Pressure Meter Dealers

• Country of Origin: India
• Type: Water Meters
• Material: Stainless Steel
• Application: Industrial
• Feature: Digital Water Meter Display, Lorawan Compatible
• Voltage: 220V
• Operating Temperature: 10-50D/C
• Automatic Grade: Automatic

A water pressure gauge meter is a device used to measure the pressure of water flowing through a plumbing system. It typically consists of a gauge or dial that displays the pressure in pounds per square inch (PSI) or kilopascals (kPa), and a mechanism that connects to the plumbing system.

Clients can avail from us cutting-edge Differential Pressure Flow Meters. These Differential Pressure Flow Meters are made as per the international quality norms and are highly reliable. In these Differential Pressure Flow Meters, there is a turbine meter that consists of a practically friction-free rotor pivoted along the axis of the meter tube and designed in such a way that the rate of rotation of the rotor is proportional to the rate of flow of fluid through the meter. This rotational speed is sensed by means of an electric pick-off coil fitted to the outside of the meter housing. The only moving component in the meter is the rotor, and the only component subject to wear is the rotor bearing assembly. However, with careful choice of materials (e.g., tungsten carbide for bearings) the meter should be capable of operating for up to five years without failure. There are several characteristics of turbine flow meters that make them an excellent choice for some applications. The flow sensing element is very compact and light weight compared to various other technologies. This can be advantageous in applications where space is a premium. Primary Vs. Secondary Standards A primary standard calibration is one that is based on measurements of natural physical parameters (i.e., mass, distance, and time). This calibration procedure assures the best possible precision error, and through traceability, minimizes bias or systematic error. A secondary standard calibration is not based on natural, physical measurements. It often involves calibrating the user's flow meter against another flow meter, known as a "master meter," that has been calibrated itself on a primary standard. Calibration "To calibrate" means "to standardize (as a measuring instrument) by determining the deviation from a standard so as to determine the proper correction factors." There are two key elements to this definition: determining the deviation from a standard, and ascertaining the proper correction factors. Flow meters need periodic calibration. This can be done by using another calibrated meter as a reference or by using a known flow rate. Accuracy can vary over the range of the instrument and with temperature and specific weight changes in the fluid, which may all have to be taken into account. Thus, the meter should be calibrated over temperature as well as range, so that the appropriate corrections can be made to the readings. A turbine meter should be calibrated at the same kinematic viscosity at which it will be operated in service. This is true for fluid states, liquid and gas. Master Meter A master meter is a flow meter that has been calibrated to a very high degree of accuracy. Types of flow meters used as master meters include turbine meters, positive displacement meters, venturi meters, and Coriolis meters. The meter to be calibrated and the master meter are connected in series and are therefore subject to the same flow regime. To ensure consistent accurate calibration, the master meter itself must be subject to periodic recalibration Gravimetric Method This is the weight method, where the flow of liquid through the meter being calibrated is diverted into a vessel that can be weighed either continuously or after a predetermined time. The weight is usually measured with the help of load cells. The weight of the liquid is then compared with the registered reading of the flow meter being calibrated Volumetric Method In this technique, flow of liquid through the meter being calibrated is diverted into a tank of known volume. The time to displace the known volume is recorded to get the volumetric flow rate eg gallons per minute. This flow rate can then be compared to the turbine flow meter readings K-Factor �K� is a letter used to denote the pulses per gallon factor of a flow meter. Repeatability The maximum deviation from the corresponding data points taken from repeated tests under identical conditions Positive Displacement Calibrators Some of the most dramatic improvements in flow calibrator technology involve the evolution of Positive Displacement calibrators. PD systems are Primary Standard calibrators, which take into account the varying conditions under which flow meters operate. These calibrators are able to compensate for temperature, density, viscosity and other variables that can shift a meter�s output. It utilizes a precision machined measurement chamber, or flow tube, that houses a piston. This piston acts as a moving barrier between the calibration fluid and the pressurizing media used to move the piston. Attached to the piston is a shaft that keeps the piston moving in a true path and provides the link between the piston and the translator. The translator converts the linear movement of the piston through the precision flow chamber into electrical pulses that are directly related to the displaced volume. Calibrators of this style can be directly traceable to the National Institute of Standards and Technology via water draw validation. Total accuracy of this type of calibrator is conservatively specified at 0.05%. Flow Transfer Standards Unlike primary flow standards, whose most important characteristics are their traceability to primary physical measurements (resulting in the minimization of absolute uncertainties, with less concern for usability or cost issues), the key criteria for secondary Flow Transfer Standards are portability, low cost and the ability to calibrate the flow meter in the physical piping configuration it lives in. Instead of removing flow meters from service for recalibration, FTS devices allow users to �bring the calibrator to the flow meter.� These portable, documenting field flow calibrators are intended for in-line calibration and validation of meters using the actual process conditions for gas or liquid. Advanced FTS systems incorporate hand-held electronics with built-in signal conditioners, thus eliminating bulky interface boxes and the need to carry a laptop computer into the field. High-quality Flow Transfer Standards also have the capability of measuring and correcting the influences of line pressure and temperature effects on flow. Operation of a portable Flow Transfer Standard requires that a master meter be installed in series with the flow meter under test. The readings from these instruments are compared at various flow rates or flow totals. A technician can install the master meter in the same system as the test meter, perform the calibration, and note any changes in performance. New calibration data might cause rescaling or new data points to be programmed into a flow meter�s computer to align the measurement with the current flow calibration data. Typical Calibration Techniques Most Differential Pressure Flow Meters calibration service suppliers provide a choice of calibration techniques to accommodate different applications and flow measurement requirements. One of the most common techniques is the single-viscosity calibration, which consists of running 10 evenly spaced calibration points at a specified liquid viscosity. Single-viscosity calibrations are recommended when the viscosity of the liquid being measured is constant. If a higher degree of accuracy is needed, again, the more data points taken the better defined the meter calibration curve will be Strouhal Number/Roshko Number The best, and only completely correct way to present the data for a Turbine Meter is Strouhal Number as a function of Roshko Number, i.e., through the use of two dimensionless parameters. The St vs. Ro presentation takes into account, all of the secondary effects to which the meter is sensitive. This presentation or correlation is correct for both liquids and gases. It is almost a must for gas calibrations since the density and kinematic viscosity are a function of both temperature and pressure Calibrated Differential Pressure Flow Meters Once the Differential Pressure Flow Meter is calibrated, it may still read exactly the same under the same flow conditions as it did before it was calibrated. The difference is that you will know exactly how close those values are to the true values, and you will have a formula to use to calculate the true values from the actual values read by your flow meter. You can have a correction factor obtained from calibratiob which you can apply to the flow meter readings to obtain the correct or true flow meter readings. K-factor ignores the effects of changing temperature on the meter body since the meter will change diameter when the temperature changes. The use of Strouhal Number instead of simple K-Factor will account for this temperature effect. Other DetailsPayment TermsL/C (Letter of Credit)FOB Price100000 INRPort of DispatchAt Ex.Factory Works Production Capacity1000 Units per WeekDelivery TimeImmidiate if Required

