Other Products / Services #9998835

Milk Analyser with Ultrasonic Sensor Technology Measuring Time 40 sec. LCD display with RS 232 interface. Weight: 3.8 Kg, Size: 105x300x250

Stack Monitoring Kit/Stack Sampler:

The most important function of the Stack Monitoring Kit is to measure the total volumetric discharge of gaseous and particle pollutants from the Boiler, DG stacks, Process outputs, and Scrubber Outlets.

It is crucial to quantify the hazardous pollutants that industries generate in order to make informed judgements about how to reduce pollution. In the process of stack monitoring, the Stack Monitoring Kit is essential for collecting samples from chimneys and stacks.

According to the Air Act of 1981 (Prevention &Control of Pollution), all industrial enterprises are required to measure and monitor their plant's emissions in order to maintain them within set limits.Each and every company (chemical, pharmaceutical, and manufacturing) should routinely monitor the amount of gaseous pollutants it releases into the environment in order to achieve this.

The extractive sample method, also known as the Grab sampling technique, is the most typical and extensively utilised methodology worldwide. The grab sampling approach is frequently used as the benchmark method. The use of grab sampling is not limited to one type of contaminant. For a variety of contaminants and concentration ranges, the same method can be employed with different reagents. This Stack Sampler VSS1 is an example of a Grab Sampler that can monitor industrial emissions from stationary source I Chimney and Vent for Particulate Matter (PM) and any watersoluble gaseous pollutants like SO, , NO., HF, Cl, , H, S, NH, etc.

SAMPLING ROUTINES REQUIRES PORTABILITY A true understanding of the emission characteristics can only be obtained by repeated and regular monitoring. So, having a basic, handy equipment that can be used more frequently with ease and convenience is more significant than having a large, complicated system. Occasionally, transportation attempts get busier & more expensive than the monitoring itself. The necessity for an upgraded and handy instrument has been recognised based on our experience and the helpful comments we have received from a sizable number of important clients, regulatory bodies, consultants, and R&D centres.

To solve these issues, the Stack Sampler VSS1 was created. The guiding premise is straightforward. A filtering thimble is used to capture the particulate matter. It uses appropriate reagents to capture and absorb different gaseous contaminants, They are later examined using straightforward wet chemistry techniques to establish the concentration of particular contaminants.

GENERAL FEATURES

A digital pressure cell rather than a bulky manometer.

Calculates the volume and total quantity of emissions.

Establishes the gas's velocity.

The panel's size and weight were reduced.

Pitot and probe pipe extendable arm.

Carrying case for the probe set.

The ability to measure temperature and suction pressure for each PM and GAS stream separately at the metering site.

The fewest possible joints to prevent leaks.

Tripod stand for improved access.

A portable, light-weight vacuum pump with compact hardware.

Simplified glass joints for train sampling.

Respirable Dust Sampler

The practise of assessing contaminants in the amount of air that can be inhaled by employees at a certain location is known as espirable dust sampling. To ensure that workers' health is not in danger, a variety of dust sampling techniques are employed to measure the amount of dust particles and chemical vapours.

With industrial employees who are frequently exposed to vapours, gases, and particles, respirable air sampling is fairly common. By monitoring the air, hazardous substances that are still present in the atmosphere can be found and effectively controlled.

Product Description

FDS (2.5 / 10) made by KDM PM TRAVELING FINE DUST SAMPLER (Can Monitor Either PM 2.5 OR PM 10 at a time)

Model-based on a microprocessor (DATA LOGGER FOR ALL 5 PARAMETERS)

Developed in accordance with international standards, USEPA regulations, and Indian CPCB guidelines

PM EPA 2.5 Size Separator PM 2.5 SUCCESS EPA Impactor PM 10 Size Separator Using a 10 separation assembly and a sample transfer tube, the omnidirectional ambient particle inlet.

Filter Cassette with a 47 mm Filter Media is placed in a Filter Holder assembly.

