sensor: Reattach the sensor to its mounting location cautiously, ensuring that all wires and connectors are properly in place. Tighten the bolts securely.

Reconnect the battery: Reattach the negative battery cable and start the car. Allow it to idle for a few minutes, permitting the ECU to recalibrate.

Resetting the MAF sensor should resolve any issues caused by a temporary glitch in the system. However, if the problem persists, it may be necessary to consult a mechanic for further diagnosis.

Tips for Preventing Future Issues with the Mass Air Flow Sensor

Preventing problems with the MAF sensor largely revolves around regular maintenance. Consider the following tips to help keep your engine running smoothly:

Keep the air filter clean: A dirty air filter can cause debris to accumulate on the MAF sensor, obstructing its function. Replace the air filter at regular intervals to prevent such issues.

Avoid harsh driving conditions: Extreme heat, dust, and humidity can all contribute to problems with the MAF sensor. Whenever possible, avoid driving in severe weather conditions or on excessively dusty roads.

Use high-quality fuel: Inferior-quality gasoline can leave deposits in the engine system, which can interfere with the MAF sensor's operation. Opt for reputable gas stations and use the recommended fuel grade for your vehicle.

Schedule regular tune-ups: Regular tune-ups can help detect MAF sensor problems before they become severe. Adhere to the recommended service intervals for your car and promptly address any noticeable issues.

Conclusion

The mass air flow sensor plays a critical role in your vehicle's engine system, and a faulty sensor can lead to various performance problems. If you suspect that your MAF sensor is causing issues, resetting it might help resolve the problem. By following the outlined steps above, you can reset your MAF sensor and restore smooth engine operation. Remember, regular maintenance is key to preventing MAF sensor problems, so ensure you adhere to your car's service schedule and take proper care of your engine.

[betaraypm10]

Dew point Meter Service In india

A dew point meter, also known as a dew point hygrometer, is a device used to measure the dew point temperature. The dew point is the temperature at which air becomes saturated, and water vapor begins to condense into liquid water.

Dew point meters are commonly used in various industries and applications where monitoring humidity levels is important. Some common applications include HVAC systems, weather forecasting, industrial processes, and environmental monitoring.

There are several types of dew point meters available, but the most common method for measuring the dew point temperature is through chilled mirror technology. This method involves cooling a surface, such as a mirror, until dew or frost starts to form on it. The temperature at which this condensation occurs is the dew point temperature.

Other methods for dew point measurement include capacitive sensors, resistive sensors, and infrared sensors. Each method has its advantages and limitations, and the choice of the dew point meter depends on factors such as accuracy requirements, measurement range, and environmental conditions.

Dew point meters often display the measured dew point temperature, relative humidity, and sometimes temperature readings. Some advanced models may also offer additional features such as data logging, wireless connectivity, and integration with other monitoring systems.

Overall, dew point meters are essential tools for humidity control and monitoring in various industries to prevent condensation, optimize processes, and ensure comfortable and safe environments.

What is the dew point temperature? Dew point temperature is simply the temperature at which water vapor in the air mass condenses into a liquid state, hence creating dew drops in the compressed chambers. The dew point temperature is a unit system for measuring the moisture (PPM) level present in a gas. Dew point temperatures may vary depending on the barometric pressure in the compressor outlets. In other words, a dew point is a temperature at which water vapor turns into water droplets. thus causing damage to the equipment. Dew points can vary between ambient temperatures to - 80°C (- 112°F) depending on specialized applications. 9581678685

[gaxcesensors]

iGASair GAXCE SENSORS - Environmental, Health and Safety

IGASair, our internet gas monitor, can simultaneously measure six gas species. iGASair connects to Turnkey's AirQWeb cloud server, allowing integrated monitoring of a wide range of environmental factors. Suitable for indoor and outdoor air pollution monitoring, the gas sensors are housed in a shielded manifold and are aspirated by an ultra-quiet pump. A maximum of six gas species can be recorded simultaneously

Automatic zeroing virtually eliminates drift

Integrated with AirQWeb for live monitoring

Can be used alongside Turnkey dust monitors

Usable with our solar/wind off-grid power system

Using 4-electrode electrochemical cells, gas species including NOx and ozone are measured simultaneously with sensitivities of better than 10 ppb, and VOCs (isobutylene) by a 10.6 eV photoionization detector (PID).

Zero drift is eliminated in the cells by a built-in zero gas generator, while software algorithms correct for gas species cross-interferences. Electrochemical cells at ppb levels will no longer be affected by changes in relative humidity and ambient carbon dioxide. To contact Gaxce Sensors, please email info@gaxcesensors.com You can reach us at +91-9673123829.

Kindly visit our website so you will get more product information. https://gaxcesensors.com

[saspowertechsblog]

Comprehensive Energy Audit

Comprehensive Energy Audit Utilizing a comprehensive energy audit service is the most efficient way to find any issues affecting your home's energy efficiency and efficiency This audit is a thorough examination of your entire home, with a focus on any potential sources of energy loss A comprehensive energy audit examines factors such as insulation, HVAC systems, doors, windows, walls and roofing. This rating takes blower door and duct testing into account. If necessary, a thermal imaging camera is used to identify problem areas In a comprehensive report, our findings are given in detail along with recommendations for improvement

Examining the building's existing energy usage, identifying potential areas for energy savings, and presenting the findings are all goals of a building energy audit It is a vital tool for energy conservation, implementing energy efficiency measures, and lengthening the lifespan of electromechanical equipment in the construction industry This article underlines the relevance of a planned and well-structured energy audit methodology as the most important tool for the energy certificate of buildings as part of the execution

Both the energy demand of the building, which is primarily influenced by building use and the building envelope, and the energy consumption, which is primarily influenced by the machinery and type of energy used for heating, cooling, ventilating, lighting the building, and heating sanitary hot water, must be described in the data gathered during the energy audit from both observing/measuring the building, collecting data, and interviewing tenants

A well-structured survey should therefore contain at least the following data: 1 the position of the structure in relation to its surroundings and the determination of its size and volume; 2 Building materials for walls, roof and floor, as well as the type, size and number of windows and openings on each facade; 3 Occupancy and mode of operation; 4 Type of boiler for space heating and/or sanitary water heating and the fuel used and how it works; 5 type of air conditioning and how it works; 6 Are there energy savings in the building and 7 energy management systems;

