• Reduces temperature up to 19 Deg. C In Hot & Dry Climates.
• Consumes up to 80% less electricity than refrigerated Air conditioning.
• Economic, natural & Sustainable.
• Improves Indoor Air Quality by removing Dust, fumes and odours.
• Evaporating cooling efficiency increase as temperature rises.
• Deliver 100% fresh , filtered, healthy, natural Air
• Submersible type Water Pump for Continuous Water Supply.
• Low capital cost and operation cost.

• Guaranteed dew point performance
• Design simplicity
• No refrigerants used
• Purge saving & Dew point dependent control system
• Compact digital CO & Dewpoint Monitor/Alarm
• Air quality mandated by NFPA 99
• Bacterial Penetration upto 0.0001%
• LED tower operation display indicating sequence of operation

• Electric Booster capacity 3 Hp to-30 hp.
• Output pressure Up to 70 Bar
• Air Operated Booster
• Up to 16 Bar

Nitrogen booster was developed for compressing nitrogen gas. Using the booster, a high charging pressure can be achieved and the N2 gas Up to 70 bar (1000 psi). The nitrogen booster works according to the principle of a pressure relay valve, where compressed air is used as the driving force. Low pressure is applied to a large surface, which in turns applies high pressure to a small surface.

Activated alumina grade SORB-I (AD – 101) having a surface area in the range 345-415 m2/g. because it has the highest water absorption capacity then other adsorbents. Sorbead India supply alumina balls for thermal swing adsorption process, oil filtration, air & gas drying process. We supply alumina balls for HOC, heated and heatless air drying process, as well as alumina for fluoride and arsenic removal. Get effective moisture/water absorption results from the air for a long time with regeneration process

Helium Booster Systems are built with capabilities of delivering high pressures and high gas flows for optimal completion tasks. These systems are designed to compress helium from gas cylinder and supply boosting up to at 70 bar (1000 psi), depending Upon Model.

Air operated diaphragm pumps (AOD pumps) are designed for general fluid transfer. Our diaphragm pumps reliably transfer a wide variety of fluids, from clean, light viscosity to medium viscosity. They can pump large particles without damage. Metal or plastic diaphragm pump casings can easily handle corrosive and abrasive fluids.

The Vacuum Pump V- is a chemical-resistant and economical vacuum source with a space-saving design. It covers the essential needs of the membrane vacuum generation.

An air receiver tank (sometimes called an air compressor tank or compressed air storage tank) is a type of pressure vessel that receives air from the air compressor and holds it under pressure for future use. The tanks come in a range of sizes and in both vertical and horizontal configurations. An air receiver tank provides temporary storage for compressed air. It also helps your compressed air system run more efficiently. The air receiver tank has three main functions:

• It stores compressed air that can be used for short, high-demand events.
• It provides a steady air signal to air compressor controls.
• When used as a "wet tank," it acts as a secondary heat exchanger, increasing the efficiency of your air dryer.

Reverse osmosis (RO) desalination is a treatment process for production of fresh, low- salinity potable water from saline water source (seawater or brackish water) via membrane separation. The mineral/salt content of the water is usually measured by the water quality parameter named total dissolved solids (TDS), concentration of which is expressed in milligrams per liter (mg/L), or parts per thousand (ppt). The World Health Organization and the United Sates Environmental Protection Agency (US EPA) under the Safe Drinking Water Act have established a maximum TDS concentration of 500 mg/L as a potable water standard. This TDS level can be used as a classification limit to define potable (fresh) water.

Typically, water of TDS concentration higher than 500 mg/L and lower or equal to 15,000 mg/L (15 ppt) is classified as brackish. Natural water sources such as sea, bay and ocean waters which have TDS concentration higher than 15,000 mg/L are generally classified as seawater. Reverse Osmosis is very effective in treating brackish, surface and ground water for both large and small flows applications. Some examples of industries that use RO water include pharmaceutical, boiler feed water, food and beverage, metal finishing and semiconductor manufacturing to name a few.

