Termékek ultrahangosztályozóberendezés (40)

Las fallas eléctricas representan una importante amenaza para la seguridad de la planta y, además, pueden llegar a detener las operaciones en su totalidad Las plantas industriales precisan una enorme cantidad de energía para funcionar y, al igual que la maquinaria necesaria para la producción, los sistemas eléctricos también pueden llegar a fallar. Cuando lo hacen, la producción de la planta y la seguridad de quienes se hallan dentro de la instalación pueden llegar a verse seriamente amenazadas. Esas mismas amenazas son inherentes en lo que a la producción y la distribución de energía respecta. La importancia de llevar a cabo un correcto mantenimiento de sus sistemas eléctricos Las implicaciones de un fallo total del sistema eléctrico pueden ser mucho más graves que las de una falla mecánica ordinaria.

Elektrische defecten zijn een groot gevaar voor de veiligheid en kunnen uw productie volledig stilleggen. Industriële fabrieken hebben veel energie nodig voor hun werking en, net zoals bij productiemachines, kunnen ook hun eigen elektrische systemen defect raken. Als dit gebeurt, is het resultaat een enorm gevaar voor de productie en voor de veiligheid van iedereen die zich in de fabriek bevindt. Deze dreigingen zijn ook aanwezig bij het opwekken en verdelen van de stroom. Het belang van onderhoud van uw elektrische systemen Een volledig defect van het elektrisch systeem heeft veel zwaardere gevolgen dan een gewoon mechanisch defect. Een defect van het elektrisch systeem kan apparatuur beschadigen, de stroomtoevoer onderbreken en dagenlange stilstandtijd veroorzaken, arbeiders in de onmiddellijke buurt verwonden of doden en zelfs een impact hebben op het stroomnetwerk in de omgeving.

9 transducers Remote control Adjustable volume Uses 6 AA batteries

The LUBExpert ON-GUARD, our smartest lubrication solution, blends automation with precision, reliability, simplicity, and safety. It ensures long-lasting, trouble-free operation of your rotating assets by maintaining optimal lubrication, all through innovative ultrasound measurement technology. Reliability through Condition-Based Lubrication As much as 80% of bearing failures are attributed to poor lubrication practices. The LUBExpert ON-GUARD eliminates the guesswork from this crucial maintenance task by ultrasonically monitoring the friction levels of rotating equipment, and applying lubrication precisely as needed. Rely on data-driven decisions with the LUBExpert ON-GUARD. Move beyond time-based calculations and embrace a maintenance strategy where precision and accuracy are paramount. This failureless approach acts as a nutritionist for your machines, preventing problems through a personalized, autonomous, and data-driven plan, thereby fortifying operations reliability.

El LUBExpert ON-GUARD representa el siguiente paso en mantenimiento, combinando automatización con precisión, fiabilidad, simplicidad y seguridad. Garantiza un funcionamiento prolongado y sin problemas de sus equipos rotativos al mantener una lubricación óptima, gracias a la innovadora tecnología de medición por ultrasonidos. Fiabilidad gracias a la lubricación condicional Hasta el 80% de los fallos en los rodamientos se atribuyen a prácticas de lubricación deficientes. El LUBExpert ON-GUARD elimina las conjeturas de esta crucial tarea de mantenimiento, monitorizando por ultrasonidos los niveles de fricción de los equipos rotativos y aplicando la lubricación con la precisión necesaria. Confíe en las decisiones basadas en datos con el LUBExpert ON-GUARD. Vaya más allá de los cálculos basados en el tiempo y adopte una estrategia de mantenimiento en la que la precisión y la exactitud son primordiales.

Why we Lubricate Bearings For 4000 years we have been lubricating our machinery and rotating assets to increase their efficiency, reliability and lifespan. Proper bearing lubrication minimizes the surface contact of machinery, reducing undesired friction, excessive heat, metal-on-metal contact and wear and tear. Lubrication not only protects ball and roller-element bearings from themselves by reducing friction but also from corrosion and the elements. Grease is the lubrication of choice within the industry, as it is easy to apply and it provides the bearing housing with a protective seal from the elements. For a procedure proven reliable for the past 4 millennia, it is surprising to hear so many premature bearing failures are lubrication-related. Improper lube selection, amount, intervals as well as lubricant contamination and degradation are to blame.