Evaluation of complex energy audits The importance of a well-structured questionnaire for the energy performance of a building is discussed, as well as the context of one and the underlying data of the series. The need for continuous measurements is emphasized, including thermal and optical comfort assessment, IR thermography, power consumption measurements and gas emission measurements. To further emphasize the need for measurements, numerous practical examples are given, with emphasis on the thermographic method

In addition to the visual assessment of the building and its systems, the following measurements should be carried out during an energetic inventory:

1 With endoscopes, infrared thermography or heat flow and surface temperature sensors as well as building envelopes and distribution systems 2 can be identified, the latter giving a better idea of the thermal performance of the component; 3 Use of light meters, relative humidity sensors, air velocity sensors, air temperature sensors, and air and globe temperature sensors to ensure thermal and optical comfort; 4 Electricity consumption is measured with energy analyzers, and flue gas analyzers determine the efficiency of boiler systems

Need for Comprehensive Energy Audits The primary objective of the energy audit is to gather and measure data that will be useful for the building's energy evaluation, together with the electrical safety audit Its primary goals are to determine operation and maintenance procedures and to carry out a preliminary energy survey Its primary goals are to assess and analyze current energy demand and consumption, identify critical and essential changes to energy management, and, ideally, offer an energy management strategy

Performing a Comprehensive Energy Audit Service has the following advantages:

In order to provide consumers with access to real-time energy data, building systems' energy data must be gathered and evaluated as part of the ongoing monitoring of a facility's energy use or energy-consuming machinery With the aid of this information, facility managers may regulate resource usage and preserve optimum equipment performance

The following are the key advantages of energy monitoring: Unknown building systems and operational factors are measured and evaluated by Energy Analytics It has been shown that using interactive dashboards for facility employees or for public displays, like in-office monitors, can increase energy awareness among facility users and positively affect behavior, leading to decreased electricity costs .

System performance and energy consumption are continuously monitored by automated notifications, allowing for the early detection of problems or flaws Individualized alerts can be put up to reduce erratic or excessive intake.

With SAS Powertech's Comprehensive Energy Audit Service, your industry may become healthier and more energy-efficient Accurate energy audits are designed to look for elements affecting your industry's performance that you can't see or are unaware of We take a holistic approach to energy efficiency, so we can helpyou identify and fix problems with excessive summer heat in your office,excessive winter cold or drafts, or high humidity issues This can have a major impact on your energy costs.

Energy is one of the most important challenges of the future Businesses must strike a balance between operational efficiency and sustainable development With rising energy costs and depletion of natural resources, it makes financial sense to find ways to improve energy efficiency at all stages of the process, from planning to production to operations

One way to reduce energy costs is to improve energy efficiency by maximizing the use of existing resources and carefully planning investments in new technologies. This benefits the environment and reduces risk in addition to better customer service and cost control. Taking a formal stance in favor of sustainable development is another effective and efficient way to demonstrate social responsibility and adjust to shifting consumer needs

Benefits of using Comprehensive Energy Audit services:

1.For continuous monitoring of a facility's energy consumption or the energy consumption of energy-consuming equipment, energy data from building systems must be collected and analyzed This can provide clients with real-time energy information 2. Managers of facilities can use this information to make the best use of resources and guarantee optimal equipment performance 3. Energy Analytics measures and evaluates previously unrecognized data on building systems and operational aspects 4.It has been discovered that the use of interactive dashboards for facility staff and/or public displays, like in-office monitors, can increase energy awareness and positively influence people's behavior, resulting in reduced electricity costs 5. Automated Notifications continuously track energy usage and system activity, allowing for the early identification of problems or flaws

Best comprehensive energy audit service companies in India: Across a range of industries, SASOL has been providing Comprehensive Energy Audit services to its clients in South East Asia and India We are known for disclosing findings in an unbiased and open manner We provide the most affordable Comprehensive Energy Audit services and solutions, and we have helped clients achieve their goals

By implementing energy saving solutions, SAS Powertech is ready to help you minimize your energy costs Our energy services are aimed at all stakeholders, including building owners, manufacturers, energy suppliers, regulators and end users Explore the services below to learn more If you require a service that is not currently available, please contact our team

Conclusion: For more than a decade, SASOL has provided comprehensive energy audit options to clients in India and Southeast Asia. We are known for being open about our impact and providing balanced reporting. We have helped clients achieve their goals and offered the most cost-effective solutions for comprehensive energy audits.

[fensorsas]

Portable Humidity Generator Price | FENSOR

Fensor designs, manufactures and distributes scientific equipment for gas calibration, qualification and analysis. Fensor Best Price Humidity Calibrators and Humidity Generator designed to meet the expectations of the most demanding metrologists, but besides the main quantities, we make sure that the external parameters do not interfere with the measured. Fensor develop tools to enable the verification and calibration of hygrometers and absolute and relative humidity sensors and transmitters. To Know more information, visit: - http://www.fensor.org/

[vasthi23]

A Dew point meter is a tool that measures the temperature and relative humidity in the air. Dew point allows you to determine whether condensation will form on a surface. measures dew point by utilizing microprocessor circuitry to convert sensor signal by the use of psychrometric equations. Assembled in a rugged handheld IP65 protected plastic enclosure and equipped with quick-disconnect tubing couplings and an internal sensor manifold. Dew point meter used for compressed air and nitrogen gasses.