We have available following ships spares for Sale:   Product-Controller pressure mitar Maker-Sauter Model no:DFC17878 F001   If required then please contact on +91 97279 70078.  

We are offering digital blood pressure meter. Small enough to fit in your hand, with the same accuracy as welch allyn industry-leading vital signs devices, the probp 3400 digital blood pressure device is a smart choice for professionals

• Certification: CE Certified
• Weight: 300-400kg
• Color: GREY
• Condition: New
• Warranty: 1year
• Country of Origin: India
• Product Name: Earth Pressure Cell
• Colour: Grey
• Product: Vibrating Wire Type

Being a leading enterprise of this industry, we are offering a huge range of Vibrating Wire Pressure Cell.Other Details: Brand SISPL Temperature Range −20°C to +60°C Height × Diameter 6 × 200 mm Specifications: Standard Ranges: 70, 170, 350, 700 kPa 1, 2, 3, 5, MPa Over Range: 150% F.S. (maximum) Resolution: 0.025% F.S. Accuracy: ±0.1% F.S. Descriptions: SISPL Total Pressure Cells used to detect changes in soil, rock and concrete pressures associated with many types of structure Dams: All types Diaphragm Walls Tunnel works: NATM & Pre-cast Pile Caps Retaining walls Earth Pressure Cell consist of two circular stainless steel plates welded together around their periphery and spaced apart by a narrow cavity filled with de-aired oil Shotcrete Stress Cell is designed for the measurement of tangential and radial stresses in shotcrete tunnel linings Price Range: Rs. 8500-12500/-

• Measuring range: 0 to +200 hPa +10 to +100 m/s 1970 to 19690 fpm
• Accuracy: 0.5 % fs
• Resolution: 0.1 hPa 0.1 m/s 0.1 fpm

