Electronet Equipment Pvt. Ltd.

Kondhwa, Pune, Maharashtra

Description

ASIONIC™ 200 CF Clamp-On Ultrasonic Flow Meters are designed for accurate flow measurement of liquids in industrial applications. Since the sensors are clamped directly onto the outer surface of the pipe, the system eliminates all process compatibility issues associated with in-line flow meters.

The flow meter operates on Transit Time Measurement Technology, where ultrasonic signals are sent with and against the flow direction. By comparing the travel times, the system accurately calculates fluid velocity and volumetric flow rate. Sonic properties of the pipe and fluid are factored in, ensuring highly repeatable accuracy.

ASIONIC™ 200 CF is ideal for users requiring a non-intrusive, easy-to-install solution that maintains precise flow measurement for clean liquids — especially in applications where:

• In-line meters were not previously installed,

• Large pipe diameters exist, or

• Pipe materials are exotic or incompatible with in-line technologies.

The clamp-on design allows installation without stopping the flow or cutting the pipeline, making it suitable for both retrofits and new process setups.

Features

• Ultrasonic measurement using Transit Time Technology

• Easy installation — no need to cut the pipe or stop the flow

• External transducers require no periodic cleaning

• No pressure drop or energy loss

• Bi-directional flow measurement

• Suitable for a wide range of pipe diameters

• Portable or fixed installation options

• Compact and lightweight design

• Inbuilt data logging

Technical Specifications Performance Characteristics

• Media: Sonically conductive liquids

• Sensing Method: Differential transit-time (direct or reflect mode)

• Viscosity: Up to 200 cP

• Turbidity: <10, 000 ppm with low air bubble content

• Flow Velocity Range: –12 m/s to +12 m/s (40 ft/s)

• Accuracy*: ±2% of F.S. + 5 mm/sec
  (For velocity range 0.3 m/s to 6 or 12 m/s)

• Line Size:

  • 50 NB to 100 NB

  • 125 NB to 300 NB

  • For higher line sizes, consult factory

• Acoustic Paths: Single path

• Display: LCD

• Communication Interface: RS-485

• Data Logger: Internal data logging

Electrical Specifications

• Power Supply: 24V DC

• Outputs:

  • 4–20 mA

  • Pulse (Open Collector)

Environmental Conditions

• Ambient Temperature: –20°C to +60°C

• Ambient Humidity: 5–95% RH (non-condensing)

• Operating Temperature – Transducer:

  • Standard: –40°C to +80°C

  • Optional: –40°C to +150°C

• Operating Temperature – Electronics: –10°C to +60°C

Mechanical Specifications

• Pipe Size Compatibility: 50 NB (2”) to 300 NB (12”)

• Pipe Wall Thickness: <10 mm

• Pipe Material Compatibility: MS / SS / Cast Iron / Plastic

• Sensor Cable:

  • Encapsulated design

  • Standard length: 5 meters

• Sensor Mounting Method: “V” method

• Transmitter Mounting: Pipe-mounted / wall-mounted

• Electronic Protection: Field-mount Weatherproof IP-67

Configuration Details

• Media Type: Sonically conductive liquids

• Sensor Type: Clamp-on

• Certification: CE

LMAG-200W Zero Upstream/Downstream Electromagnetic Flow Meter Features

• No inlet or outlet straight-run requirement (0 DN)

• Full-bore design for unobstructed flow

• Advanced signal processing for enhanced stability

• No tube restriction and zero pressure loss

• Multiple electrodes for higher accuracy

• Stable and accurate long-term performance

• Reliable, cost-efficient, and flexible flow measurement solution

Description

The Electronet ELMAG-200W is a next-generation zero-run electromagnetic flow meter engineered for accurate and maintenance-free flow measurement without the need for upstream or downstream straight pipe runs.

Utilizing Faradays Law of Electromagnetic Induction, the ELMAG-200W delivers high accuracy, exceptional turndown capability, and stable operation even in challenging water and wastewater applications.

Its full-bore construction ensures zero pressure loss, while the absence of moving parts minimizes maintenance requirements.
Equipped with a robust selection of liners and electrodes, along with an integrated local display, it offers one of the most user-friendly and efficient flow measurement solutions availablewithout requiring external software or hardware.

Typical applications include:

• Water distribution

• Wastewater treatment

• Industrial utility monitoring

• Irrigation and municipal systems

Technical Specifications Performance Characteristics

• Nominal Diameters: 50 NB to 600 NB (2" to 24")

• Process Connections: EN (DIN), ASME, JIS, AWWA flanges

• Process Temperature: 20 to +90C (4 to +194F)

• Degree of Protection: IP67 (Type 4X enclosure)

• Measured Error:

  • Standard: 0.5% of M.V.

  • Optional: 0.3% of M.V.

  • Directly after bend: 0.5% of M.V.

• Turndown Ratio: 100:1

• Electrical Conductivity Required: 25 S/cm

• Inlet/Outlet Runs: 0 DN (No straight run required)

• Measured Variables: Volume flow, conductivity, mass flow

• Max Process Pressure: PN40 / Class 300 / 20K

Materials Liner Options

• Polyurethane

• Hard Rubber

• PTFE

Liner Temperature Limits

• Hard rubber: 0 to +80C (+32 to +176F)

• Polyurethane: 20 to +50C (4 to +122F)

• PTFE: 20 to +180C (4 to +356F)

Electrodes

• SS316L

• Hastelloy C-22

• Tantalum

• Platinum

Wetted Parts Temperature (Ambient)

• Hard rubber: 0 to +80C

• Polyurethane: 20 to +50C

Additional Technical Specifications Velocity Range

• 0.3 m/s 2.5 m/s (up to max. 10 m/s)

Housing Materials

• Sensor Housing: MS / SS304 / SS316

• Transmitter Housing: Aluminium Die-Cast / SS316

Protection Classes

• Compact Version: IP66 / IP67

• Remote Sensor (Standard): IP66 / IP67

• Remote Sensor (Optional): IP68 with protective varnish

• Remote Transmitter: IP66 / IP67

Display & Operation

• 2-line backlit LCD display

• Touch operation (from outside)

• Full configuration through local display

• Integrated data logger

Outputs

3 Output Channels Including:

1. 020 mA / 420 mA with Generic HART (Active)

2. Pulse / Frequency / Switch Output (Passive)

3. Additional Pulse / Frequency Output (Passive)

Digital Communication

• HART

• MODBUS RS-485

Power Supply

• 100240 V AC

• 24 V DC

Approvals & Calibration

• Calibration performed at ISO/IEC 17025 accredited facilities

• Material certificates 3.1 available

Sensor Features

• Flexible connections

• Corrosion-protected structure (EN ISO 12944)

• IP68 protection option available

Transmitter Features

• Backlit display for safe and easy operation

• Rugged and durable housing

• Integrated data logger for process recording

Electronet Series ASIONIC 400-4 Ultrasonic Flow Meters offer the flexibility to install a highly reliable flow measurement system virtually anywhere without compromising accuracy or performance. These meters are extremely easy to use, simple to install, and require no regular maintenance.

Designed for both industrial and domestic applications, they are ideal for:

• Municipal and industrial water supply

• Cooling tower systems

• Water treatment plants

The integrated LCD display provides clear indication of flow rate and totalized flow, accessible through intuitive key selection.

• Full-bore ultrasonic flow meter for accurate liquid flow measurement

• Transit Time sensing technology

• Four-path chordal design for optimal linearity and repeatability

• High accuracy: ±0.2% of measured value

• Empty pipe indication and partial flow measurement

• Negligible pressure drop

• Optional pressure & temperature measurement

• IoT-enabled device for smart monitoring

• Wet calibration as per ISO 17025:2017
  (NABL / ILAC Accredited Calibration Laboratory)

• Suitable for clean conductive and non-conductive liquids

Description

ASIONIC 200 CF-B Battery Powered Clamp-On Ultrasonic Flow Meters are designed for accurate flow measurement of clean, sonically conductive liquids in industrial applications. Since the sensors are clamped externally on the pipe, the system eliminates any risk related to process compatibility commonly associated with in-line flow metering technologies.

The meter operates on the transit time measurement principle, where the instrument calculates fluid velocity by comparing the travel time of an ultrasonic signal moving with the flow versus a signal moving against the flow. By incorporating the sonic characteristics of the fluid and the pipe material, the system delivers highly repeatable and reliable volumetric flow measurements.

ASIONIC 200 CF-B is ideal for applications where easy installation, no process interruption, and zero pipeline modification are required. It is particularly suitable for large line sizes and installations where the use of exotic materials makes in-line metering uneconomical.