CONMONSense delivers precise, repeatable data about the health of your assets and electrical systems also in the most challenging environment. Its resonant piezo element is optimized for ultrasound driven lubrication, mechanical fault detection, and monitoring the health of valves, steam, hydraulic systems and electrical defects. Ultrasound is a true measure of the FITness of your facility. Most assets produce FRICTION, IMPACTING, and TURBULENCE as defect indicators. CONMONSense hears these phenomena at their inception and delivers an analog signal response to your connected measurement system. With an output range from 4-20mA or from 0-10V, CONMONSense mounts permanently to any asset to provide continuous condition monitoring data. Avoid unplanned downtime and put the safety of your plant and colleagues first. Contact Sensor:IP65 Airborne enclosed Sensor:IP65 Airborne open Sensor:IP40

Unlock a new era of industrial maintenance with the CRYSOUND Acoustic Imager. Our portable condition monitoring solution is designed to deliver unparalleled accuracy and adaptability in detecting compressed air leaks and partial discharges in the most challenging environments. The CRY2624 is certified with an explosion-proof level II 3G Ex ic IIC T5 Gc rating. It’s your trusted companion in chemical plants housing hazardous flammable gases and areas with strict explosion protection requirements. Our ultrasound camera features 128 state-of-the-art MEMS sensors, ensuring ultra-sensitive detection of compressed air leaks. It covers distances of up to 120 meters and displays the exact defect distance on the camera screen. The CRYSOUND Range caters to all your needs, offering solutions from basic (CRY2620) to superior (CRY2623), including the ATEX-certified CRY2624. User-friendly with just two parameters for most tests, it supports camera mode, video mode, and on-site data recording. Sensor (Microphone):128 Channel Digital MEMS Effective Frequency Range:2kHx to 48kHz 2kHx to 48kHz:Up to 110 dB Test sound pressure level range:25,7-132,5 dBA Camera Frame Speed:At least 25 FPS Detection distance:0.3m to 120m Display resolution:1024*600 (614,400 pixels) Battery life :4+6 Hours Product Dimensions:272 mm x 174 mm x 42 mm Product Weight:1.7 kg Operating Temperature:-20°C - +50°C

Raising Performance Standards with the CRYSOUND Acoustic Imager Experience next-level industrial inspections with the next generation of the CRYSOUND Acoustic Imager: leading the way in reliable technology for leak detection, real-time electrical discharge analysis, and thorough mechanical fault diagnosis. Precision at Its Best 200 MEMS Sensors The CRY8120 Series utilizes a 200-channel MEMS microphone array, providing unmatched accuracy in detecting gas leaks, electrical discharges, and mechanical faults from greater distances. See More with Thermal Integration Optional Thermal Camera Module Enhance your inspections with the attachable thermal camera module. Integrate infrared data with acoustic imaging for a comprehensive, multidimensional view of your inspection area. Tailored to Your Workflow Create custom templates and widgets, including PRPD spectrograms, time domain charts, and thermal images.

Al 4000 jaar lang smeren we onze machines en draaiende onderdelen om hun efficiëntie, betrouwbaarheid en levensduur te verbeteren. Een goede smering van de lagers betekent voor de machine minder oppervlaktecontact, ongewenste wrijving, overmatige verhitting, metaal-op-metaalcontact en slijtage. Smering beschermt kogel- en rollagers niet alleen tegen zichzelf door wrijving te verminderen, maar biedt ook bescherming tegen corrosie en omgevingsfactoren. In de industriesector is vet het uitverkoren smeermiddel, omdat het gemakkelijk aan te brengen is en omdat het de lagerbehuizing een beschermlaag biedt tegen omgevingsfactoren. In het licht van een procedure die al 4 millennia lang zo betrouwbaar blijkt, is het verwonderlijk dat zo veel voortijdige lagerdefecten aan smering te wijten zijn. De oorzaken zijn een verkeerd smeermiddel, een verkeerde hoeveelheid smeer en een ongepast smeerinterval, maar ook vervuiling en verslechtering van het smeermiddel.

Equipped with one directional ultrasonic transducer Uses 2 AA batteries Generates two commutating ultrasonic frequencies

Gracias a los detectores de ultrasonido, podrá mejorar su capacidad de inspección y obtener mejores resultados en lo que a las pruebas de estanqueidad y a la detección de fugas se refiere

