Termékek ultrahangosztályozóberendezés (115)

*High resolution 8.4 ”Touch Color Screen. * Internal Ventilator * Tidal Volume 15ml -1500ml * Mode: Two Gas Machine with -VCV, PCV, SIMV-CV, SIMV-PC, PS * O2, N2O and Optional Medical Air * Ventilator parameters Monitoring TV, MV, FiO2, I: E, Ppeak, Pmean, Pplat, Freq * Flat Absorbent Aprox with Co2 Absorption Canister. 1500ml *Frequency. 4-100 BPM * I: E 4: 1-1: 10 * Alarm Settings TV, MV, Fio2, Ppeak, Alarm Mute * Oxygen Sensor with Fio2 monitoring * O2 and N2O Emergency Cylinder Yoke. * ACGO - Auxiliary common gas Outlet. * AX400 2 Gas Anesthesia Workstation

En muy pocas ocasiones se dedica el tiempo necesario para llevar a cabo inspecciones rutinarias en los componentes de activos no rotativos. Los sistemas hidráulicos representan otro medio a través del cual la industria convierte la electricidad en energía mecánica. Una bomba, normalmente alimentada por un motor eléctrico, se encarga de mover el fluido hidráulico a través de un sistema. El sistema, normalmente, está compuesto de un depósito diseñado para contener el fluido hidráulico, mangueras de alta presión para transportar el fluido, válvulas de control que garantizan que el fluido sea enviado a los puntos en los que sea necesario, válvulas de alivio para mantener un funcionamiento seguro y cilindros que se encargan de producir energía mecánica. Las bombas y motores suelen ser importantes y, sin embargo, el equilibrio del sistema se deja funcionar hasta que falla. Las inspecciones con ultrasonido ofrecen la posibilidad de cambiar de estrategia.

Reducing your energy costs is a difficult challenge faced by many industries in today’s economy. But, it doesn’t have to be. Undetected air or steam leaks, bearing failures and electrical panel faults cost you real money. There’s a way to cut these extra expenses from your energy bill. Preserve the health of your assets with the SDT200 ultrasound detector. Hear air leaks, trend and monitor the condition of your bearings, safely inspect electrical panels and schedule repairs on your own terms, long before they shut you down – all with ultrasound technology. Function:Multifunction detector Display:Graphic LCD with backlighting (128 x 64) Keyboard:12 function keys. Built-in sensors:Ultrasonic sensor, Pyrometer (according to the version) External Sensors:Through specific connector (Lemo 7 pin connector) Data logger:– 20 Measurement Nodes (measurement points) – Total 4000 Measurements (measurements data) communication:USB interface Battery pack*:Rechargeable battery: 8 cell, 4.8 V, NiMH Software for transferring data to PC:DataDump Application Auto Power Down:Auto power down after preset time Operating Temperature:-15 °C to +60 °C / 14 °F to 140 °F non condensing Housing:Extruded Aluminum Dimensions:226 x 90 x 40mm (8.9 x 3.54 x 1.57 inches) Weight:±770 g / 27 oz. Headphones:Noise isolating, NRR 25 dB (tested in an accredited NVLAP laboratory)

OxyJet O2 Bio Peel è un eccellente macchinario per trattamenti di ossigenoterapia Viso / Corpo / Capelli con Ossigeno puro al 95%. Dotato di 7 manipoli specifici per trattamenti di bio-rivitalizzazione e ringiovanimento della pelle mediante l’ossigeno combinato. OxyJet O2 è un eccellente macchinario per trattamenti di ossigenoterapia Viso / Corpo / Capelli con Ossigeno puro al 95%. Ossigenoterapia estetica: L’ossigenoterapia è la nuova frontiera della giovinezza e della salute fisica; moda anche tra le star di Hollywood. L’ossigeno terapia è un processo supplementare che aumenta in modo sicuro il contenuto di ossigeno dissolto disponibile. Le terapie possono comprendere processi che aumentano la capacità del corpo di usare o favorire l’assorbimento di ossigeno. OxyJet è una tecnologia in grado di veicolare principi attivi tramite e l’utilizzo di Ossigeno puro O2.