  Features

• Ultrasonic measurement using Transit Time Technology

• Suitable for a wide range of pipe diameters

• Easy installation — no need to cut the pipe or stop the flow

• Portable or fixed installation options

• External transducers require no periodic cleaning

• Compact and lightweight design

• No pressure drop or energy loss

• Inbuilt data logging

• Bi-directional flow measurement

Technical Specifications Performance Characteristics

• Media: Sonically Conductive Liquids

• Sensing Method: Differential Transit Time (Direct or Reflect Mode)

• Viscosity: Up to 200 cP

• Turbidity: < 10, 000 ppm with low air bubble content

• Flow Velocity Range: –12 m/s to +12 m/s (40 ft/s)

• Power Supply: 3.6V Rechargeable Battery

• Accuracy*: < ±2% of F.S. + 5 mm/sec (for velocity range 0.3 m/s to 6 or 12 m/s)

• Line Size: 50 NB to 100 NB, 125 NB to 300 NB

• Acoustic Paths: Single Path

Display & Communication

• Display: LCD

• Communication:

  • RS-485 (MODBUS RTU)

  • Pulse (Open Collector)

  • GSM & GPRS

• Data Logger: Internal Data Logging

Ambient & Operating Conditions

• Ambient Temperature: –20°C to … / Humidity 5–95% (Non-Condensing)

• Transducer Operating Temperature: –40°C to +80°C (Standard), –40°C to +150°C (Optional)

• Transmitter Operating Temperature: –10°C to +60°C (14°F to 140°F)

• Humidity: Up to 99% Relative Humidity (Non-Condensing)

Mechanical Details

• Pipe Size: 50 NB (2”) to 300 NB (12”), Wall Thickness <10 mm

• Pipe Material Compatibility: MS / SS / Cast Iron / Plastic

• Transmitter Mounting: Pipe Mounted / Wall Mounted

• Electronic Protection Class: Field Mount, Weatherproof IP-67

• Sensor Cable: Encapsulated Design, Standard Length: 5 m

• Sensor Mounting Method: “V” Method

Venturi Tube – Differential Pressure Flow Element Features

• Venturi design as per BS EN ISO 5167

• Construction options: Fabricated / Machined

• Available in Bi-directional & Uni-directional designs

• Flanged or Weld-in construction

• Multiple Venturi Types:

  1. Classical Venturi Tubes

  2. Venturi Nozzles

• Wide variety of material options

• No moving parts – simple, robust construction

• Maintenance-free design

Description

Electronet series Venturi Tube is the second most widely used differential pressure primary flow element.
It operates on proven Venturi flow measurement technology, contains no moving parts, and is suitable for high-temperature and high-pressure industrial applications.

Benefits of Venturi Tubes

• Low permanent pressure loss compared to orifice plates and flow nozzles

• High durability and long service life

• Minimal risk of clogging from sludge or sediment

• Ideal for applications requiring minimal pressure drop

• Superior pressure recovery:

  • Unrecovered pressure typically 10–30% of measured DP

  • Compared to 40–90% for orifice plates (depending on beta ratio)

Venturi tubes are widely used in pipelines for liquid, gas, and steam flow measurement where efficiency, reliability, and energy savings are important.

Technical Specifications Line Size Ranges

• Type A: 100–600 NB (4” – 24”)

• Type B: 50–250 NB (2” – 10”)

• Type C: 200–1200 NB (8” – 48”)

Construction Types

• Type A: Cast Convergent Section

• Type B: Machined Convergent Section

• Type C: Rough Welded Sheet-Iron Convergent Section

Accuracy

• Type A: ±0.7%

• Type B: ±1.0%

• Type C: ±1.5%

FL-600 PTC Flow Indicator Totaliser Product Description

The Electronet FL-600 PTC is a microcontroller-based Flow Indicator and Totaliser engineered for precise and compensated flow measurement in industrial applications.
It supports three separate inputsFlow, Temperature, and Pressureoffering fully compensated flow calculation. The unit provides LCD indication, programmable settings, low-flow cut-off, and software calibration for added flexibility.
A built-in battery backup ensures data retention in case of power failure, making it highly reliable for demanding process environments.

Key Features

• Temperature & Pressure compensated flow measurement

• Clear LCD display for real-time flow rate and totalised flow

• Selectable input type: Linear / Square Root for flow

• Normal operating mode

• Input averaging for turbulent flow

• Programmable low-flow cut-off

• Software calibration

• Suitable for industrial & field installations with rugged enclosure options

Technical Specifications Performance Characteristics

No. of Inputs: 03

Input Types

1. Flow Input:

   • 420 mA / Voltage (05V / 15V)

2. Temperature Input:

   • 420 mA or RTD

3. Pressure Input:

   • 420 mA

Display

• LCD display for Flow Rate and Totalised Flow

Range

• Programmable: 0 to 9999

Accuracy

• Better than 0.25% of Full Scale

Open Sensor Indication

• Provided

Power Supply

• 90250 V AC, 50 Hz

• 24 V DC

Power Consumption

• Less than 10 VA

Temperature Drift

Features

• Full-bore type electromagnetic flow meter

• Potential-free relay output for ON/OFF control

• Suitable for conductive liquids

• Empty pipe detection

• Available in line sizes DN 15 to DN 300

• High measurement accuracy of 0.5% of M.V.

• Protection class: IP-68 (sensor + electronics)

• Rugged SS-316 construction ensures long-term durability and corrosion resistance

Technical Specifications Performance Characteristics

• Measuring Principle: Electromagnetic flow measurement

• Media: Conductive liquids

• Conductivity: > 5 S/cm

• Viscosity: 200 cP

• Line Size: 15 NB to 300 NB

• Accuracy: 0.5% of M.V.

• Excitation: Pulsed DC

• Response Time: 1 sec

• Display: Backlit LCD

  • 6-digit flow rate

  • 8-digit totalizer

Process Conditions

• Process Temperature: up to 200C

• Process Pressure: up to 16 kg/cm

• Mounting Type: Inline Horizontal / Vertical

• Process Connection: ANSI 150 flanged as per Table B 16.5 (others on request)

Ambient Conditions

• Ambient Temperature: 20C to +75C

• Humidity: 5% to 95% RH (non-condensing)

Output Signals

• Output 1: 420 mA

• Output 2: Pulse (Open Collector Type) Optional

• Alarm/Relay Output: 1 potential-free relay Optional

• Communication: RS-485 MODBUS RTU Optional

Protection

• Electronics Protection: Weatherproof IP-68

• Sensor / Flow Tube Protection: Weatherproof IP-68

• Electronics Location: Integral or remote

• Remote Cable Length: 5 meters

• Electrical Connection: M12 connector

Power Requirements

• Voltage Supply: 1830 V DC

• Power Consumption: < 5 VA

Material of Construction

• Lining Options: Neoprene, Ebonite Rubber, PFA, PTFE, PU, Ceramic

• Flange Material: MS, CS, SS-316, SS-304

• Coil Housing: SS-316L

• Electrodes: SS-316L / Hastelloy C / Platinum / Tantalum / Titanium

• Electronics Enclosure: SS-316

Features

• Ultrasonic measurement using Transit Time technology

• 2-wire system with HART communication

• Full-bore type design

• Suitable for conductive and non-conductive liquids

• Material options available based on process requirements

• Local LCD display for indication

• Empty pipe detection

• Electronic protection: Field-mount Weatherproof IP-67 & Flameproof (CMRI IIA IIB Certified)

• Maintenance-free operation

• Options for integral and hot-retractable sensor assembly

  Description

Electronet series ASIONIC™ 100 are microcontroller-based, 2-wire, full-bore ultrasonic flow transmitters designed for a wide range of industrial applications. These transmitters accurately measure the flow rate of conductive and non-conductive liquids in closed piping systems.

With a simple and robust construction, the instrument ensures obstruction-less flow measurement and requires no mechanical maintenance, making it a reliable alternative to conventional flowmeters. The use of advanced Transit Time Technology ensures superior accuracy, generating a linear 4–20 mA DC output proportional to volumetric flow.

  Technical Specifications General

• Media: Liquids

• Line Size: 15 NB to 600 NB (with sensor spool piece)

• Electronics Version:

  1. Integral (Local)

  2. Remote

• Viscosity: Up to 200 cp

• Display: LCD — 5-digit flow rate, 8-digit totalized flow

• Calibration Range: As per requirement (factory calibrated for standard 2 m/s velocity)

Performance

• Accuracy: ±0.5% of M.V. + 5 mm/sec
  (Velocity range: 0.3 m/s to 6 or 12 m/s)

• Linearity: ±0.5% of M.V.

• Repeatability: ±0.2% of M.V.