Poor greasing practices are a leading cause of bearing failure. Less than 40% of bearings will last long enough to deliver their engineered value and over or under lubrication is most often to blame. Many lube departments re-grease on a wasteful calendar-based schedule. This leads to over and under greased bearings that fail to deliver their engineered value. Grease reduces friction in bearings. Less friction means longer life. LUBExpert alerts you when friction levels increase, guides you during re-lubrication, and prevents over and under lubrication. LUBExpert is an ultrasound solution that helps you Grease Bearings Right. Use the right lubricant at the right location using the right intervals and the right quantities while receiving the right indication of a task well done including bearing status. The LUBExpert is a complete ultrasound solution to manage your acoustic lubrication program and ensure you GREASE BEARINGS RIGHT Operable with:SDT LUBEsense1 Memory capacity/td>:Linux CPU:ARM9 @ 400MHz Internal memory:DDR2, 256 Mb Data memory :256 Mb Signal processing:Dynamic range: 109 dB, Resolution: 16 bits, Sampling rate: 256 kHz Ultrasound measurement:Measuring range: -15 to 120 dBµV (reference 0 dB = 1 µV) Temperature measurement:Measuring range: -70 to +380°C / -94 to +716°F Data collector:Memory capacity: More than 10,000 data Display:Graphic backlighted LCD (128 x 64) Housing:Extruded aluminum, shock proof rubber protections Dimensions:226 x 90 x 40 mm / 8.90 x 3.54 x 1.57 in (L x W x H) Weight:830 g / 29.3 oz, including battery Battery :Rechargeable NiMH battery. Capacity 4.4Ah. 8h Autonomy ( without backlight)

con la potencia de la vibración Online4US utiliza ultrasonido y vibraciones para proporcionar información continua sobre la salud de sus instalaciones. combina sensores de ultrasonido y sensores de vibración en configuraciones modulares de 4 a 32 canales. Responde a una demanda necesaria para tener una advertencia avanzada de fallas críticas de los activos en áreas remotas. Online4US está diseñado para proporcionar a los equipos de confiabilidad una retroalimentación continua sobre la salud de los activos más críticos de su fábrica. Combina los datos de dos de las disciplinas más relevantes (Ut / Vib) para la supervisión del estado de los activos para proporcionar la información sobre los fallas potenciales de la máquina. SDT previó la necesidad de monitorear permanentemente la condición de activos críticos en áreas inaccesibles, peligrosas o remotas.

Safely Inspect Electrical Systems with Ultrasound Electrical failures pose a tremendous safety threat and have the ability to shut down operations entirely Industrial plants require a lot of power to operate, and much like the machinery required for production, their electrical systems can also fail. The Importance of Maintaining your Electrical Systems The implications of a total electrical system failure are far more severe than that of an ordinary mechanical failure. They have the potential to damage equipment, cut power flow and cause downtime for days, seriously injure or kill workers in the immediate vicinity and even impact the surrounding areas power grid. Faults in electrical systems can be detected at their earliest stages with regular ultrasound inspection and therefor prevented far before anything catastrophic happens.

Realizza in tutta sicurezza ispezioni di sistemi elettrici mediante ultrasuoni - I guasti elettrici costituiscono una seria minaccia per la sicurezza e possono provocare un arresto totale delle operazioni Gli stabilimenti industriali richiedono molta energia per funzionare ed esattamente come le macchine necessarie alla produzione, i sistemi elettrici possono subire guasti. Quando ciò succede, le conseguenze per la sicurezza di chiunque lavori nello stabilimento possono essere gravissime. Le stesse minacce gravano sulla produzione d’elettricità e sulla distribuzione. L’importanza di assicurare una buona manutenzione dei sistemi elettrici Le implicazioni di un’avaria totale del sistema di generazione di elettricità sono molto più gravi di qualsiasi guasto meccanico. Tali disfunzioni potrebbero danneggiare le attrezzature, provocare interruzioni nell’erogazione di energia elettrica e causare giorni di arresto, ma anche lesioni o la morte dei lavoratori che si trovano nelle immediate vicinanze.

Il LUBExpert ON-GUARD rappresenta il passo successivo nella manutenzione, combinando automazione, precisione, affidabilità, semplicità e sicurezza. Assicura un funzionamento prolungato e senza problemi delle vostre apparecchiature rotanti mantenendo una lubrificazione ottimale, grazie all’innovativa tecnologia di misurazione a ultrasuoni. Affidabilità grazie alla lubrificazione condizionale Fino all’80% dei guasti ai cuscinetti è attribuito a pratiche di lubrificazione inadeguate. Il LUBExpert ON-GUARD elimina le congetture su questo compito di manutenzione cruciale, monitorando a ultrasuoni i livelli di attrito delle apparecchiature rotanti e applicando la lubrificazione esattamente come richiesto. Con il LUBExpert ON-GUARD, potete contare su decisioni basate sui dati. Andate oltre i calcoli basati sul tempo e adottate una strategia di manutenzione in cui precisione e accuratezza sono fondamentali.