Mantenga el vapor de su fábrica en condiciones limpias y seguras y preserve la e - El vapor es un recurso esencial en muchos procesos industriales. Como resultado, la mayoría de instalaciones cuenta con una amplia red de tuberías, válvulas, bridas y trampas de vapor. Dentro de dichos sistemas tienen lugar un flujo y unas turbulencias constantes. A medida que el vapor puro viaja desde las calderas hasta el punto en el que se utiliza, es inevitable que sufra un cierto enfriamiento. Como resultado de ello, se produce la acumulación de gases y condensación. Las trampas de vapor permiten purgar estos residuos, manteniendo el sistema puro. Una trampa de vapor totalmente funcional se abre, se cierra y se modula de manera automática. Su función es la de descargar la condensación una vez que se forma, a no ser que el calor de dicha condensación pueda llegar a utilizarse. Se trata de dispositivos muy eficientes energéticamente y que no desperdician vapor de calidad. Asimismo, permiten eliminar las impurezas del vapor y mantienen la pureza y la eficiencia de todo el sistema.

LUBEChecker es una solución ultrasónica diseñada para optimizar la lubricación de rodamientos. Dedicado Practicas pobres de lubricación son la causa principal de fallas en rodamientos. El LUBEChecker es una solución ultrasónica dedicada a la optimización de la reubicación. Es el compañero perfecto para realizar la lubricación por intervalos basados condición. Simple LUBEChecker es muy fácil de usar. Simplemente abra la caja, conéctelo a su pistola grasera, y escuche la diferencia. La pantalla de vibrantes colores presenta mediciones digitales, precisas y repetibles que lo guían a usted cada vez a resultados precisos. Económico Fallas en rodamientos y consumo excesivo de grasa afectan sus resultados. El LUBEChecker es una solución económica. Construida con la calidad de SDT, se ofrece a un precio que hace que usted quiera escuchar mas. Función:Dispositivo de medición de ultrasonidos Pantalla :OLED en color de 160×128 píxeles Teclado: 5 teclas de función Rango de medición típico:-10 a 99,9 dBμV (referencia 0 dB = 1 μV) Resolución:0,1 dígitos Ancho de banda de medición:de 35 a 42 kHz Amplificación de la señal:+30 (ganancia del sensor incorporado) dB a +102 dB por paso de 6 dB Tiempo del periodo RMS:250 milisegundos (pantalla principal) Frecuencia de muestreo:64 kHz Resolución del ADC:12 bits Sensibilidad mínima:-31dB (@40 kHz, 0 dB-1 V/µbar) Rango de temperatura de funcionamiento:-10 a +50 °C |14 a 122 °F Grado de protección:IP42 peso:350g | 12.35 oz Dimensiones de la carcasa:158 x 59 x 38,5 mm |6,22" x 2,32" x 1,51" Batería:2 pilas AA Autonomía:7 horas Operable :sólo con los auriculares proporcionados por SDT Salida de audio máxima (protección) :+83dB SPL con auricular SDT AURICULARES:25dB NRR Peltor HQ

Online4US is a multi-channel online monitoring solution that combines both ultrasound and vibration sensors in 4 to 32 channel modular configurations. It answers a necessary demand to have advanced warning of critical asset failure in remote areas. Online4US is designed to provide Reliability teams with continuous feedback about the health of their factory’s most critical assets. It combines data from two of the most relevant asset condition monitoring disciplines (Ut/Vib) to provide advanced insight about potential machine failures. SDT envisioned a need to permanently monitor the condition of critical assets in inaccessible, dangerous, or remote areas. The versatility of Online4US lends its deployment for identifying early stage machine faults before they become catastrophic events. Online4US is designed to remotely identify these defects Bearing condition monitoring Low speed rotating machine defects On-condition acoustic lubrication

