Compressed air measurement - Import export

The key to the successful optimisation of compressed-air systems is data. The METPOINT® range of measurement equipment with sensor technology and monitoring provides the data base for the evaluation and assurance of the compressed-air quality and for the identification of hidden cost drivers. Our measurement equipment can also be employed for the extension of plants and for the early elimination of malfunctions. With our sensor technology, you can capture residual oil content, residual humidity, volume flow and pressure – constantly, faultlessly and with exemplary precision. Our Monitoring and Data Logging makes all the relevant data accessible to you and your employees at a glance, ensuring the safety of your processes and the quality of your products. In this way you can take your energy management and quality control requirements to the next level of success.

This, related to its measuring range, miniaturized load cell enables an universal and reliable operation in industries and laboratories. It is well suited for compression measurements in very restricted structures. The load cell is a compact construction and made of superrefined steel. Therefore it can be used in many fields of industry, like. Examples are: — Press-in force measurements on longitudinal and transversal connections — Compression force measurements on punch and roller applicancy — Spring tension measurements on shock absorbers for cars — Contact pressure determination in push rods — Compression force measurements on compressed-air knee-lever presses Thanks to the rounded top, in shape of a little hat, the force to be measured is led into the sensor centrically and free of lateral force. Specific characteristics: Very small dimensions Drug chain qualified cable Made of stainless steel burster TEDS optionally available

Features Full cone spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 60 μm or less (*3). Clog-resistant design. Optimal for spraying viscous liquids. Liquid siphon feed type (liquid pressure device is not required). Use with the liquid pressure device is also possible. *1) Measured at compressed air pressure of 0.3 MPa (ca. 3 bar), liquid pressure of 0 MPa (Liquid siphon feed), and siphon height 100 mm. *2) Free passage diameter of liquid inlet. *3) Measured by Laser Doppler Method. Applications Spraying: Mold release agent, deodorant, oil, surface treatment agent, rust preventive, lubricant, honey, glaze, insecticide, aqueous urea, slurry, other viscous liquid

Features Pneumatic slit-laminar nozzle with uniform spray distribution throughout the entire spray pattern area. While multiple-nozzle alignment of conventional pneumatic spray nozzles leaves some spots unwashed, PSN nozzles provide uniform spray distribution and achieve a complete cleaning, leaving no spot unwashed. PSN can be used at a short distance. *1) Measured at compressed air pressure of 0.1–0.4 MPa (ca . 1 bar – 4 bar) and liquid pressure of 0.1–0.4 MPa (ca . 1 bar – 4 bar) for PSN nozzle with slit length of 1000 mm and slit opening of 0.05 mm. Applications Cleaning: Glass substrate, liquid crystal Cooling: Steel plates, moldings Moisture control: Paper, cardboard [Steel making industry] Surface finish process: Precision cleaning for steel surface treatment, Roll cleaning

Features Flat spray pneumatic nozzle producing semi-fine atomization with a mean droplet diameter of 80 μm or more (*3). Clog-resistant design due to large free passage diameter is suitable for spraying factory effluents and waste water. Simple structure, easy maintenance. *1) Measured at compressed air pressure of 0.1–0.4 MPa (ca. 1 bar – 4 bar) and liquid pressure of 0.1–0.5 MPa (ca. 1 bar – 5 bar). *2) Free passage diameter of nozzle orifice for DOVVA-G 70° spray angle type. *3) Measured by Laser Doppler Method. Applications Denitration: Gas cooling Moisture control: Flue gas Combustion: Waste water

Features Full cone pneumatic spray nozzle producing a large amount of “fine fog”. Energy-saving design – mean droplet diameter of 50 μm and a maximum droplet diameter of 150 μm (*4) at an air-water ratio of 130. Large turn-down ratio. Spray angle of 20° or 60°. *1) Measured at compressed air pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar) and liquid pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar). *2) Measured at compressed air pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar). *3) Free passage diameter of liquid inlet for GSIMⅡ60° spray angle type. *4) Measured by Laser Doppler Method. Applications Cooling: Gas, moldings, refractories Moisture control: Gas, concrete Combustion: Oil, waste fluid Dust suppression: Recycling facilities, material facilities, moldings

Features Flat spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 100 μm or less.** Ultra-compact size. About 42 mm in total length including control adaptor. Features large turn-down ratio under liquid pressures of 0.1–0.3 MPa (ca. 1 bar – 3 bar). Produces two different spray distributions: uniform spray distribution throughout spray pattern area (when spraying at a low air-water ratio), or a mountain-shaped distribution having gradually tapered edges (at a high air-water ratio). Spray angle of 110 °, 80 °, or 45 °.* Capable of spraying smallest flow rate among all of our pneumatic spray nozzles. Spray ON/OFF can be regulated by switching the pilot air ON/OFF (adaptor type SP) or by turning compressed air ON/OFF (adaptor type SN). *Spray angle measured at compressed air pressure of 0.3 MPa (ca. 3 bar) and liquid pressure of 0.1 MPa (ca. 1 bar). **Mean droplet diameter measured by Laser Doppler Method.