📷 Online Dew point meter Online dew point analyzer uses a highly accurate Capacities Integrated Thin Film Water vapor sensor 📷 Portable Dew Point Meter Portable Dew Point Meter is designed to measure the dew point & moisture levels in Hydrogen, Nit 📷 Dew Point Transmitter Dew point transmitter meter is widely used for continuous monitoring of dew point & moisture in

Choose Best Dew point meter :

The choice of the correct measuring device is decisive for correct dew point measuring and moisture dimension in compressed air and feasts. Experts around the world trust the dependable dew point dimension bias. Our dimension technology experts will also be happy to help you to find the right measuring device to measure and cover your systems. Simply use our contact form or call us directly we advise you

Dew Point Analyzers are suitable for the following gas types:

carbon dioxide (CO2)methane (CH4)air / compressed airoxygen (O2)natural gas nitrogen (N2)hydrogen (H2)other gases as per customer Requriment

Special Futures of Vasthi Dew Point meters :

•    Microprocessor-based instrument. •    Digital Graphical Display Measuring range ‐80° to +30° C dew •    Point & other ranges are also available on client requirements. •    Samples compressed air up to 12 Kg/cm. •    Pressure and up to 95°C temperature can be measured directly. •    Quick disconnect fitting, desiccant test. •    Handy and lightweight. •    Inbuilt thin film water vapor sensor. •    Optional RS ‐ 485 computer interface & data logger.

TRACE MOISTURE DEW POINT

•    An Embedded microcontroller-based precision instrument to help ensure optimum  •    Operation of drawing equipment. Ideal for precise Monitoring of moisture or Dew point in  •    Air or gas output from dryers systems or in process. Continuous monitoring of dew point  •    Result in reduced maintenance cost and downtime caused by separated moisture. •    The main cause of corrosion in the pneumatic system the analyzer uses a highly accurate  •    Aluminum Oxide sensor and is an economic alternative to the chilled-mirror dew point  •    Type Meters. It utilizes embedded micro-control based circuits to give a direct - readout in dew point or other units and other units corresponding to sensor output based and  •    Dew point or other units corresponding to sensor output based and Psychometric equations •    To achieve high accuracy it uses temperature compensation  •    Overcomplete operational range

Sampling System:

Different sampling conditioning systems are available, standard, or bespoke, according to the process conditions. Filters, pumps, and regulators can be incorporated to deliver the sample in the correct condition Bypass flow systems enable longer distances from the process to the analyzer to be achieved Vasthi engineers are ready to recommend the right system for you on receipt of the full gas stream specification.

Applications:

■ Petrochemicals       ■ Utilities SF6 etc.  ■ Compressed Air ■ Medical ■ Nitrogen gas at the time of filling   in the Transformers  ■ Transportation ■ Aerospace ■ Semiconductor  ■ Heat Treating ■ Natural Gas ■ Industrial Driers  ■ Pharmaceuticals  ■ Alternative fuels  ■ Military ■ Environment ■ Ozone Generation  ■ Freeze Drying

Services by VASTHI:

■ Evaluation ■ Custom Designs ■ Calibration & Certification  ■ Repair ■ Plant visiting ■ Sampling Systems

Products Types

If the two are very close together, moisture in the air will condense on a surface known as the dew point meters types 1.    Portable dew point meter (handheld) 2.    Online dew point meter 3.    Dew point transmitter

[aocalibration]

What Are The Types of Instrument Calibration In Miami?

The source calibrators for instrument calibration in Miami produce a precise and known output of parameters. Electrical devices measure and provide electrical responses like the voltage, pulses, resistance signals, frequency, and current. This involves multifunctional power, oscilloscope, and process calibrators.

Calibration baths

This works for the measuring devices with insulated vessels having liquid-cooled or heated to a temperature. Homogenized temperature helps to obtain the reading via the insertion of probes in the vessel. This gives high precision and temperature stability so ideal for instrument calibration in Miami having high sensitivity.

Dry block

These are for calibrating the devices for temperature measurement and it contains metal block within the insulated vessel, cooled or heated to a temperature. Stabilization of temperature leads to maintaining this and you can obtain reading via probe insertion in calibrator vessel.

Pressure calibrators

These apply, control, and measure the pressure generated, and then the instrument measures the pressure. This device contains pressure comparators and digital controllers.

Humidity calibrators

These have a chamber maintained and set at precise and known dew point or relative humidity for the instrument under calibration to measure.

Deadweight tester

This unique device uses traceable and calibrated weights along with cylinder and piston assembly for applying known pressure on the instrument. After this, the tool records and measures the generated pressure as part of instrument calibration in Miami.

Flow calibrators

This is for flow regulation against precise and known flow rates measured by the instrument under examination. This is for the calibration of flow controllers and flow meters used in gas and liquid distribution systems. There are different types of services for calibrating devices like pressure calibration for pressure-measuring devices like pressure transmitters, switches, a barometer for liquid and gas systems, and relief valves. These may operate below or above atmospheric pressures.

The temperature system for instrument calibration in Miami is for devices measuring temperature. It includes thermistors, infrared meters, thermocouples, RTDs, thermal cameras, PRTs, and bi-metal thermometers with calibration done in a controlled environment.

The humidity calibration service is for humidity probes, sensors, recorders, thermohygrograph, and psychrometers. The measurement of dew point and relative humidity is during the calibration process in a controlled environment. Flow calibration is for mass and volumetric flow controller and meter installed in liquid and gas distribution systems.

It is important to do this periodically because this regulates the fluid flow through pipelines and process equipment with a direct effect on safety and quality.

Pipette calibration is for multi and single-channeled pipette and digital pipette for dispensing precise liquid volume. This instrument calibration in Miami involves carefully dispensed liquid weighing via pipette at a known temperature. The calculation of the volume dispensed with a pipette involves the multiplication of the weight of dispensed liquid with its density compared to theoretical liquid amounts dispensed. To read more Click Here

[uedlucks]

Product overview

 Sulfur hexafluoride widely used in the high voltage electrical industry as the excellent insulation and ARC cancellation performance . There are nearly 50% of the Sulfur hexafluoride produced all over the world applied to electrical industry . But there is inevitable leakage emissions when inflatation, operation, and recovery . It is an important pollution source in the atmospheric environment , it has seriously damaged the human living environment .

SF6  gas molecules have a lifetime in the atmosphere of 3400 years, beyond the harsh bad effects of co2 gas obviously . SF6 gas concentration is rising upward these years, It has attracted high attention from the international community .

 Hence, try the best to use the SF6 as little as possible , promote new technologies and alternative products have become the common view in the high voltage production industry .

The company follow the principle , on the basis of systematic research, learning , research and development SGXGN-12 type solid insulation ring main unit .

The intelligent solid ring main unit is the 3.6kV ~ 12kV, AC three phase 50 Hz , single busbar and single barbar segment system complete set device .