Detect, Trend, and Analyze Ultrasound and Vibration. Detect, trend, and analyze asset health by viewing the ultrasound and vibration time signal and spectrum directly on the SDT340. A reliable asset delivers its engineered value when it is most needed. And while the responsibility for reliability belongs to everyone, it is the maintenance team who is called upon first, when things go wrong. For this reason, the SDT340 connects maintenance to reliability in ways we never imagined possible. Manage the results and organize your condition monitoring strategy by uploading them to the Ultranalysis® Suite 3 software (UAS3). Control any combination of assets and tasks thanks to its flexibility. SDT340 keeps inspectors connected to their assets. Live timewave and spectral views allow inspectors to perform in-the-field diagnosis and analysis, a job previously performed in the office. On-board measurements:Ultrasound, Vibration, Infrared temperature and Tachometer. Dual Sensor Inputs:One for ultrasound measurement and one for vibration. Time signal and spectrum:On-screen time waveform and FFT. Panning and zooming for signal navigation. Frequency range:Up to 100 kHz (Ultrasound). 10 Hz to 10 kHz Sampling rate:32, 64, 128 and 256 kHz oversampling FocUS Mode Signal length per recording:600 seconds at 32 kHz, 300 seconds at 64 kHz,150 seconds at 128 kHz, 75 seconds at 256 kHz Sensitivity:Class I instrument exceeding ASTM 1002 Display:Full color TFT 3.5” screen 320×480. Active area: width 48.96 mm (1.93”) x height 73.44 mm (2.89”) Bluetooth :For audio streaming Housing:Extruded aluminum, shock proof rubber protections Dimensions:L x W x H 221 x 93.5 x 44 mm (8.7 x 3.7 x 1.7 inches) Weight:720 g (25.4 oz), including battery Headphone :Wired headset and wireless Bluetooth headset.

Downtime is a constant threat to your assets It’s a fact: All machines can fail. You need a solution that helps predict those failures early. Schedule your maintenance tasks on your terms. Let SDT help you take back control of your assets. Whether it’s in the form of equipment failures, unplanned production downtime or costly, last-minute repairs, you need a device that helps you maximize uptime, minimize costs and maintain control of your assets. The SDT270 ultrasound detector provides greater insight into the health of your assets. It helps you control energy costs, predict failures, improve product quality and increase overall production uptime. With your SDT ultrasound solution, you have the ability to predict and prevent failures before they occur. Stop relying on the reactive, fire-fighting maintenance measures of the past and start a proactive approach. On-board measurements:Ultrasound, Vibration, Infrared temperature and Tachometer. External Sensors:2 ports (Lemo 7pin connector) Data Logger SS/SD:At least 4000 Static measurements spread over 1000 locations. Data Logger DD:idem SS/DD plus 15,000 seconds of Dynamic data @8k sampling rate or 3,700 seconds for 32k Data Logger SU/DU:at least 10,000 Static measurements and 15,000 seconds of Dynamic measurements communication:USB Interface Auto Power Down:After preset time – adjustable by user Response time: <9 milliseconds Sensitivity:Class I instrument exceeding ASTM 1002-11 for gas leak detection with the appropriate sensor Headphones:High quality industrial headset having a Noise Reduction Rating (NRR) of 25 dB Intrinsically Safe:ATEX certification meets directive 94/9/EC (II 1 G Ex ia IIC T3/T2 Ga) comparable to Class I Physical Characteristics:Extruded Aluminum Dimensions:226 x 90 x 40mm (8.9 x 3.54 x 1.57 inches) Weight:830g /29.3oz (with battery & holster) Battery Pack:Rechargeable 8 cell 4.8v, 4600mAh NIMH

Dry Gel Concentrate. Used to prepare gel for ultrasound scanning. Contains two components: polymeric powder and neutralizing agent. The gel is easily prepared in laboratory environment using distilled water. One pack of dry concentrate (30 g) can be used to prepare 2.5-3 kg of high viscosity gel. It can be easily transported to distant regions. Viscosity:Brookfield 18.0–22.0 Pa•s (equivalent viscosity 9.5–11.5 Pa•s at a shear rate of (16.8±0.3)s-1) pH:6.5-7.0 Acoustic impedance:1.51×10*5 g/cm2×s Shelf life:5 years Packaging:30 g packets (bundle – 5 pcs.)

