Hydrological Products

Approx. Rs 35,000 / Unit Get Latest Price

COD Digestion Assembly is used for determination of chemical oxygen demand of wastewater in influent and effluent, industrial process water and more.

Our COD digestion assembly WI-02 is constructed with mild steel duly coated for corrosion resistance and fitted with solid aluminum blocks heated unit with 40mm diameter holes for 38mm borosilicate glass and thus offering reliable results and quality performance all the time. Double wall construction with insulation for minimum heat losses increases the efficiency of the system. The aluminum blocks are heated to maintain temperature until 1800C. Solid state Digital Temperature Controller, appropriate heater & insulation selection assure uniformity in all the samples. Selectable timer up to 120 minutes with alarm is provided to set the digestion period (Refluxing). E&E Solutions made COD digestors are versatile and reliable and is designed to perfectly attain set temperature, necessary for COD determination in laboratories for water testing.

Features:

• Precise temperature control with PID control.
• Ergonomically designed for versatile usage.
• No water circulation needed.
• Standard APHA method.
• Samples after being digested for 2 hours can be analysed using calorimeter or conventional titration meter.

Technical specifications:

• Heater: Casted aluminium alloy heaters embedded in the block for temperature uniformity
• Timer: Inbuilt digital timer which starts automatically when set/desired value of temperature is achieved. When the set time period is over the heaters get switched off automatically with a buzzer alarm to indicate cycle complete
• Safety: Over temperature protection, sensor break/disconnection indication with heating shutoff

Approx. Rs 75,000 / Unit Get Latest Price

Ground water is among the Nation’s most precious natural resources. Measurements of water levels in wells provide the most fundamental indicator of the status of this resource and are critical to meaningful evaluations of the quantity and quality of ground water and its interaction with surface water. Next Sense Technologies made GWLR-01, Digital Ground Water Level Recorder Piezometer, is a data logger and submersible pressure transducer combination designed for remote monitoring and recording of water level or pore pressure data. The sensor is lowered into the well on a reinforced cable and submerged below the water. Once in place, the initial water pressure reading is synced with the current water level. The unit then monitors the water pressure for changes, and the pressure difference is converted to a change in water level. The entire unit is hermetically sealed to prevent any moisture from getting into the instruments circuitry. The instrument comes along with inbuilt memory and GPRS enabled web telemetry for remote communication of data. Optional rechargeable battery along with solar panel is also available for uninterrupted power even at remote places. The GWLR-01 is used for measuring water levels in bore wells, dams, open channels and lakes.

Features:

• Heavy industrial CE approved factory calibrated pressure sensor.
• 10 V/m EMI protection according to HSE.
• Accurate output with corrosion proof housing for sensors.
• Reverse polarity protection on input.
• Micro controller based design.
• Inbuilt data logger for continuous storage of data.
• USB communication.
• User programmable intervals for data storage and data stored in easy excel format.
• Easy user interface with LCD display for viewing of current data.
• GPRS enabled web telemetry for transfer of data to any server.
• IP65 rated enclosures with facility for wall and pole mounting.
• Snap proof, high quality cable for signal transmission.
• Low power consumption.
• Rechargeable battery with/without solar panel for charging of battery (Optional).
• Stainless Steel tripod for pole mounting of instrument (Optional).

Specifications:

• Accuracy: 0.25 % F.S
• Current consumption: 5mA
• Wetted Material: 17-4PH or 316L Stainless Steel Port, 316L Stainless Steel Snubber
• Vibration: ±20g, MIL-STD-810C
• Dielectric strength: 2mA @500VAC, 1min
• Display: 16×2 LCD display
• Enclosure: IP65
• Data Output: Microsoft Excel format
• Clock: Real-time internal clock

Approx. Rs 45,000 / Piece Get Latest Price

Electric BOD Incubator are used to maintain temperature for test tissue culture growth, storage of bacterial cultures and incubation where a high degree of constant temperature accuracy is required.

Often called low-temperature incubators, our BOD incubator WI-01 systems are constructed with corrosion resistant stainless steel and fitted with branded instruments and thus offering reliable results and quality performance all the time. Wi-01 incubators are versatile and reliable low-temperature incubators and are designed to maintain a set temperature, necessary for Biochemical Oxygen Demand (BOD) determination in laboratories for water testing. It is also used for incubation of samples at the desired temperature. We also offer custom designing with choice of construction materials, instruments, optional accessories and other features.

