Axis India

The reliable and long-term operation of any process analyzer depends upon the efficiency of the sample conditioning system for which dust, Solid particulate, and moisture-free sample gas is most essential. Axis AF1 is equipped with an efficient filter to provide dust, solid particulate, and moisture-free sample gas by ensuring the security of the analyzer. It is not a reusable filter. When it is exhausted with severe contamination outlet of the filter will be very less or negligible means no flow at the outlet. If this condition occurs that means it is time to replace Aerosol filter with new one. It is widely used in Gas Analysis Systems (GAS), wastewater incineration plants, biogases plants, ambient monitoring systems, and Cement, Glass, Steel as well as paper industries. It is not recommended to use Aerosol filter for aromatic hydrocarbons means oils and fuels in refinery process gases.

The Axis Air Scrubber helps to protect analyzers from corrosion due to acidic gas stream components, especially NO, NO2, SO2, H2S, HF, O3, VOCs, CO2, CO, etc. The gas scrubbers can be used to generate zero air where NO, NO2, SO2, H2S, HF, O3, CO2, CO, and VOCs in certain limits are present. This can also be installed after the sample gas cooler which ensures no carryover of acid and increases the life of the downstream components, especially the sample cell. The Air scrubber media follow the chemisorption process to remove contaminant gasses from the airline. The contaminants gasses remove through adsorption, absorption & neutralization from the main gas. The targeted hazardous gasses are trapped by chemical beads and converted into harmless by-products which remain in the beads. Life depends on factors like the presence of aggressive components, flow rate, and period till the sample passes through the Gas Scrubbers.

In any sample gas conditioning, the sample take-off point is a very challenging part of the process and sample conditioning system. Hence the AXIS sample gas probe SGP1-BB is specifically designed for this harsh and robust environment with competitive cost. The reliable and long-term operation of any process analyzer depends upon the efficiency of the sample conditioning system for which dust, solid particulate, and moisture-free sample gas is essential. SGP1-BB is equipped & designed with efficient variable filters by removing aerosols, dust content, and humidity by ensuring the security of the analyzer as well as further sample conditioning system. The main application of SGP1-BB is to extract the gas for analysis in the Continuous Monitoring and Emissions System. SGP1 ensures easy mounting and installation, safe operation, and trouble-free maintenance The internal filter element can be changed without any tool and disassembling of the sample lines. The complete filter assembly is removed from the probe head side. This makes it simpler to check the filter element & gasket condition. The SGP1-BB heated probe power supply can be in either 110 VAC or 230 VAC as per customer requirement. There is no temperature control required as the self-regulating heater is present. The separate thermostat provides for low-temperature monitoring. For electrical connection to SGP1, a separate Junction box is provided

The Reliable & long-term operation of any process analyzer depends upon the efficiency of the sample conditioning system for which dust, solid particulate & moisture-free sample gas is most essential. Where condensate separation and removal from the sample is a major problem for analyses of gas, Axis CS1 with manual and auto condensate drain options is the best solution. The main application of this product is the separation of condensation from the downstream sample gas system. Sometimes sample gas has very high condensate contents so it is a must to remove it at the beginning of the sample gas conditioning system for safe operation. AXIS has 2 different versions of the model, one with Stainless Steel andthe second with Glass. Where high pressure occurs in the system then the Stainless Steel version is suitable or where low pressure occurs in the system then the Glass version is suitable.

The AXIS Dilution Probe unit is used in analytical technology for processes in which the measuring method or the handling of the process gas or stack gas requires dilution of the measuring gas. The Dilution probe is helpful to measure the sample from the process or stack. It has four different functions to prepare the sample coming from the stack, so it can be measured precisely by the analyzer. The dilution probe uses an air-driven aspirator that extracts samples from the stack or process. After extraction, the sample passes through the coarse filter, fine filter, and orifice which is made from glass or metal and is finally diluted with the air from the aspirator. This aspiratory process now reduced the dew point of the sample to near the ambient temperature. It prepares the sample for measurement. It can be transported sample up to 90 feet away without heating.

In any power plant measurement of emissions, and gases is critical. In many cases, measurement of emission gases stack sample should be diluted by using zero air before supplying to the analyzer. Axis makes Dilution Probe controller DPC001 is used with a Dilution probe to measure stack emissions released in coal-fired power plants. Regulating zero air by pressure regulator controller supplies dilution air to the probe. The dilution probe mixes the zero air with the sample as per the dilution ratio and supplies the diluted sample back to the Controller. With help of the flow meter(s), the needle valve controller will supply diluted samples to Analyzer(s) as per its requirement. A vacuum gauge is fitted in the controller to monitor the condition of the Dilution probe. Axis makes a Dilution probe controller that offers up to five calibration gas selections by manual rotary switch or remote contacts.

The basic requirement for Educators is to perform according to a given parameter with trouble-free operations. These are used mainly at remote locations or very challenging locations or experiencing extreme weather conditions. AXIS brings you the equipment to meet diverse and exacting demands which runs trouble-free 24 X 7 in the Power generation sector, Chemical plants, Process Plants, Instruments Panels, and Food Processing machinery. AXIS Educators offer non-electrical means and no mechanical moving parts for transporting a sample stream. Eductor work on the basic flow dynamics principles. The principle of venturi nozzle applies here. This involves taking the power of one stream and accelerating through the tapered nozzle by increasing the velocity of the stream and creating a vacuum due to increased flow & decreased pressure. This will move the power of one stream to create a vacuum for the other. In turn, both are mixed & discharge from the exhaust port. Eductors are also known as Mechanical Vacuum Pump or Venturi Pump. Applications like hazardous areas where electrical apparatus are a challenge to use can have Eductor as the best alternative.

The Reliable & long-term operation of an Analyzer depends upon the efficiency of the Sample conditioning system for which a stable dew point of the sample is essential. Axis COOLEREX Sample Gas Coolers are compressor cooled, equipped with efficient heat exchangers to provide a stable dew point of the sample at the outlet, thereby ensuring security with precise performance of the Analyzer. Cooling performance is ensured by having very tight control within the tolerance range of the dew point indirectly with mechanical control. The heat exchangers are either Single Coil or Dual Coil so that two different streams can be catered. A very compact housing design ensures the best placement of other components with a saving on the cost Insulation at top of the heat exchanger effectively isolates ambient effect. In COOLEREX power supply can be either 115 VAC or 230 VAC. For electrical connection provides separate Flameproof Junction box suitable in Zone 1 & 2, IIC hazardous area.

In any sample gas conditioning, the sample take-off point is a very challenging part between processes and the sample conditioning system. Hence the Axis PROBEX sample gas probe is specifically designed for this harsh and robust hazardous environment with competitive cost.The reliable and long-term operation of any process analyzer depends upon the efficiency of the sample conditioning system for which dust, solid particulate, and moisture-free sample gas is essential. PROBEX is equipped & designed with efficient variable filters by removing aerosols, dust content, and humidity by ensuring the security of the analyzer as well as further sample conditioning system. The main application of the sample gas probe is to extract the gas for analysis in the Continuous Monitoring and Emissions System. Axis PROBEX ensures easy mounting and installation, optimum operation, and trouble-free maintenance. Changing the external filter element needs no tools and no disassembly of the sample lines. The complete filter assembly is removed out at the probe head side. This makes it simpler to check the filter element &gasket condition. The PROBEX heated probe power supply can be in any of 110 VAC and 230 VAC. No thermostat or temperature limiters are necessary. For electrical connection provides a separate Flameproof Junction box suitable for operation in Zone 1 & 2 hazardous area provided.

The Reliable & long-term operation of any process analyzer depends upon the efficiency of the sample conditioning system for which dust, solid particulate & moisture-free sample gas is most essential. Where dust concentration is a major problem for analyses of gas, the glass wool filter is the best solution. GWF1 is equipped with an efficient filter to provide dust and solid particulate-free sample gas by ensuring the security of the analyzer. The folded construction of the filter & compatibility of the designed filter components like end cap (top & bottom), transparent acrylic body, and glass wool filter materials ensure ease of mounting & trouble-freemaintenance.

