Electronic Data Solutions Porur, Chennai, Tamil Nadu

Ultrasonic Level Transmitter is the reliable and cost-effective, non-contacting measurement solution from Emerson. Time proven ultrasonic technology with advanced software and state-of-the-art electronics delivers high reliability in a wide variety of applications. The rugged all UPVC construction is ideal for exposed site applications such as reservoirs, rivers, remote works, and waste water and effluent treatment plants. Transmitters are factory sealed (IP68) for use in wet-wells and sumps up to 39 ft. (12 m) deep. Continuous non-contacting measurement with no moving parts UPVC housing and wetted material Volume and open channel flow calculations with pre-programmed library Fast and simple to install and configure Easy plant integration with 4-20mA / HART® output and PlantWeb support 2-wire dc loop-powered MCERTS-certified 3108 when used with a Rosemount 3490 Series Control Unit Intrinsically Safe (IS) approvals

Ultrasonic flow meters measure liquids in industrial applications. Because the sensor is clamped on to the outside of the pipe, it is immune to the process compatibility concerns of an in-line flow metering technology. A market leading process measurement device, the Ultrasonic flow meters are designed for applications where a customer is unwilling or unable to cut into the process measurement line to install an in-line meter. Available in configurations for pipe line sizes from DN15 to DN4000 (1/2” to 160”), the clamp-on design offers a cost-effective means of measuring liquid flow through a pipe. With designs that can withstand up to 200˚C (392˚F), this technology is ideal for liquids with limited solids or gas content. Because it mounts on the outside of the pipe, there is no need to worry about material compatibility with the process being measured or the pressure in the pipeline. Flow Clamp-On Ultrasonic flow meter operates using transit time measurement. By measuring the time it takes a sonic signal to travel a known distance with the flow stream and another signal travelling against the flow stream, it determines the velocity of the fluid being measured. With the sonic properties of the fluid and the pipe material factored in, users get an extremely repeatable accuracy on the volumetric flow rate being measured. Because the transmitter can process the signal of one or two sensors, it ensures additional economy and the ability to compare or contrast two flow streams, if required. The product is ideal for users looking for a process measurement device that is easy to install and can maintain flow measurement for clean liquids.

transmitters are the industry’s first modular and most reliable transmitters, delivering total value across the entire plant lifecycle. Setting a standard for total performance in harsh and noisy process environments, the SmartLine temperature family offers lower total cost of ownership, along with high accuracy and stability over a wide range of process and ambient temperatures. temperature transmitters are the industry’s most robust transmitters with efficient control system integration and other unique features that help it deliver in tough and noisy environments. Our temperature transmitters measure temperature accurately and reliably in industrial processes in tough and noisy environments, converting low level signals from temperature sensors to analog and digital output signal. The transmitters achieve this through: Onboard ambient temperature and cold junction compensation Ability to work with both single and dual sensors Simple and easy configuration Comprehensive onboard diagnostic capabilities for the sensor and the transmitter.

Non-Contact Radar Level Meter measures distance, level, volume and mass. Based on FMCW (Frequency Modulated Continuous Wave) technology, it provides a more stable measurement than pulse radar and is well suited for agitated process conditions and the most demanding applications. Non-Contact Radar Level Meter can measure the level of a wide range of liquid or granular products on a large variety of installations, including LPG and LNG. The level meter does not require calibration or commissioning when installed and can be applied in agitated process conditions and agitated vessels. The product is available in two versions; the RM70 has its electronics designed specifically for liquids, while the RM60 is meant for powders or granulates. How Does It Work? Based on an FMCW radar signal, the level meter transmits a high frequency signal which increases linearly during the measurement phase. The signal is emitted, reflected on the measuring surface and received with a time delay, t (t=2d/c, where d is the distance to the product surface and c is the speed of light in the gas above the product). For further signal processing, the difference is calculated from the actual transmission frequency and the received frequency and is directly proportional to the distance. The level meter comes with an optional second current output that can be used for displaying measurements such as volume. In addition, it offers a wide variety of open (horn) and closed (drop) antenna configurations that can easily be interchanged by the user.