Keep Your Steam Clean, Safe And Energy-Efficient Steam is an essential resource is many industrial processes. As a result most facilities have a vast network of piping, valves, flanges and steam traps. Within these systems there exists constant flow and turbulence. As pure steam travels from your boilers to their point of use, some cooling is inevitable. The result is accumulated condensate and gases. Steam traps purge this waste and keep your system pure. A fully-functional steam trap opens, closes or modulates automatically. It discharges condensate once formed, unless the heat from the condensate can be used. It is energy-efficient and does not waste quality steam. It removes impurities from the live steam, and maintains purity and efficiency throughout the system. Steam Trap Failure Causes Losses to Product Quality, Safety and Energy Loss Steam traps are necessary for the overall efficiency of heat energy transfer.

Mantenimiento de rodamientos y máquinas La industria depende de la maquinaria utilizada. Es decir, depende de los rodamientos, las bombas, los motores eléctricos, los compresores, las prensas, las cajas de cambio y de muchos otros componentes. Todos ellos pueden romperse de manera inesperada, provocando así una parada de la producción. Cuando la producción se detiene, la organización pierde, inevitablemente, dinero. Son pocos los rodamientos que logran aguantar hasta el final de su ciclo de vida diseñado. Entre los motivos de dicha cuestión se encuentran una mano de obra deficiente, malas prácticas de lubricación y actuación negligente. De hecho, los problemas pueden aparecer incluso justo después de la instalación si dicho proceso no se ha llevado a cabo de manera adecuada. No hay dos máquinas iguales. Cada una tiene sus propias características.

SDT ULTRAChecker is an ultrasound solution designed to use the full range of both airborne and structure-borne 2nd generation ultrasound sensors. Versatile The SDT ULTRAChecker covers all airborne and structure-borne ultrasound applications. Connect any SDT 2nd generation ultrasound sensor. ULTRAChecker delivers end-to-end reliability through the 8 application pillars of ultrasound. Simple ULTRAChecker is the easiest to use detector we’ve ever created. Every push on its simple, 4-button keypad is displayed on its clear, colour display. Increase or decrease signal amplification while maintaining safe listening levels through volume-controlled headphones. Affordable Air leaks, over-greased bearings, failed steam traps, electrical faults, passing valves, the ULTRAChecker finds them all. Built with SDT quality, it’s offered at a price that will leave you speechless. Function:Ultrasound measurement device Display:160×128 pixels Color OLED Operable with:SDT FlexID2, SDT RS2N Needle, RS2T Threaded, SDT AIRSense, SDT ULTRASense Measurement channel :1 channel via a 7 pole LEMO connector Keyboard:5 function keys measuring range:-6 to 99.9 dBμV (reference 0 dB = 1 μV) Resolution:0.1 digits Measurement bandwidth:35 to 42 kHz Signal amplification:+30 to +102 by step of 6 dB Operating temperature range:-10 to +50 °C |14 to 122°F Housing Material:ABS Audio Amplification:5 adjustable positions by step of 6 dB Dimensions housing:158 x 59 x 38.5 mm | 6.22” x 2.32” x 1.51” Weight:164g | 5.78oz Battery :2 AA batteries Autonomy:7 hours Maximum output:+83dB SPL with SDT headset Headset:25dB NRR Peltor HQ headset IP Rating:IP42

Pruebas de estanqueidad en tanques de almacenamiento subterráneos y otros compartimentos estancos Los detectores de ultrasonido permiten inspeccionar la estanqueidad de forma tan potente como versátil. Es esta la única manera de garantizar que los tanques de almacenamiento subterráneo permanezcan herméticos. De hecho, las inspecciones ultrasónicas de estanqueidad pueden utilizarse también con otros fines. Son muchos los elementos que deben permanecer herméticos. Ejemplos de dichos elementos son el motor o la cabina de un coche, los grandes contenedores utilizados en el transporte marítimo o la carcasa de rodamientos de una planta de producción de papel. Cuando la integridad de estanqueidad de algo se deteriora, pueden ocurrir dos cosas: o bien que algo se fugue y salga del sistema o bien que algo penetre y se cuele en el mismo. Por lo tanto, es necesario evitar que dichas situaciones sucedan en la medida de lo posible.