 This switchgear compliance with standard  IEC298 ，  GB3906-2006 ， GB1984 ，Etc , The switch and main components are integration module . The part of phase conductor is the solid insulation encapsulation .

 This kinds of intelligent insulation cabinet have the features of simple structure,  flexible operation , interlock is reliable and easy for installation , provide the satisfied scheme for different clients and different applications .  Sensor technology, automation technology , information technology and advanced technical performance ,can meet the changing requirements of the market  and intelligent power grid . This ring main unit suitable for the power system of 50Hz , 12kV . widely used in industrial and civil cable ring network and power distribution terminal engineering .it especially suitable for power distribution in urban residential areas, small secondary substation, switching substation, cable branch box, box substation, industrial and mining enterprises, shopping malls, airport, subway, wind power generation, hospital, stadium, railway, tunnel, etc.

 This product has the advantage of fully insulated, fully sealed, and fully screened , especially suitable for high altitude, high temperature, hot and humid, cold, strict pollution and other areas with harsh environment.

  Regular Working Conditions

Ambient temperature : -15 ℃  ~  +40 ℃    

The sea level height not above 4000m  

Relative humidity :  Daily average not exceed 95% , Monthly average not exceed 90%

Seismic intensity  : No more than 8 degrees

Ingress Protection :  Electrical part : IP67 ,  Fuse cylinder : IP67 , Shell of switchgear :  IP3X

 Characteristics

1.  Environmental protection

All the materials selected are non-toxic and harmless substances during production .

2.  Wide use scope

The isolator switch operating mechanism box adopts sealing structure , full of dry nitrogen , no SF6 , fully isolated from the external environment to ensure the use of the switchgear in full working conditions .

3. Convenient for transport and installation

Single body structure , Unified design of all series products , provide a variety of cabinet types (circuit breaker cabinet, load switch, fuse load switch cabinet ,measurement cabinet , PT cabinet , busbar cabinet, bus compler cabinet to the clients , The appearance and dimensions are exactly the same , the insulate busbar , cable plugs made by the professional cable accessories manufacturer,

Switch cabinet can be combined on site and expanded , avoid the transportation inconvenience of  multiple groups combination cabinets.

 4. Maintenance free

Solid insulate cabinet indoor AC high voltage switchgear except the operator , The high-voltage switch part is fully sealed ，this achieved free from cleaning and maintenance, it reduces operating and maintenance costs  .

 5. Safety

As the touching parts adopt the shielding measures, it eliminates the occurrence of personal electric shock accidents and improves the operation safety .

 6. Easy operation

There is only one operation panel of isolator switch, No need to identify and worry about mistakes .

 7.  Intelligentialize

The switch cabinet has an intelligent interface and a sensor installation position, equip with the intelligent equipment can satisfy the requirements of smart grids .

 8. A variety of operators

There are Spring and permanent magnet operator , convenient for users to choose .

 Standards

GB3906 << 3 ~ 35kV AC metal closed switchgear>>

Q/GDW730 ~ 2012    <<12kV solid insulate ring main unit technical conditions>>

1016003-O010-A0     <<12kV solid ring main unit general technical conditions>>

DL/T - （2014）       <<12kV solid insulate ring main unit technical conditions>>

 Technical superiority

High performance of insulate , safe , convenient for installation and repair

High technical parameters and low operating cost

Novel structure, with complete independent intellectual property rights .

Contact : 

Senhengli Electric Co.,Ltd Website: http://www.senhengli.cc Email :  sales@senhengli.com wechat : uedluck TEL : +86-577-57107960 FAX: +86-577-51709994

[nishu6520]

Dew point meter

A Dew point meter is a tool that measures the temperature and relative humidity in the air. Dew point allows you to determine whether condensation will form on a surface. measures dew point by utilizing microprocessor circuitry to convert sensor signal by the use of psychrometric equations. Assembled in a rugged handheld IP65 protected plastic enclosure and equipped with quick-disconnect tubing couplings and an internal sensor manifold. Dew point meter used for compressed air and nitrogen gasses

Dew point meters are suitable for the following gas types

• The dew point meter is suitable for measuring the dew point of nitrogen, oxygen, natural gas, argon, and hydrogen. It is also suitable for other gases with a dew point below 70°C

• Display: large LCD screen, easy to read. The screen displays the current value, minimum value(min), maximum value(max), average value (avg) and standard deviation (sd). The meter can display gas data for the last 500 test results

• Low power consumption: about 0.2mA when the device power is off

• High accuracy: ±0.1%FS (0~100%) at 20±2°C

• Large scale range: temperature range from -20 to +70°C / dew point ranges from 0 to 100%RH

• Shockproof design: IP65 design, waterproof and anti-dust

•Accurate temperature and humidity measurement: Measurement range of temperature is -20℃~50℃, Humidity range is 0%~100%

• Measurement within 5 seconds: Measurement time is 5 seconds, and the data is displayed on the LCD screen

• Low power consumption: Built-in battery, can work continuously for more than 6 hours when fully charged

• Widely used on various occasions: Used for outdoor activities like fishing, hiking, camping, running, and cycling. Also used for indoor purposes like cooking, growing plants, and measuring comfort levels

• Easy to carry and operate with one hand: It can be carried anywhere with a pouch or a bag. It can be operated easily with one hand

Why dew point measurement is essential?

Dew point measurement is essential in many different industries, such as manufacturing, agriculture, construction, and others. Dew point meter can measure the dew point of air, water, or other materials to determine the comfort level of people inside the building. Dew point is the temperature at which dew begins to form on a surface

•Automatic Measurement: Automatic measurement of temperature and dew point, save energy and time

• Accuracy: 1,2% RH accuracy (1% between at 40℃~80℃, 0.5% between at 20℃~40℃)

• Display: OLED screen with backlight for easy readability in any condition

• Repeatability: Within 2%RH from the first to the 10th reading

• Temperature Measurement Range:20℃~40℃/40℃~80℃

• Dew point Measurement Range:3.0%~50.0%RH

Dew point meter is a kind of environmental measurement instrument. It can help you to measure the dew point, relative humidity and temperature in the air

•Easy to carry out: the dew point meter is a hand-held device, easy to carry out and use

• Wide range of applications: it can be used in many industries such as agriculture, construction, industrial production, and other industries

• Provides accurate measurement: the dew point meter gives accurate measurements and there’s no interference from other factors such as temperature or humidity

[stellla1006]

How to choose a good hygrometer？

I don't know if everyone feels this way. It's obviously the same temperature, but the south is obviously more uncomfortable than the north. This is because the air humidity in the south is higher than that in the north. The moisture floats in the air in the form of vaporization, and the air humidity in summer is higher, the air will store more heat. So people in the south feel much hotter than the north. At this time, a hygrometer is particularly important. So today, let's take a look at how to choose a good hygrometer.