Rilevazione, trend e analisi delle condizioni delle apparecchiature visualizzando il segnale temporale e lo spettro degli ultrasuoni e delle vibrazioni direttamente sull'SDT340. Un'apparecchiatura affidabile fornisce il suo valore tecnico quando è più necessario. Sebbene la responsabilità dell'affidabilità ricada su tutti, è il team di manutenzione il primo a essere chiamato in causa quando le cose vanno male. Ecco perché l'SDT340 collega la manutenzione all'affidabilità in modi che non avremmo mai immaginato. Gestite i risultati e organizzate la vostra strategia di monitoraggio delle condizioni caricandoli sul software Ultranalysis® Suite 3 (UAS3). Controlla qualsiasi combinazione di apparecchiature e attività grazie alla sua flessibilità. L'SDT340 mantiene gli ispettori collegati alle loro apparecchiature. Le visualizzazioni in tempo reale e spettrali consentono agli ispettori di eseguire la diagnostica e l'analisi sul campo, un lavoro che prima veniva svolto in ufficio. Misurazioni di bordo :Ultrasuoni, Vibrazioni, Pirometro e Tachimetro a infrarossi. Sensori doppio ingresso :Uno per le misurazioni a ultrasuoni e un altro per le vibrazioni. Segnale nel Tempo e Spettro:Forma d’onda nel Tempo e in FFT sullo schermo del monitor. Gamma di frequenza :Fino a 100 kHz (ultrasuoni). da 10 Hz a 10 kHz (vibrazioni, in accordo alle ISO 10816/201816) Frequenza di campionamento :32, 64, 128 e 256 kHz sovracampionamento Modalità FocUS Lunghezza del segnale per registrazione:600 secondi a 32 kHz, 300 secondi a 64 kHz, 150 secondi a 128 kHz, 75 secondi a 256 kHz Memoria dati :4,2 GB Sensibilità :Strumento di categoria I che supera i requisiti ASTM 1002-11 Display:Schermo 3.5” 320×480 TFT colorazione piena. Bluetooth:Per streaming audio Alloggiamento:Profilati estrusi in alluminio, protezioni in gomma a prova d’urto Dimensioni :L x L x A 221 x 93,5 x 44 mm (8,7 x 3,7 x 1,7 once) Peso:720 g (25,4 oz), batterie incluse Cuffie:Cuffia cablata e cuffie Bluetooth senza fili.

Non-rotating asset components seldom receive the routine surveillance they need Hydraulic systems represent another way industry converts electricity to mechanical energy. A pump, normally powered by an electric motor, moves hydraulic fluid through a system. The system is typically made up of a reservoir to hold the hydraulic fluid, high pressure lines to carry the fluid, control valves that ensure the fluid is sent where needed, relief valves for safety, and cylinders to produce mechanical energy. The pump and motor receive attention while the balance of the system is run-to-failure. Ultrasound testing could change this lackadaisical approach; especially considering its versatility, ease of use, and applicability to most hydraulic defects. External and Internal Leaks External leaks can often be found by visual inspection. Some external leaks, like a ruptured hose or fitting, are easy to spot. Simply follow the trail of spilled oil. Others are not so obvious.

Una solución integral de monitoreo de condición que combina la versatilidad del ultrasonido, los análisis de vibración, los protocolos de comunicación estándar y un software integrado de análisis y tendencias. Configure Vigilant para cualquier activo crítico Vigilant es un sistema de recopilación de datos flexible. Puede introducir cualquier combinación de ocho sensores de ultrasonidos y vibración, y obtener información continua de sus activos. Los 4 canales de Temperatura, Tacómetro y Presión crean una solución todo en uno para activos críticos y protegidos. Lo más destacado de Vigilant: 8 canales (Ultrasonido o Vibración) 4 canales (Temp./Tac./Proceso) Software de gestión de datos integrado Tendencias/Espectro/Forma de onda/Cascada Protocolo de comunicación abierta Datos estáticos y dinámicos Función:Dispositivo de adquisición permanente Entradas dinámicas principales :8 canales (ultrasonidos y vibración) Indicador de canales analógicos :12x rojos/verdes Fuente de alimentación :20-26 Vdc, 24 Vdc nominal (220 V AC con la mobility case) CPU :ARM Cortex™-A9 Quad Core (NVIDIA® Tegra™ 3) Capacidad de almacenamiento :4 GB Tamaño :162.2x95x27 mm (fuera mobility case) Peso :0.42Kg Rango de temperatura de funcionamiento :-30C° a +44.5C°, sin condensación Tasa de muestreo :512 Hz a 51.200 Hz Rango CC :± 24 V Rango CA :24 Vpp Distorsión armónica :-70 dB Rango dinámico :110 dB Resolución ADC :16 bits Potencia :+24 V Ganancia :1 to 32 Líneas espectrales :Hasta 12800 Processing modes :Forma de onda larga, Desmodulación, Forma de onda larga Filtros disponibles Butterworth, Bessel, Che Filtros disponibles :Butterworth, Bessel, Chebyshev

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)

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

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