Calibrating liquid meters - Import export

FLUX flow meters constructed on the nutating disc principle (FMC), oval rotor (FMO) or the turbine principle (FMT), provide the right solution for every application. Depending on model and overall size they can be used on e.g. FLUX drum pumps or stationary e.g. in pipe lines. Using the digital display unit FLUXTRONIC® for FMC and FMO filling and metering processes can be carried out for virtually all liquids with maximum precision and the greatest possible safety. In automatic mode there is the possibility of transmitting signals for control purposes. In this way differing processes can be regulated.

Regular and Adhoc Fuel Calibration & Servicing It is recommended to have tanker meters calibrated on a yearly basis to ensure that they continue to give the correct measure. Alpeco is able to offer this service on a ‘when required’ basis, or a tailored yearly service contract is available, which also includes a thorough service to all Alpeco derived equipment on the customer’s installation. Alpeco is then able to seal the equipment for public use. All Alpeco reference meters follow the same stringent guidelines as applied to all Trading Standards instruments to ensure the utmost accuracy.

Venrius has a broad range of purgemeters. The purge rotameters are intended for general use as a low-cost method of flow indication. It is suitable for the majority of non-critical purge applications that do not necessarily require high flow measurement accuracy. Their primary use is to regulate small gas or liquid purge streams. They are used to keep instruments from coming into contact with hot and corrosive fluids, to keep pressure taps from plugging, to keep optical devices clean, and to keep electrical devices from igniting when they come into contact with flammable materials.

Venrius' portfolio includes a variety of variable area flowmeters. Metal tube variable area flowmeters, glass tube variable area flowmeters, and purge rotameters are the three main types. The volumetric flow rate of liquids and gases is measured using the float principle in metal and glass tube flowmeters. The purge flowmeter is intended for general use as a low-cost method of flow indication. It is suitable for the majority of non-critical purge applications that do not necessarily require high flow measurement accuracy.

Electromagnetic flow meters are widely used in the water & wastewater, food & beverage, life science/pharmaceuticals, oil & gas, pulp & paper, chemical, and other industries. Typical applications for electromagnetic flowmeters to control the flow of cooling water for various processes. Electromagnetic flow meters are also frequently used in the field of water supply and drainage in public utilities for the transfer measurement of finished product water and raw water in water plants. Magnetic flow meters are also used in the paper industry's pulp process to measure the flow of grinding pulp, water, acid, and alkali; and in the coal industry to measure coal washing and pipeline hydraulic conveying coal slurry. It is used in the food and beverage industries for beer and beverage filling measurement. It is also used in the chemical and petrochemical industries to measure corrosive liquids such as acids and alkalis.

The test bench is designed for calibration with critically operated nozzles of domestic gas meters or others such as diaphragm gas meters, ultrasonic meters, thermoelectric gas meters. The test bench is specially designed for the calibration of domestic gas meters (bellows gas meters, ultrasonic meters, thermoelectric gas meters). The test bench is modular - 1x6 to 4x6 clamping positions for the gas meters can be combined. Due to the modular design 1 to 12 gas meters can be tested simultaneously. In parallel, up to twelve additional test pieces can be adapted, run in and leak tested. A magazine consisting of three critical nozzles is used as flow transmitter. Optionally, a nozzle drum with nine combinable nozzles can be used. This allows the generation of up to 512 different flow points with highest accuracy.

Models 105 (Class 1) & 106 (Class 2) acoustic calibrators quickly check the accuracy of your sound level meter or personal noise dosemeter making sure that your measurements and valid and comply with international regulations and codes of practice. Description: Acoustic Calibrator Models 105 (Class 1) and Model 106 (Class 2) have been tested and formally EU Pattern Approved under certificate PTB-1.61.4034842, as meeting all of the requirements of the latest International standard, IEC 60942: 2003. This version of the IEC standard is far more stringent than previous versions and so far very few manufacturers have managed to meet it. The two models are intended to calibrate, that is set the sensitivity, of any properly approved sound level meter that uses a standard measurement microphone ... ** Ask for a quote **

ISO/IEC 17025:2017 UKAS accredited calibrations are available across a large range of our traceability schedule for flowmeters, gas flow, air flow, fluid flow for both oil and water flowmeters, pressure, oxygen clean pressure, electrical, frequency, time, temperature simulation and supplemented with a host of standard traceable calibration services. UKAS accredited calibration services (Laboratory 0604) and thermal fluid component testing services to a wide scope of industries whilst maintaining a reputation for quality, cost effectiveness, impartiality and reliability. Our specialist UKAS accreditation offerings for aviation, automotive, medical, environmental and pharmaceutical sectors provide worldwide acceptance for many of the ASTM, EPA, ISO, BSI, DIN and SAE standardized test protocols.