Reverse Osmosis is a technology that is used to remove a majority of contaminants from water by pushing the water under pressure through a semi‐permeable membrane. Osmosis is a naturally occurring phenomenon and one of the most important processes in nature. It is a process where a weaker saline solution will tend to migrate to a strong saline solution. Examples of osmosis are when plant roots absorb water from the soil and our kidneys absorb water from our blood.

Reverse osmosis plants require a variety of pre-treatment techniques including softening, DE chlorination, and anti-scalent treatment. Following pre-treatment, high levels of pressure send water through a semi-permeable membrane, which retains all contaminants but let’s pure water pass through. Energy requirements depend on the concentration of salts and contaminants in the influent water; higher concentrations require more energy to treat. A reverse osmosis membrane is a semi-permeable membrane that allows the passage of water molecules but not the majority of dissolved salts, organics, bacteria and pyrogens. However, you need to ‘push’ the water through the reverse osmosis membrane by applying pressure that is greater than the naturally occurring osmotic pressure in order to desalinate (demineralize or deionize) water in the process, allowing pure water through while holding back a majority of contaminants.

Double tube heat exchangers are one of the easiest solutions to achieve heat transfer at high pressures. Their simple design, with a series of straight tubes connected with removable bends, also makes them easy to clean and maintain. Double tube heat exchangers are often used as liquid-to-liquid heat exchangers and have the advantage that they can be operated in a true counter-flow pattern.

Pressure gauges are instruments designed to measure the pressure of media in a system. Measuring the pressure in your system is a critical quality step to ensure consistency of a product and safety check to be aware of leaks or building pressure in a system. Before specifying a gauge, it is important to understand the basic principles of what pressure is. Then the correct pressure gauge can be determined based on selection criteria, to accurately measure the pressure within the system. Even the best measuring equipment produces a certain deviation from the actual value. It is important to know how this measurement accuracy is defined. Digital gauges in comparison with analog ones have higher accuracy. Read our article on digital pressure gauges if you want to learn more about that type.

• Belt guard/ Coupling Guard etc.
• MOC- M.S , SS , GI

Siemens make TEFC sq cage induction motor suitable for 1 Phase /3 ph – 230 V/415 V +/-10 % V A C supply with 50 Hz +/-5% Hz Class of insulation F type of Motor IE2 or IE3 Or IE4 with range Of 0.25 HP to 5000 HP along with different RPM 2pole, 4 pole, 6 pole ,8 pole el motor Additional Information:

• Production Capacity: 0.25 HP to 5000 HP
• Delivery Time: As per availability material application HP and RPM knows with foot or flange mounted construction
• Packaging Details: below 10 HP motor in corrugated BOX inbuilt thermocol above 10 HP wooden box packing

The SSW06 is WEG’s third generation Soft Starter line. The keypad, with dual display, has red LED digits which provide visibility and make programming easier. Integral bypass contacts eliminate heat dissipation once the motor is at full voltage, which makes it extremely compact and allows for simple integration into non ventilated enclosures and replacement of electro-mechanical starters in Motor Control Centers. The SSW06 includes the following features: 200 - 600V, 50/60Hz input power supply Built-in run rated (AC1) bypass contactor* Duty cycle: 300% full load amps for 30 seconds, 10 starts per hour Voltage ramp or current limit start modes Detachable keypad with dual display (LCD and LED) and copy function 90 - 250Vac auxiliary control voltage Single 32 bit RISC processor based control board IP00 protected chassis enclosure Six isolated 24Vdc programmable digital inputs Three programmable relay outputs (2 Amp - 250V) One 0 - 10Vdc programmable analog output One 4 - 20mA programmable analog output Motor PTC thermistor input RS-232 serial interface Adjustable acceleration and deceleration ramps (1 - 299 seconds) Adjustable pedestal voltage (25 - 90% of line voltage) Diagnostic features: Motor overload, over current and phase loss, motor immediate over and under current, SCR over temperature and fault, line phase loss and phase sequence, line over and under voltage Display readings: Motor current, voltage, kW and power factor, line voltage and frequency, four last fault trips, run and power-up timers Ambient: 32ºF (0ºC) to 131ºF (55ºC), 3300 ft (1000m) altitude, 90% non-condensing humidity

The Danfoss range of industrial pressure switches measure and control the pressure of air and liquids.Our pressure switches are accurate, robust, built for long life, and perform flawlessly day after day, even under harshest conditions. Danfoss pressure switches are electromechanical controls and limiters, that control the pressure of air and liquids within a given pressure range. All contact systems in Danfoss regulating units incorporate a "snap-action" system that maintains the contact force until the moment of contact break. This distinguishes them from competing products in which micro switches are used.