Our range of pressure transmitters sets the standard for total performance. The pressure transmitters feature industry-leading performance for tighter process control. They also offer the lowest total cost of ownership through a unique modular design, an intuitive human machine interface (HMI) and display, and universal terminals. Transmitter's unique control system integration offers features such as transmitter messaging and tamper reporting. Our Pressure Transmitter family includes absolute pressure, gauge pressure, draft range pressure, flanged and remote seal transmitters. Refineries, chemical and pharmaceutical plants and paper mills around the globe rely on these transmitters for accurate and consistent pressure measurement. Our pressure transmitters provide comprehensive self-diagnostics to help maintain high uptime, meet regulatory requirements and attain high-quality standards. Their broad 400:1 turndown ratio and modular design allow users to re-range or swap electronic modules, instead of having to stock transmitters with multiple ranges or electronic modules. Accuracy of up to 0.025% Stability of 0.01% per year 80 ms response time & Turndown ratios up to 400:1 Automatic pressure and temperature compensation Modularity with field-replaceable units Comprehensive onboard diagnostic capabilities Unequaled display capabilities, External zero, span and configuration capability Universal terminal electrical connections and Integral Dual Seal design based on ANSI/NFPA 70-202 and ANSI/ISA 12.27.0 Overpressure protection, Compliance with SIL 2/3 requirements and Unique integration capabilities with Experion® systems Intuitive human machine interface (HMI), 15-year warranty

Target markets include Oil and Gas, Water and Wastewater, Power Generation, Rubber and Tire and other industrial applications. They can be applied equally well to applications requiring Constant Torque (CT) output performance as well as the traditional Variable Torque (VT) pump and fan loads. Compact design which produces a very competitive footprint across the entire power range in a NEMA Type 1 enclosure (filtered and gasketed), without the need for additional filters. Unique output stage using an enhanced Cascaded H-Bridge configuration reduces the number of power cells by half, providing a very clean output waveform to the motor, without the need for additional filters or reactors. Advanced control features providing high performance including Open Loop Vector Control and excellent Energy Saving capabilities.♦ Digital Operator with an easy-to-view LCD display.♦ Communication options for all major industrial networks provides high speed control and monitoring, reducing installation cost.♦ USB Copy Unit and Keypad configuration storage provide speed and convenience for duplicate configuration of multiple drives.♦ High quality design, with an expected field MTBF greater than 200,000 Hours (22.8 years).  

EDS ISPL Leading manufacturer of high voltage Disconnecting switches from 33kV – 420kV Level. Centre of excellence for Design and Manufacture of Centre break , Double Break and Pantograph Disconnectors. High Quality Engineering Design and Manufacturing of Control, Relay and Protection solutions for Generation, Transmission & Distribution in Power sector up to 420kV level In India. And manufacturer of Indoor/Outdoor MV Switchgear from 3.3-36kV Level Design, Engineering, Manufacturing and supplying. LV panels, MCC, PCC, APFC, VFD, SOFTSTARTER Panels & All types of Distribution boards IEC-60439 Part 1&2, IS-8623 Part 1&2 with Customized design. UP TO 80kA with Al / Cu Bus bars Relay and Protection solutions for Generation, Transmission & Distribution in Power sector up to 420kV level Indoor/Outdoor MV Switchgear from 3.3-36kV Level Maintenance free design. Horizontal drawout and isolation. Positive racking mechanism. Interlocks to prevent insertion/withdrawal of closed CB. CB can operate in test or service position only. Identically rated CBs are fully interchangable. Easy retro fitting with cassette system. Fully type tested as per IEC60056/IS 13118/IEC 62271-100.

With our immense domain expertise, we are involved in offering H. T Electric Motors. Used in many industries for preparing various machines, these motors are manufactured using the best quality components and cutting edge technology at vendors’ end in line with industry norms. Apart from this, we provide these motors in different sizes and designs as per the needs of our clients. Our quality examiners test these motors against varied quality examiners. By employing skills of professionals, we are involved in providing HT Motor. Patrons can avail this product from us at reasonable costs in bulk quantity ♦ Low maintenance.♦ Sturdy construction.♦ Easy installation. AC Voltage: 3 to 15 KV.♦ Frequency: 50 HZ.♦ Affordable prices.♦ Minimum maintenance.♦ Rust free nature.♦ Longer life service.

Magnetic Flow Meters are suitable for flow measuring tasks and applications, including rapidly changing media, pH jumps, large amounts of solids or pulsating flow. Product versatility enables VersaFlow to deliver significant cost savings during planning, procurement, installation and training. A magnetic flow meter (mag flowmeter) is a volumetric flow meter which does not have any moving parts and is ideal for wastewater applications or any dirty liquid which is conductive or water based. Magnetic flowmeters will generally not work with hydrocarbons, distilled water and many non-aqueous solutions). Magnetic flowmeters are also ideal for applications where low pressure drop and low maintenance are required.  Maximum Pressure: 145 psi♦ Minimum Conductivity: 20 µS♦ Electrode Material: Hastelloy C4 (standard), tantalum (TGE optional)♦ Environmental Temperature: -5 to 55°C (23 to 131°F)♦ Electronics Housing: Local or remote (optional)♦ Liquid Temperature: 0 to 50°C (32 to 122°F) STD, 0 to 150°C (32 to 302°F) with remote electronics♦ Empty Pipe Alarm: 2" and larger sizes (EPD optional)♦ Accuracy: ±0.5% from 5 to 100% Qs, ±1% from 1 to 5% Qs♦ Range: 0.1 to 10 m/s (0.328 to 32.81 fps)♦ Outputs: Adjustable from 0.1 to 1000 gallons/pulse♦ Current: 4 to 20 mA with galvanic isolation♦ Frequency: 0 to 1000 Hz with galvanic isolation♦ Communications: RS485♦ Power: 24 Vdc, 115/230 Vac switchable (optional)♦ Consumption: 15 VA♦ Protection: IP67 Storage Temperature and Humidity: -10 to 70°C (14 to 158°F) at max; relative humidity 70%