The Heatless dryers are ideal for low-flow air Drying operations. Dryer operation is fully automatic and outlet dew points as low as (-40C) can be achieved. Heatless regeneration desiccant dryer is designed to protect Pneumatic equipment, controls, and processes, from the harmful and costly effects of moisture in compressed air and natural gas lines. Regenerative desiccant dryers operate on the principle of pressure swing adsorption, where a fraction of dry air or gas is used to regenerate the off-stream tower. No heat or exhaust power is required for desiccant bed regeneration. In natural gas applications, purge exhaust can be diverted to compressor suction or used as fuel. This means wet air is vented without the requirement of a separate drain or electrical power.

In a Sample Handling System, the gas stream must be conditioned to provide particulate and moisture-free gas to enter the Analyzer. AXIS Inline Filter provides fine filtration & specifically designed for ease of use, low dead volume, and flexibility. There is a choice of filter elements available to meet the different application parameters that can be used as last-moment filtration to avoid any unremovable substances, solid sharp particles, or final protection devices entering the Analyzer. Application as a Guard filter is also possible as mentioned.

The Reliable & long-term operation of any process analyzer depends upon the efficiency of the sample conditioning system for which dust, solid particulate & moisture-free sample gas is essential. Where condensate separation and removal from the sample is a major problem for analyses of gas, Axis LD1 is the best solution. The main application of this product is the separation of condensation from the upstream sample gas conditioning for emission and process monitoring systems. It can be used only for applications with pressure above atmospheric pressure. Its major application is to collect the condensation from the upstream flow path of the sample gas cooler and automatically drain the condensation. Another application is for condensate pre-separation of saturated gas with immediate drainage. Model LD1 provided separators and automatic condensate drains for lateral gas connection for additional separator functions. For the above-mentioned function required overpressure means above atmospheric pressure. ASPL has 2 different versions of the model, one with Stainless Steel and the second with PVDF. Where high pressure occurs in the system then the Stainless Steel version is suitable or where low pressure occurs and some acidic contents are in the system then the PVDF version is suitable. Auto condensate removal is working on Float Buoyance principle. Normally float closes the condensate drain outlet through the needle. Due to the raising condensate level, the outlet is released by the buoyancy of the float.

Due to the rising global industrialization, the monitoring of exhaust gas is increasingly important. The monitoring of Nitrogen Oxide (NOx) is particularly important due to its role in the formation of ground-level Ozone and acid rain. The gas converter module allows easy and cost-effective detection of the NOx components (NO & NO2). The module converts almost 100% of the NO2 content of a sample gas to NO using the replaceable reactor cartridge. The resulting NO gas is measurable by any commercially available IR analyzer. The reactor cartridge, designed in cooperation with a research institute, enables the conversion of high NO concentrations at a comparatively low temperature. Interferences from other gases such as CO, CO2, and NO are generally not observed. Moreover, a lifetime of over 12 months is possible under normal conditions. This leads to an obvious reduction in maintenance costs. The maintenance effort is further minimized through the special reactor fastener on the front panel allowing the replacement of the cartridge without tools. The temperature of the converter is adjustable through an easy-to-handle microcontroller.

AXIS makes Peristaltic Pumps that are used for draining the condensate from the Sample gas cooler. Condensate discharge from the sample gas cooler needs to be drained. Peristaltic Pumps are the ideal solution for systems operating under negative pressure. PP-01 needs low maintenance as there are no valves, glands & seals therein. It becomes comparatively inexpensive to maintain.

The reliable and long-term operation of any process analyzer depends upon the efficiency of the sample conditioning system for which dust, Solid particulate, and moisture-free sample gas is essential. Sample gas Coalescing Filter (SGCF1) is equipped with an efficient filter to filter out liquid aerosols and drain out the water droplets. Any Liquid aerosols or droplets are caught within the fine inner layer eventually accumulating to the extent that they are forced to the outer layer of the filter element and drain out through the drain port The folded construction of the filter and compatibility of the design filter components like filter top, filter element, and filter body is designed in such a way as to ensure easy mounting and trouble-free maintenance.

The Reliable & Long term operation of an Analyzer depends upon the efficiency of the Sample conditioning system for which a stable dew point of the sample is essential. Axis Sample Gas Cooler is a compressor cooler equipped with efficient heat exchangers to provide stable dew point to the sample thereby ensuring security with precise performance of the Analyzer. The Single and Dual paths so that two different streams can be catered. A very compact housing design ensures the best placement of other components with saving costs. Insulation at top of the heat exchanger effectively isolates the ambient effect

The Reliable & Long term operation of an Analyser depends upon the efficiency of the Sample conditioning system for which a stable dew point of the sample is essential. Axis Sample Gas Cooler is a compressor cooler equipped with efficient heat exchangers to provide stable dew point to the sample thereby ensuring security with precise performance of the Analyser. Cooling performance is ensured by having very tight control of temperature directly (not mechanical control for temp). The heat exchanger is either Single Coil or Dual Coil so that two different streams can be catered. A very compact housing design ensures the best placement of other components with saving costs. Insulation at top of the heat exchanger effectively isolates the ambient effect.

In the portal, the analysis system sample must be free from dust and contamination. Consistent and long-term operation of any process analyzer depends upon the sample conditioning system which must befree from dust and solid particulate. The conditioning system must be lightweight and compact which is why require small components. Axis brings special filter housing (SGF-2) for these kinds of applications, also installed in a 19 rack system. This SGF-2 is screwed into the front panel and sample connections at the backside. Easy to remove or replace filter elements when required.

In any sample gas conditioning, the sample take-off point is a very challenging part of the process and sample conditioning system. Hence the AXIS sample gas probe SGP1 is specifically designed for this harshand robust environment with competitive cost. The reliable and long-term operation of any process analyzer depends upon the efficiency of the sample conditioning system for which dust, solid particulate, and moisture-free sample gas is essential. SGP1 is equipped & designed with efficient variable filters by removing aerosols, dust content, and humidity by ensuring the security of the analyzer as well as further sample conditioning system. The main application of SGP1 is to extract the gas for analysis in the Continuous Monitoring and Emissions System. SGP1 ensures easy mounting and installation, safe operation, and trouble-free maintenance The internal filter element can be changed without any tool and disassembling of the sample lines. The complete filter assembly is removed from the probe head side. This makes it simpler to check thefilter element & gasket condition. The SGP1 heated probe power supply can be in either 110 VAC or 230 VAC as per customer requirement. There is no temperature control required as a self-regulating heater is present. A separate thermostat is provided for low-temperature monitoring. For Electrical connection to SGP1, a separate Junction box is provided

The Axis Universal Safety Scrubber helps to protect analyzers from corrosion due to acidic gas stream components, especially Sulphur Trioxide, Hydrochloric Acid, Sulphuric Acid & Hydrofluoric Acid. The Universal safety scrubber ( USS1 ) can be used in lime-fired boilers, coal-fired boilers, waste incinerators, and many other applications, where SO3, HF, and HCL in certain limits are present. This can also be installed after the cooler which ensures no carryover of acid and increase the life of the downstream components, especially the sample cell. USS1 material condition should be checked to ensure the right result of acid removal. Life depends on factors like the presence of aggressive components, flow rate, and period till the sample passes through the USS1.

Axis Zero Air Generator produces purified air at a different rate. ZAG removes CO, CO2, NOx, SOx, water vapor, VOCs, acid vapors, O3, NH3, chlorine, and dust. This unit is self-contained in a convenient, lightweight. ZAG converts Atmospheric air into clean air, suitable for instrument calibration. Zero Air Generator reduces all the inconveniences and costs of cylinder gas supplies and dependence on outside vendors. ZAG offers long-term product stability. Axis brings you the Zero Air Generator Unit to meet diverse and exacting demands which run trouble-free for 24 x 7 days in the laboratory, Refinery, and Petrochemical Industries where it can provide reference gas in various application like Gas Chromatography, FID, Ambient air monitoring system, etc.