For correct and accurate control functioning, solenoid valves must be configured and selected according to the particular application at hand. The most important parameters for selecting a solenoid control valve are the Kv value (given in cubic meters per hour) and the application’s pressure range.The lower the valve’s orifice, or the stronger the coil, the higher the pressure the valve can shut-off. On the basis of the calculated Kv value, and the pressure range of the planned application, a correspondingly appropriate valve type and its required orifice can be determined.

When it comes to extreme temperature, chemical, and abrasion resistance, Gates hydraulic hoses are designed to deliver. The Polytetrafluoroethylene (PTFE) material is inert to most commercial chemicals, has a low operating friction coefficient, and is impenetrable by both hot and cold moisture, giving these hydraulic hose systems their non-contaminating and non-aging characteristics.

This product is widely appreciated in various industrial applications where high pressure hydraulic lines are used. This product is vigorously checked on set quality parameters to ensure its flawlessness. This product is available in numerous designs and specifications.

Features:

• Corrosion resistance
• High strength
• Lightweight

PTFE hydraulic hose consists polytetrafluorethylene (PTFE) inner tube and 303×× series stainless steel wire reinforced cover. PTFE tube is ideal for transferring super high and low temperature hydraulic fluids within -65°F to +400°F. Stainless steel wire braid will not be affected harsh environments including damp environment, oils, chemicals, abrasions and all weathers. SAE 100R14 PTFE medium pressure hydraulic hose is widely used in air compressor discharge, hot oil and fluids, hot and greasy environments.

Product Description:

• Tube: PTFE tube
• Cover: 303×× series stainless steel wire
• Reinforcement: 303×× series stainless steel wire
• Max working pressure: 1523psi at 5/16" I.D.
• Working temperature: -65°F to +400°F (-54°C to +204°C); Static: -65°F to +450°F (-54°C to +232°C)
• Min bend radius: 75mm at 5/16" I.D
• Inside diameter: 5/16 - 1-1/4
• Safety factor: 4:1
• Pressure gratide: medium

Features & Benefits

• High Cycle-Life
• Integrated pneumatic actuator
• NAMUR solenoid mounting pad (optional)
• Fast valve actuation
• High Cv (Flow Coefficient)
• Compact assembly
• Actuator head rotates 360°
• Visual indicator
• Robust seat & stem
• Competitive price
• [Angle Valve Cross Section]

bourdon tube pressure gauge is a mechanical pressure measuring instrument that reads the pressure without requiring any electrical power. It is generally used for the measurement of pressure from 0.6 to 7000 bar (8 to 10000 psi). It is the most common type of pressure gauge and is used by industries for its high accuracy and precision, especially for high-pressure applications. Bourdon tube pressure gauges are suitable for liquid or gaseous media for vacuum, low and high-pressure applications. Compared to other types of pressure gauge, the bourdon tube pressure gauge

Advantages are:

• Relatively low cost
• Compact design
• Safety in the measurement of high-pressure ranges
• Measurement accuracy
• Use with heavy vibration application and dynamic pressure load

Air Header is very useful for Air Distribution and centralized several connections. It is applicable in refineries, liquid petroleum gas processing plants, Petrochemical plants; systems tricky to shut off owing to solid debris such as dust, rust, dirt, etc.

Salient Feature

• Size : Inlet ½ “x Outlet½”
• Size : Inlet ¾” x Outlet3/4″
• End Connections: NPT, BSPT
• Working Pressure: 6000 psi
• Temperature rating : PTFE 450 °[232 °c ]/Grafoil-700° F[371° C]
• Material: SS 316, SS 304 , Mild Steel

V-belt pulleys (also called vee belt sheaves) are devices which transmit power between axles by the use of a v-belt, a mechanical linkage with a trapezoidal cross-section. Together these devices offer a high-speed power transmission solution that is resistant to slipping and misalignment.