SDT was the first to pioneer on ultrasound-based hatch cover weathertightness testing on board of ships back in the late 1980s. Together with MacGregor, Lloyds Register of Shipping and IMCS, SDT was able to put ultrasound testing of hatch covers on the world map and make it the preferred method for testing hatch covers by charterers, shippers, P&I insurers and stakeholders in the marine industry. Another first position for SDT is that further development of the tightness testing equipment resulted in SDT launching the world’s first Class type approved and bespoke SHERLOG product range in 2000. Ever since, the SDT SHERLOG equipment became a symbol of reliable and professional hatch cover testing. As no solution is complete without training, SDT & IMCS developed the first and only training course for ultrasound testing of hatch covers in line with the IACS UR Z17 criteria.

Peace of mind and reassurance for the operator Tightness Testing on Underground Storage Tanks and other Air Tight Compartments The ability to test for tightness with an ultrasound detector is extremely powerful and versatile. It is the only way to ensure that underground storage tanks are air tight. But that isn’t all that ultrasonic tightness testing can be used on. There are many things that need to be air tight. Like the engine or cabin of a car, large shipping containers or the bearing housing in a paper production plant. When somethings tightness integrity deteriorates one or two things can happen. Things can leak out, or things can get in. And whenever possible, it is advantageous to avoid either of these from happening. Fuel Leaking From Underground Storage Tanks Damage the Environment and Waste Valuable Resources Overtime the tightness integrity of underground storage tanks or other air tight compartments can deteriorate.

Las practicas deficientes en engrasado son la causa principal de fallas en rodamientos. Menos del 60% de los rodamientos duran suficiente para entregar su valor de diseño, sobre o sub lubricación son a menudo los responsables. LUBExpert nos dice cuando engrasar y cuando parar. La grasa reduce la fricción en rodamientos. Menos fricción significa mayor vida. LUBExpert alerta cuando la fricción incrementa, lo guía durante la re-lubricacion, y previene sobre y sub-lubricación. Operable con :SDT LUBEsense1 Capacidad de memoria/td> :Linux CPU:ARM9 @ 400MHz Memoria interna :DDR2, 256 Mb Memoria de datos :256 Mb Procesamiento de señales :Rango dinámico: 109 dB, Resolución: 16 bits, Velocidad de muestreo: 8 kHz Medición por ultrasonidos :Rango de medición: de -15 a 120 dBµV (referencia 0 dB = 1 µV) Medición de la temperatura :Rango de medición: de -70 a +380°C / de -94 a +716°F Recolector de datos :Capacidad de memoria: Más de 10.000 datos distribuidos en más de más de 10.000 lugares de medición. Display :Graphic backlighted LCD (128 x 64) Vivienda:Aluminio extruido, protecciones de goma a prueba de golpes Dimensiones :226 x 90 x 40 mm / 8.90 x 3.54 x 1.57 in (L x W x H) Peso :830 g / 29.3 oz, incluyendo la batería Batería :Batería recargable de NiMH. Capacidad 4,4Ah. Autonomía de 8h ( sin retroiluminación)

Find Air Leaks. Decrease Energy Consumption. Maximize Uptime. Compressed air is the most versatile and therefore widely used resource in industry. Using atmospheric pressure to transfer energy during industrial processes, compressed air can be found powering air tools like drills and hammers, hydraulic air cylinders for automation in manufacturing processes and much more. Compressed air is also used to power air brakes on mobile fleets and trains. Air Compressor Expenses It is so commonly found in industry it is often referred to as the fourth utility to electricity, water and gas. Of the four, compressed air consumes the most energy. Air compressor systems can differ very greatly in size, output and cost. What remains constant, is the initial investment in a compressor system is only 25% of the expenses associated with it, over its lifetime. The other 75% of the costs go to energy used to compress the air.