• Temperature Coefficient: ±0.05% per °C

• Response Time: <10 seconds

Process Conditions

• Process Pressure: Up to 10 kg/cm²

• Process Connections: ANSI 150 flanged (as per table B 16.5)
  (Other options available on request)

• Mounting: Inline — Horizontal / Vertical

Material of Construction

• Flange: MS / CS / SS304 / SS316 / PVC

• Sensor: SS316

Electrical Specifications

• Power Supply:

  1. 24V DC

  2. 24V DC — Two-wire loop powered

• Power Consumption: <40 mW

• Output: 4–20 mA / 4–20 mA with HART (Generic)

Environmental Conditions

• Ambient Temperature: –20°C to +60°C

• Ambient Humidity: 5–95% RH (non-condensing)

• Electronic Protection:

  • Field-mount Weatherproof IP-67 (DIN Standard IP-54)

  • Flameproof (CMRI IIA IIB Certified)

• Certification: CE

ELMAG-100 Insertion Type Electromagnetic Flow Meter Features

• Insertion type design

• Suitable for conductive liquids

• Material of construction selected as per process requirements

• Local indication through LCD display

• Universal power supply: 90 to 250V AC (Optional: 24V DC)

• Simple and cost-effective construction

• Programmable engineering unit conversion

• Communication port available

• Inbuilt relay status output (High / Low / Batch)

Description

Electronet Series ELMAG-100 is a microcontroller-based insertion type Electromagnetic Flow Meter designed for accurate flow measurement of conductive liquids and slurries in closed pipelines.

The flow meter features an obstruction-free measuring design, making it maintenance-free compared to conventional mechanical meters.

Using advanced Pulsed DC excitation, the flow meter ensures highly stable and accurate flow measurement and provides a 420 mA DC electrical output linearly proportional to volumetric flow rate.

Based on Faradays Law of Electromagnetic Induction, the meter generates a magnetic field inside the flow tube. The conductive fluid passing through it induces a voltage proportional to the flow velocity, which is then converted into a corresponding electrical signal.

The ELMAG-100 is available in Hot Retractable and Fixed Insertion versions to suit a wide range of industrial applications.

Technical Specifications Model Types

1. Mains Operated / 24V DC

2. Two-Wire Version

3. Battery Operated

Media

• Conductive liquids

• Conductivity: > 5 S/cm

• Viscosity: Up to 200 cP

Line Size

• 200 NB to 3000 NB

Excitation

• Pulsed DC

Display

• LCD Display

  • 6-digit flow rate

  • 8-digit totalizer

  • 4-digit pressure

Calibration Range

• As per application requirement

Accuracy

• < 1% of E.S.

• Additional: 5 mm/sec for velocity range 0.5 m/s to 6 or 12 m/s

Linearity

• 1% of F.S.

Repeatability

• 0.5% of F.S.

Temperature Coefficient

• 0.05% per C

Description

Electronet Series ASIONIC®-400 Ultrasonic Flow Meters provide the flexibility to install a reliable flow measurement system virtually anywhere without compromising accuracy or performance. These flow meters are extremely easy to use, simple to install, and require no regular maintenance.

They are designed for a wide range of industrial and domestic applications, including municipal water systems, industrial water distribution, cooling towers, and water treatment processes.

The LCD display provides a clear indication of flow rate and totalized flow, accessible through key selection. In battery-powered models, the display automatically shuts off after 10 minutes to extend battery life and can be turned on again by pressing the “Enter” key.

  Features

• Ultrasonic measurement using Transit Time Technology

• Full-bore type construction

• Local indication through LCD display

• Simple and cost-effective design

• Empty pipe indication

• Automatic Meter Reading (AMR) via GSM, GPRS & RF

• Electronic Protection:

  • Field Mount Weatherproof IP-67

  • DIN Standard (IP-54)

  • Flameproof (CMRI IIA IIB Certified)

• Leak, burst, and tamper detection

• No pressure drop

  Technical Specifications Performance Characteristics

• Media: Liquids

• Line Size: 15 NB to 600 NB

• Number of Paths: Single

• Electronics:

  1. Integral (Local)

  2. Remote

• Output:

  • 4–20 mA DC

  • Pulse (Open Collector)

  • Frequency (0 to 1 kHz)

• Communication: RS-485 (MODBUS RTU), GSM, GPRS, RF

• Viscosity: Up to 200 cP

• Display: LCD — 7-digit Flow Rate & 8-digit Totalized Flow

• Calibration Range: Factory Calibrated (as per requirement)

• Accuracy: < ±0.5% of M.V. + 5 mm/sec (Velocity 0.3 m/s to 6 or 12 m/s)

• Linearity: ±0.5% of M.V.

• Repeatability: ±0.2% of M.V.

• Temperature Coefficient: ±0.05% per °C

Process Conditions

• Process Temperature: –20°C to 85°C max

• Process Pressure: 16 kg/cm² max

• Material of Construction: Flow Tube — SS304, SS316, PVC, MS

Power & Operation

• Power Supply: 24V DC (±10%), Solar Powered (Optional)

• Low Battery Indication: Provided

• Battery Life: 5 to 10 years (depending on sampling/communication interval)

• Response Time: < 10 seconds

Mechanical & Environmental

• Electronic Protection:

  • Field Mount IP-67

  • DIN Standard IP-54

  • Flameproof (CMRI IIA IIB Certified)

• Process Connection: ASA 150 Flanged (as per Table B 16.5)

• Ambient Conditions: –20°C to 70°C / 5–95% RH (Non-Condensing)

• Data Logging: 5-year capability (1 sample per day)

• Certification: CE

FL-244 OC Flow Indicator & Totaliser  Product Description

The Electronet FL-244 OC is a microcontroller-based flow indicator and totaliser designed for industrial flow measurement applications. It supports linear, multipoint, and square-root inputs, making it highly flexible for various process conditions.
With advanced features like batch mode operation, low-flow cut-off, input averaging, and MODBUS RTU communication, this indicator provides reliable and accurate flow monitoring for pipelines, process plants, and utility systems.

  Key Features

• LED indication for process status

• Selectable input type: Linear / Multipoint Table

• Normal & Batch operating modes

• Input averaging for turbulent flow conditions

• Programmable low-flow cut-off

• Software calibration for easy setup

• MODBUS RTU communication support

• High-accuracy measurement

• Rugged industrial enclosure options (DIN, Weatherproof, Flameproof)

  Technical Specifications Performance

Operating Modes: Normal / Batch

Input Options

1. Voltage: 1–5 V (Linear)

2. Current: 4–20 mA (Linear)

3. Frequency: 0–10 kHz

Display

• LCD display for flow rate and totalised flow

Range

• Programmable: 0 to 9999

Accuracy

• Better than ±0.25% of Full Scale

Open Sensor Indication

• Available

Power Supply

• 90–250 V AC

Power Consumption

• <10 VA

Temperature Drift

• <0.01% of F.S./°C

Response Time

• <200 mSec

Electrical Isolation

• 1.4 KV between input, output & power supply

  Mechanical Specifications Enclosure Types

• DIN Standard

• Weatherproof IP65

• Flameproof (CMRI IIA IIB Certified)

Dimensions

• 96 (H) × 96 (W) × 160 (D) mm (DIN Standard)

Mounting

• Panel flush mounting (DIN)

• Wall mounting (Weatherproof)

Weight

• Less than 2 kg

Operating Environment

• Temperature: –20°C to 55°C

• Humidity: 5% to 95% non-condensing

  Optional Features Transmitter Power Supply

• 24V DC, 100 mA

Retransmission Output

• 4–20 mA

Alarm Outputs

• 2 potential-free relay contacts

  • 1 C/O, 1A @ 230V AC

  • Configurable for High, Low, and Batch operations

Communication Port

• RS485 with MODBUS RTU protocol

Description

Electronet series ASIONIC™ 200 is a microcontroller-based, full-bore Ultrasonic Flow Meter designed for accurate measurement of liquid flow in closed pipes. Its rigid and obstruction-less design makes it a maintenance-free alternative to traditional mechanical flow meters.

The system is engineered for dependable performance across diverse industrial environments. User-friendly programming through four front-panel keys provides easy access to extensive diagnostic data. Electronet offers multiple flow meter consoles to meet specific application needs.