What is hygrometer?

A hygrometer is a physical property analysis instrument that measures the humidity of a gas. Humidity represents the water vapor content in the gas, and there are two methods of expression: absolute humidity and relative humidity. Absolute humidity refers to the absolute content of water vapor in a gas, and the most commonly used unit is g/m3. At a certain temperature and pressure, the water vapor content per unit volume has a certain limit, which is called the saturated water vapor content. Relative humidity refers to the ratio of the absolute content of water vapor in the same volume of gas at the same temperature and pressure. The commonly used symbol is %R.H.

Why should we choose hygrometer?

The humidity in the air is a very important reference index for the elderly and children. If the indoor humidity exceeds or falls below the range of 45%-65%, the risk of catching a cold will greatly increase, especially in the transition season of autumn and winter. In addition to affecting the health of living people, the humidity in the air will also affect plants and collections. For example, excessive air humidity will make plant petals moldy and fall flowers, and easy to cause diseases and pests. Insufficient moisture will cause yellowish leaves and dry edges of leaves.

How to choose a reliable hygrometer?

Sensor

Because the humidity thermometer itself displays the temperature and humidity of the air in real time through the built-in sensor, measurement accuracy is the core reference indicator of the humidity thermometer. For manufacturers, every increase in measurement accuracy means that the production cost will be higher. The price is also very different.

Time drift and temperature drift

This is because the humidity thermometer is interfered by dust, oil and harmful gases during actual use, and the internal components are oxidized and aged, and the accuracy of the measurement will be reduced. Generally, the annual drift is about ±1.5%, and some ±2.5%.

Tips:

💡The hanging height of the thermometer and hygrometer should be about 1.5m away from the ground, basically keeping it suitable for eye-level vision, so as to facilitate observation.

💡Avoid using it in acidic, alkaline and organic solvent-containing atmospheres, and do not place the sensor in a dead corner that is too close to the wall or where the air is not circulating.

💡If the space of the room to be measured is too large, it is recommended to place one in each bedroom for accurate measurement.

We are the professional multi thermometer hygrometer humidity meter exporter, any interests, welcome to contact us!

Tel: 0769-87180636 Email: susan@manjianghong.vip

[architectnews]

UBCO Skeena Residence, Kelowna

UBCO Skeena Residence, Kelowna Housing Building, Canadian Apartment Architecture, Images

UBCO Skeena Residence in Kelowna

9 Apr 2021

UBCO Skeena Residence

Architects: PUBLIC: Architecture + Communication

Location: Kelowna, British Columbia, Canada

Defined by sun floods, through views, and candy-coloured stairwells, the new, six-storey Passive Skeena Residence provides 220 modified traditional bedrooms and support amenities. Completing an ensemble of buildings surrounding the Commons lawn at UBC Okanagan campus in Kelowna, BC, the residence provides easy access to outdoor green space for picnics, fitness, or just hanging around.

More than with conventional building methodologies, an integrated design process is vital to achieving Passive House. A conventional design process begins with broad strokes and becomes further refined with each iteration. With Passive House, however, details rule: even fasteners become an essential element because of their ability to conduct heat. Designing the details in preliminary phases allows for accurate energy modeling.

The Passive House process accelerates decision-making and is heavily weighted toward preliminary design with significant time and cost savings achieved by working through problems in the beginning. Energy invested early in the design pays off over the lifetime of the building. To demonstrate the efficiency of the residence: at the coldest point in the year, more than ¼ of the heat required for the building is supplied by student body heat.

How is the project unique? Skeena Residence is the first Passive House dormitory in Canada and the second in North America. It will be part of UBCO’s Living Laboratory initiative. As one of several wood frame dormitories on campus, it creates a unique opportunity for studying Passive House performance in Canada. The building has been fitted with a comprehensive monitoring system which will gather data to compare Skeena’s energy use and occupant comfort with neighbouring buildings built to LEED Gold and BC Building code standards.

The first cohort of students who are living in the building will complete a post-occupancy survey at the end of the school year which will be added to the study. Every year 220 university students will call Skeena Residence home and become familiar with the advantages of Passive House and act as advocates for low energy living.

What were the key challenges? 1. The decision to pursue Passive House would not be made until after the project was designed and the schedule could not be interrupted.

PUBLIC’s solution was to design the Passive House layer and systems like a jacket that could simply be taken off within hiccup.

2. Passive House buildings require simple forms for energy efficiency. Skeena was built into a non–Passive House context, which set up unrealistic design expectations.

To counter these expectations, our team allowed for time to educate and inform the client and user groups.

3. Construction of the wall assembly is new—and therefore challenging—to many tradespeople.

To offset this learning curve, RDH, the envelope consultant offered onsite workshops focused on Passive House construction.

4. Achieving Passive House for Skeena Residence was complicated by the northern desert climatic of the Okanagan region and the student residence typology, which has higher population density; greater density of appliances (fridges, hair dryers, and computers) that creates an enormous plug load, or electrical draw; and much higher humidity than typical multi-family residential. To combat these factors, Skeena focused on insulation, airtightness, and moisture control. For example, air circulation is completely renewed every three hours via highly efficient mechanical systems, thus warding off the threat of mold. Despite these complexities, Skeena Residence was delivered ahead of schedule, under budget, and during a pandemic.

5. Some key components of Passive House building have long-lead times. To avoid schedule delays, pre-tender some of the key components such as HRV units and triple-glazed windows.

What are the sustainability features?