Volume Totalizer & Flow Rate Meter (USEPA Procedure Followed)

Actual operating conditions are shown as Flow in LPM on a Digital Display with a Resolution of 0.01 LPM.

Throughout the sampling period, the flow rate was kept constant at 16.67 LPM with a 2% accuracy thanks to a microprocessor-based digital flow controller.

Timer/Clock System

Programmable Real-time control system with automatic start and stop, digital time and date display, and sampling time display. Precision 2 min/month.

Temperature Sensors For Filter Temperature Range & Ambient Temperature

Range: 5 to 50 C with a 0.10 C resolution.

Range of the bar press sensor is 600 to 800 mm Hg. 1 mm Hg as the resolution

Display

20x4 LCD display calibrated by FCRI PALLAKKED presenting parameters in real time, i.e.

Flow Rate (16.67 LPM).

Volumetric flow, barometric pressure, ambient temperature, and filter temperature output are all included.

USB Flash Drive with RS-232C terminal for connecting to a computer (Optional)

Dimensions and Weight of Calibration Factory Calibration Certificate: (17x13x19)/Approx. 25 Kg

Nuline Milk ScannerMeasuring Time 40 sec. LCD display with RS 232 interface.Weight: 3.5 Kg, Size: 100x223x216 mm

personal air sampler introduction

there is a chance that workers at many industrial and construction sites will be exposed to hazardous dust, vapours, and gases. since inhalation is typically the most major route of entry into the body, it is crucial to pay close attention to the air they are breathing.

in general, we use a sample pump to extract a known volume of air through an appropriate sampling media. filter paper or other suitable solid medium would be used for particles and fumes, and a sorbent tube, or perhaps an impinger or bubbler, would be used for gases and vapours. with the sampler situated in the breathing zone, a typical sampling train for personal monitoring would resemble this;

gas sampling bags, like tedlar bags, are used for collecting samples of gases. moreover, background exposure can be measured using passive or diffuse sampling methods. they are sealed badges that are sampled, worn on the individual for the specified amount of time, sealed, and then sent off for analysis.

to enable hands-free sampling of inhalable gaseous pollutants and particulate matter in the air actually breathed by the person at work, personal air sample is a battery-operated tiny air sampler that may be fastened on to a person.

uses include: monitoring fugitive gas emissions in the workplace, workplace air quality, and workplace monitoring. they are also used in places of employment for businesses in the chemical, paint, cement, sugar, and other industries.

features of the physical design include a holder for the sampling medium, a suction pump, a flow measurement device, a flow controller, and a battery for each personal air sampler.

for sampling of dust or particles, a suitable filter that has been placed in a filter holder serves as the sampling medium. an adsorption tube that is filled with pollutant-specific adsorbents like activated charcoal, tenax gc, etc. serves as the medium for sampling gases and vapours.

the filter or the adsorption tube must be the only one of the two media being utilised at once.

the suction needed to draw air through the sampling media is provided by a low power diaphragm type suction pump. a large capacity rechargeable li-ion battery powers it. a tiny rotameter that has been carefully built can measure flow.a ball valve, a needle valve, or an electronic circuit can be used to control flow.

a battery-operated model with a rechargeable battery is one of its key features.

used to monitor the air quality in workplaces or on shop floors.

small and lightweight, weighing under 500 grammes

to assess tlv exposure, the filter holder or adsorbing tube can be held at the level of inhaling.

may be worn by the user

model that is lightweight, convenient, and reasonably priced.

High Volume Air Sampler for PM2.5

KDM Global's line of extremely reliable and durable samplers created for capturing particulate matter and gaseous contaminants in ambient air are known as High Volume Air Samplers (HVAS).

The High Volume Air Sampler (HVAS) is a piece of equipment used to sample huge amounts of ambient air in order to filter out the particulate matter it contains. Finely divided solids or liquids that are spread in the air from natural sources, industrial operations, or both are referred to as particulate matter.

To stop collecting of particles larger than a certain size, a Size Selective Inlet (SSI) is used as a pre-filter. Size Selective Inlet (SSI) PM 2.5 only allows particles with an AED = 2.5 micron diameter to enter the collection medium; particles larger than 2.5 microns are not allowed.