The testo 512 with a measuring range from 0…200 hPa can be used to help you carry out quick and easy filter checks when performing differential pressure checks on ventilation and air conditioning systems. Differential pressure measurements are carried out to determine whether filters still work properly or whether they are used up and clogged and need to be replaced. The differential pressure meter is ideal for carrying out pitot static tube measurements in air ducts at very high air flow speeds or when the air stream is strongly polluted. The compact, rugged meter shows both the pressure as well as the air flow speed and has a measuring range from 10 to 100 ms. The damper for adjustable averaging can be programmed individually while the density compensation is already integrated. The pitot static tube that you will need to carry out your air flow measurements can be ordered together with your differential pressure meter. Choose from one of three models to select the model that is best suited to your individual requirements. The pitot static tube is inserted into the air duct where it measures the air flow quickly and reliably. The testo 512 displays the pressure and the air flow speed simultaneously. You can choose between two different units of measurement - ms and fpm - to indicate the air flow speed and from eight different units - psi, kPa, hPa, Pa, mm H2O, mmHg, inch H2O and inch Hg - to measure the pressure.

• Specialities: Accuracy, Lorawan Compatible, Multi Jet
• Voltage: 220V
• Application: Industrial
• Operating Type: Automatic
• Driven Type: Electric
• Warrenty: 2 Years

This transmitter features in-field replaceable electronics module that thanks to the auto-configuration functionality dramatically improves plant productivity. Its intuitive plug-and-play display with easy setup procedure really helps users by saving time and lowering maintenance and inventory costs. Moreover, the innovative TTG (Through The Glass) technology allow users to configure the instruments in the field without removing the windowed front cover and consequently to save a lot of time setting all parameters by using the finger tips in few minutes.  In addition, 266DSH features Plugged Impulse Line Detection as standard helping customer in detecting when the impulse line are going to be plugged. This is real predictive maintenance. SIL2/SIL3 certification issued by TÜV Nord according to IEC 61508 represents another key-feature within 266 pressure transmitter portfolio. This certification is a real guarantee of protection and makes of 266DSH the smartest fit in Safety-critical loops. 266DSH features WirelessHART communication protocol allowing the addition of pressure measurement points throughout your operation. You can now monitor hard-to-reach locations and keep your employees out of dangerous and hazardous areas. The 266 WirelessHART Pressure Transmitters have a battery life of about 10 years at 32 sec update rates, delivering a very cost-effective and reliable solution to monitor your process assets. Shorten installation times by eliminating complex wired infrastructures, and lower overall implementation costs of process measurement, with ABB wireless devices featuring WirelessHART communications – Measurement made easy. Data 266DSH: smartness beyond performances.               : It can be using Pressure,Level,Flow Applications - Base accuracy : from ±0.06%  - Span limits: 0.05 to 16000kPa; 0.2 ... 2320 psi - Multiple protocol availability – provides integration with HART®, PROFIBUS PA and FOUNDATION Fieldbus platforms offering interchangeability and transmitter upgrade capabilities  - Full compliance with PED Category III   

• Type: Fully Automatic Arm Type with Cuff
• Brand Name: SCURE
• Application: Blood Pressure Monitoring
• Color: Blue
• Country of Origin: India
• Model Number: SC-5111
• Material: Electronic
• Properties: WHO- Indicator
• Certificate: ISO, CE

We offer blood pressure meter. Scure-blood pressure monitor : arm type, fully automatic with who indication ihb (irregular heart beat indicator for arrhythmia) , with 240- memories: salient features: scure fully automatic, upper armband type, electronic b.p. Monitor with who ihb- arrhythmia detector indication with 2 x 120- memories. * it is fully automatic upper arm band type blood pressure monitor, model no: dg-5111. • it has who indicator for normal, borderline and high blood pressure reading indications. • it has inbuilt ihb (irregular heart beat) indicator for arrhythmia detection. • it has 2 x 120-sets of memories with day date and time. • it has very large lcd display and gives blood pressure, pulse & heart rate readings. • fully automatic one button operation, automatic inflation and deflation. • measuring range for pressure from 0 mmhg- 300 mmhg by oscillometric method & pulse 30 to 180 best min. • measuring accuracy: pressure -> +- 3mmhg. Pulse-=-5% of reading. • inflation: automatic by micro air pump. • deflation: active electronic control valve. • automatic power off for power saving. • power source: 4 x “aa” batteries [included]. • unit weight: 217 g[excluding batteries] • unit dimension: approx. 135 x 105 x 53 mm[lxwlh]. • cuff fits arm circumference: 22-36cm.