WATER CONSERVATION Water conservation and management is achieved through: a. Achieving a Minimum Indoor Water Use Reduction of 35% based on LEEDv4 indoor water use credit calculations). b. Installing low-flow plumbing fixtures including toilets, showers, urinals and sinks. c. Favouring native and adapted plants for landscape in order to reduce irrigation needs. Providing deep beds to absorb rainwater. Achieving a minimum Outdoor Water Use Reduction of 50% (based on LEEDv4 outdoor water use credit calculation option 2. d. Use of efficient irrigation systems with smart irrigation controllers. e. Rainwater management adheres to the UBCO Integrated Rainwater Management Plan.

OPERATING ENERGY PRESENT AND FUTURE Skeena’s annual energy consumption for the building is 70 kWh/m2 per year. This includes a heating demand of just 7.1 kWh/m2 per year, which allows the building to provide heating, cooling and domestic hot water without a fossil fuel (e.g. natural gas) connection. The building is not connected to the campus district heating system as this uses a significant amount of natural gas in its heat generation. Skeena Residence is a standalone electric-based system and utilises electric heat pump technologies for heating and cooling.

The result is a Greenhouse Gas Intensity (GHGI) of just 0.66 kgCO2eq/m2 per year. This performance is a function of the ‘fabric first’ approach of the Passive House standard (airtightness, super-insulation, minimal thermal bridging, triple-glazing etc.) combined with the efficiency of the mechanical design (ventilation heat recovery, heat pumps etc.).

MATERIALS AND RESOURCES The Passive House standard places equal emphasis on occupant comfort and energy-efficiency. The materials specified for both the building envelope and interior finishes were carefully evaluated during design. The PHPP energy model quantified not just building energy use but also thermal comfort to ensure the building envelope creates a comfortable indoor environment free from drafts and cold surfaces. This led to the specification of triple pane glazing in highly-insulated frames as well as a continuous 8” thick blanket of mineral wool insulation around the building. A super insulated roof (approx. R100) further minimizes heat loss from the building.

The exceptional airtightness of the building and the continuous wall and roof insulation greatly reduces the risk of air leakage and condensation in the structural assemblies of the building which should increase the durability and service life of the structure. The structure of the building is mainly light wood framing with a resulting saving in embodied energy over alternate materials like structural steel or concrete.

Low-VOC paint and floor finishes are specified throughout the interior of the building.

BUILDING LIFE CYCLE CONSIDERATIONS The designers worked closely with the housing operations team to ensure durability and deconstructability. Short life span elements in student housing were planning for easy replacement. The sequencing of washroom construction, in particular, was carefully considered so that countertops and shower liners could be removed without damaging adjacent wall and floor finishes.

An advantage of PH building is that mechanical systems are located within the thermal envelope and highly insulated to minimize thermal bridging and damage due to condensation. Medium and long service life elements in the building envelope system were sequenced and installed with exposed fasteners to permit disassembly without extensive deconstruction. Long service life elements such as the structure are completely enveloped in exterior insulation. No movement or degradation from thermal bridging is possible. Finally, areas prone to mechanical and moisture damage such as grade to wall transitions are thermally broken masonry units for maximum durability.

EDUCATION AND INFORMATION SHARING Located between typologically identical buildings designed to building code minimums and LEED Gold levels, Skeena Residence presents a unique opportunity for understanding PH buildings. The building has been fitted with a comprehensive measurement system that will gather data for an ongoing research project to compare Skeena’s energy use and occupant comfort. In addition, every year students provide post-occupancy surveys, a qualitative assessment to complement the quantitative data. Red dots indicate the location of sensors that collect research data.

The project team have presented the Skeena Residence story at the Passive House Canada Conference, EcoCity World Summit, WoodTALKS at the Global Buyer’s Mission, and ZBex, at UBC Okanagan won the Net-Zero Energy-Ready (NZER) Challenge, a provincial CleanBC incentive program aimed at the celebration and promotion of innovative and energy-efficient projects.

What building methods were used? Design decisions are also swayed by other practicalities such as standard and locally available materials and techniques. The building is 80% wood frame with some concrete on the ground floor. A wood structure was chosen for its inherent insulative properties as well as its ready availability and ease of construction.

Who are the clients and what’s interesting about them? To meet its green house gas reduction targets and contribute to its Living Lab initiative, the University of British Columbia (UBC) asked the project team to design Skeena Residence to meet Passive House (PH) certification. PH is a relatively new certification for midrise buildings in Canada. Currently there are few certified multiunit residential buildings and no certified student residences.

The university owns and operates approximately 15,000 beds of student accommodation and is an international leader in post-secondary education.

UBC recently leveraged reputation by building the Brock Commons heavy timber tower which has contributed to the acceleration of tall timber high rises internationally. A PH student residence is another opportunity for the university to accelerate the adoption of the standard. Every year 220 students will live in Skeena Residence and understand the numerous benefits of a PH environment.

UBCO Skeena Residence in Kelowna, BC – Building Information

Architects: PUBLIC: Architecture + Communication

Project size: 6750 sqm Site size: 4388 sqm Project Budget: $18000000 Completion date: 2020 Building levels: 6

Architect: WMW Public: Architecture + Communication Inc. Passive House consultant: RDH Building Science Acoustic consultant: BKL Consultants Site representative, Passive House advisor: Nido Design Structural: Bush, Bohlman & Partners Mechanical: AME Group Electrical: Jarvis Engineering Landscape Architect: WSP Geotechnical consultant: Interior Testing Services Code consultant: GHL Consultants Civil consultant: WSP Envelope consultant: RDH Building Science Elevator consultant: Apex Elevator Construction Manager: Sawchuk Developments

Photography: Andrew Latreille

UBCO Skeena Residence in Kelowna, British Columbia images / information received 090421

Location: Kelowna, British Columbia, Canada

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Website: Kelowna, BC

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Humidity Calibrator in Best Price

Fensor designs, manufactures and distributes scientific equipment for gas calibration, qualification and analysis. Fensor Best Price humidity calibrators is designed to meet the expectations of the most demanding metrologists, but besides the main quantities, we make sure that the external parameters do not interfere with the measured. Fensor develop tools to enable the verification and calibration of hygrometers and absolute and relative humidity sensors and transmitters. To Know more information, visit: - http://www.fensor.org/humidity-calibrator-manufacturer/

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Temperature Sensor Market Research Report

As per GMI Research's latest analysis, Global Temperature Sensor Market reveals that the market is slated to register a higher CAGR in the coming years. This is mainly attributed to the high adoption of these sensors in the automotive sector, in-home & building automation systems, and the strong demand for advanced and portable healthcare equipment.