Features of the physical design:

High Volume Air Samplers, such as the PEV-HVS and PEM- RDS series, PM2.5HVS, are made up of a large blower, a filter to catch suspended particles, and a way to gauge the flow rate. Through the side apertures of the SSI, suspended airborne particles are sampled at sampling rates ranging from 1.1 to 1.6 m3/min and collected on a 203 x 254 mm filter paper.

Important Features:

Electronic Control Module with a Microprocessor; 32-character LCD Module with alphanumeric characters; Electronic Timer Cumulative Totalizer.

Continuous Duty Blowers; Settable Delay & Sampling Time

The exhaust orifice plate meets with USEPA standards.

An optional gaseous sampling attachment for all models.

By replacing the gable roof with SSI, it can be transformed into a PM10 sampler.

Unique Characteristics:

Free flow without resistance at 1.1 to 1.7 Cu m/min flow rate.

Particle Size: Depending on the filter being used, down to 0.3 micron. Filter holder made to fit any standard 8" X 10" (20.3 X 25.4 cm) size filter sheet.

The GF/A filter is advised for general use, and EPM 2000 for specialised research.

Time Totalizer: Record the running time in hours from 0 to 99999.99 hours for sampling time:

Automatic Sampling: A 24 hour programmable timer that automatically turns the device on or off after the preset intervals can be easily set.

220 volts, 5 amps, single phase AC power requirements.

Rotameter flow rate is measured with a plastic body flow metre with a 2% FSD accuracy between 0 and 3 lpm.

Description This handy air sampler is portable and operates on both a mains power source and a rechargeable battery. For the purpose of monitoring air quality, this is helpful for gathering air samples. This is the best monitoring tool for indoor air quality. It includes a pump, a digital timer, a rotameter (05 LPM), and a flow controller with space for storage sampling equipment in a small stainless steel box. uses a rechargeable lead acid battery from SMP. When ingested, chemical compounds that are disseminated in the office environment as gases, vapours, and aerosols may have a variety of harmful health impacts. To assess the quantities of contaminants, the Handy Sampler is employed. Uses include the identification of air contaminants such dust, acid mist, ammonia, H2S, and free chlorine. the evaluation of individual exposures. the general background levels to be discovered. to assess the success of the control. to determine STEL and TWA values. Analytical Sampling Devices: The type of contaminant will determine which analytical procedures are used. FILTER PAPER HOLDER FOR DUST MONITORING - The gravimetric method may be used to measure dust. if it contains metals or compounds made of them. The Atomic AbsorbtionSpectophotometer can be used to analyse it. IMPINGERS FOR GAS & VAPOURS ANALYSIS OF ORGANIC GAS SUCH SO2, NOX, ETC. It uses the titrmetric or spectrophotometric method. ACTIVATED CHARCOAL TUBES FOR HYDROCARBON AND SOLVENT VAPOURS ANALYSIS - Organic pollutants are gathered on absorbent material (Activated Charcoal, Silica Gel), then desorbed and examined byGC with an appropriate detector. Physical Design Highlights: KDM Global is made up of an electronic assembly, a flow controller, a suction pump, a flow measuring device, and a sampling train. Two glass impingers that are encased in thermocole housing may be found in the sample train. A single flow measuring device and a single flow control device are utilised, and the two impingers are pneumatically coupled in series to allow the sampled air to pass through them one after the other in succession. As a result, it only allows for the sampling of one pollutant at a time. Glass impingers are filled with pollutant-specific adsorbent solutions in order to trap the desired contaminants. Each sampler has all the components and subassemblies and is composed of corrosion-free stainless steel. A diaphragm-style suction pump is used for sampling. One low range precision rotameter is used to measure airflow. A tiny ball valve connected in series with the sample pump controls the flow of fluid. Important Details: Helpful for employing two impinger tubes to sample one gas at a time. Used for shop floor or ambient air quality monitoring, using an internal battery charger and an external converter as a DC supply. Electronic Timer With Microprocessor and Cumulative Totalizer Small size and light weight General Information: Selection Method Glass impingers with specific chemical reagents Glass impingers, two in series Housing A thermocole home Gaseous and particle samples taken simultaneously Gas or debris from an air suction pump, 1 Paraphrasing Type >1500 mm WC vacuum created Flow >3 LPM in Free Flow Meter Range: 0.22 to 3.0 LPM Flow Management Time display for a small ball valve 7 segment LCD display with 3 digits Using keys Electronics in 4 numbers: delay time, sample time, start, and stop For automatic start after the delay time, a microprocessor-based delay time settable from 0 to 99 minutes is available. Specify the sample time, which ranges from 0 to 999 minutes, and it will end automatically after that. With a laminated front panel, the stainless steel cabinet Physical Characteristics: 150 x 190 x 210 mm; 2.8 kgs Accuracy Requirements: Measurement of Flow Precision 3% of full scale Measurement of time: 1 minute more than 8 hours Operational Conditions: Power Battery Charger Input Power 100 V to 230 V AC 10%, 50/60 Hz Temperature 5 to 45 C Relative Humidity Up to 95% no

