Find answers to common questions related to our products and services
Absolutely. We provide custom solutions tailored to meet the specific needs of our clients, including housing materials, mounting options, display types, and sensor configurations.
Customers
can fill out the online Service Request Form on our website. Upon submission, a
service token number will be generated and our support team will get in touch
to assist with troubleshooting or on-site service.
Once
the service request is submitted, you will receive updates via email/SMS when
your product is received, diagnosis is complete, and after the case is closed.
You can also contact our service department directly with your service token
number.
Yes,
we provide online demos on request for authorized partners and
customers.
We are headquartered in Pune, Maharashtra, India, with a full-fledged R&D, manufacturing, and service support setup.
Yes, Electronet’s transmitters are fully compatible with DCS, PLC, and SCADA systems.
They support standard analog (4–20 mA) and digital communication protocols such as HART and Modbus (RS485), ensuring seamless integration with existing automation and control systems. Options like GSM/GPRS are also available for remote monitoring.
Additionally, we offer both loop-powered and externally powered versions to suit different installation and integration requirements, enabling reliable data acquisition and process control across various industrial applications.
Electronet ensures calibration traceability and accuracy through a combination of certified processes, advanced facilities, and strict quality control.
This ensures reliable, repeatable, and standards-compliant measurements for critical industrial applications.
Yes, Electronet Equipments Pvt. Ltd. manufactures flow meters, pressure transmitters, level instruments, temperature instruments, analytical instruments, and industrial automation solutions for multiple industries.
Flow meter selection depends on the fluid properties, flow range, pipe size, pressure, temperature, conductivity, accuracy requirements, installation conditions, and communication requirements. Electronet’s technical team can assist in selecting the appropriate flow measurement technology and configuration.
Customers can share the fluid/media, flow range, pipe size, operating pressure and temperature, fluid conductivity/density, process connection, and required output/communication protocol. Our technical team can recommend the most suitable instrument based on the application.
Yes. Electronet operates a NABL-accredited calibration laboratory for applicable flow and pressure calibration services. The laboratory follows ISO/IEC 17025 requirements, providing traceable and reliable calibration results suitable for industrial quality and compliance requirements.
Yes. Electronet provides installation, commissioning, troubleshooting, and technical support services depending on the product and application requirements.
Yes. Electronet exports industrial instrumentation products to customers and industrial markets across multiple countries. Its portfolio includes flow measurement, pressure, level, temperature, and analytical instrumentation for industrial process and automation applications.
Electronet's products are used across industries such as water and wastewater treatment, chemical processing, pharmaceuticals, power, food & beverage, and general process industries.
With export-oriented manufacturing capabilities and application-specific product configurations, Electronet supports international customers, distributors, system integrators, and industrial projects with suitable instrumentation solutions.
For export requirements, customers can contact Electronet with their application details, required instruments, technical specifications, and destination country for product selection and commercial assistance.
Yes. Electronet supports international customers, distributors, system integrators, and industrial partners with its range of process instrumentation and measurement solutions.
The company can support overseas requirements through technical product selection, application assistance, customized instrumentation, documentation, and export coordination. Its product portfolio covers flow, pressure, level, temperature, and analytical measurement, allowing customers to source multiple instrumentation requirements from a single manufacturer.
Electronet also works with international partners to support applications across industries such as water & wastewater, chemical, pharmaceutical, power, food & beverage, and general process industries.
International customers and distributors can contact Electronet with their country, application, required products, technical specifications, and project requirements for suitable product and commercial support.
Yes. Electronet welcomes opportunities to work with international distributors, channel partners, system integrators, and industrial representatives to expand its presence in global markets.
Partners can collaborate with Electronet to promote and supply its range of industrial instrumentation, including flow meters, pressure transmitters, level instruments, temperature measurement solutions, and analytical instruments.
Electronet can support prospective international partners with product information, technical documentation, application assistance, and coordination for customer requirements. Partnership opportunities can be evaluated based on the target market, industry focus, technical capabilities, sales network, and regional business potential.
Interested distributors and channel partners can contact Electronet with their company profile, target country/region, market coverage, and areas of interest to discuss potential collaboration.
Yes, Electronet provides high-accuracy Flow and Pressure calibration and testing services to ensure precision, compliance, and reliable instrument performance.
Our NABL-accredited laboratory operates in accordance with ISO/IEC 17025 quality standards, providing accurate, reliable, and traceable calibration results with national and international acceptance.