Axis Gas Cylinder Auto change over regulator is designed to deliver continuous flow from gas cylinder to further system or it is used when a stable outlet pressure is required. It is equipped with two stage pressure control regulator. In first stage regulator fixed amount of gas pressure will be controlled and in second stage means line regulator can be adjusted with knob to achieve the desired system pressure. This two stage regulator technique shrinks the supply pressure effect caused by depleting Gas cylinders.Refer typical application diagram like Gas Supply A & Gas Supply B are connected at inlet of change over unit. During operation when Gas supply A cylinder pressure reduced to predefined level it will changeover to Gas Supply B It is mainly used in analyser or Gas chromatograph systems as a carrier gas cylinder constant flow. Apart from this it can be used where critical welding machine processes & laser cutting processes are carried out. Auto Change Over RegulatorAxis Solutions Pvt Ltd is an Indian company that manufactures and exports auto change over regulator. The company was founded in 1999 with the objective of manufacturing high quality, innovative products for power distribution system. Axis Solutions Pvt Ltd has had a long successful history of supplying transformers to Indias leading industries which include power plants, steel mills, textile mills and more.

Axis Dome loaded Pressure regulator is designed to deliver continuous & precise control to the further system. It is a single stage pressure control regulator. It is mainly used in instrumentation & processing system for all types of Gas media applications. Used in Oil and gas refineries, power, chemical, and any type of process industries Many features of the dome loaded pressure regulator which makes it suitable for a variety of application. It can be used for gasses like, O2, N2, Ar, H2, C2H2, CO2, N2O and many more. It has a wide operating range of up to 400 bar and up to 170C media temperature can be sustained.

Axis Pressure regulator is designed to deliver stable outlet pressure from gas cylinder to further system. It is a dual stage pressure regulator. In first stage of regulation it regulates fixed amount of gas pressure and in second stage pressure can be adjusted with knob to achieve the desired system pressure. It is mainly used in Oil and refinery, power, chemical, any type of process industries and instrumentation sample handling system for all type of Gas media application. Apart from this it is used in critical welding machine process, laser cutting process etc Many features of the PRG2 make it ideal for wide range of application controlling pressures at low to adequate flows in gas media. It has wide operating range up to 300 bar and up to 170C media temperature can be sustained.

PRG5 represents the pinnacle of precision and advancement in pressure regulation technology. Unlike its predecessors, PRG5 ensures that even in the face of fluctuating inlet pressures, the outlet pressure remains unwaveringly constant. Its unparalleled accuracy and stability make it the preferred choice for industries where precision is paramount. Used in Oil and refinery, power, chemical and any type of process industries. It has wide operating range up to 300 bar and up to 170C media temperature can be sustained. PRG5 Models can also be used for water, Gas & Steam application.

Axis Non Return Valve is designed to deliver continuous Uni-directional flow control to further system. It is mainly used in instrumentation sample handling system for all type of Gas media application. Used in Oil and Gas refinery, power, chemical pharmaceutical, Pulp and any type of process industries. Many features of the NRV1 make it ideal for wide range of applications controlling Uni-direction flow control for gas media. It has wide operating range up to 413.6 bar and up to 170C media temperature can be sustained.

The PPRV pilot-operated is a downstream pressure regulator, pilot-controlled, for medium and high-pressure applications. Specially designed for natural gas transmission/ distribution systems and industrial/commercial applications. The Type PPRV provides smooth, quiet operation, tight shutoff, and long life, even in typical conditions. The accuracy of the regulated pressure, the high rangeability ratio, together with the fast adaptation changes in the operating conditions, even in the presence of abrupt changes in the flow rate, make the regulator PPRV particularly suitable for use in gas supply installations of electric power generation stations. The Design of the PPRV allows any installed units, to be updated or upgraded during the entire lifetime of the regulator as the operating requirements or any changes in the customers specifications are modified. PPRV is a top-entry design, this allows for ease and cost effective maintenance without dismantling the regulator body from the line. The modular design allows a wide variety of configurations to suit the most demanding applications in gas transmission, gas supply to the industrial power plant, city gates, distribution utility systems, industrial installations, etc. The operation of the regulator PPRV is assured by a piloting system consisting, as a basic option, of two separate devices: the Pre-regulator and the Pilot

Axis Pressure regulator is designed to deliver continuous & precise control to further system. It is single stage pressure control regulator. It is mainly used in instrumentation sample handling system for all type ofGas media application. Used in Oil and refinery, power, chemical and any type of process industries. Many features of the PRG4HP make it ideal for wide range of applications controlling pressures at low to adequate flows in gas media. It has wide operating range up to 400 bar and up to 170C media temperature can be sustained. PRG4HP can also be used for water application.

Axis Relief Valve RV1 is designed to deliver continuous Uni-directional flow control to further system and provide Uni-direction safety at predefined level. It is mainly used in instrumentation sample handling system for all type of Gas media application (Specially for Hydrogen). Used in Oil and Gas, Refinery, power, chemical pharmaceutical, Pulp and any type of process industries. Many features of the RV1 make it ideal for wide range of applications controlling Uni-direction flow control and safety for gas media. It has wide operating range up to 20 bar and up to 220C media temperature can be sustained

Axis Pressure regulator is designed to deliver continuous & precise control to further system. It is single stage pressure control regulator. It is mainly used in instrumentation sample handling system for all type of Gas media application. Used in Oil and refinery, power, chemical and any type of process industries. Many features of the PRG1 / PRG3 make it ideal for wide range of applications controlling pressures at low to adequate flows in gas media. It has wide operating range up to 300 bar and up to 170C media temperature can be sustained. PRG3 can also be used for water application. The Best Supplier of the Best Pressure Regulators for Custom ApplicationsAxis Solutions Pvt Ltd is the renewed supplier of the best pressure regulator for custom applications. We have developed bespoke innovations to meet various and specific requirements of our clients. Our equipment ensures high performance in critical conditions

Definitive for extended operation of SWAS depends upon the principle of sample conditioning components for which accurate pressure flow and temperature control is most essential. Excessively hot samples can cause damage to expensive and sensitive sample conditioning components of the process analyzer. The auto shutoff valve is widely used in Steam Water Analysis Systems ( SWAS ) in power plants. The AXIS provides a very reliable Auto shut-off valve also called ASV1.This is functioning directly exposed to the sample media via the thermal expansion principle using wetted media. ASV1 is a self-reliant, fully mechanical device that required no external source of electricity or pneumatic or hydraulic. It is developed to sustend the sample temperature up to 50C 2C. After shutting off ASV1, it must be reopened by pressing the manual reset button which ensures the no flow resumes and the safety of the upset component has been amended. The AXIS ASV1 is constructed with SS 316 and other wetted parts are compatible with boiler water and steam. ASV1 is mainly used downstream of the pressure-reducing component and upstream of analyzers, flow meters, and other low-pressure devices. After shutting off the upstream side of the ASV1 will be opened to the full source pressure. The Best Thermal Shutoff Valve to Make Valve Automation Easy and FastAxis Solutions Pvt Ltd manufacturers and suppliers the best quality thermal shut-off valve for various industrial applications. Our equipment helps to improve the working efficiency of your plant and helps you bring down operational and maintenance costs. The AXIS offers a very reliable Auto shut-off valve called ASV1. This is functioning directly exposed to the sample media via thermal expansion principle with using wetted media. ASV1 is a selfreliant, fully mechanical device that required no external source of electricity or pneumatic or hydraulic. The AXIS ASV1 build with 50C 2C set to shut off temperature. After shutting of

The Back Pressure Regulator maintains constant pressure and constant flow for the analyzer simultaneously protecting critical sampling components as a relief valve. A Back Pressure Regulator is a control valve that maintains a set pressure on the upstream side of the valve. If the pressure increases, the regulator opens to allow additional flow through the BPR1 / BPR2. As the pressure decreases the regulator passes closes to restrict flow. Continuous open outlet port for grab sample assures that fluctuation during opening and closing is avoided. This additional flow through the BPR1 / BPR2 will ensure the avoidance of the requirement of adjustment during the requirement of taking a grab sample as continuous flow is available for the same. A back pressure regulator can be also used for the grab sample purpose. This result in cost benefits avoiding separate tubing and grabbing sample prices. This ensures that velocity is well maintained upstream. Any upstream fluctuation will not allow individual analyzer flows unstable and assures the stability of reading and assured performance of the system

In Power industry, it is very critical to measure the conductivity accurately. The real conductivity measurements are affected by the treatment chemicals. So it is very important to remove the masking effects of these chemicals. AXIS Cation Columns are the best solution for it. The conductivity measured after cation column will be real, accurate and reliable. Slim design ensures removal of dead volume due to high velocity. End fittings make sure that there is no liquid dead volume present in the column so no plug flow and reduces channeling effect. The Leading Supplier of Cation Column for the Power IndustryAxis Solutions Pvt Ltd provides the best cation column required for the power industry. Buy our equipment for real and accurate conductivity measurements. Low cost, easy operation and zero maintenance cost of our product have won the trust and confidence of thousands of our customers across the world.