production capacity: 400 piece/hour, frequency: 50/60 hz, voltage: 220 v, surface finish: color coated, machine capacity: 10 ton

additional information:

• production capacity: 10
• delivery time: 1 month
• packaging details: wooden packaging

150 Watt UVC Germicidal Lamp

Light Source: UVC Lamp , Size /Dimension: 340mmx240mmx75mm Power : 14 Watt , TImer : Digital Timer, Application: A4 Size paper disinfection, currency etc

Light Source: UVC Lamp , Wavelength: 254 nm , Size /Dimension: 12x18x18 Inches, Power : 22 Watt , TImer : Digital, Application: Home , Small Office , Small Food Joints, Doctor Chamber etc

What exactly is a bomb calorimeter?

Bomb calorimeters are used to precisely calculate the energy shift that occurs during a reaction. The original Berthelot calorimeter was developed into the contemporary Bomb calorimeter. The combined bomb calorimeter of today is constructed of corrosion-resistant steel.

An apparatus known as a bomb calorimeter is used to measure the heat of reaction at a constant volume and the measured heat, also known as the change of internal energy (E). Chemistry allows for the measurement of a reaction's heat changes at a fixed pressure or volume.

How a Bomb Calorimeter Works

The combustion heat of samples that can burn with oxygen is measured using a specific kind of constant-volume calorimeter called a bomb calorimeter. Four crucial components are

Features:

Fully automated with a coloured PLC touch-screen display

One unit; no assembly is necessary

With automatic oxygen filling, direct screen reading, standardising capability, and 400 data storing in memory

RSD +/- 1 percent and temperature resolution of 0.001 degrees Celsius.

100 pills of 1 g of benzoic acid or 100 calories (imported)

Used for calculating the amount of heat produced during the combustion of fuel and other organic materials. Supplied complete with a water jacket constructed of brass/steel sheet that has been duly nicked and chromium-plated, with a bakelite lid.

Heavy-duty motorised duly stirrer for consistent circulation

Pettel, Briquette Apply forcefully.

Lighting and firing apparatus

spanners, a magnifying lens with nickel-chrome wire, a vibrating and buzzing device, and a cotton reel

Steel crucible, gas-releasing valve, and benzoic acid

What exactly is a bomb calorimeter?

Bomb calorimeters are used to precisely calculate the energy shift that occurs during a reaction. The original Berthelot calorimeter was developed into the contemporary Bomb calorimeter. The combined bomb calorimeter of today is constructed of corrosion-resistant steel.

An apparatus known as a bomb calorimeter is used to measure the heat of reaction at a constant volume and the measured heat, also known as the change of internal energy (E). Chemistry allows for the measurement of a reaction's heat changes at a fixed pressure or volume.