With best-in-class performance, modular construction, an advanced display and the best integration features. Level Transmitter uses guided wave radar (GWR) technology and can measure the level of a wide range of liquid products on a large variety of installations within the stated pressure and temperature range. It can be deployed at blending tanks, distillation columns, process tanks, separators, solid silos (inventory) and storage tanks. It does not require calibration or commissioning upon installation, and can measure liquid interface with or without an air gap. Additionally, the level meter can measure the level and interface simultaneously, and is capable of measuring media with a dielectric constant of 1.4 or greater. A variety of rigid and flexible probes allow measurement in silos and tanks up to 50 m (164 ft) high. A new validation tool to avoid costly errors upfront by validating the level transmitter against the process tank A joint, online collaborative engineering session with Honeywell level experts right at users’ desktop Modular design: Some modules are shared with SmartLine pressure and temperature transmitters, further reducing inventory and enhancing flexibility Rich, advanced display and local configuration capabilities: In addition to configuring with any handheld device using the new DTMs, users can configure the transmitters through externally accessible buttons, even in an intrinsically safe environment. Integration with all control systems: This includes seamless integration with Experion® PKS that provides extended diagnostics, maintenance status display and transmitter messaging.

Effective control and monitoring of a process requires accurate and consistent measurement of different process variables. Multivariable Flow Transmitter measures the flow of virtually any liquid, gas or slurry for which a primary flow element exists to provide a differential measurement and helps users improve product yield, process efficiency and plant safety. Multivariable Flow Transmitter combines integrated sensor and microprocessor technologies as well as dynamic flow compensation to produce the most accurate and consistent flow measurement. This smart transmitter measures differential pressure and absolute or gauge pressure from a single sensor and temperature from a standard 100 Ohm Resistance Temperature Detector (RTD) or thermocouple type E, J, or T input signals. In addition, the smart transmitter in its flow calculation also includes compensation of pressure and/or temperature and complex variables such as viscosity, discharge coefficient, thermal expansion factor, velocity of approach factor and gas expansion factor.

Differential Pressure Transmitters bring smart technology to a wide spectrum of measurement applications ranging from furnace combustion airflow rate to hydrostatic tank gauging. The differential pressure transmitters can be used with any primary flow element to provide proven, repeatable flow measurement. Differential Pressure Transmitters are ideal for critical process loops and high-value applications such as custody transfer, and energy and material balances. Accuracy of up to 0.025% Stability of 0.01% per year 80 ms response time & Turndown ratios up to 400:1 Automatic pressure and temperature compensation Modularity with field-replaceable units Comprehensive onboard diagnostic capabilities Unequaled display capabilities, External zero, span and configuration capability Universal terminal electrical connections and Integral Dual Seal design based on ANSI/NFPA 70-202 and ANSI/ISA 12.27.0 Overpressure protection, Compliance with SIL 2/3 requirements and Unique integration capabilities with Experion® systems Intuitive human machine interface (HMI), 15-year warranty

EDS Ispl, around the world through a comprehensive offering of unique systems solutions including variable frequency drives, motors, photovoltaic inverters and advanced automation systems for a wide range of industrial applications. EDS Ispl make a energy-saving motors are designed to mount directly to existing systems to replace standard DC motors. They are designed to match DC motor electrical characteristics and performance. The newest induction motor is based on JEC-2137 / IEC 60034-1 standards, maintaining compatibility with mechanical dimensions and electrical performance of DC motors.♦ Uses the most appropriate electrical designs.♦ new generation of bearing designs, improves already highly reputable bearing design.♦ Water-resistant bearings to operate and withstand extremely harsh types of environments.  Compatibility with existing 800 Frame DC motors.♦ Increased availability of motor parts.♦ Contributes to energy saving and CO2 reduction due to improved operating efficiency.♦ Robust structure for longer life with reduced vibration.♦ Greasing interval twice as long as conventional bearings.♦ Lower cost and easier maintenance.

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