Authentic and long-term operation of SWAS depends upon the efficiency of sample conditioning components for which accurate pressure and flow control is most essential. Main application of this product is chemical analysis of water and steam samples in modern Power Generation Plants. Axis offers very reliable product for system designer where high pressure reduction with flow control is a major challenge. The flexible needle-in-chamber type design permits for adjustable pressure drop and flow control including ease of cleanliness. Both of these features provide long life of sample conditioning parts. This reducer is specially designed for high pressure sample persisting above 35 bar and up to 350 bar. It develops fixed pressure drop and its adjustable using a knob on top The APRV1 consists of two needles joined to a large chamber. This assembly provides precise insertion. The high pressure steam enters into APRV1, flow passes through one needle then turns towards the other needle and then out. Pressure drop is proportionate to set pressure and till what extent a needle is inserted inside a chamber.

AXIS represents numerous types of components covered in a single manifold. manifold is designed for Steam and Water Analysis System (SWAS) applications. The manifold features a horizontal body design. Manifold connections include NPT female thread. The flow of sample through an AXIS manifold is controlled by filtering the sample, over temperature protection, process chamber, measuring the temperature and pressure, and maintaining the back pressure by this Miniature Header. Each component has a specific function to maintain the back pressure and protection over high sample temperatures.

The Sample Cooler is a compact unit specially designed as per American Society of Mechanical Engineers (ASME) Standard and recommendations to handle high pressure and high temperature applications. This is the most efficient and cost effective sample cooler. The SS 316 (Optional Inconel) sample coil is single continuous length without any Joint. The shell is SS 304 (Optional SS 316 and Inconel) complete including the mounting bolts and bracket. The shell is removable type for inspection and cleaning Purpose without disconnecting sample line. Sample Cooler is used to take samples of gas, water or steam from boilers at high temperature and pressure. The cooling water injected from the bottom of the shell will counter the flow of sample directing from the top, condenses the sample, and cool hot fluids efficiently to enable safe sampling.

AXIS sight flow indicators provide a quick, reliable and economical way to verify fluid flows through industrial process lines. They are mainly used to check for the presence of flowing liquid where there is intermittent flow, partially filled lines, or entrained air. It is designed such that there is minimal pressure drop at the component. SS standard material ensures high reliability of the system & also ensures that equipment is designed to avoid any clogging at the component.

AXIS Strainers are a means of protecting downstream mechanical components such as Gauges, Analyzers, Flowmeters, and Back pressure regulators from possible damage due to debris such as rust, pipe scale, sediment, and/or other solid particulates. Machined seats in both body caps align and lock the screen in place to stop sediment bypass. Mesh construction ensures the best performance and its right area as well as additional strength of the body of the removable plug to increase life and reliability while opening and closing the plug

The system is based on an 8-bit microcontroller. It is to be used for selecting one of the EIGHT streams by SYNC. The pulse from Analyzer if the trigger mode is Pulse. Stream selection will be according to preprogrammed timings if the trigger mode selected is TIME. With the help of a keypad and display on the front, the system allows to set and modify the following parameters of each stream Full scale value for Scaling analog inputSkip/Unskip a streamStream On TimePower On statusAlarm set-pointsIn pulse mode, the system allows to skip/Inskip specified stream and in time mode if the value of Stream On time is programmed as zero, it is skipped. When the system is put in RUN mode, through the front keypad, the sequence is executed. The relay contacts are switched ON and OFF as per the predefined sequence. The Powered contacts will be used to switch the ON and OFF Solenoid Valves fitted in the system. Potential free contacts for each relay are provided for remote status indication. Alarm relays are also switched On and Off as per the input from the analyzer. Analog input is continuously sampled. The value of analog input is continuously displayed in RUN mode. When the PAGE key is pressed, Latched value for each stream is displayed for streams 1 to 6 respectively. Analog output for each stream is updated after its sampling & analysis are completed.

The basic requirements for any Air Conditioning Unit is to perform according to given parameter with trouble free operations. These are at mainly remote locations or at very challenging locations or experiencing extreme weather conditions. AXIS brings you the equipment to meet diverse and exacting demand which runs trouble free for 247 in Power generation sector, Chemical Plants, Steel Plants, Process Automations, Porta Cabins, Drive Panels, PLC Panels, Instruments Panels, Textile Machine Panels, Food Processing machinery etc. The Best Panel AC to Purchase in IndiaWe supply reliable and the best panel AC suitable for various industries. Our products have great reach and very popular across pharmaceutical, food processing, engineering and manufacturing industries. Low maintenance cost and high durability are the top features of our products. today for the best panel AC at an affordable cost.

Axis make chiller unit is capable to lower the sample temperature for the sample analysis for analyzer and trouble-free operation. Chilled water to be flow through external heat exchanger (shell & tube type) and the same will maintain the sample temperature to be analysis. This chiller fulfils the requirement where requirement of special cooling or cooling water utility is not available at site. Chiller can be supplied in various ranges of cooling capacity as per the requirement. It can be supplied for single to multi analyzers in a single house. The basic requirements for any Chiller units are to perform according to given parameter with trouble free operations. Specifically design for sample cooling application. Depending on flow rate, different circulating pump capacities are optionally available. Axis brings you the safe area / Hazardous Area Chiller Unit to meetdiverse and exacting demand which runs trouble free for 24 x 7 days in Power Plant, Refinery and Petrochemical Industries for cooling the sample to be analyzed

The basic requirement for any Air Conditioning units is to perform according to given parameter with trouble free operations. Specifically design for control Panel application. These are mainly used at remote locations or at very challenging locations or experiencing extreme weather conditions AXIS brings you the Explosion proof or Safe area Split Air Conditioner to meet diverse and exacting demand which runs trouble free for 247 in Oil, Gas, Refinery and Petrochemical industries for conditioning of air.

Is a mandatory requirement by the statutory body to use HVAC along with Shelters to make the Shelters installable for a given area classification. The basic requirement for any HVAC is to perform according to a given parameter with trouble-free operations. These are mainly remote locations or very challenging locations or experiencing extreme weather conditions. AXIS brings you explosion-proof equipment to meet diverse and exacting demands which runs trouble-free 24 X 7 in the Oil & Gas Refinery and Petrochemical industry for conditioning of air. Advantages Compressors carry their compliance certificate and are fully complying with IEC standards.Refrigerants are CFC-free and fully comply with Montreal protocol requirements.The equipment design is very user-friendly with full and easy service access to all components for regular servicing.The units unique design and component reliability ensures minimum servicing except for routine filter-condenser cleaning or general maintenance.This can work within the harsh environment and high ambient of 55C temps.Unit design allows high moisture removal capacity to provide both sensible and latent heat reductions for temperature and humidity control.Flameproof & weatherproof Ex d electrical enclosure.Flame-proof electrical motors.Adjustable dampers for air balancing and control.Complete engineered HVAC solutions to suit your specific application including, air conditioning, heating, pressurization, barometric dampers, duct work, stack, grills, and filters with full integration/ adjustment control at the site.Large element area ensures effective cleaning with less pressure dropProper alignment & accurate reseating after servicing.SS material option ensures high reliability of the component