How a Bomb Calorimeter Works

The combustion heat of samples that can burn with oxygen is measured using a specific kind of constant-volume calorimeter called a bomb calorimeter. Four crucial components are

Features:

Fully automated with a coloured PLC touch-screen display

One unit; no assembly is necessary

With automatic oxygen filling, direct screen reading, standardising capability, and 400 data storing in memory

RSD +/- 1 percent and temperature resolution of 0.001 degrees Celsius.

100 pills of 1 g of benzoic acid or 100 calories (imported)

Used for calculating the amount of heat produced during the combustion of fuel and other organic materials. Supplied complete with a water jacket constructed of brass/steel sheet that has been duly nicked and chromium-plated, with a bakelite lid.

Heavy-duty motorised duly stirrer for consistent circulation

Pettel, Briquette Apply forcefully.

Lighting and firing apparatus

spanners, a magnifying lens with nickel-chrome wire, a vibrating and buzzing device, and a cotton reel

Steel crucible, gas-releasing valve, and benzoic acid

What exactly is a bomb calorimeter?

Bomb calorimeters are used to precisely calculate the energy shift that occurs during a reaction. The original Berthelot calorimeter was developed into the contemporary Bomb calorimeter. The combined bomb calorimeter of today is constructed of corrosion-resistant steel.

An apparatus known as a bomb calorimeter is used to measure the heat of reaction at a constant volume and the measured heat, also known as the change of internal energy (E). Chemistry allows for the measurement of a reaction's heat changes at a fixed pressure or volume.

How a Bomb Calorimeter Works

The combustion heat of samples that can burn with oxygen is measured using a specific kind of constant-volume calorimeter called a bomb calorimeter. Four crucial components are

Features:

Fully automated with a coloured PLC touch-screen display

One unit; no assembly is necessary

With automatic oxygen filling, direct screen reading, standardising capability, and 400 data storing in memory

RSD +/- 1 percent and temperature resolution of 0.001 degrees Celsius.

100 pills of 1 g of benzoic acid or 100 calories (imported)

Used for calculating the amount of heat produced during the combustion of fuel and other organic materials. Supplied complete with a water jacket constructed of brass/steel sheet that has been duly nicked and chromium-plated, with a bakelite lid.

Heavy-duty motorised duly stirrer for consistent circulation

Pettel, Briquette Apply forcefully.

Lighting and firing apparatus

spanners, a magnifying lens with nickel-chrome wire, a vibrating and buzzing device, and a cotton reel

Steel crucible, gas-releasing valve, and benzoic acid

Light Source: UVC Lamp , Size /Dimension: 43x29x37 Cm, Application: Home , Small Office , Small Food Joints, Doctor Chamber etc

150 Watt UVC Germicidal Lamp

Pm 2.5 Air Sampler

We are a skilled maker of the user-friendly Pm 2.5 Air Sampler. The controller, which is microprocessor-based, aids in maintaining a steady air sampling rate. The micro-controller-based data logger also logs the air temperature, filter pressure, and barometric pressure. A smart report of the system parameters is also provided by the PC-based programme.

Pm 2.5 Air Sampleradvanced feature is:

A microprocessor-based electronic flow controller maintains the sampling rate at 1 m3/hr while automatically adjusting for an increase in pressure drop caused by dust buildup on the filter.

A USB Flash memory-based data logger incorporated inside the APM 550 EL records Filter ID, air temperature, filter temperature, barometric pressure, flow rate, coefficient of variation (CV), and other data.

Specifications:

Size-selective inlets for PM 10 and WINS Impactor for PM 2.5 meet USEPA design requirements.

1 m3/hr of flow is maintained by an electronic controller with a microprocessor.

If the flow rate falls more than 10% below the 16.7 LPM specified threshold, the sampler will automatically shut off.

Oil-free, non-pulsing vacuum pump with an induction motor for steady flow rate

Nominal 220 V, single phase, 50 Hz AC mains supply is the required power.

A solid ground connection is necessary for efficient operation and safety.

Automated Sampling: Built-in technology to regulate sampler start and stop times

The system automatically adjusts the volumetric flow rate utilising sensors for the ambient temperature, barometric pressure, and filter pressure.