Features

• Ultrasonic measurement using Transit Time Technology

• EMI/EMC compliant

• Single / Dual / Quad beam technology for high-precision measurement

• Excellent long-term stability and reliability

• Inline and hot-retractable sensor assembly

• Empty pipe detection

• No pressure drop

• Electronic Protection Class:

• Field-mount Weatherproof IP-67

• DIN Standard (IP-54)

• Flameproof (CMRI IIA IIB Certified)

Technical Specifications Performance Characteristics

• Media: Sonically conductive liquids

• Line Size: 15 NB to 1000 NB

• Electronics:

  1. Integral (Local)

  2. Remote

• Viscosity: Up to 200 cP

• Turbidity: <10, 000 ppm (mg/L) with low air bubble content

• Display: LCD — 6-digit flow rate & 8-digit totalized flow

• Calibration Range: Factory calibrated as required

• Acoustic Paths: Single, Dual & Four Path

Additional Performance

• Linearity: ±0.5% of M.V.

• Repeatability: ±0.2% of M.V.

• Temperature Coefficient: ±0.05% per °C

• Response Time: <1 sec

Process Conditions

• Process Temperature: –20°C to 85°C

• Process Pressure: Up to 16 kg/cm²

• Process Connections: ANSI 150 flanged (as per table B 16.5)

• Sensor Pair: As per requirement

• Sensor MOC: SS316

Material of Construction

• Flow Tube: SS304 / SS316 / PVC / MS

Electrical Specifications

• Power Supply:

  1. 90–250V AC, 50 Hz

  2. 24V DC (±10%)

• Communication Output:

  • RS-485 (MODBUS RTU)

  • GSM / GPRS

• Output:

  • 4–20 mA

  • 4–20 mA with HART (Generic)

Environmental Conditions

• Ambient Temperature: –20°C to 75°C

• Humidity: 5–95% RH (non-condensing)

• Electronic Protection:

  1. Field-mount Weatherproof IP-67

  2. DIN Standard IP-54

  3. Flameproof (CMRI IIA IIB Certified)

• Certification: CE

ASIONIC™ 200C Clamp-On Ultrasonic Flow Meters accurately measure liquid flow rates in industrial applications without any pipe cutting or process interruption. Since sensors are clamped externally onto the pipe, the system eliminates contamination, pressure drop, maintenance issues, and material compatibility concerns associated with inline flow meters.

The meter uses Transit Time Technology, comparing the travel time of ultrasonic signals moving with and against the flow. This enables accurate and repeatable measurement of fluid velocity and volumetric flow rate while accounting for sonic properties of the pipe and fluid.

ASIONIC™ 200C supports one or two transducer inputs, allowing comparison between two flow streams. It is ideal for applications requiring non-intrusive installation, measurement on large-diameter pipes, or pipelines made from special materials where inline meters are impractical.

• Ultrasonic measurement using Transit Time Technology

• Easy installation — no need to cut pipe or stop flow

• External transducers require no periodic cleaning

• No pressure drop or energy loss

• Bi-directional flow measurement

• Suitable for a wide range of pipe diameters

• Portable or fixed installation options

• Compact and lightweight design

• Inbuilt data logging

• Pipe Line Size: 50 NB to 2000 NB

• Sensing Method: Differential transit-time (direct or reflect mode)

• Media: Sonically conductive liquids

• Viscosity: Up to 200 cP

• Turbidity: <10, 000 ppm with low air bubble content

• Accuracy: ±2% of F.S. + 5 mm/sec (Velocity range: 0.3 m/s to 6 or 12 m/s)

• Acoustic Paths: Single

• Display: LCD

• Power Supply Options:

  1. 90–250V AC

  2. 24V DC (±10%)

  3. Solar powered 24V DC

• Communication Interface: RS-485 MODBUS RTU

• Data Logging: Internal, inbuilt

• Ambient Temperature: –20°C to +75°C

• Ambient Humidity: 5–95% RH (non-condensing)

• Operating Temperature:

  • Standard: –20°C to 80°C

  • Optional: –20°C to 150°C

• Pipe Size Compatibility: 50 mm (2") to 2000 mm (80")

• Pipe Wall Thickness: <20 mm

• Pipe Material Compatibility: MS / SS / Cast Iron / Plastic

• Sensor Cable: Encapsulated design

  • Standard length: 9 m

  • Optional: up to 15 m

• Sensor Mounting Methods:

  1. “V” method

  2. “Z” method

• Sensor Types:

  • Small (50 NB–100 NB)

  • Medium (125 NB–300 NB)

  • Large (350 NB–2000 NB)

• Analog Output: Isolated 4–20 mA, 600 Ω load

• Communication: RS-485 MODBUS RTU

• Electronics Enclosure: Cast Aluminium / ABS Plastic / SS316

• Transmitter Mounting: Wall-mounted

• Electronic Protection:

  • Field-mount Weatherproof IP-67

  • DIN Standard IP-54

• CE Certified

Product Description

The Electronet FL-244 is a microcontroller-based flow indicator and totaliser designed for accurate flow measurement in industrial applications.
It supports linear and square-root inputs, making it suitable for differential pressure flowmeters, orifice/venturi systems, and other flow metering instruments.
Equipped with batch mode, low-flow cut-off, input averaging, and MODBUS RTU communication, the FL-244 ensures reliable flow monitoring with flexible configuration options.

  Key Features

• LED display with clear flow indication

• Selectable input type: Linear / Square Root

• Supports Normal & Batch operating modes

• Input averaging for turbulent flow conditions

• Programmable low-flow cut-off

• Software calibration for easy configuration

• MODBUS RTU communication

• Suitable for industrial environments with multiple enclosure options

Technical Specifications Performance Characteristics

Operating Modes: Normal / Batch

Input Types

1. Voltage: 1–5 V (Linear / Square Root)

2. Current: 4–20 mA (Linear / Square Root)

3. Frequency: 0–10 kHz

Display

• LED display for flow rate and totalised flow

Range

• Programmable from 0 to 9999

Accuracy

• Better than ±0.25% of Full Scale

Open Sensor Indication

• Available

Power Supply

• 90–250 V AC

Power Consumption

• Less than 10 VA

Temperature Drift

• <0.01% of F.S. / °C

Response Time

• <200 mSec

Electrical Isolation

• 1.4 KV isolation between input, output & power supply

Enclosure & Mechanical Details Enclosure Options

• DIN Standard

• Weatherproof (IP65)

• Flameproof (CMRI IIA IIB Certified)

Dimensions

• 96 mm (H) × 96 mm (W) × 160 mm (D)

Mounting

• Panel flush mounting (DIN)

• Wall mounting (Weatherproof enclosure)

Weight

• Less than 2 kg

Ambient Conditions

• Temperature: –20°C to 55°C

• Humidity: 5% to 95% non-condensing

ELMAG-200 Full Bore Electromagnetic Flow Meter Features

• Universal power supply: 90250V AC / 24V DC / Solar Powered

• Suitable for conductive liquids

• Full-bore design

• Empty pipe indication

• Material of construction selected as per process requirements

• Local indication through LCD display

• Inbuilt relay status output (High / Low / Batch)

• HART compatible

• Optional inbuilt pressure measurement

• Optional flow + pressure combined measurement

Description

Electronet Series ELMAG-200 is a microcontroller-based, full-bore electromagnetic flow meter ideal for precise flow measurement of conductive liquids and slurries in closed pipes.
Its obstruction-less design and absence of moving parts make it a maintenance-free alternative to conventional mechanical meters.

Using advanced Pulsed DC excitation, the meter provides superior accuracy and stability, delivering a 420 mA DC output proportional to volumetric flow rate.

Based on Faradays Law of Electromagnetic Induction, the flow meter measures flow by detecting the voltage generated when conductive fluid passes through a magnetic field inside the measuring tube.
The ELMAG-200 is available in various configurations to suit diverse industrial requirements including optional pressure measurement.