Features Flat spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 100 μm or less (*3). Features large turn-down ratio under liquid pressures of 0.1–0.3 MPa (ca. 1 bar – 3 bar). Produces two different spray distributions: uniform spray distribution throughout spray pattern area (when spraying at a low air-water ratio), or a mountain-shaped distribution having gradually tapered edges (at a high air-water ratio). Spray angle of 110 °, 80 °, or 45 °. *1) Spray angle measured at compressed air pressure of 0.3 MPa (ca. 3 bar) and liquid pressure of 0.1 MPa (ca. 1 bar). *2) Free passage diameter of nozzle orifice. *3) Measured by Laser Doppler Method. Applications Spraying, Cooling, Moisture control, Cleaning, Dust suppression, etc.

Features Flat spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 100 μm or less (*3). Features large turn-down ratio under liquid pressures of 0.1–0.3 MPa (ca. 1 bar – 3 bar). Produces two different spray distributions: uniform spray distribution throughout spray pattern area (when spraying at a low air-water ratio), or a mountain-shaped distribution having gradually tapered edges (at a high air-water ratio). Spray angle of 110 °, 80 °, or 45 °. *1) Spray angle measured at compressed air pressure of 0.3 MPa (ca. 3 bar) and liquid pressure of 0.1 MPa (1 bar). *2) Free passage diameter of nozzle orifice. *3) Measured by Laser Doppler Method. Applications Spraying, Cooling, Moisture control, Cleaning, Dust suppression, etc.

Measurement of oxygen in combustion gases and in incineration gases. QAL1 compliant (EN14181) Brand : SETNAG ADVANTAGES No need for reference gas: use of the MicroPoas® Maximum gas temperature: up to 1300° C continuously, depending on the version No sensitive parts and no hot spot inside the duct Free circulation of the gases you analyse "Detachable" probe tubes: easy to dismantle and replace for simple and cost-effective maintenance. Limited maintenance and service operations: easy probe tube cleaning with compressed air and/or fast dismantling. MEASUREMENT PRINCIPLE The gases own speed inside the duct enables them to flow freely up to the sensor where they are analysed. They pass through co-circular tubes the length of which can be adapted to the dimensions of the duct. The electronic system collects the temperature and voltage signals from the MicroPoas®, and gives the oxygen concentration. EXAMPLES OF APPLICATIONS Control of combustion in power generation, district heating...

The flow tester CETATEST 915 is used for flow testing with compressed air. It includes a measuring system consisting of laminar flow element (LFE) and differential pressure sensor In the direct test method the air, provided by the internal pressure regulator, flows through the measuring section before it enters the test part.In the indirect method, the measuring section is located in the outlet flow of the test part. Due to the special design of the measuring section a laminar ow is generated. The resulting pressure difference is directly proportional to the volume flow. With the optional electronic pressure regulator and four calibrations for up to four test pressures the application range is substantially expanded. Special versions: The CETATEST 915-G is a fully automatic flowmeter for the detection of leaking parts. Typical applications: 915: Testing of valves, vehicle exhaust systems, pipes, membranes, 915 G: Gas appliance industry, after-work jobs in the automotive industry

Poppe + Potthoff Maschinenbau GmbH supplies compressor units and pressure control systems of up to 400 bar for various gases. We offer ready-to-connect units to increase the existing pressure for pneumatic and hydraulic applications. In this way, the performance of existing systems can be increased flexibly and efficiently. Our compressor units are used wherever the existing system pressure is insufficient to implement specific applications. Of course, our systems are UL or CE compliant as required. In addition, we offer you service and support directly on-site.

- Made of polyamide (PA) - Color black (red, blue, green, yellow, natural, brown, orange and grey: specify when placing order; subject to extra charge) - External calibration; for use with Eisele plug connectors - Temperature range -76 to 212 °F (-60 to +100 °C) - Suitable for vacuum - Free of PWIS and halogen - Suitable for fuel - For automotive industry according to DIN 73378 - Drag chain compliant

At SPOLMONT s.r.o., we specialize in providing comprehensive solutions for compressed air systems, ensuring efficient and reliable performance for various industrial applications. Our expertise in the installation and assembly of pneumatic components is particularly valuable in the automotive industry, where precision and reliability are paramount. Our Services Include: Installation of Pneumatic Parts in the Automotive Industry: Expert installation of pneumatic parts designed for the automotive sector, with systems operating at 6bar and 12bar pressure levels. Complete Assembly of Grippers and Tables: Professional assembly of grippers and tables tailored to specific industrial requirements. Utilization of high-quality components to ensure durability and efficiency. Assembly of Pneumatic Components: Specialized assembly of pneumatic components for automotive applications, including both pneumatic and electro-pneumatic systems.

AAF compressed air filters are designed for the protection of the downstream compressed air system and equipment with lower airflows against defects and other failures. They ensure high efficient removal of solid particles, water, oil aerosols, hydrocarbons, odour and vapours from compressed air systems up to 16 bar. Required compressed air quality according to standard ISO 8571-1 can be achieved with 5 different grades of filter elements (P, R, M, S and A). Optional internal and external condensate drains should be used for efficient condensate draining from the filter housing.< /br> <b>Features</b> <ul> <li>A wider range of different models for different flow rates, including larger 2” and 3” sizes. </li> <li>Convenient design for assembly of several filters and for wall mounting</li> <li>AVELOCK antivibration element lock system<li> <li>Needle felt drainage layer instead of foam for improved thermal resistance<li> <li>X2-COAT internal anti-corrosion protection<li> </ul>