You can reach out to us through the Channel Partner page on our website or email us at sales@electronet.co.in or enquiries@electronet.co.in. Our team will guide you through the partner registration and onboarding process.
Electronet instruments are designed for critical industrial applications where accuracy and reliability are essential.
Key advantages include:
These features ensure dependable performance in demanding industrial environments.
Electronet manufactures a wide range of panel-mounted indicators, controllers, and display units for process monitoring and control applications.
It displays process measurements and can provide ON/OFF control and alarm functions.
Yes, selected models support universal inputs for different process signals.
It indicates flow and calculates accumulated flow volume.
Yes, selected flow totalisers support MODBUS RTU communication.
A process scanner monitors multiple process inputs and provides measurement indication.
It records process data and supports multiple inputs, alarms and data communication.
A signal isolator provides signal conversion with electrical isolation between input and output.
Depending on the model, mounting options include panel, DIN-rail and pipe mounting.
ELNBAR is Electronet’s patented multiparameter measurement sensor designed to improve plant efficiency and reduce operational complexity. It combines flow, level, velocity, pressure, temperature, and conductivity measurements into a single compact unit. Ensures high accuracy even in partially filled or open channels.Offers 20-year patent-backed innovation.
ELNBAR is Electronet’s integrated multiparameter water-quality and flow monitoring solution, designed to measure multiple critical water and process parameters from a single device.
It can provide simultaneous measurement of flow rate, flow velocity, temperature, conductivity, pressure, TDS, and other key water-quality parameters, depending on the configuration.
ELNBAR is designed for applications requiring real-time monitoring, process control, water-quality assessment, and reduced instrumentation complexity, making it suitable for water & wastewater treatment, industrial process monitoring, utilities, and other water-intensive industries.
ELNBAR is a multiparameter measurement sensor designed to simultaneously measure six key process parameters from a single integrated sensor:
For partially filled or open-channel applications, ELNBAR measures liquid level and velocity at multiple points and uses these measurements to calculate the actual flow rate.
The key value proposition is that ELNBAR combines multiple measurements into one integrated sensor, reducing the need for separate instruments and simplifying installation and monitoring. It is designed for conductive liquids and can be used in both completely filled and partially filled pipelines.
Yes. ELNBAR can be integrated with PLC, SCADA, and DCS systems for real-time monitoring, data acquisition, and process control. Its measurement data can be communicated to supervisory and control systems through the available communication interfaces and output options.
This allows users to centrally monitor parameters such as flow, velocity, level, pressure, temperature, and conductivity/TDS, depending on the ELNBAR configuration.
For final website publication, the exact communication protocols and output interfaces should be specified according to the latest ELNBAR technical datasheet/configuration
ELMAG 200 NSR is a next-generation multivariable electromagnetic flow meter designed to measure six critical process parameters simultaneously from a single instrument: flow rate, flow velocity, pressure, temperature, conductivity, and TDS (Total Dissolved Solids).
Its key advantage is 0D installation, eliminating the conventional upstream and downstream straight-pipe-length requirement. This makes ELMAG 200 NSR particularly suitable for installations where pipeline space is limited or conventional flow-meter installation is difficult.
With a full-bore design, advanced measurement capabilities, and HART and Modbus communication, ELMAG 200 NSR provides comprehensive process information while simplifying instrumentation and system integration.
0D means the meter is designed to operate without the conventional upstream and downstream straight-pipe-length requirement, allowing installation in space-constrained pipelines.
ELMAG 200 NSR can measure six critical process parameters simultaneously from a single instrument:
ELMAG 200 NSR supports HART and Modbus communication protocols, allowing the measured process parameters and diagnostic information to be integrated with PLC, SCADA, DCS, and other industrial automation systems.
ELMAG 200 NSR is suitable for measuring electrically conductive liquids, including clean water, raw water, treated water, wastewater, process water, chemical solutions, and other conductive fluids.
Its multivariable measurement capability makes it particularly suitable for applications where simultaneous monitoring of flow rate, velocity, pressure, temperature, conductivity, and TDS is required.
Note: Electromagnetic flow measurement requires the liquid to have sufficient electrical conductivity for reliable measurement. Suitability depends on the fluid properties and the specific application conditions.
ELMAG 200 NSR can be configured with application-specific wetted materials to suit different process liquids and operating conditions.