Technical Specifications Process & Media

• Media: Conductive liquid

• Minimum Conductivity: > 5 S/cm

• Viscosity: Up to 200 cP

• Line Size: 15 NB to 1000 NB

• Excitation: Pulsed DC

Outputs (Selectable)

Output 1:

• 420 mA DC

• 420 mA DC with HART (Generic)

Output 2:

• Pulse Output (Open Collector Type)

Output 3:

• 2 Relay Outputs

Communication Options:

• RS485 (MODBUS RTU)

• GSM / GPRS (Dual SIM)

• Ethernet (MODBUS TCP)

Display

• LCD Display

  • 6-digit flow rate

  • 8-digit totalizer

Performance Specifications Velocity

• 0.3 m/s 2.5 m/s (up to maximum 10 m/s)

Engineering Units

• User programmable (Default: m/hr)

Calibration

• Wet calibrated at IEC / ISO / EN17025 NABL Accredited Facility

Accuracy

• < 0.5% of Measured Value
  (+5 mm/sec for velocity range 0.3 to 6 or 12 m/s)

Linearity

• 0.5% of Measured Value

Repeatability

• 0.2% of Measured Value

Temperature Coefficient

• 0.05% per C

Process Conditions Process Temperature

• 20 to 85C (Rubber Lining)

• 20 to 220C (PTFE / PFA Lining)

Process Pressure

• Up to 16 kg/cm (Higher on request)

Material of Construction

1. Lining: Neoprene / Ebonite Rubber / PTFE / PFA / PU / Ceramic

2. Flange: MS / CS / SS316 / SS304

3. Electrodes: SS316L / Hastelloy-C / Platinum / Tantalum / Titanium

4. Coil Housing: SS304

Electrical & Electronics Power Supply

• Option 1: 90250V AC, 50Hz

• Option 2: 24V DC (10%)

Power Consumption

• < 10 VA

Inline Pressure Sensor (Optional)

• 16 kg/cm

Isolation

• 1.4 kV between input, output & power supply

Response Time

• < 1 second

Enclosure Options

• Field Mount Weatherproof IP-67 / IP-68 (NEMA 6 / 6P)

• DIN Standard IP-54 (NEMA 3)

• Flameproof: CMRI IIA IIB Certified, ATEX Ex-d

Sensor / Flow Tube Protection

• Weatherproof IP-67 / IP-68

Installation Process Connections

• ANSI 150 Flanged (ASME B16.5)

• Other standards on request

Mounting

• In-line horizontal or vertical installation

Ambient Conditions

• Temperature: 20 to 70C

• Humidity: 5% to 95% (Non-condensing)

ELMAG-TX22 Two-Wire Full Bore Electromagnetic Flow Transmitter Features

• Full-bore electromagnetic design

• Suitable for conductive liquids

• Two-wire transmitter system

• Empty pipe indication

• Material options available as per process requirements

• Local LCD display for flow rate & totalizer

• Maintenance-free, obstruction-less design

• Simple and cost-effective construction

Description

The Electronet ELMAG-TX22 is a microcontroller-based, two-wire, full-bore electromagnetic flow transmitter designed for accurate measurement of conductive liquids and slurries in closed pipelines.

Built using Pulsed DC excitation technology, the ELMAG-TX22 provides high stability, excellent accuracy, and long-term reliability. The device generates a magnetic field inside the flow tubebased on Faradays Law of Electromagnetic Inductionand the voltage induced by the flowing liquid is converted into a precise 420 mA output (with optional HART).

Its obstruction-free design ensures zero pressure loss, minimal maintenance, and long operational life. The rugged construction, multiple material options, and advanced signal processing make it suitable for a wide range of industrial applications.

Technical Specifications Process & Media

• Media: Conductive liquids

• Line Size: 15 NB to 300 NB

• Conductivity: > 5 S/cm

• Viscosity: up to 200 cP

Electronics

• Type: Integral

• Power Supply: 24 V DC

• Power Consumption: 40 mW

• Excitation: Pulsed DC coil

• Display:

  • LCD

  • 5-digit flow rate

  • 8-digit totalizer

• Output Options:

  • 420 mA DC

  • 420 mA DC with HART

Performance

• Accuracy: < 0.5% of M.V. (+5 mm/s for velocity range 0.36 or 12 m/s)

• Flow Velocity Range: 0.3 m/s to 6 m/s

• Extended Velocity Range: up to 10 m/s

• Linearity: 0.5% of M.V.

• Repeatability: 0.2% of M.V.

• Temperature Coefficient: 0.1% per C

Temperature & Pressure

• Process Temperature:

  • 20 to 85C (Rubber lining)

  • 20 to 220C (PTFE lining)

• Process Pressure: up to 16 kg/cm (higher on request)

Material of Construction

1. Lining: Neoprene / Ebonite Rubber / PTFE / PFA / PU / Ceramic

2. Flange: MS / CS / SS316 / SS304 / PVC

3. Electrodes: SS316L / Hastelloy-C / Platinum / Tantalum / Titanium

4. Coil Housing: MS / SS304 / SS316 / PVC

Electrical & Safety

• Isolation: 1.4 kV between input, output & power supply

• Response Time: < 10 seconds

• Electronic Protection Class:

  • IP-67 / IP-68 (Field mount)

• Sensor/Flow Tube Protection: IP-68

Installation

• Process Connection: ANSI 150 flanged (ASME B16.5) others on request

• Mounting: In-line (horizontal or vertical)

• Ambient Temperature: 20C to +70C

• Ambient Humidity: 5% to 95% RH (non-condensing)

• Remote Display Option Available

• Simple & Cost-Effective Construction

• LCD Display for Flow Rate & Total Flow

• Suitable for Conductive and Non-Conductive Liquids

• Long Battery Life (2 to 10 Years)

• Durable & Versatile

• Maintenance-Free Operation

• Electronics Protection:

  • Weatherproof IP67

  • Flameproof (CMRI IIA & IIB Certified)

Electronet series FL-106 are battery-operated turbine flow transmitters designed for industrial liquid flow measurement.
The flowing media rotates a vaned rotor at an angular velocity proportional to the flow rate. The pick-up coil senses this rotation and converts it into a pulsating electrical signal.

The summation of these pulses corresponds to the total flow, and the pulse frequency is proportional to the instantaneous flow rate.
The device features a long-life battery, LCD display, and optional remote electronics for flexible installation.

• Media: Clear Liquids

• Line Size: 15 NB to 200 NB

• Electronics: Integral (Local) / Remote

• Viscosity: Up to 100 cP

• Calibration Range: Factory Calibrated (As per requirement)

• Accuracy: ±0.5% of Reading + 5 mm/sec (Velocity range: 0.3 m/s to 6 or 12 m/s)

• Linearity: < ±0.25% of Reading

• Repeatability: ±0.25% of Reading

• Turn Down Ratio: 10:1

• Pressure Drop: Approx. 0.28 kg/cm² @ maximum flow

• Process Pressure: 0 to 10 kg/cm²

• Process Temperature: -20°C to 120°C

• LCD Display

  • 4-digit Flow Rate

  • 8-digit Totalized Flow

• Toggle key for switching between Flow Rate & Total Flow

• Power Supply: Battery Operated (2 × 3.6V DC)

• Battery Life: 2–10 Years (Depends on sampling time)

• Power Consumption: < 40 mW

• Response Time: < 500 mSec

• Remote Electronics Cable: Up to 15 meters

• Protection Class:

  • Weatherproof IP67

  • Flameproof CMRI IIA/IIB Certified

1. Bearings: Tungsten Carbide Sleeve / V-Jewel

2. Rotor: SS410 / 17-4 PH

3. Shaft: Tungsten Carbide

4. Body / Support / Flange: Stainless Steel

1. Flanged: ASA 150 RF (Up to 200 NB)

2. Threaded: Up to 50 NB

3. Tri-Clover: Up to 100 NB

4. SMS Union: 25 to 100 NB

• In-Line Installation (Horizontal or Vertical)

• Temperature: -20°C to 120°C

• Humidity: 5% to 95% RH (Non-Condensing)

BTU 200 BTU Metering System

(Clamp-On / Insertion Ultrasonic Flow Meter Based)

Features

• Highly accurate and reliable metering system

• Flow meters calibrated at in-houseNABL Accredited Flow Calibration Facility

• Precise temperature measurement using high-performance temperature sensors

• Network-compatible communication protocols

• Multiple engineering units available for displaying measured parameters

• User-friendly interface with display and keypad

• Simple installation and commissioning

• Data storage and log view facility

Description

Electronet SeriesBTU 200is a high-precision BTU metering system designed for measuringthermal energy flowandenergy consumptionin water-based systems.
It is ideal for industrial, commercial, and domestic applications, offering accurate flow measurement using eitherClamp-On Ultrasonic Flow MeterorInsertion Type Ultrasonic Flow Meter.

The system includes:

• Ultrasonic Flow Meter (Clamp-On / Insertion)

• Pair of PT-100 Temperature Sensors (inlet & outlet)

• BTU Calculator / Indicator with LCD Display

BTU 200 is a reliable choice for measurement and indication offluid flowandnet thermal energy consumption.