Request for a FREE Sample Report on Temperature Sensor Market

Temperature Sensor Market’s leading Manufacturers:

·        Honeywell International Inc.

·        TE Connectivity

·        Texas Instruments Incorporated

·        Endress+Hauser

·        Siemens AG

·        Maxim Integrated

·        Emerson Electric Co.

·        Amphenol Corporation

·        Wika Instruments India Pvt. Ltd.

·        Dwye  

Temperature Sensor Market Dynamics (including market size, share, trends, growth, forecast, and industry analysis)

Key Drivers

The high adoption of these sensors in the automotive sector and in-home & building automation systems and the strong demand for advanced and portable healthcare equipment are the key drivers contributing to the growth of the temperature sensor market size. As per the temperature sensor market report, the strong demand for temperature sensors in the healthcare industry as a result of its various application, including diagnostics devices, implant devices, and imaging devices, will further surge the growth of temperature sensor market share in terms of revenue. Temperature sensors are largely utilized in automotive, consumer electronics, petrochemical, aerospace & defense, and other sectors to measure the temperature of a medium accurately and efficiently in each set of needs. These sensors provide remarkable benefits that include cost-efficient, smaller in size, and power-efficient. According to the temperature sensor market analysis, the strong penetration of consumer electronics that include smart TV, camera, smartphones, laptops, and other electronic devices is further boosting the demand for temperature sensor as it is utilized for measuring, monitoring, data logging, and control systems. On the other edge, the rapid cost reduction and high competition among the manufactures will hinder the market growth.

Product Type Segment Drivers

Based on the Product Type, the Contact Temperature Sensor is projected to dominate the market over the coming years due to the strong adoption of contact temperature sensor among several sectors, including chemical, oil & gas, automotive, energy & power, and many other sectors driven by its reduce cost, high precision features, and broad temperature ranges.

Temperature Sensor Market Segmentation:

Segmentation by Type:

·        Absolute Humidity Sensors

·        Relative Humidity Sensors

Segmentation by Product Type:

·        Contact Temperature Sensors

o   Bimetallic Temperature Sensors

o   Thermocouples

o   Resistive Temperature Detectors

o   Thermistors

o   Temperature Sensor ICS

·        Non-Contact Temperature Sensors

o   Infrared Temperature Sensors

o   Fiber Optic Temperature Sensors

Segmentation by Output:

·        Analog

·        Digital

o   Single-Channel Digital Temperature Sensors

o   Multichannel Digital Temperature Sensors

Segmentation by End-User Industry:

·        Chemicals

·        Oil & Gas

·        Consumer Electronics

·        Energy & Power

·        Healthcare

·        Automotive

·        Metals & Mining

·        Food & Beverages

·        Pulp & Paper

·        Advanced Fuel

·        Aerospace & Defense

·        Glass

·        Others

Segmentation by Region:

·        North America

o   United States of America

o   Canada

·        Asia Pacific

o   China

o   Japan

o   India

o   Rest of APAC

·        Europe

o   United Kingdom

o   Germany

o   France

o   Spain

o   Rest of Europe

·        RoW

o   Brazil

o   South Africa

o   Saudi Arabia

o   UAE

o   Rest of the world (remaining countries of the LAMEA region)

About GMI Research

GMI Research is one of the leading market research and consulting company that offers consulting services, syndicated research reports, and customized market research reports. We help our client to make informed business decisions and provide market intelligence studies related to the various industries such as automotive, energy, healthcare, chemicals, technology, and other sectors. Our research teams include seasoned analysts and researchers have hands-on experience in every regions, including Asia-pacific, Europe, North America, and the Rest of the World. Our market research report provides in-depth analysis, which contains refined forecasts, a bird's eye view of the competitive landscape, factors impacting the market growth, and several other market insights to aid companies in making strategic decisions. Featured in the ‘Top 20 Most Promising Market Research Consultants’ list of Silicon India Magazine in 2018, we at GMI Research are always looking forward to help our clients to stay ahead of the curve.

Media Contact Company Name: GMI RESEARCH Contact Person: Sarah Nash Email: enquiry@gmiresearch.com Phone: Europe – +353 1 442 8820; US – +1 860 881 2270 Address: Dublin, Ireland Website: www.gmiresearch.com

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Natural Gas Detector & Propane Detector , Smart WiFi Gas Leak Detector for Home, Kitchen. Plug-in Gas Leak Sensor for LPG, LNG, Methane & Butane Gases, APP Control LCD Display Temperature Sensor.

Description Natural Gas Detector & Propane Detector , Smart WiFi Gas Leak Detector for Home, Kitchen. Plug-in Gas Leak Sensor for LPG, LNG, Methane & Butane Gases, APP Control LCD Display Temperature Sensor. :

Price: (as of - Details)

Product Description

Feature

High-sensitivity high-stability long-life fuel sensor

Response restoration is quick response time30 seconds

Large display screen LCD shows fuel focus and gadget standing in actual time

When the gadget detected the thickness of the character get to eight% LEL,gadget will alarn and push the message by app,and shut the electrical valves, when the fas thickness restoration to 0% LEL, gadget will cease alarming and get better to regular monitoring.

This fuel detector used for te pure fuel area,which might do the safety detecting and alarming for the burning,explding,poisoning attributable to naturals fuel leaking and the gadget has the excessive delicate,secure,full sort fuel detecting and small measurement options.

Smart APP Control

WIFI connection, good APP management and push alarm info remotely, get real-time work state of affairs.

Alarm Center Monitoring

It might be linked to the community middle platform for real-time monitoring.

The alarm can ship GPRS sign and connect with the platform service middle.

The Installation

Gas with decrease density than air is put in 0.3-1m the ceiling.

Liquefied fuel with greater density than air is put in 0.3-1m above the ground.