Axis Peltier Air conditioning unit PAC1 and PAC2 is designed to deliver continuous cooling to industrial panel to avoid overheating the system. It is mainly used where refrigeration based (compressor based) resources is a challenge. It is fully mechanical device hence very less maintenance is required. Used in all type of process industries where small panel / enclosure or switching cabinet want to cool. Many features of the PAC1 and PAC2 make it ideal for wide range of cooling application. Basically it works on Peltier Effect; Peltier blocks are used with electronic circuit. PAC1 and PAC2 can work in the most adverse environment conditions. They are suited for working in high ambient temperatures or heavily polluted ambient air. The warm air inside the switching cabinet is blown into the cold exchanger by a fan and thereby cooled. There are not refrigerant and thus no danger of leakage. In addition, our switching cabinet coolers can therefore be used in moving or accelerating systems

Axis Vortex Cooler VC2 are designed to deliver continuous cold air to industrial panel to avoid overheating the system. Axis Vortex Tube VT1 are designed to deliver cooling of cutting tools (lathes and mills, both manually-operated and CNC machines) during machining. for challenging environment recommended to use VC2. It is mainly used where electricity resources is a challenge. It is fully mechanical device hence very less maintenance is required. Used in Oil and Gas refinery, power, chemical, pharmaceutical industries, product chilling machine, industrial PC cooling as well as machine control panel. Many features of the VC2 & VT1 make it ideal for wide range of applications for air cooling. It has main advantage is that it prevents dust and ingress protection of cabinet / panel / Machine hence eliminates down time of the system or machine. Basically it works on vortex tube principle , the hot air produced by the hot end the vortex tube and cold air released at opposite end and enters where cooling is required. hot air released to the atmosphere via vent entry of VC2 & VT1.

Air heaters of series 802 are designed for direct heating of gaseous incombustible flowing air. Typical applications are in the field of ventilation and air conditioning as well as in drying equipment and process engineering. Air duct heaters in this design are used for overpressure up to 10 mbar. For higher pressures, we design air heaters gas-tight welded according to Series 803 or as electric circulation heaters.

Air heaters of series 803 for round ducts are designed for direct heating of flowing air and non-flammable gases and mixtures. The heaters consist of a rectangular steel housing with conical transition pieces; connections are gas-tight welded. For higher operating temperatures the electric terminal enclosure will be mounted at a distance from the heating chamber, the space between can be thermally insulated. Supporting brackets for both vertical and horizontal mounting can be attached. Typical applications are in the field of ventilation and air conditioning as well as in drying equipment and process engineering. Duct heaters of this design are used with pressure greater than 10 mbar. For pressures > 0, 5 (bar) our electric circulation heaters are used.

For a perfect control of our heaters, we recommend our CSN Standard Control System for Air Heaters 810/4-63 control cabinetmain switchmain fusecontrol fusesteps switchindication light Materials used for our air heaters: housing: stainless steel AISI 304, CSN Tubular heating elements exchangeable, material AISI 309 similar, fan, Terminal box: steel powder-coated RAL 7035Temperature controller and limiter

IDEAL DIRECT HEATING, protection mode IP 34The main field of application: Temporary or permanent heating for workmens huts, garages, stores, and workshops. Features:814/2 to 814/15: Casing of red varnished galvanized steel sheet814/21 to 814/36: Casing in stainless steelrefined tube heaters operating below red heatmotor overload protectionportable

Application:E.g. spot heating of production processes, drying of pipes Consisting of:a steel sheet duct with incorporated tubular heating elements, terminal box, thermostats, switch and a blower, suitable for connection to a pipe system with 5 m connection cable, time-delay relay CEE plug Features:step = cold, only the fan is switched-onstep = half capacitystep = full capacity

Application for air heater type 841: E.g. punctiform heating of working places, thermal shielding at doors, heating of building containers, and dressing rooms. Consisting of a sheet steel housing, built-in high-capacity heating elements, not brought to red heat an axial-flow fan. Features:Including indicating lamp and robust rotary switch.Position 0 = offPosition 1 = 1/3 powerPosition 2 = 2/3 powerPosition 3 = 3/3 power

Air heaters of series 850 for round ducts are designed for direct heating of flowing air and non-flammable gases and mixtures. Typical applications are in the field of ventilation and air conditioning as well as in drying equipment and process engineering. Air duct heaters in this design are used for overpressure up to 10 mbar. For higher pressures, we design air heaters gas-tight welded according to Series 803 or as electric circulation heaters. Features:Materials used for our air heaters: air duct in stainless steel 1.4301 (AISI 304), optionally in painted steel CSN tubular heating elements, exchangeable, in stainless steel 1.4828 (AISI 309) Terminal enclosure in steel, powder-coated RAL 7035 Protection class IP-54.Optionally IP-65

The HygroProII moisture transmitter is an intrinsically safe, compact, loop-powered display transmitter designed specifically to meet the demands of rugged industrial applications. With certified intrinsically safe electronics (when installed with appropriate associated apparatus) packaged in an IP66/IP67/Type 4X enclosure, the HygroProII is ideal for use in pipeline natural gas, petrochemical, power generation, and other industrial gas or hydrocarbon liquid applications. Features:Intrinsically safeAmbient to ppb-level moisture measurement using next-generation aluminum oxide moisture sensorBuilt-in temperature sensor for temperature compensationOptional pressure sensorCalibrations traceable to National Institute of Standards and Technology (NIST) or National Physical Laboratory (NPL) with the option of fully accredited calibration to ISO 17025Complete programming capability via User Interface that consists of integrated display and 6-button keypadAnalog and digital outputsHART communication over the 4 20 mA analog output

The SMART ABAM Ammonium Sensor measures the concentration of dissolved ammonium nitrogen (NH4-N) in water. The sensor uses three electrodes to determine the NH4+-N concentration, an Ammonium Ion Electrode, a Potassium Ion Electrode, and a pH Electrode. The SMART ABNO Nitrate Sensor measures the concentration of dissolved nitrate nitrogen (NO3N) in water. The sensor uses two electrodes to determine the NO3N concentration, a Nitrate Ion Electrode and a Chloride Ion Electrode. Features:Measuring Principle: Ion-selective electrodes methodAutomatic Compensation Temp.: 0 to 100 C Optional: pH, K+, Cl-Interface Modbus: RS485Power Supply: 24VDC by GDC, Max. 1WAuto-Cleaning : 3 to 5 bar air or waterMaterial: SS316, PVDF, PTFE, GlassProtection: IP 68CE Marking: EN 61326-1:2013 Electromagnetic Compatibility EMC Specification: Industrial Wastewater Municipal & Sewage Wastewater Drinking Water Surface Water Monitoring Ground Water

In extractive gas analysis it is important to protect the measuring cells from any type of contaminants. In addition to removing particle contamination, its also extremely important to separate moisture and condensation. If the sample gas flowing through the conditioning system is pressurised, drains with automatic drain valves can be used to discharge condensate settling in the sample gas cooler. These do not require any additional energy supply and are available in various material combinations.

The back pressure regulator is used to maintain a constant sample gas pressure inside the analyser regardless of the respective barometer reading, and installs in the gas outlet of the analyser. Using the back pressure regulator eliminates measuring errors due to barometric variation. The back pressure regulator is set to a pressure higher than the normal fluctuations in the atmospheric air pressure.

Features: TSK-G3/4G3/4 thread connectionUp to 2 temperature switching pointsProbe length up to 1 mLow hysteresis

Since the viscosity of oil changes based on the temperature, operating temperatures must be monitored. Depending on the requirements, monitoring by means of indicating the minimum temperature to warning points and ending with shut down will suffice. The warning or shut-off points are implemented using a bimetallic switch and in the process, hysteresis can also be used as a reset point. The TSK-Atex series consists of simple electrical equipment. In the case of intrinsically safe connections as per EN 60079-14, the TSK-Atex can be used in Zone 1 (group IIC, device category 2G) explosive areas; this also applies to the inner zone of the tank. The temperature switches are classified as temperature class T4. The temperature switch was designed to allow removing the electrical inner workings without having to remove the switching tube from the tank. This is convenient if the temperature switch is installed laterally inside the oil.