The system automatically adjusts the volumetric flow rate utilising sensors for the ambient temperature, barometric pressure, and filter pressure.

Real-time clock based elapsed time indicator. Every sample's operating time is documented in hours and minutes.

Flow recorder: A USB flash memory-based system that records flow rate, the amount of sampled air, the temperature of the air, the temperature of the filter, the pressure of the filter, and the barometric pressure.

The MCU unit totalizes and displays the amount of air that was sampled.

Display: A large, 40-channel, four-line LCD with backlighting shows all system parameters at a glance.

Software and reporting: PC-based software offers an intelligent report of every system parameter that was captured.

At the conclusion of the sample period, run time parameters are summarised.

combo kdm global sampler

we have produced and supplied the highest quality combination sampler for the cement industry from the day of our founding. for applications involving measurement and monitoring of air pollution, the combination sampler is employed in the cement industry. the customers can have a combination sampler in a variety of technical parameters depending on their demands for air pollution monitoring.

overview of the kdm global combined sampler

kdm global is a special delhi-based firm that specialises in outdoor air monitoring equipment, air pollution management tools, and air monitoring & measuring equipment while providing high-quality products and services. every piece of pollution monitoring equipment produced by kdm global delhi is put through testing to ensure the highest level of quality control.the brand name kdm global is known throughout india and stands for best quality, best value, and best assistance. for the environmental services, measuring air pollutants, air quality and pollution instruments, and pollution measuring instruments of kdm global. kdm global's goal is to advance the delivery of pollution & dust particle monitoring equipment, air sampler, dust sampler, and combination air sampler through the excellence, scope, and global appeal of key instructional and recreational products.

kdm global is engaged in the production and delivery of extremely effective combined dust samplers/combo samplers thanks to our beneficial experience. due to its great efficiency and widespread use in delhi ncr, india, kdm global combined samplers (combo) are frequently utilised to measure airborne particle concentrations.

pm 10 is the combined sampler specification. pm 2.5 separator: pm 2.5 separation through a wins impactor separator: omni directional air inlet with pm 10 separation through impactor

flow rate: the crucial orifice system maintains a constant sampling rate of 1 m3/hr that is unaffected by voltage fluctuations and filter choking.

filter media: the filter holder is made to accommodate any 47 mm dia. standard filter media.

oil-free, non-pulsating suction pump with an induction motor for constant flow rate

sample volume: a dry gas metre logs the entire volume of air that was sampled.

220v + 10 v ac, 50hz + 3% single phase is the required amount of power.

simultaneous sampling of pm10 and pm2.5 particulates is one of the combined sampler's features.

pm2.5 filter is always kept at a temperature that is similar to ambient thanks to the two-part cabinet.

even in places with high pm concentrations, a low sampling rate of 1 m3/hr reduces filter clogging.

crucial orifice keeps flow rate steady

Body: MS, SS 304size : 17x10x8 inches H*W*DTray size: 10 trays of 8x6 size W*DTubes: 8-Watt Philips UV tubes of 250nm.Used for sanitizing tolls , keys, wallet etc

Description:
Stericab UV Storage Cabinet

Production Capacity: 600 Piece/hour, Frequency: 50/60 Hz, Voltage: 220 V, Surface Finish: Color Coated, Machine Capacity: 15 Ton

Additional Information:

• Production Capacity: 10
• Delivery Time: 4 weeks
• Packaging Details: Wooden packaging

Body : MS, SS 304Size : 23x12x8 inches H*W*DTray size: 12/15 trays , 12x8 W*DTubes: 8 Watt Philips UV tubes of 250nm.Used for sanitizing tolls , keys, wallet etc

Production Capacity: 200 Piece/hour, Frequency: 50/60 Hz, Voltage: 220 V, Surface Finish: Color Coated, Machine Capacity: 5 Ton

Additional Information:

• Production Capacity: 10
• Delivery Time: 1 Month
• Packaging Details: Wooden Packaging