Applications

Suitable for Chilled & Hot Water Systems in:

• Industrial water systems

• Domestic & commercial complexes

• Office buildings

• Central plant monitoring

• Institutional energy cost allocation

• Educational campus monitoring

• Water management systems

Technical SpecificationsPerformance CharacteristicsPower

• Power Supply:90270V AC / 24V DC

Units

• Power Unit:BTU/hr or kW

• Energy Unit:BTU or kW/hr

Display

• Type:LCD display

Accuracy

• Overall Accuracy:0.1% of measured value

Inputs

• Flow Meter Input:420 mA DC

• Temperature Input:Set of two PT-100 sensors

End Connection Options

• DIN

• ANSI 150

• BS Standard

• Threaded

Outputs

• Analog Output:420 mA DC

• Digital Output:2 Nos. Potential-free relay (1 C/O), 1 Amp @ 230V

• Communication Interface:RS-485

Energy Functions

• Heat / Cool

• Selectable display units: W, BTU, Cal, J

Sampling Period

• 1 second

Environmental Conditions

• Ambient Temperature:Up to 65C

• Water Temperature:0 to 180C

• Enclosure:IP-65 protection class

Mechanical

• Mounting:Panel or Pipe

• Dimensions:155 mm (H) 155 mm (W) 126 mm (D)

Orifice Plate – Differential Pressure Flow Element Features

• Orifice design as per BS EN ISO 5167

• Available Orifice Types:

  1. Concentric Square Edge

  2. Quarter Circle

  3. Segmental

  4. Eccentric

• Wide range of material options

• No moving parts – simple, robust design

• Suitable for Liquid, Gas & Vapor applications

• Maintenance-free

• Ideal for high temperature and high pressure conditions

Description

Electronet series Orifice Plate is one of the most widely used differential pressure primary flow elements.
It operates on proven flow measurement principles, contains no moving parts, and is suitable for high-temperature and high-pressure applications.

These orifice plates are recommended for:

• Clean liquids

• Gases

• Low-velocity steam

Accurate flow measurement using orifice plates requires correct positioning of upstream and downstream pressure tapping points.
A variety of orifice carrier assemblies are available to suit a wide range of industrial applications.

Technical Specifications General

• Line Size: 15 NB to 1000 NB (½” to 40”)

• Accuracy: ±1% of F.S.

Orifice Types

• Concentric Square Edge

• Quarter Circle

• Conical Entrance

• Segmental

• Eccentric

Material Options

• AISI 316

• AISI 304

• Hastelloy C

• Monel

• Ultrasonic measurement using Transit Time Technology

• Full-bore construction

• Empty pipe indication

• Backlit LCD display

• Durable SS-316 enclosure for superior corrosion resistance

• IP-68 protection for reliable operation in harsh and wet environments

• Measuring Principle: Ultrasonic flow measurement

• Media: Liquids

• Line Size: 15 NB to 300 NB

• Number of Paths: Single

• Electronics: Integral (Local) / Remote

• Remote Cable Length: 5 meters

• Output 1: 4–20 mA

• Output 2: Pulse – Open Collector (Optional)

• Alarm / Relay Output: 1 Relay Output (Optional)

• Communication Output: RS-485 (MODBUS RTU) (Optional)

• Display: Backlit LCD (6-digit Flow Rate, 8-digit Totalizer)

• Accuracy: < ±0.5% of M.V. (Velocity range: 0.3 m/s to 6 or 12 m/s)

• Linearity: ±0.5% of M.V.

• Repeatability: ±0.2% of M.V.

• Temperature Coefficient: ±0.05% per °C

• Process Temperature: Up to 200°C

• Process Pressure: Up to 16 kg/cm²

• Process Connections: ASA 150 Flanged (As per table)

• Flow Tube: SS-316

• Electronics Enclosure: SS-316

• Sensor: SS-316 / PVC

• Power Supply: 24V DC

• Response Time: 1 second

• Electrical Connection: M12 Connector

• Electronic Protection: Weatherproof IP-68

• Sensor / Flow Tube Protection: Weatherproof IP-68

• Ambient Temperature: –20°C to 75°C

• Humidity: 5% to 95% (Non-condensing)

The Electronet FL-204 is a robust four-wire turbine flow transmitter designed for precise flow measurement in a wide range of industrial applications. Its simple, cost-effective construction and high-performance magnetic sensing technology make it ideal for both conductive and non-conductive liquids. With an LED display, flexible output options, and IP-67 / Flameproof protection, the FL-204 ensures reliable operation even in harsh environments.

• 4-wire system for stable and accurate signal transmission

• Simple and cost-effective construction

• Suitable for conductive and non-conductive liquids

• Bright LED display for flow rate (4 digits) and totalized flow (8 digits)

• Batch / High / Low relay output options

• Integral or remote electronics configuration

• Low maintenance with durable construction

• Weatherproof IP-67 & Flameproof (CMRI IIA IIB) certified electronics

The flowing liquid rotates a vaned rotor inside the pipe. A magnetic pickup coil senses the rotor's angular velocity and converts it into a pulsating electrical signal.

• The signal frequency is directly proportional to the flow rate.

• The transmitter converts this into a linear 4–20 mA output for process control.

• Total flow is obtained by summing the pulse signals.

• Media: Liquids

• Line Size: 15 NB to 200 NB

• Electronics: Integral or Remote

• Viscosity: Up to 100 cP

• Display: LED – 4-digit flow rate & 8-digit totalizer

• Pick-off Type: Magnetic sensor

• Remote Cable Length: Up to 15 meters

• Outputs:

  1. 4–20 mA DC

  2. Pulse (Open Collector)

• Calibration Range: Factory calibrated as per requirement

• Accuracy: ±0.5% of F.S. + 5 mm/sec (velocity 0.3–6/12 m/s)

• Linearity: ±0.5% of F.S.

• Repeatability: ±0.5% of F.S.

• Temperature Coefficient: ±0.01% / °C

• Pressure Drop: Approx. 0.28 kg/cm² at maximum flow

• Turndown Ratio: 10:1

• Process Temperature: –20 to 120°C

• Process Pressure: 0 to 10 kg/cm²

• Bearings: Tungsten Carbide Sleeve / V-Jewel

• Rotor: SS 410 / 17.4 PH

• Shaft: Tungsten Carbide

• Body / Support / Flange: Stainless Steel

• Power Supply: 24 V DC (±10%)

• Power Consumption: <1 VA

• Electrical Connections:

  • M20 x 1.5F

  • 1/2" NPT-F

  • Pluggable Connector

• Response Time: <100 ms

• Protection: IP-67 Weatherproof & Flameproof (CMRI IIA IIB Certified)

• Process Connections:

  1. ASA 150 RF Flanged (15–200 NB)

  2. Threaded (15–50 NB)

  3. SS Tri-Clover (15–100 NB)

  4. SMS Union (25–100 NB)

• Mounting: In-line (Horizontal or Vertical)

• Ambient Conditions: –20 to 120°C; 5–95% RH (non-condensing)

• Relay Outputs: 1 or 2 relays (max 2 alarms)

• Certification: CE

• Simple & Cost-Effective Construction

• Provides Wide Flow Ranges

• Suitable for Non-Conductive, Clear Liquids

• Optional Remote Display Available

• Easy Maintenance

• Electronics Protection:

  • Weatherproof IP65

  • Flameproof (CMRI IIA/IIB Certified)

Electronet’s FL-102 turbine flow transmitters are designed for accurate flow measurement in industrial applications.
The flowing media rotates a vaned rotor at a speed proportional to the flow rate. A pick-up coil senses the rotor motion and generates a pulsating electrical signal.

The frequency of this signal is directly proportional to the flow rate and is converted into a standard 4–20 mA or Pulse (Open Collector) output. Summation of these pulses represents the total flow.

• Media: Clear Liquids

• Line Size: 15 NB to 200 NB

• Viscosity: Up to 100 cP

• Outputs:

  1. 4–20 mA DC

  2. Pulse (Open Collector)

• Calibration Range: Factory Calibrated (As per requirement)

• Accuracy: < ±0.5% of F.S. (20–100% Flow Range)

• Linearity: ±1% of F.S.

• Repeatability: ±1% of F.S.

• Pressure Drop: Approx. 0.28 kg/cm² @ max flow

• Turn Down Ratio: 10:1 to 100:1

• Process Temperature: 0°C to 85°C (max)

• Process Pressure: 0 to 10 kg/cm²

• Temperature Coefficient: ±0.01% per °C

1. Bearings: Tungsten Carbide Sleeve / V-Jewel

2. Rotor: SS410 / 17-4 PH

3. Shaft: Tungsten Carbide

4. Body / Support / Flange: Stainless Steel

• Power Supply: 24V DC

• Power Consumption: < 1 VA

• Response Time: < 100 mSec

1. M20 × 1.5 (F)

2. ½" NPT (F)

3. Pluggable Connector

• Threaded: 15 NB to 50 NB

• Flanged: 15 NB to 200 NB

• Tri-Clover: 15 NB to 100 NB

• SMS Union: 25 NB to 100 NB

• In-Line Installation (Horizontal or Vertical)

• Temperature: 0°C to 55°C

• Humidity: 5% to 95% RH (Non-Condensing)

BTU 200 BTU Metering System

(Clamp-On / Insertion Ultrasonic Flow Meter Based)

Features

• Highly accurate and reliable metering system

• Flow meters calibrated at in-house NABL Accredited Flow Calibration Facility

• Precise temperature measurement using high-performance temperature sensors

• Network-compatible communication protocols

• Multiple engineering units available for displaying measured parameters

• User-friendly interface with display and keypad

• Simple installation and commissioning

• Data storage and log view facility

Description

Electronet Series BTU 200 is a high-precision BTU metering system designed for measuring thermal energy flow and energy consumption in water-based systems.
It is ideal for industrial, commercial, and domestic applications, offering accurate flow measurement using either Clamp-On Ultrasonic Flow Meter or Insertion Type Ultrasonic Flow Meter.