Features:

• Dimensions: 4, 6, 10, 12, 15 (cubic feet) / 120, 170, 280, 335, 425 (Litres)
• Precise temperature control with PID.
• Low maintenance and energy efficient.
• Ergonomically designed for versatile usage.
• Adjustable shelves.
• Humidity control through a digital and analog controller (Optional)
• Temperature recorder with USB port and software (Optional)
• Stabilizer (Optional)
• Illumination with 3 numbers of fluorescent tubes with 0-24 hours cyclic timer (Optional)

Technical Specifications:

• Door: (Inner) 8 mm thick imported plexiglass door
• Door: (Outer) Double walled door with magnetic gasket
• Insulation: High grade super fine glass wool insulation / PUF optional
• Cooling: Hermetically sealed CFC free ISI marked compressor with safety devices
• Heaters: ‘U’ Type (ISI marked) heating elements with fins
• Air circulation: Continuous operating axial fan; 2 numbers
• Interior lighting: Panel/Door operated illumination through the fluorescent lamp
• Safety: Over temperature cut off and over current breaker / Automatic voltage stabilizer (Optional)

Approx. Rs 25,000 / Unit Get Latest Price

Our Laboratory Hot Air Oven WI-04 are constructed with corrosion resistant stainless steel and fitted with branded instruments and thus offering reliable results and quality performance all the time. Our laboratory ovens are used for high forced volume thermal convection applications. These ovens generally provide uniform temperatures throughout. Process applications for laboratory ovens can be for annealing, drying, sterilizing and other industrial/laboratory functions.

Features:

• Precise temperature control with PID.
• Low maintenance and energy efficient.
• Ergonomically designed for versatile usage.
• Timer: Automatic digital timer to control on/off cycle. (Optional)
• Outer Body: Stainless Steel in lieu of powder coated mild steel. (Optional)
• Economy model: Analog thermostat in lieu of digital controller cum indicator. (Optional)

Technical specifications:

• Door: Double walled sturdy door with catchers, heavy hinges, and asbestos/silicon gasket
• Insulation: High grade super fine glass wool between the walls
• Heaters: Kenthal A-1 super quality heaters duly embedded/wound on the sides and bottom / U type ISI marked heating elements
• Safety: Over temperature cut off

Approx. Rs 20,000 / Piece Get Latest Price

We are engaged in offering a quality approved range of COD Digester.

Features:

• Optimum functionality
• Robust design
• Strong construction

Other details:

• It is Designed for digestion of COD test samples and multi-function dry bath heating
• Ideal for laboratory sterilization, clean room, microbiology, pathology, etc.

Approx. Rs 20,000 / Piece Get Latest Price

Keeping in sync with the latest market norms and policies, we are indulged in providing a high-quality range of Digital COD Digester.

Features:

• Low maintenance
• Flawless operations
• Optimum performance

Other details:

• Suitable for COD method for monitoring wastewater influent and effluent, industrial process water, etc.
• Used by Pollution control Labs

Approx. Rs 18,000 / Piece Get Latest Price

Approx. Rs 15,000 / Piece Get Latest Price

In a Muffle Furnace heat is applied to a chamber through induction or convection by a high-temperature heating coil inside an insulating material. The insulating material effectively acts as a muffle, preventing heat from escaping.

Made up of thick mild steel, our Muffle Furnace WI-03 can be used for temperatures as high as 1200 Deg C. The internal ceramic chamber of the furnace which is also known as muffle is wrapped up in vast layers of insulation so as to prevent heat loss and achieve high temperatures. The high temperatures inside the furnace are attained by utilizing heating properties of electrically operated heating elements like Nichrome (nickel-chromium) wires. The temperature regulation in the furnace is highly dependent on the efficiency of the electronic controller unit, hence we use PID controlled units for best results. A safety thermal fuse is also provided.

Application areas include Ceramics, Semiconductors, Heat Treatment, Brazing and Soldering, Air and Space Industry, Petrochemistry, Automotive, Coal and Mining, Dental, Nuclear.

Features:

• The outer body is made of thick mild steel.
• The furnace is lagged with ceramic wool and physical blocks for insulation.
• Heaters are made of 80/20 Nichrome wire, uniformly wound on the muffle.
• A safety thermal fuse is provided to cut off when the temperature exceeds the set temperature.
• Mild steel control box is fitted on the top/right side of the furnace.
• Consists of indicating lamps, on/off switch, contractor and digital temperature controller along with thermocouple sensor.

Approx. Rs 12,500 / Piece Get Latest Price

With the assistance of our dedicated team of professionals, we are providing a premium quality range of Lab Muffle Furnace.

Features:

• Sturdy construction
• Easy to operate
• Optimum performance

Applications of laboratory muffle furnace:

• Research and development.
• Ceramics.
• Semiconductors.
• Heat Treatment.
• Brazing and Soldering.