A gel for ultrasound transmissions, Doppler sonography, physiotherapy and cosmetology. Features lower viscosity than Mediagel of High Viscosity. Effective for all types of transmissions. The gel serves as an effective contact medium for ultrasound transmission and therapy when using domestic or imported equipment. The gel is applied directly to the transducer or the patient's body, is easy to spread over the skin, does not smear, and dries up slowly, ensuring a lasting sliding effect and a full contact between the transducer and the patient's body. After completing the transmission, the gel is easily removed with a tissue or rinsed off with water. The gel does not stain clothes, cause allergy or damage the transducers, and is water-soluble. Viscosity:Brookfield 18.0–22.0 Pa•s (equivalent viscosity 9.5–11.5 Pa•s at a shear rate of (16.8±0.3)s-1) pH:6.8-7.0 Acoustic impedance:1.56×10*5 g/cm2×s Shelf life:3 years Packaging:1 box - 4 canisters (5 kg each) / 20 bottles (1 kg each) / 40 bottles (0.25 kg each).

SDT ULTRAChecker è una soluzione ad ultrasuoni progettata per utilizzare l’intera gamma di sensori ad ultrasuoni di seconda generazione sia aperti che di contatto. Versatile L’ULTRAChecker SDT copre tutte le applicazioni ultrasonore aeree e di contatto. Collegate qualsiasi sensore ad ultrasuoni di seconda generazione SDT. ULTRAChecker offre affidabilità end-to-end attraverso gli 8 pilastri applicativi degli ultrasuoni. Semplice ULTRAChecker è il rilevatore più facile da usare che abbiamo mai creato. Ogni pressione sulla sua semplice tastiera a 4 pulsanti viene visualizzata sul suo chiaro display a colori. Aumenta o diminuisci l’amplificazione del segnale mantenendo livelli di ascolto sicuri attraverso le cuffie con regolazione di volume. Accessibile Perdite d’aria, cuscinetti troppo ingrassati, valvole guaste, guasti elettrici, l’ULTRAChecker li trova tutti. Costruito con la qualità SDT, è offerto a un prezzo che vi lascerà senza parole. Funzione:Dispositivo di misurazione a ultrasuoni Display:160×128 pixel Colore OLED Utilizzabile con:SDT FlexID2, SDT RS2N Needle, RS2T Threaded, SDT AIRSense, SDT ULTRASense Canale di misurazione :1 canale tramite un connettore LEMO a 7 poli Tastiera:5 tasti funzione Campo di misura:da -6 a 99,9 dBμV (riferimento 0 dB = 1 μV) Risoluzione:0,1 digits Larghezza di banda di misura:da 35 a 42 kHz Amplificazione del segnale:da +30 a +102 a passi di 6 dB Temperatura di funzionamento:da -10 a +50 °C |14 a 122°F Grado di protezione:IP42 Materiale dell'alloggiamento:ABS Dimensioni custodia:158 x 59 x 38.5 mm | 6.22" x 2.32" x 1.51" Peso:164g | 5.78oz Batteria:2 batterie AA Autonomia :7 ore Amplificazione:audio 5 posizioni regolabili a passi di 6 dB Utilizzabile:solo con il set di testa fornito da SDT Uscita massima:+83dB SPL con cuffia SDT Cuffia:25dB NRR Peltor HQ

Stoom is essentieel in tal van industriële processen. Daarom hebben de meeste faciliteiten een enorm netwerk van kleppen, flenzen en condenspotten. Stroming en turbulentie zijn in dergelijke systemen altijd aanwezig. Als de zuivere stoom vanuit uw boilers naar het punt van gebruik wordt gevoerd, is enige afkoeling onvermijdelijk. Het resultaat is een ophoping van condens en gas. Condenspotten hebben als taak om deze restproducten te isoleren en verwijderen voor een zuiver systeem. Een goed werkende condenspot opent, sluit en regelt alles automatisch. Hij verwijdert condens zodra deze gevormd wordt, tenzij de warmte ervan gebruikt kan worden. Hij is energie-efficiënt en verspilt geen stoom van goede kwaliteit. Hij verwijdert onzuiverheden uit de stoom en houdt uw systeem zuiver en efficiënt.