The system includes:

• Ultrasonic Flow Meter (Clamp-On / Insertion)

• Pair of PT-100 Temperature Sensors (inlet & outlet)

• BTU Calculator / Indicator with LCD Display

BTU 200 is a reliable choice for measurement and indication of fluid flow and net thermal energy consumption.

Applications

Suitable for Chilled & Hot Water Systems in:

• Industrial water systems

• Domestic & commercial complexes

• Office buildings

• Central plant monitoring

• Institutional energy cost allocation

• Educational campus monitoring

• Water management systems

Technical Specifications Performance Characteristics Power

• Power Supply: 90270V AC / 24V DC

Units

• Power Unit: BTU/hr or kW

• Energy Unit: BTU or kW/hr

Display

• Type: LCD display

Accuracy

• Overall Accuracy: 0.1% of measured value

Inputs

• Flow Meter Input: 420 mA DC

• Temperature Input: Set of two PT-100 sensors

End Connection Options

• DIN

• ANSI 150

• BS Standard

• Threaded

Outputs

• Analog Output: 420 mA DC

• Digital Output: 2 Nos. Potential-free relay (1 C/O), 1 Amp @ 230V

• Communication Interface: RS-485

Energy Functions

• Heat / Cool

• Selectable display units: W, BTU, Cal, J

Sampling Period

• 1 second

Environmental Conditions

• Ambient Temperature: Up to 65C

• Water Temperature: 0 to 180C

• Enclosure: IP-65 protection class

Mechanical

• Mounting: Panel or Pipe

• Dimensions: 155 mm (H) 155 mm (W) 126 mm (D)

• Backlit LCD display

• Suitable for conductive and non-conductive liquids

• SS-316 enclosure with high corrosion resistance

• IP-68 protection for harsh environments

• RS-485 (MODBUS RTU) communication

• Measuring Principle: Turbine flow measurement

• Media: Liquid

• Viscosity: Up to 100 cp

• Line Size: 15 NB to 200 NB

• Mounting Type: Inline (Horizontal / Vertical)

• Linearity: ±0.5% of F.S

• Repeatability: ±0.5% of F.S

• Response Time: 1 sec

• Accuracy: ±0.5% of F.S + 5 mm/sec (Velocity range: 0.3 m/s to 6 or 12 m/s)

• Display: Backlit LCD — 6-digit flow rate & 8-digit totalizer

• Process Temperature: Up to 200°C

• Process Pressure: Up to 16 kg/cm²

• Process Connection:

  1. Flanged (15 to 200 NB)

  2. Threaded (15 to 50 NB)

  3. SS Tri-Clover (15 to 100 NB)

  4. SMS Union (25 to 100 NB)

• Power Supply: 24V DC

• Power Consumption: <5W

• Output 1: 4–20 mA

• Output 2: Pulse (Open Collector – Optional)

• Alarm/Relay Output: 1 Relay (Optional)

• Communication: RS-485 MODBUS RTU (Optional)

• Electronic Protection: Weatherproof IP-68

• Electronics Location: Integral / Remote

• Remote Cable Length: 5 meters

• Flow Tube Protection: Weatherproof IP-68

• Connector: M12

1. Bearings: Tungsten Carbide Sleeve / V-Jewel

2. Rotor: SS 410 / 17.4 PH / Plastoferrite

3. Shaft: Tungsten Carbide

4. Body / Support / Flange: Stainless Steel

5. Electronics Enclosure: SS-316

• Ambient Temperature: –20°C to 75°C

• Ambient Humidity: 5–95% RH (non-condensing)

• Temperature Coefficient: ±0.01% per °C

FL-100 Turbine Flow Transmitter Electronet Series – Industrial Flow Measurement Solution   Features

• 2-Wire System

• Simple & Cost-Effective Construction

• Local LCD Display

• Suitable for Conductive & Non-Conductive Liquids

• Electronics Protection: Weatherproof IP65 / IP67

• Easy Maintenance

  Description

Electronet series FL-100 are 2-wire turbine flow transmitters designed for a wide range of industrial applications.
The flowing media drives a vaned rotor that rotates at a speed proportional to the flow rate. A pick-up coil senses the rotor’s motion and converts it into a pulsating electrical signal.

The frequency of this signal is directly proportional to the flow rate and is further converted into a standard 4–20 mA output signal.
The system also provides totalized flow and real-time flow rate via a local LCD display.

  Technical Specifications Performance Characteristics

• Media: Liquids

• Line Size: 15 NB to 200 NB

• Electronics: Integral (Local) / Remote

• Viscosity: Up to 100 cP

• Display:

  • LCD, 4-Digit Flow Rate

  • 5-Digit Totalizer

  • Flow Rate & Totalized Flow via Toggle Key

• Remote Cable Length: Max. 15 meters

• Output: 4–20 mA DC

• Calibration Range: Factory Calibrated (As per requirement)

• Accuracy: < ±0.5% of F.S. + 5 mm/sec (Velocity range 0.3 m/s to 6 or 12 m/s)

• Linearity: ±0.5% of F.S.

• Repeatability: ±0.5% of F.S.

• Temperature Coefficient: ±0.01% per °C

• Pressure Drop: Approx. 0.28 kg/cm² at max flow

• Turn Down Ratio: 10:1

• Process Temperature: –20°C to 120°C

• Process Pressure: 0 to 10 kg/cm²

Material of Construction (MOC)

1. Bearings: Tungsten Carbide Sleeve / V-Jewel

2. Rotor: SS 410 / 17-4 PH

3. Shaft: Tungsten Carbide

4. Body / Support / Flange: Stainless Steel

  Additional Technical Specifications Electrical

• Cable Entry:

  • M20 × 1.5 (F)

  • ½" NPT (F)

  • Pluggable Connector

• Power Supply: 24V DC, Two-Wire Loop Powered

• Power Consumption: < 0.5 VA

• Response Time: < 100 mSec

• Electronic Protection:

  • Weatherproof: IP67

  • Flameproof: CMRI IIA/IIB Certified

Process Connections

1. ASA 150 RF Flanged (15 NB to 200 NB)

2. Threaded: 15 NB to 50 NB

3. SS Tri-Clover: 15 NB to 100 NB

Mounting

• In-Line (Horizontal / Vertical)

Ambient Conditions

• Temperature: –20°C to 75°C

• Humidity: 5% to 95% RH (Non-Condensing)

Certification

• CE Certified

ELCMF-200 – Coriolis Mass Flow Meter Features

• Flow accuracy: ±0.2% (Optional: ±0.1%)

• Diameter range: 15 NB to 50 NB

• Flow repeatability: ±0.1%

• Density measurement range: 0.3 to 3.000 g/cm³

• Density accuracy: ±0.002 g/cm³

• Designed based on the Coriolis principle

• Highly accurate mass flow and density measurement

• Extremely low pressure drop

• Direct mass flow measurement without external instruments

• Suitable for a wide range of process fluids

Description

The ELCMF-200 Coriolis Mass Flow Meter is engineered using the Coriolis operating principle, delivering one of the most precise and repeatable mass flow measurements available today. It measures mass flow directly, unlike other flow technologies that depend on calculated volumetric flow.

This makes Coriolis meters ideal for applications requiring extremely high accuracy, excellent repeatability, and independence from changing fluid characteristics.
ELCMF-200 offers true mass flow, density, and temperature measurement in a single compact device, with no moving parts and minimal maintenance.

It is widely used across industries such as:

• Chemical

• Pharmaceutical

• Energy

• Food & Beverage

• Rubber

• Paper

• Petroleum & Oil & Gas

Its high reliability makes it suitable for batching, loading, custody transfer, and precision flow monitoring.

Advantages

• High measurement accuracy: standard ±0.2%, optional ±0.1%

• Measurement unaffected by viscosity, temperature, density, or pressure changes

• No moving parts → minimal wear and low maintenance

• Direct mass flow measurement without external instruments

• Measures forward & reverse flow

• No need for upstream or downstream straight pipe

• Suitable for high-viscosity fluids (crude oil, heavy oil, asphalt, etc.)