Versions:TSK-1 = with one temperature contact : TSK-2 = with two temperature contacts Switch element:Bi-metal Switching function:NC = NC contact/NO = NO contact Switching temperature:45 to 80C (also see chart) Probe length L max.:1000 mm

The CSN-cartridge type heating elements and bath heaters are manufactured for nominal voltages from 110 up to 690 volts D.C. and A.C. In the case of higher heating capacities 3 or more elements each, being individually divisible by the factor 3 can be star or delta connected to 230 and 400 volts A.C. three-phase mains. At 12 kW and a related length, the elements are fabricated for 400 volts A.C. three-phase delta connections. In any case, the desired voltage and type of currency have to be stated. The capacity, indicated in the schedules by 3 watts/cm2 loading of the pipe surface area intended for water and liquids similar to water or thin-bodied oil respectively up to 100 C. In the event of higher temperatures or other media, the surface load is reduced. Features:These cartridge type heating elements can be installed in existing pipes of copper, steel and special steel.The heating elements consist of ceramic carrier with high electrical insulatating values.A high-quality heta-proof electric resistance wire of helical shape is embedded in the slots.Any collapse of the heating conductors will be avoided in the case of a horizontal arrangement.

Chilled mirror hygrometers are used in standards and metrology labs as well as in industrial applications where precise and repeatable humidity measurement and control are required. The inherent accuracy and long term stability provide many advantages over other types of humidity measurement technologies. Features:Measurements traceable to national standardsBuilt-in data loggerMultiple measurement units can be displayed and transmittedPatented PACER cycle automatically cleans mirror to ensure measurement integrity

The SMART ABFC chlorine sensor (non-reagent type) is used for measuring the concentration of chlorine present in sample water, such as chlorine (Cl2) hypochlorous acid (HClO), and hypochlorite ion (ClO-). The SMART ABFC determines the chlorine concentration by measuring voltage corresponding to the diusion current between the indicator and counter electrodes and by applying temperature compensation to the diusion current.

Smart ABCS includes two parallel plates placed into the measuring medium, provides potential on the two plates (usually are sine wave voltage), then measures the current between them: the sensor has two types two polar and four polar types. the self-cleaning function can be selected according to the use environment. it has stable data and reliable performance. The internal self-diagnosis function makes ensures accurate data. Its installation and calibration are easy, It can be widely used in a sewage plant, water plant, water station, surface water, industry and other applications.

The DewPro MMY30 is a loop-powered transmitter with 4 to 20 mA output. The DewPro MMY30 is specifically designed to measure dew point or ppm in gases at line pressure or atmospheric pressure. The planar aluminum oxide sensor provides excellent corrosion resistance, longer calibration stability, quick response times, and an exceptionally low temperature coefficient. The optional integrated display with user interface provides full programming and diagnostic capability. The DewPro MMY30 features an integral flow cell for filtration and flow regulation making it ideal for monitoring the moisture content in various process environments. Several options are available for the process connection allowing easy installation of the transmitter. Applications include desiccant air dryers, pipeline natural gas and industrial gases. Features:Loop-powered, 4 to 20 mA transmitterFast response planar aluminum oxide sensorIntegral filtering and flow regulationTrouble-free indoor or outdoor mountingField validation with the MMY245 moisture analyzerMicrocontroller electronics in Type 4X/IP67 enclosure

The DewPro MMY31 measures dew point or ppmv in gases. It is a cost-effective, loop-powered dew point transmitter designed for in-line installation where trace moisture measurement is required. The planar aluminum oxide sensor provides excellent corrosion resistance, longer calibration stability, quick response times, and an exceptionally low temperature coefficient. The DewPro MMY31 mounts directly in-line in your process gas, where a bypass installation is not appropriate. It is easily installed via a variety of adjustable insertion length compression fittings. The optional integrated display with user interface provides full programming and diagnostic capability.Applications include glove boxes, environmental chambers, test chambers, and other locations where direct insertion is required. Features:Loop-powered, 4 to 20 mA transmitterFast response planar aluminum oxide sensorTrouble-free indoor or outdoor mountingField validation with the MMY245 moisture analyzerMicrocontroller electronics in Type 4X/IP67 enclosure

These reversing taps are primarily used to switch analysis flows. They are available with different switching functions. Clamps available for mounting. Features:The products do not fall under Directive 2014/34/EU. However, they do meet the fundamental safety requirements of Directive 2014/34/EU and are therefore suitable for use in explosive areas (Zone 1, explosion group II C).

The TMO2D is an optional display and control module that enhances the performance and operation of transmitters such as the XMO2, XMTC or OXY.IQ. It provides a two-line x 24-character backlit LCD display, display and option programming via keyboard, recorder outputs, alarm relays, and relays for driving sample system solenoids for automatic zero and span calibration, as well as a 24 VDC power supply for the transmitter. Features:Two-line x 24-character backlit LCDSingle or dual isolated, 4 to 20 mA outputsUp to four field-configurable process alarmsAutomatic calibration relays

Multifunctional device for display and monitoring of various measurements like level, temperature, and pressure.Units like cm, inch, C, F, bar or psi programmable.Up to four programmable outputs.Analogue output (adjustable as current or voltage output) plus one, two or four programmable outputs.Two switching outputs adjustable as frequency output (1 to 100 Hz).Switching output adjustable as window or hysteresis.Menu structure based on VDMA guidelines.

Introducing the NEW Rugged Dissolved Oxygen Sensor exclusively for BAS-SMART ABDO. The BAS-SMART ABDO sensor utilizes lifetime-based optical fluorescence sensor technology to provide an extremely stable, precise, and low maintenance dissolved oxygen sensor. Unlike traditional ABDO sensors. The SMART ABDO does not require membranes, stirring, and cleaning and allows deployment for many months without the need for re-calibration.

One conditioning step in extractive analysis of process and emissions gases is reliable, constant reduction of humidity in the sample gas. The condensate this produces results in sometimes considerable washout effect. This can result in inaccurate measurements, particularly in acidic gas components (e.g. SO2). Adding acidic liquids at an appropriate point in the conditioning system reduces the acid solubility by manipulating the pH level in the condensate, ensuring reliable measurements. The EMIDos dosing unit was designed for this specific application. It consists of a wall mount made from non-corrosive stainless steel. This holds the reservoir for the dosing agent and the dosing pump with adequate capacity. The tubing has minimal cross-sections to ensure rapid response times. An adjustable sensor for monitoring the residual level is located on the side. The suction port us located inside the container cover. Features:Compact design.Dosing pump with consistent flow rate.Dosing connection for heat exchanger included.Reduces SO2 washout (complies with EN 15267).Stainless steel wall mount.Dosing pump with pump bracket.