Maximice el tiempo de actividad. El aire comprimido es el recurso más versátil y, por consiguiente, más utilizado en la industria. El aire comprimido permite utilizar la presión atmosférica para transferir energía durante procesos industriales, por eso, puede utilizarse para accionar herramientas de aire, como taladros, martillos y cilindros hidráulicos de aire creados para lograr la automatización de los procesos de manufacturación, etc. El aire comprimido también se utiliza para alimentar los frenos de aire en las flotas móviles y los trenes. Se trata de un elemento tan habitual en la industria que, a menudo, se le suele denominar la cuarta utilidad de la industria, solo por detrás de la electricidad, el agua y el gas. De los cuatro, es el aire comprimido el que consume una mayor cantidad de energía.

Detecte bloqueos y fugas en las válvulas, mantenga un flujo correcto y evite malgastos innecesarios Las válvulas desempeñan un papel fundamental en el transporte de gas, aceite y agua por toda la planta. Estas inician y detienen el flujo y, a la vez, evitan el reflujo y regulan el flujo y la presión. Son cientos e incluso miles las válvulas necesarias en las grandes instalaciones. Por ejemplo, todas las fábricas relacionadas con el acero, la celulosa, los alimentos o los productos farmacéuticos, entre otras, tienen válvulas instaladas en sus tuberías. Cuando las válvulas fallan o presentan fugas, se produce una inevitable pérdida de energía y una disminución en la calidad del producto. Por otra parte, existe una gran probabilidad de que tales fallos deriven en un tiempo de inactividad. Tanto las fugas internas como las externas, así como los problemas relacionados con la regulación del flujo, pueden suponer amenazas de gravedad para los procesos de la fábrica.

A gel for ultrasound transmissions, Doppler sonography, physiotherapy and cosmetology. Features lower viscosity than Mediagel of High Viscosity. Effective for all types of transmissions. The gel is also used in laser cosmetology. The gel serves as an effective contact medium for ultrasound transmission and therapy when using domestic or imported equipment. The gel is applied directly to the transducer or the patient's body, is easy to spread over the skin, does not smear, and dries up slowly, ensuring a lasting sliding effect and a full contact between the transducer and the patient's body. After completing the transmission, the gel is easily removed with a tissue or rinsed off with water. The gel does not stain clothes, cause allergy or damage the transducers, and is water-soluble. Viscosity:Brookfield 18.0–22.0 Pa•s (equivalent viscosity 9.5–11.5 Pa•s at a shear rate of (16.8±0.3)s-1) pH:6.8-7.0 Acoustic impedance:1.56×10*5 g/cm2×s Shelf life:3 years Packaging:1 box - 4 canisters (5 kg each) / 20 bottles (1 kg each) / 40 bottles (0.25 kg each).

Una errata pratica di lubrificazione è la causa primaria per l’usura dei cuscinetti. Meno del 40% dei cuscinetti durerà abbastanza per terminare il proprio ciclo vita programmato, e il più delle volte la colpa è la scarsa o la sovra lubrificazione Molti reparti di lubrificazione rilubrificano seguendo scadenze prefissate a calendario, spesso con enormi sprechi. Ciò porta a cuscinetti ingrassati eccessivamente e/o insufficientemente, che si rompono prima di aver fornito completamente il loro valore ingegnerizzato. Il grasso riduce l’attrito/frizione nei cuscinetti. Meno attrito significa maggiore durata. LUBExpert ti avvisa quando i livelli di attrito aumentano, ti guida durante la rilubrificazione e previene la lubrificazione eccessiva e/o insufficiente. LUBExpert è una soluzione a Ultrasuoni che ti aiuta a Ingrassare Correttamente i Cuscinetti. Sensore/i esterno/i :Solo SDT LUBEsense1 Sistema operativo :Linux CPU :ARM9 Memoria dati :256 Mb Gamma dinamica :109 dB Risoluzione :16 bits Misurazioni Ultrasonore:da -15 a 120 dBμV Misura della temperatura:Da -70 a +380 °C/Da – 94 a 716°F Capacità di memoria :Più di 10.000 dati distribuiti in più di 10.000 punti di misurazione Display :Grafico retroilluminato LCD (128 x 64) Alloggiamento :Alluminio estruso, protezioni in gomma a prova d’urto Dimensioni :L x L x A 226 x 90 x 40 mm (8,90 x 3,54 x 1,57 pollici) Peso :830 g/29.3 once Batteria :Batteria NiMH ricaricabile Autonomia :8 ore