• No internal obstructions → ideal for slurries, slurry cement, lime slurry, etc.

• Handles particulate, viscous, and abrasive media without clogging

Applications

• High-pressure gases (CNG, oil & gas sector)

• High-viscosity materials (asphalt, grease, heavy oil)

• Petroleum products (crude oil, lubricants, coal slurry)

• Chemical & pharmaceutical microflow measurement

• Materials prone to solidification (bitumen / asphalt)

• Suspended or particulate media (cement slurry, lime slurry)

Technical Specifications Flow & Density

• Flow Accuracy: ±0.2% (Optional ±0.1%)

• Flow Repeatability: ±0.1%

• Diameter Range: 15 NB to 50 NB

• Density Measuring Range: 0.3 to 3.000 g/cm³

• Density Accuracy: ±0.002 g/cm³

Temperature

• Process Temperature Range:

  • –200°C to +300°C

  • Standard Model: –50°C to +200°C

• Temperature Accuracy: ±1°C

Outputs

• Current Output (Analog): 4–20 mA (Flow / Density / Temperature configurable)

• Frequency / Pulse Output: 0–10, 000 Hz (Open Collector)

• Communication: RS-485, MODBUS Protocol

Electrical

• Transmitter Power Supply: 18–36 VDC

• Power Consumption: < 6W

Mechanical

• Protection Class (Flow Tube): IP-68

• Material:

  • Measuring Tube: SS316L

  • Housing: SS304

• Pressure Rating: 4.0 MPa (Standard)

• Explosion-proof Rating: Exd(ia) IIC T6 Gb

Environmental

• Ambient Temperature: –20°C to –70°C

• Humidity: 5% – 95% RH at 25°C

ELMAG-600 Battery / Solar Powered Electromagnetic Flow Meter Features

• Battery-powered / Solar-powered design

• Suitable for conductive liquids

• Full-bore electromagnetic design

• Empty pipe indication

• Inbuilt data logging facility

• Local indication through LCD display

• Optional communication port

• Simple and cost-effective construction

• Maintenance-free, no moving parts

Description

TheElectronet ELMAG-600is a battery-powered electromagnetic flow meter designed for applications where field power is unavailable. It offers complete installation flexibility without compromising performance or accuracy.

With a battery life of2 to 10 years(based on sampling and communication interval), the ELMAG-600 ensures reliable long-term operation. The meter is easy to use, simple to install, and requiresno regular maintenance.

It is ideal formunicipal and industrial water applications, cooling towers, water treatment systems, and domestic installations.
The LCD display indicatesflow rate and totalized flow, and automatically turnsOFF after 10 minutesto save power. It can be reactivated using theEnterkey.

Technical Specifications Process & Media

• Media:Conductive Liquid

• Line Size:15 NB to 600 NB

• Conductivity:> 5 S/cm

• Viscosity:Up to 200 cP

• Excitation:Pulsed DC

Electronics

• Power Supply:Battery Powered / Solar Powered

• Mode:Integral / Remote

• Display:

  • LCD

  • 5-digit flow rate

  • 9-digit totalizer

• Calibration:
  Wet calibrated atIEC / ISO / EN17025 NABL Accredited Facility

Performance

• Accuracy:< 1% of M.V. (+5 mm/s for velocity range 0.36 or 12 m/s)

• Linearity:0.5% of M.V.

• Repeatability:0.2% of M.V.

• Temperature Coefficient:0.05% per C

• Process Temperature:

  • 20 to 85C (Rubber lining)

  • 20 to 220C (PTFE lining)

• Process Pressure:Up to 16 kg/cm (higher on request)

• Velocity Range:0.3 2.5 m/s (up to max. 10 m/s)

Mechanical Construction Material of Construction

1. Lining:Neoprene / Ebonite Rubber / PTFE / PFA / PU / Ceramic

2. Flange:MS / CS / SS316 / SS304 / PVC

3. Electrodes:SS316L / Hastelloy-C / Platinum / Tantalum / Titanium

4. Coil Housing:MS / SS304 / SS316 / PVC

Electronics Enclosure (MOC)

• Aluminium Die-Cast

• SS316

• ABS Plastic

Additional Specifications

• Low Battery Indication:Provided

• Battery Life:2 to 10 years (depending on sampling interval)

• Response Time:< 10 seconds

• Electronic Protection Class:

  • Field Mount: IP-67 / IP-68

  • DIN Standard: IP-54

  • Flameproof: CMRI IIA IIB Certified

• Sensor / Flow Tube Protection:IP-67 / IP-68

Installation

• Process Connections:ANSI 150 flanged (ASME B16.5) Others on request

• Mounting:In-line horizontal / vertical

• Ambient Temperature:20C to 70C

• Humidity:5% to 95% non-condensing

• Compact full-bore electromagnetic flow meter

• Suitable for conductive liquids

• Typical accuracy of 0.5% of M.V.

• Protection class: IP-68 (sensor + electronics)

• Supports line sizes from 08 NB to 100 NB

• Local LCD display for real-time flow monitoring

• Robust SS-316 construction for enhanced durability and corrosion resistance

The Electronet TS2000-CP is a compact, full-bore electromagnetic flow meter engineered for accurate and cost-effective flow measurement in pipelines ranging from 08 NB to 100 NB. Built with SS-316L electrodes and PTFE/PEEK insulation, it ensures superior corrosion resistance and long operational life.

The flow meter offers versatile process connection options including Flanged, Threaded, SMS Union, and Tri-Clover, making it suitable for diverse industrial applications. With an IP-68 protection class for both sensor and electronics, it performs reliably even in submerged or harsh environments.

Designed for precision, durability, and ease of installation, the TS2000-CP is widely used in demanding process control applications across water treatment, chemical, food & beverage, and industrial utility systems.

• Measuring Principle: Electromagnetic

• Media: Conductive liquids

• Conductivity: > 5 S/cm

• Viscosity: 200 cP

• Line Size: 08 NB to 100 NB

• Accuracy: 0.5% of M.V.

• Response Time: 1 sec

• Display: Backlit LCD

  • 6-digit flow rate

  • 8-digit totalizer

• Process Temperature: up to 200C

• Process Pressure: up to 16 kg/cm

• Mounting Orientation: Inline horizontal / vertical

• Process Connections:

  • Flanged

  • Threaded

  • SMS Union

  • Tri-Clover

• Ambient Temperature: 20C to +75C

• Ambient Humidity: 5% to 95% RH (non-condensing)

• Output 1: 420 mA

• Output 2: Pulse (Open Collector Type) Optional

• Alarm/Relay: 1 Relay Output Optional

• Communication: RS-485 MODBUS RTU Optional

• Electronics Protection: Weatherproof IP-68

• Sensor/Flow Tube Protection: Weatherproof IP-68

• Connector: M12

• Power Supply: 1830 V DC

• Power Consumption: < 5 VA

• Electrodes: SS-316L

• Wetted Parts: SS-316

• Sensor Assembly: SS-316

• Electronics Enclosure: SS-316

Features

• Compact insertion-type flow meter

• Suitable for conductive liquids

• No pipe cutting or system shutdown required

• Supports line sizes from DN 40 to DN 300

• Typical accuracy 0.5% of F.S.

• Protection Class: IP-68

• Local LCD display for real-time flow rate and totalizer

• Rugged SS-316 construction for long-term reliability and corrosion resistance

Technical Specifications Performance Characteristics

• Measuring Principle: Electromagnetic flow measurement

• Media: Conductive liquids

• Conductivity: > 5 S/cm

• Viscosity: up to 200 cP

• Line Size: 40 NB to 300 NB

• Accuracy: 0.5% of F.S.

• Response Time: 1 second

• Display: Backlit LCD (6-digit flow rate, 8-digit totalizer)

Process Conditions

• Process Temperature: up to 200C

• Process Pressure: up to 16 kg/cm

• Mounting Type: Insertion type

• Process Connection: 1" BSP threaded

Ambient Conditions

• Ambient Temperature: 20C to +75C

• Humidity: 5% to 95% RH (non-condensing)

Output Signals

• Analog Output: 420 mA

• Pulse Output: Open Collector (Optional)

• Relay Output: 1 Relay (Optional)

• Communication: RS-485 MODBUS RTU (Optional)

Protection Class

• Electronic Protection: Weatherproof IP-68

• Sensor / Flow Tube Protection: Weatherproof IP-68

Electrical Connection

• Connector: M12 Connector

Power Supply

• Voltage Range: 1830 VDC

• Power Consumption: < 5 VA

Material of Construction

• Electrode Materials: SS-316L

• Retractable Assembly: SS-316

• Wetted Parts: SS-316

• Sensor Rod: SS-316

• Electronics Enclosure: SS-316