EX Controller is designed for continuous measurements with Smart Sensors in both general-purpose industrial and municipal environments. EX Controller is explosion-proof allows it to be programmed without removing the cover, making it easy and economical to change batch sizes in the hazardous area

The XDP explosion-proof display provides the measurement of percent or ppm oxygen or hydrogen gas. The explosion-proof XDP is certified for use in Class 1, Division 1, Groups B, C and D as well as Zone 1 ATEX/IECEX Ex d IIC T6 Gb hazardous areas. The XDP features advanced microprocessor-based electronics, a magnetic, through-the-glass keypad, a universal power supply (magnetic), one 0/4 to 20 mA or 0 to 2 VDC analog output, four process alarms, and a fault alarm. Features:Explosion-proof for Class I, Division 1, Group B, C and D hazardous areas, Nema 4XFlameproof for ATEX II 2 G Ex d IIC T6 Gb IECEX Ex d IIC T6 Gb IP66Magnetic through-the-glass keypadUniversal AC input, Optional 24VDC input24 VDC power supply for XMO2, XMTC or OXY.IQSoftware for measurement of percent or ppm oxygen or hydrogenThree-curve software for hydrogen-cooled generatorProgrammable process relay contacts

Flanged immersion heaters are used in process engineering, cleaning technology, chemical industry, plastics industry, as well as in mechanical engineering and shipbuilding. Flange heaters are particularly suitable for heating water, caustic solutions, heat transfer liquids, heavy oil, asphalt, turbine oil, and hydraulics oil. Features:Nominal output: up to 1000 kW Nominal width: DN 50 to DN 1000Number of circuits: to be agreed upon Nominal pressure: PN 6 to PN 100Operating temperature: Installation length: up to max. 3500 mmLiquids: up to 520 C Rated voltage: up to 1100 Volt 3

Circulation heaters are used in process engineering, cleaning technology, chemical industry, plastics industry, as well as in mechanical engineering and shipbuilding. Heater vessel made of steel, boilerplate or stainless steel. The position and dimensions of the flanged inlet and outlet nozzles are adapted to the specific requirements. Seals are supplied according to requirements or customers specification. Features:Flanged immersion heater with terminal enclosure in steel or stainless steel containing terminal clamps as well as optional temperature control elements.The cooling zone between the flange and the terminal enclosure is chosen in such a way that overheating of the components in the terminal enclosure is avoided.The electrical protection class of the terminal enclosure with metric cable glands is IP 54. IP 65 is available on request.

A multi-use device reduces installation space and makes maintenance easy.Flange Dimensions according to DIN 24557 Part 2.Air breather filter with integrated level and temperature monitoring.Filling port with a quick disconnect device.Sample port with a quick disconnect device.Visual monitoring of the air breather filter optional. Features:Hydac air breather filter.Quick and easy adjustable level contacts.Plug and play system Up to 4 contacts.Bi-metal contacts, Pt 100 or 4-20 mA signal output for temperature.NV 74D equipped with a display and control unit.Easy operation via 3 keys.Highly visible LED display.Up to 4 programmable temperature switching outputs.Optional continuous temperature output signal, programmable 4-20 mA, 0-10 V or 2-10 V.

A radiation thermometer system, using two sensors, provides a continuous true temperature of the reheat furnace load and with it the possibility of big savings in operation costs. The Measurement The first sensor, a radiation thermometer operating at a wavelength of 3.9m, measures the apparent temperature of the furnace load. The output from this thermometer contains a component that is due to radiation from the hot background being reflected from the load. A second sensor measures the background temperature. The outputs from the two sensors are applied to a thermometers signal processor which continuously computes the true load temperature corrected for the background radiation. The Application High system measurement accuracy (typically better than +20C/+36F at 1000C/1830F) is obtained in gas-fired (natural/blast furnace/coke oven) steel reheat furnaces even in the first heating zone. Similarly, high accuracy measurements can be achieved in many furnaces fired on light or heavy oil. Close consultation with Land Infrared is advisable for best results on oil-fired furnaces. The system is also suitable for use on a wide variety of other furnace applications where background reflections are affecting single sensor system measurements.

The CDA thermometer is optimized to accurately measure the true gas temperature in boilers and incinerators using AMETEK Lands unique non-contact infrared technology. CDA sees through a cold ambient atmosphere to measure the main combustion product, hot carbon dioxide. With advanced spectral filtering of CO2, CDA provides a true gas temperature for exceptional control improving both process safety and process efficiency. Installed at a boiler or incinerator, the thermometer works non-contact, 24/7, with its sight path extending above the furnace bed. With a two-wire loop connection and standard 4-20 mA signal output for easy connectivity, CDA ensures no interference with the process, ensuring accurate measurement and high reliability. Originally designed for measuring gas temperature in incineration processes like waste, biomass, and others, the CDA can also be used to measure furnace exit gas temperature in power generation and industrial processing applications provided the path length is sufficient.The CDA thermometer is AMETEK Lands non-contact solution for measuring gas temperature in furnace processes. Features:RESILIENT AND ACCURATE MEASUREMENTCOMPATIBLE WITH SYSTEM 4 ACCESSORIESMINIMAL MAINTENANCE REQUIREDMEASURES FURNACE EXIT GAS TEMPERATURE (FEGT)

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The EGK 1 Ex2 compressor sample gas cooler is ATEX, IECEx and EAC Ex approved and is suitable for operation in explosive zones with up to 2 gas paths.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The EGK 10 is a compressor high performance cooler with a special heat exchanger. Suitable for wall-mounting or desktop operation.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The EGK 1SD is a medium duty compressor sample gas cooler. It can be wall-mounted or used as a table-top cooler with up to two gas paths.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The compact system EGK 2-19 is a 19 rack with sample gas cooler and condensate drain, particle filter and moisture detector for up to two gas paths.

In emission measurement, process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations as well as measurements in small combustion plants or exhaust gas analysis in automotive engineering. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The EGK 2-19+ series features a new generation heat exchangers with a particularly low wash out effect of watersoluble components and are specifically suitable for measuring emissions. Particularly the wash out effect of SO2 is low. These coolers can therefore be used for so-called automated measuring systems (AMS) per EN 15267-3.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The EGK 2A Ex is ATEX approved and equipped with up to four separate gas paths is suitable for operation in explosive zones. It has a digital temperature display and alarm outputs.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The EGK 4S is a compressor sample gas cooler for up to 8 separate gas paths and is an essential component in sophisticated analysis systems.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The RC 1.1 is a compressor sample gas cooler for up to 2 gas paths and is an essential component for sophisticated analysis systems.

In emission measurement, process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations as well as measurements in small combustion plants or exhaust gas analysis in automotive engineering. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The RC 1.2+ series features a new generation heat exchangers with a particularly low wash out effect of water-soluble components and are specifically suitable for measuring emissions. Most notably, the washout of SO2 is low. These coolers can therefore be used for so-called automated measuring systems (AMS) per EN 15267-3.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. Many applications require equipment which can be used in explosive areas. This is where the TC-Double X2 series provides solutions for Zone 2 or Class I, Division 2.

In emission measurement, process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations as well as measurements in small combustion plants or exhaust gas analysis in automotive engineering. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The TC-Double+ series features a new generation heat exchangers with a particularly low wash out effect of watersoluble components and are specifically suitable for measuring emissions. Particularly the wash out effect of SO2 is low. These coolers can therefore be used for so-called automated measuring systems (AMS) per EN 15267-3.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The TC-MIDI sample gas cooler is a component in this conditioning chain if the process or ambient conditions require a higher cooling capacity.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. Many applications require equipment which can be used in explosive areas. This is where the TC-MIDI X2 series provides solutions for Zone 2 or Class I, Division 2. The TC-MIDI X2 sample gas cooler is a component in this conditioning chain if the process or ambient conditions require a higher cooling capacity.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The small dimensions make the TC-MINI sample gas cooler particularly suited for OEMs to build into compact sample gas conditioning systems.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. Despite its small size, the TC-Standard sample gas cooler already covers a large percentage of standard applications in gas analysis.

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. Many applications require equipment which can be used in explosive areas. This is where the TC- tandard X2 series provides solutions for Zone 2 or Class I, Division 2. Despite its small size, the TC-Standard X2 sample gas cooler already covers a large percentage of standard applications in gas analysis.

Gas analysis is a complex field. The sample gas to be analysed must be extracted and handled under quite diverse conditions to yield representative and reliable analysis results. One requirement may be that the sample gas be particle-free and extracted and transported hot. The AHF-22 heated particle filter is particularly suited for this type of application. The filter element can quickly be changed without interruption and without tools.

The most common problems in gas analysis systems are related to sample gas conditioning and the sampling lines. Condensate in the sample gas, adsorption and contamination from the sample gas line can affect the accuracy of measurements considerably. Sampling lines transport the sample gas from the sampling point to the gas conditioner or the analyser. The heated sampling lines keep the temperature of the sample gas above the dew point or the reaction temperature, preventing gas condensation in the analysis system. Condensation must be prevented in the sampling lines for accurate, reliable measurements. Our experts will gladly advise you on selecting suitable sampling lines and other components for your specific application.