Product description

Input voltage: DC 5V (micro USB interface)

Working present:

Response time: ≤30s

Gas sensor lifetime:Three years

Installation sort: wall- mounted

Air strain: 86~106Kpa

Working Temperature: 0~55 °C

Relative humidity: ≤80%

Package Including 1*Gas detector 1*directions 1*USB cable plug

This icon will constantly flash if Wi-fi just isn't configured or linked to community

System preheating countdown time： the detector must preheat for 180s after energy on . The system enters regular monitoring standing after preheating

(1)Indicate Wi-fi community linked efficiently. This icon will flash when Wi-fi is configured and linked efficiently. Otherwise the icon is not going to seem.

(2)Current fuel focus worth within the surrounding surroundings The greater the worth, the upper the fuel focus worth. When the fuel focus worth reaches 8% stage, An alarm can be triggered.

【Good Detector For Kitchen】 The All-In-One pure fuel leak detector detects the principle lethal gases: 1. Natural fuel (Methane, butane, ethane, LNG, and so forth) and a pair of. Propane (LPG or liquefied petroleum fuel). 【Read Easily】 Large display screen LCD shows fuel focus and gadget standing in actual time, in order that you realize the precise fuel focus within the air of your own home always. 【Get Alarm Everywhere With Message】When the gadget detected the thickness of the character get to eight% LEL,gadget will alarn and push the message by app,and shut the electrical valves, when the fas thickness restoration to 0% LEL, gadget will cease alarming and get better to regular monitoring. 【Looks Beautiful】 This newly launched pure fuel alarm is glossy and fashionable and has a wonderful blue LCD display screen that may complement the model of your own home or camper with out detracting out of your inside design. 【Flexible Installation】 This propane alarm has an 2.6 foot energy wire which lets you set up it within the actual very best location in your own home to permit for correct fuel detection More Details #Natural #Gas #Detector #Propane #Detector #Smart #WiFi #Gas #Leak #Detector #Home #Kitchen #Plugin #Gas #Leak #Sensor #LPG #LNG #Methane #Butane #Gases #APP #Control #LCD #Display #Temperature #Sensor

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Temperature Sensor Market Size, Share, Demand, Financial Overview, Key Developments, Swot Analysis and Forecast to 2027

GMI Research market report focuses on providing an overview of the industry through detailed market segmentation. The report has information related to the overview and scope of the market followed by the key drivers, restraints, and emerging trends in the market. This report is especially designed to include both qualitative and quantitative aspects of the industry in each region and country included in the study.

List of Significant Manufacturers in the Temperature Sensor Market include:

Honeywell International Inc.

TE Connectivity

Texas Instruments Incorporated

Endress+Hauser

Siemens AG

Maxim Integrated

Emerson Electric Co.

Amphenol Corporation

Wika Instruments India Pvt. Ltd.

Dwyer Instruments Inc.

To know more about this market, request a sample at https://www.gmiresearch.com/report/temperature-sensor-market/sample-request

Temperature Sensor Market Drivers and Restraints:

The key factors accelerating the growth of the global temperature sensor market include the rising demand for advanced and portable healthcare equipment, the growing adoption of these sensors in the automotive industry, and in-home & building automation systems. The growing demand for temperature sensors in the healthcare sector due to its various application such as in diagnostics devices, imaging devices, and implant devices will further surge the market growth of temperature sensors.

Temperature sensors are widely used in automotive, petrochemical, consumer electronics, aerospace & defense, and other industries to measure the temperature of a medium efficiently and accurately in each set of requirements. These sensors provide unique advantages such as cost-efficient, smaller in size, and power-efficient. The rising penetration of consumer electronics such as smart TV, smartphones, laptops, camera, and other electronic devices is propelling the demand for temperature sensors as is used for measuring, monitoring, data logging, and control systems. On the other edge of the spectrum, the rapid price reduction, and high competition among the manufacturers are some factors hindering the growth of the market.

Segmentation: Temperature Sensor Market

Temperature Sensor Market: By Type

Absolute Humidity Sensors

Relative Humidity Sensors

Temperature Sensor Market: By Product Type

Contact Temperature Sensors

Non-Contact Temperature Sensors

Bimetallic Temperature Sensors

Thermocouples

Resistive Temperature Detectors

Thermistors

Temperature Sensor ICS

Infrared Temperature Sensors

Fiber Optic Temperature Sensors

Temperature Sensor Market: By Output

Analog

Digital

Single-Channel Digital Temperature Sensors

Multichannel Digital Temperature Sensors

Temperature Sensor Market: By End-User Industry

Chemicals

Oil & Gas

Consumer Electronics

Energy & Power

Healthcare

Automotive

Metals & Mining

Food & Beverages

Pulp & Paper

Advanced Fuel

Aerospace & Defense

Glass

Others

Temperature Sensor Market: By Region

North America

United States of America

Canada

Asia Pacific

China

Japan

India

Rest of APAC

Europe

United Kingdom

Germany

France

Spain

Rest of Europe

RoW

Brazil

South Africa

Saudi Arabia

UAE

Rest of the world (remaining countries of the LAMEA region) 

Request for Customization at https://www.gmiresearch.com/report/temperature-sensor-market/request-for-customization

About GMI Research

GMI Research is a market research and consulting firm which provides bespoke industry & market research to help businesses in making the toughest business decision. We know the significance of accurate data; that’s why our analyst uses a tailored methodology to study every market in detail because one size doesn’t fit all. We not only cover the traditional well-established market but also focuses on the niche market and markets in the emerging economies, where getting data and information is a challenge. This factor makes us pioneer in emerging market research space. Our syndicate reports cover multiple industries across various regions and countries.

Our in-depth market reports help propel your business with all the data, strategic inputs, and competitive intelligence to move ahead even in the most uncertain times. Featured in the ‘Top 20 Most Promising Market Research Consultants’ list of Silicon India Magazine in 2018, we at GMI Research look forward to help businesses stay ahead of the curve.

Contact GMI Research

Company Name: GMI RESEARCH EUROPE OFFICE: Level 1, The Chase Carmanhall Road, Sandyford Industrial Estate, Dublin D18 Y3X2, Ireland Email: enquiry@gmiresearch.com Website: https://www.gmiresearch.com