Pix Make/ Fenner Make Taper Lock pulley, Belt Wheel

In any piping system, there are numerous joints and threaded fittings in the form of flanges, unions, T joints and elbows, sockets or expansion joints. Other than that, there is a lot of equipment like heat exchangers or pressurized valves installed to control the flow of service liquids. These joints are subject to heavy stress associated with mechanical vibration and wear due to the pressure that they are exposed to. This leads to joint failure, and toxic liquids can be sprayed onto unsuspecting workers and expensive equipment in the form of a violent splash of toxic chemicals. This has caused millions of critical injuries resulting in thousands of deaths. Flange safety spray shields are used to protect people and equipment from these catastrophic incidents. Various government regulations and insurance Requirements make it compulsory for industries to use flange guards.

• All type of Fan
• Supply voltage – AC/ DC
• Flow Type- Suction/ Throw
• VFD Cooling Fan, Panel fan, Cabinet Fan, Condenser Fan Etc

Hydraulic cylinders are used as linear actuators to apply unidirectional force and stroke in many marine and offshore engineering applications. The piston rod of these cylinders transmits the power from the displacement of pressurized hydraulic fluid via the piston inside the cylinder shell.

• Bore Size- Upto 400 mm
• Stroke upto-4000 mm
• Pressure upto -5000 psi

MOTOR STARTER CONTROL PANELS

We build Multi-Motor Starter Panels with many different branded Motor Circuit Controllers and Contactors, or a combination of other components. These panels can be designed for mounting on DIN-Rails or 3-Phase Power Bus Systems. Variations can include multiple softstarters in a double door enclosure.

WE MAKE SUPERIOR ENCLOSED PRODUCTS AND CUSTOM PANELS UP TO 900 HP

IndustLabs is your preferred builder for custom motor control panels. Our panel shop builds a wide variety of custom controls from small and simple two starter enclosures, to large complex multi-softstarter, in single or double door panel styles. Our knowledgeable team can design your panel for custom applications to meet UL/cUL, CSA, ATEX, CE and various other standards. Custom Control panels are available in a wide variety of custom combinations and configurations. We work with you closely and custom orders can also be accompanied by approval drawings and schematics.

Custom Across-The-Line Combination Starters

Custom designed panels combining starters, softstarters, overload protection, transformers and other components to meet specific enclosure and application needs.

Explosion Proof Starters Type 7/9 Groups B through G

From standard OEM to exotic custom enclosures, we have extensive experience catering to the needs of explosion proof custom control panels.

Multi-Speed and Reduced Voltage Starters

IndustLabs panel shops build various types of Multi-Speed and Reduced Voltage starters for industrial control applications in both Fusible and Non-Fusible models.

Multi-Motor Starter Panels

From two to two hundred twenty motor controllers, we design custom panels containing modern controllers, multiple contactors and many other components.

Duplex Pump Panels

Custom Control panels for Duplex applications can be built to customer specifications, including stainless steel enclosures and/or unique components.

Dosing Pumps, positive displacement / reciprocating Pumps consist of two mechanisms: drive-end and liquid-end. The drive-end is filled with lubricant oil whereas, the liquid-end (head) is selected as per the compatibility of the liquid, ie, chemical being Pumped/dosed. These positive displacement/reciprocating Pumps are available in Monel, Alloy-20, Hastalloy B/C, AISI-304, AISI-316, PP, PTFE, PVC, GFT and ceramic-coated liquid heads. The accessories for Pumps and dosing systems are pulsation dampener (coated with PP, PTFE,HALAR,ETFE), anti-syphoning valve, Y-type strainer, NRV, pressure relief valve and external back-pressure valve.

Dosing pumps are used for a huge range of applications. Mostly the pumps are used for pH adjustment of water and for protection against corrosion and precipitation. The pumps are often used for mixing disinfectants, flocculants and scale inhibitors. The pumps can of course also be used for other purposes.