The DewPro MMR101 is a high-temperature loop-powered moisture and temperature transmitter. The transmitter is housed in a Type 4X/IP67 enclosure and features a simple two-wire or four-wire connection. The DewPro MMR101 uses a proven polymer capacitive sensor to provide a humidity measurement range of 0 to 100% RH with an accuracy of 2% up to 149F(65C). A platinum RTD temperature sensor delivers temperature measurements in the range of 32F to 300F (0C to 150C). The optional integrated display with user interface provides full programming and diagnostic capability. In addition, the transmitter is FM approved instrinsically safe/explosion-proof for use in Class I, II, III, Division 1 and 2, Groups A, B, C, D, E, F&G hazardous (classified) locations. With an operating temperature up to 300F (150C), the DewPro MMR101 is ideally suited for the harshest applications. The transmitter can report moisture content in relative humidity, dew point temperature, absolute humidity, and mixing ratio. Applications include food processing, high temperature solids drying, paint and coating/finishing processes, pharmaceutical processing, and other industrial applications.

Tubular heater, 8, 5 mm diameter, of special steel 1.4571, with supporting handle, protection mode IP 67, hose proof, lead-in 3 x 1, 5 sq. mm, with plug with earthing contact (up to 3 KW), as well as holding clip. The heater is to be introduced into liquid in a suspended vertical position, using the holding clip, while the liquid level must not be lower than the minimum depth of immersion.

MemoRail Modbus is a space-saving transmitter with Modbus RTU interface in a 17.5 mm modular housing. Available as a 1- or 2-channel version for operation with contactless Memosens sensors as well as the SE 80 digital conductivity sensor and the SE 740 optical oxygen sensor. The compact multi-parameter analyzer supports a variety of process variables: pHORPContacting conductivityInductive conductivityAmperometric oxygenOptical oxygenTemperature

Premium Knick technology now in high-performance basic versions: The new Stratos Eco series is designed for use in almost all standard applications. The reliable 4-wire devices for measuring pH value, conductivity, or dissolved oxygen are the result of our highly efficient product development process.

Stratos Evo is the latest evolutionary stage of analyzers. The 4-wire multi-parameter device for measuring pH value, ORP, conductivity (conductive or inductive) or dissolved oxygen. The high-performance highPower broad-range power supply allows the operation with optical oxygen sensors. The HighPower supply offers another advantage thanks to the option of also supplying external 2-wire transmitters, for example pressure or flow transmitters. The respective signal can be displayed and processed via the 4 20 mA input. Features: Comprehensive features and flexibility enable universal application. One device for pH/ORP, conductivity or oxygen (configurable) Operation of Memosens sensors Interchangeable modules for operation with conventional analog sensors HighPower supply for operating digital optical oxygen sensors

With its exceptional range of functions and application-oriented design, Stratos is well-established in the entire chemicals industry, in process and power plant engineering and in the pharmaceutical and biotechnology industries. With its outstanding quality and diversity of equipment, the Stratos Pro series is the reference in 2-wire technology for process analytics. Stratos Pro is suitable for wall, pipe or panel mounting. The rear unit can be pre-assembled, all parts are easily accessible thanks to the large terminal compartment.

In hydraulics and lubrication technology, the fill level of oil tanks needs to be monitored. Here, modern factory automation requires compatible signals. The Nivotemp M series features a group of devices for both monitoring the level as well as the level and temperature in hydraulic or lubrication units.

Level Switch for external Installation NS 1-G1/2-AM Features:Visual and electrical level monitoring.Small, compact design.Easy installation.Adjustable contacts.Connector included.Rugged design.Variable mounting dimensions.

Forging and press technology require large fluid volumes to be moved very rapidly under high overpressure. For this purpose, hydraulic accumulators are charged with the fluid up to the required operating pressure and pressurised to release the desired volume at the correct pressure at the defined time. The NS 250 and NS 360 series are suitable for monitoring variable fill volumes in these types of systems. Available with up to 250 or 360 bar pressure ratings, they indicate the desired liquid level via clearly visible sight glass float, as well as via variable switching contacts and/or continuous output position encoder. A magnetic field generated by the interior unsinkable main float moves the sight glass float. The same magnetic field also triggers the electric contacts and the position encoder.

In hydraulics and lubrication technology, the fill level of oil tanks needs to be monitored continuously. Here, modern factory automation requires compatible signals. Despite central system control, visualizing the current level on the actual tanks is often desired. To minimize production costs and the space required on containers, it makes sense to use one monitor for both e.g. the fill level and oil temperature. The Nivotemp series meets virtually all requirements arising in this area of application.

Forging and press technology require large fluid volumes to be moved very rapidly under high overpressure. For this purpose, hydraulic accumulators are charged with the fluid up to the required operating pressure and pressurized to release the desired volume at the correct pressure at the defined time. The NS 64 and NS 100 series are suitable for monitoring the variable fill volumes for these systems. Available with up to 64 or 100 bar pressure ratings, they indicate the desired liquid level via clearly visible sight glass float, as well as via variable switching contacts and/or continuous output position encoder. A magnetic field generated by the interior unsinkable main float moves the sight glass float. The same magnetic field also triggers the electric contacts and the position encoder.

NS-OM-61/63 Visual and electrical liquid level monitoring.Max. voltage 230 V.Variable lengths.Version NS-OM-63 with analog output 4-20 mA for continuous liquid level control.

NS-OM-61/63 Visual and electrical liquid level monitoring.Max. voltage 230 V.Variable lengths.Version NS-OM-63 with analog output 4-20 mA for continuous liquid level control.

In hydraulics and lubrication technology the fill level of oil tanks needs to be monitored continuously. Here, modern factory automation requires compatible signals. Despite central system control, visualising the current level on the actual tanks is often desired. To minimise production costs and the space required on containers, it makes sense to use one monitor for both e.g. the fill level and oil temperature. The Nivotemp series meets virtually all requirements arising in this area of application.

In hydraulics and lubrication technology the fill level of oil tanks needs to be monitored continuously. Here, modern factory automation requires compatible signals. Despite central system control, visualising the current level on the actual tanks is often desired. To minimise production costs and the space required on containers, it makes sense to use one monitor for both e.g. the fill level and oil temperature. The Nivotemp series meets virtually all requirements arising in this area of application.

In hydraulics and lubrication technology the fill level of oil tanks needs to be monitored continuously. Here, modern factory automation requires compatible signals. Despite central system control, visualising the current level on the actual tanks is often desired. The Nivotemp M series was designed to integrate small oil tanks and little space available for add-on units and monitoring equipment in sophisticated system monitors. It combines small installation dimensions with a high functional density and easy operation.

The oil tank is the key component of hydraulic and lubrication systems. The operating oil is removed from the tank and then returned to it. Depending on what the system is used for, the levels in the oil tank can fluctuate to varying degrees. In most applications, the level fluctuations result in an exchange of the vapour phase above the oil level with the ambient air. Therefore, virtually all oil tanks are equipped with a so-called air breather, to prevent contaminants in the ambient air from entering the system. To reduce costs and space requirements, a number of other system-related functions such as liquid level and temperature monitoring are also combined in the air breather in the Nivovent series.

The oil tank is the key component of hydraulic and lubrication systems. The operating oil is removed from the tank and then returned to it. Depending on what the system is used for, the levels in the oil tank can fluctuate to varying degrees. In most applications, the level fluctuations result in an exchange of the vapor phase above the oil level with the ambient air. Therefore, virtually all oil tanks are equipped with a so-called air breather, to prevent contaminants in the ambient air from entering the system. To reduce costs and space requirements, a number of other system-related functions such as liquid level and temperature monitoring are also combined in the air breather in the Nivovent series.

Loop Power Sensor, 4-20 mA Output Proportional to Vibration in Velocity, Top Exit 2 Pin Connector.

Nonincendive, Intrinsically Safe, CSA North America Class 1, Division 1 and IECEx/ATEX Zone 0, 1 Approved Loop Power Sensor, 4-20 mA Output Proportional to Vibration in Velocity, Top Exit 2 Pin Connector