The available electrode materials include SS316L, Hastelloy C, Platinum, Tantalum, and Titanium, depending on the application and chemical compatibility requirements.
Liner selection is application-dependent and should be selected based on the process fluid, temperature, pressure, conductivity, and chemical compatibility. Please consult Electronet for the appropriate liner and electrode combination for your specific application.
The devices include integrated data loggers and support wired, wireless, IoT, SCADA, GSM, and GPS connectivity for seamless data transfer
No, both the ELMAG 400 and ELMAG 200 NSR utilize full-bore designs that ensure zero pressure loss in the pipeline
Common applications include water and wastewater treatment, municipal distribution, smart city projects, chemical/pharma, paper, power plants, and irrigation
The AFG-20 is used for compressed air and industrial gas flow measurement applications.
Yes, the AFG-20 operates on battery power for portable and flexible installation.
Electronet air flow meters are used for measuring and monitoring compressed air and gas flow in applications such as industrial utilities, manufacturing plants, process systems, HVAC and automation.
Yes, the AFG-20 is suitable for compressed air monitoring and measurement applications.
The TS 2000-AFM is used for compressed air flow measurement and monitoring in industrial applications.
Yes, the instrument includes integrated switch functionality for automation and control systems.
Compressed air flow meters provide flow-rate and consumption measurement for compressed air systems, helping monitor usage across plant utilities, production processes, pneumatic systems and energy-management applications.
Yes, it supports industrial automation systems through analog and optional RS-485 MODBUS communication outputs.
The instrument provides IP-68 weather-proof protection for harsh industrial environments.
A BTU meter is used to measure thermal energy consumption in chilled water and hot water systems.
The BTU 200 is suitable for thermal energy measurement in water-based heating and cooling systems, including HVAC, commercial buildings, industrial cooling and district energy applications.
Yes, the system supports RS-485 communication for integration with monitoring and automation systems.
Yes, the BTU 200 supports both heat and cooling energy measurement applications.
The ELCMF-200 is used for highly accurate mass flow, density, and temperature measurement in industrial process applications including chemical, pharmaceutical, oil & gas, food, and energy industries.
The ELCMF-200 measures mass flow, density, and temperature simultaneously, making it suitable for advanced industrial process monitoring and automation systems.
Coriolis mass flow meters are widely used in chemical, pharmaceutical, food & beverage, petroleum, oil & gas, power, water treatment, and industrial automation industries.
Coriolis flow meters provide direct mass flow measurement with very high accuracy, excellent repeatability, low pressure drop, and reliable performance independent of viscosity, density, pressure, or temperature changes.
Yes, the ELCMF-200 is suitable for viscous fluids, slurry applications, abrasive media, heavy oils, asphalt, and suspended particle applications due to its robust Coriolis measurement technology.
The ELCMF-200 offers standard flow accuracy of ±0.2% with optional ±0.1% high-accuracy configuration for critical industrial applications.
Volumetric flow measurement measures the volume of fluid flowing through a pipeline per unit of time, typically expressed as m³/h, L/min, or m³/s. The measured volume can vary with changes in temperature, pressure, and fluid density.
Mass flow measurement measures the actual mass of fluid flowing through the pipeline per unit of time, typically expressed as kg/h, kg/min, or t/h. Since mass is not affected by changes in temperature and pressure, mass flow measurement is particularly useful for applications such as batching, dosing, chemical processing, custody transfer, and process control.
For example, a Coriolis mass flow meter can directly measure mass flow and can also provide additional process parameters such as density and temperature, depending on the instrument configuration.
In simple terms: Volumetric flow tells you “how much space the fluid occupies,” while mass flow tells you “how much fluid is actually there by weight.”
The ELCMF-200 provides simultaneous measurement of mass flow rate, density, and temperature on a single sensor.
Its Coriolis operating principle enables direct mass flow measurement, while the change in the sensor tube's resonant frequency provides density measurement. Temperature is measured independently and used for temperature compensation of the flow and density outputs.
The ELCMF-200 has a density measurement range of 0.3 to 3.000 g/cm³ and a temperature measuring range of −50°C to +200°C as standard, with an extended range of −200°C to +300°C available for the applicable configuration.
This makes the ELCMF-200 suitable for applications where mass flow, density, and temperature information are required from a single measuring point, including batching, chemical processing, pharmaceutical applications, food & beverage, and oil & gas.