• Features: Stainless Steel Diaphragm Poly-Si-SiO2-Layer,Class: ± 0.25%
• Burst Pressure: 3 X
• Operating Temperature: -40 to 100 Degree C
• Pressure Ranges: 2 bar to 2000 bar
• Wetted Components: 17-4 pH, no O-rings, no Silicone Oil
• Over Pressure: 2 X up to 1000 bar, 1.5 X to 2000 bar

We provide customized as well as standard packaging of the products. With the assistance of our streamlined packing system, we are able to provide damage-free products to the clients. As a dependable Supplier from Pune(India), we ensure that our customers obtain only quality assured products. Features : High grade material Best quality Cost effective

• Material: Metal
• Application: In Water Filter
• Certification: CE Certified
• Voltage: 320V
• Condition: New
• Warranty: 1 Year

• Application: Blood Pressure Reading
• Automatic Grade: Manual

The Blood Pressure Meters, which we supply, are reckoned for their make and quality. We understand that the superior quality raw material is essential for manufacturing top-notch products. For this, we have tied-up with the leading names who assure us for the quality. We are among the trusted names, involved in offering world-class lot of Blood Pressure Meter in the national market.

• Type: Digital Meters
• Application: Indsustrial Usage
• Automatic Grade: Semi Automatic
• Power Source: Battery
• Feature: Accuracy, Light Weight
• Warranty: 1Year

KM 8070 is an absolute pressure measuring instrument with 8 units (Pa, hPa, mbar, mmH2O, mmhg, inHG, in H2O, psi). It is normally used to measure absolute pressure, e.g. for pressure compensation in velocity measurement in ducts, laboratories and production processes. Barometric measurement and height measurements between two points are also possible. With hold, MAX, MIN, and AVG function, KM 8080 is widely used in HVAC, Laboratories and architecture project. With our reputation for quality products, you can find it is the most economic instruments for pressure meter.   SPECIFICATIONS : Display : 6 digits LCD display. Parameters (absolute / barometric) : Pa, hPa, mbar, mmH2O, mmHg, inHG, inH2O, psi Resolution : 0.1 hpa, 0.1in H2O Range : 300 … 1,200 hPa 120.4 … 481.8 inH2O Accuracy (Nominal Temp. 25°C, ±1 digit) : ± 3.0hPa, ± 1.2 in H2O Humidity : < 80% R.H. Sample rate : 1 time / sec Auto power off : about 20 minutes Operating environment : 0 ~ 50°C (32 ~ 122°F), 0 ~ 80% RH Storage environment : -20°C ~ 60°C (- 4 ~ 140OF), 0 ~ 80% RH Low Battery indicator Dimension : 121(L) X 60(W) x 30(H)mm Weight : Approx. 180g. ACCESSORIES : DC 1.5V (AAA Battery) x 3, Carrying Case, Wrist Strap, Operation Manual & Cover  

We are reliable pressure meters manufacturer in gujarat. The pressure meters are installed in ro systems to detect the pressure load. For high accuracy, electronic nature, consistent performance, low maintenance, and easy installation, the pressure meters offered by us are widely acclaimed. Available in different technical specifications, the pressure meter caters to diverse industrial requirements.

• Brand Name: Orchid Scientific

we are offering digital paw pressure analgesia meter to our esteemed customers all over the world. We ensure customer satisfaction by passing the digital analgesia meter through various quality tests before approving for dispatch. We are an eminent manufacturer, exporter and supplier of digital paw pressure analgesia meter from maharashtra, india and known for our fair pricing policy.   product information : orchid’s digital paw pressure analgesia meter has been designed for rapid and precise screening of analgesic drugs on the normal and inflamed rat paw according to the randall-selito test and displays the pressure digitally. this test is based on determination of the animal threshold response to pain induced in the paw by the application of a uniformly increasing pressure. the user depresses a pedal switch to start the mechanism which applies the force. When the animal start to struggles, the user releases the pedal and the pressure at which the animal felt pain is displayed on the tft display. The pressure applicator goes up automatically as soon as the measurement is over. a remote foot-switch controls the motor allowing rapid hands-free experiments. An automatic system is activated once the distal extreme switch of the sliding support track is reached or when the pedal is released at the test ending point. Then, the motor reverse its rotation, sliding up the pressure applicator again. force software can be used to automatically record the results on pc with usb adapter.