The ELCMF-200 supports RS-485 communication with Modbus RTU as standard. HART communication is also available as an optional configuration.
In addition, the meter provides 4–20 mA and pulse/frequency outputs for integration with PLC, DCS, SCADA, and other industrial control systems. The 4–20 mA output can be configured for flow, density, or temperature measurement.
Yes, the ELCMF-200 Coriolis Mass Flow Meter is designed for demanding process applications and can handle process temperatures up to 300°C. It provides direct mass flow measurement along with density and temperature measurements, making it suitable for high-temperature applications where accurate and reliable process monitoring is required.
For applications near the maximum temperature limit, the appropriate sensor configuration and installation conditions should be confirmed with Electronet before selection.
Yes, the ELCMF-200 supports easy integration with PLC, DCS, and SCADA systems through RS485 Modbus communication, along with 4–20 mA and pulse outputs. This enables reliable transmission of flow, density, temperature, and other measured process parameters for real-time monitoring, control, data logging, and process automation.
Electromagnetic flow meters are designed to measure electrically conductive liquids. They are particularly suitable for water-based, corrosive, dirty, or particle-laden fluids where conventional mechanical flow meters may be less suitable.
Common applications include:
The key requirement is that the liquid must have sufficient electrical conductivity for the electromagnetic measurement principle to work reliably. Non-conductive liquids such as most hydrocarbons, oils, and gases generally cannot be measured using a standard electromagnetic flow meter.
Electromagnetic flow meters are available with different flow-tube linings and electrode materials to suit various fluid types, temperatures, and chemical conditions.
Common options include:
The appropriate combination depends on the fluid’s chemical compatibility, conductivity, temperature, pressure, and presence of abrasive or suspended solids. Electronet can recommend the suitable lining and electrode material based on the specific process application.
Insertion electromagnetic flow meters use a probe inserted into the pipeline to measure flow and are particularly suitable for large-diameter pipelines, retrofit applications, and cost-effective flow monitoring.
Full-bore electromagnetic flow meters are installed as a complete section of the pipeline and measure the flow across the entire pipe cross-section, making them suitable for applications requiring reliable and accurate flow measurement.
The choice between insertion and full-bore technology depends on factors such as pipeline diameter, required accuracy, installation conditions, process medium, and application requirements. Electronet offers electromagnetic flow measurement solutions for a wide range of industrial applications.
Selection depends on the pipe size, minimum/normal/maximum flow rate, fluid conductivity, temperature, pressure and process characteristics. Lining, electrode material, installation arrangement, power supply and output/communication requirements should also be considered. Electronet can recommend the appropriate ELMAG model and configuration based on these parameters.
Yes. Depending on the model and configuration, ELMAG flow meters can provide 4–20 mA, pulse, relay, HART and RS-485/MODBUS RTU interfaces, with additional communication options available on selected models. These outputs enable integration with PLC, SCADA, DCS and other automation systems.
For accurate selection, please provide:
Pipe size | Fluid | Minimum/normal/maximum flow | Conductivity | Temperature | Pressure | Installation details | Lining/electrode requirements | Power supply | Output/communication requirements
Our engineering team can review these parameters and recommend the most suitable ELMAG flow meter and configuration.
Electronet offers a range of industrial-level measurement solutions, including ultrasonic, radar, guided wave radar, hydrostatic, magnetic float, potentiometric and displacer level instruments. These cover both continuous level measurement and point-level detection applications across tanks, vessels and process systems.
Continuous level measurement provides the actual level continuously, typically through 4–20 mA or digital communication, for process monitoring and control. Level switching detects a predefined level and provides an ON/OFF signal for applications such as high- or low-level alarms, pump control, overfill protection and dry-run protection
The right level instrument depends on the process medium, measuring range, tank or vessel conditions, temperature, pressure, conductivity, foam, vapour and installation requirements. Electronet offers ultrasonic, radar, hydrostatic and other level measurement technologies, which can be selected according to the specific application.
Yes. Electronet can provide application-specific level measurement solutions based on tank dimensions, measuring range, process medium, temperature, pressure, conductivity, foam, vapour, nozzle arrangement and installation conditions. Instrument configuration, process connection, wetted materials, outputs and mounting arrangements can be selected according to the application and technology.
The ULT 200B battery-operated ultrasonic level transmitter is suitable for remote level monitoring where conventional power and communication infrastructure may be difficult to provide. Its battery operation and wireless communication capability make it suitable for remote tanks and similar applications.
Yes. Depending on the model and configuration, Electronet level instruments can provide 4–20 mA and digital communication interfaces for integration with PLC, SCADA, DCS and other automation systems. Available outputs and communication protocols depend on the selected instrument.
Yes. Electronet pressure transmitters are available for high-pressure measurement applications across industrial processes. Selection depends on the required pressure range, maximum operating pressure, process temperature, process medium, materials and installation conditions.
Yes. Electronet provides pressure calibration and testing services through its NABL-accredited laboratory. Calibration is carried out using appropriate reference standards and procedures, with traceable calibration results in accordance with applicable ISO/IEC 17025 requirements.
Depending on the model, Electronet pressure transmitters can provide 4–20 mA, HART and RS-485/Modbus communication options for integration with PLC, SCADA, DCS and other automation systems. Available outputs depend on the selected model and application requirements.
Electronet offers smart pressure transmitters, differential pressure transmitters, radiation-qualified pressure transmitters, digital pressure gauges and pressure transmitter-switches for a range of industrial applications.
Selected Electronet pressure transmitter models are available with certifications for demanding and hazardous environments. For example, the ELPRT 100 SPT and ELPRT 100 SDP are listed as ATEX-certified and SIL 2-compliant. Certification is model-specific and should be confirmed against the applicable product documentation.
Electronet offers pressure measurement ranges across a broad span of industrial applications. Current product information lists standard pressure transmitters and digital gauges up to 1000 bar, differential pressure instruments up to 25 bar, and selected TS 2000 series instruments up to 400 bar. The exact range depends on the model and configuration.
Selection depends on the pressure range, pressure type, process medium, temperature, process connection, wetted materials, installation conditions, accuracy, hazardous-area requirements and required output/communication. Electronet can recommend the appropriate pressure instrument based on the application requirements.
Electronet offers a range of temperature measurement solutions, including temperature transmitters, temperature transmitter-switches and digital temperature gauges, along with application-specific temperature sensing solutions. The appropriate instrument can be selected based on the process, measurement range, sensor type and installation requirements.
Yes. Electronet can provide application-specific temperature measurement solutions based on parameters such as temperature range, process medium, sensor type, installation arrangement, process connection, sheath or wetted material and output requirements.
Depending on the model, Electronet temperature transmitters can be configured to accept appropriate temperature sensor inputs and provide standard industrial outputs and communication options. The available sensor inputs, outputs and protocols are model-specific and should be confirmed from the respective product datasheet
Selection depends on the temperature range, process medium, sensor type, accuracy, response time, installation arrangement, process connection, environmental conditions and required output or communication. Electronet can recommend the appropriate temperature measurement solution based on the application requirements.
Electronet offers analytical measurement solutions for parameters such as pH, ORP, conductivity and dissolved oxygen, depending on the instrument and application. These instruments are designed for continuous monitoring and process control in water, wastewater and industrial applications.
Electronet offers analytical measurement and control solutions for pH, ORP, conductivity and dissolved oxygen, along with associated sensors and controllers for industrial process applications.
Depending on the model, Electronet analytical instruments can provide 4–20 mA and digital communication options for integration with PLC, SCADA, DCS and other process automation systems. Available outputs and communication features depend on the selected model.
Selected Electronet analytical instruments provide local indication/display of the measured parameter, allowing operators to monitor process conditions directly at the instrument. Display and indication features vary by model.
Temperature compensation is available for selected analytical measurements and models, where changes in temperature can influence the measurement. The applicable compensation method and configuration depend on the measured parameter, sensor and instrument.
Selected Electronet analytical instruments can be integrated with PLC, SCADA and other automation systems, with communication options such as MODBUS available where supported by the specific model. The applicable interface should be confirmed from the product datasheet.
Where can Electronet analytical instruments and sensors be used? Where are Electronet analytical instruments and sensors used? Electronet analytical instruments and sensors are suitable for applications including water and wastewater treatment, industrial process monitoring and other applications where continuous measurement of water and process quality parameters is required.
Selection depends on the parameter to be measured, process medium, measurement range, temperature, pressure, installation conditions, sensor requirements, accuracy and required outputs or communication. Electronet can recommend the appropriate analytical instrument and sensor configuration based on the application.