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Smart WD-40 Lubricant Valve for Automated Industrial Systems with IoT Connectivity and Data Logging
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Smart WD-40 Lubricant Valve for Automated Industrial Systems with IoT Connectivity and Data Logging

Nombre De La Marca: MUFUTE
Cuota De Producción: 100000 set
Precio: Negociable
Detalles Del Embalaje: CAJA DE CARTÓN
Condiciones De Pago: L/C, D/A, D/P, T/T, Western Union, Moneygram
Información detallada
Lugar de origen:
Hebei, China
Tipo de válvula:
Pulverización
Inflamable:
Tipo de contenedor:
Lata de aerosol
Muestra:
gratis
Capacidad de la fuente:
10,000,000 de conjuntos por mes
Resaltar:

WD-40 Aerosol lubricant valve

,

WD-40 Corrosion inhibitor valve

,

WD-40 Lubricant valve

Descripción del producto
Smart WD-40 Lubricant Valve for Automated Industrial Systems with IoT Connectivity and Data Logging
Step into the future of Industry 4.0 with the Smart WD-40 Lubricant Valve, an integral component for automated lubrication systems. This valve is equipped with IoT connectivity, allowing it to communicate with a central control system to confirm operation and log each lubrication event. It delivers a precise dose of condition-based lubricant based on real-time machine data, moving beyond simple time-based schedules.
This predictive maintenance capability is transformative, applying lubricant only when needed, which optimizes consumption and prevents both under and over-lubrication. The valve provides usage analytics that help plant managers understand consumption patterns and identify anomalies. By integrating this smart-factory component, you enable a data-driven approach to machinery care, significantly reducing wear, preventing unexpected downtime, and pushing the efficiency of your manufacturing operations to new heights.
Key Features
  • Features IoT connectivity for integration into smart factory networks and control systems
  • Enables the precise application of condition-based lubricant for optimal machine health
  • A core enabling technology for a predictive maintenance strategy
  • Provides valuable usage analytics for monitoring system health and lubricant consumption
  • Transforms lubrication from a manual chore to an automated, data-driven process
Application Scenario
In an automated packaging line, the smart valve receives a signal from a vibration sensor on a high-speed bearing. It then dispenses a precise amount of lubricant, and logs the event, preventing a failure that was predicted by the data.
Production Details
Factory Production Floor: Production involves clean-room assembly for the electronic components. Each valve's sensor and communication module are calibrated and tested on a simulated network before being sealed in its industrial housing.
Packing and Transportation: Valves are packaged in ESD-safe, compartmentalized boxes with unique QR codes for registration and integration into the customer's IoT platform. Documentation includes digital access keys and API information.
Frequently Asked Questions
What kind of IoT connectivity does it use?
It typically uses standard industrial protocols like IO-Link or wireless options like LoRaWAN to seamlessly integrate into existing factory automation systems.
What is condition-based lubricant application?
It means lubricant is applied based on the actual condition of the machine (e.g., temperature, vibration, running hours) rather than a fixed calendar schedule, which is more efficient and effective.
How does this enable predictive maintenance?
By logging every lubrication event and working with sensor data, it helps build a model of normal machine behavior. Deviations from this model can predict a failure before it happens.
What type of usage analytics does it provide?
It can report on the number of actuations, estimated lubricant used, and identify if a specific valve has failed to operate, providing a clear picture of the lubrication system's health.
Is this smart-factory component difficult to install?
It is designed to be a drop-in replacement for standard pneumatic or electric valves in automated systems, but it does require configuration by a controls technician to connect to the network.
Un buen precio.  en línea

Detalles De Los Productos

En Casa > Productos >
Válvula de rociado de aerosoles para vehículos
>
Smart WD-40 Lubricant Valve for Automated Industrial Systems with IoT Connectivity and Data Logging

Smart WD-40 Lubricant Valve for Automated Industrial Systems with IoT Connectivity and Data Logging

Nombre De La Marca: MUFUTE
Cuota De Producción: 100000 set
Precio: Negociable
Detalles Del Embalaje: CAJA DE CARTÓN
Condiciones De Pago: L/C, D/A, D/P, T/T, Western Union, Moneygram
Información detallada
Lugar de origen:
Hebei, China
Nombre de la marca:
MUFUTE
Tipo de válvula:
Pulverización
Inflamable:
Tipo de contenedor:
Lata de aerosol
Muestra:
gratis
Cantidad de orden mínima:
100000 set
Precio:
Negociable
Detalles de empaquetado:
CAJA DE CARTÓN
Tiempo de entrega:
5-10 días de trabajo
Condiciones de pago:
L/C, D/A, D/P, T/T, Western Union, Moneygram
Capacidad de la fuente:
10,000,000 de conjuntos por mes
Resaltar:

WD-40 Aerosol lubricant valve

,

WD-40 Corrosion inhibitor valve

,

WD-40 Lubricant valve

Descripción del producto
Smart WD-40 Lubricant Valve for Automated Industrial Systems with IoT Connectivity and Data Logging
Step into the future of Industry 4.0 with the Smart WD-40 Lubricant Valve, an integral component for automated lubrication systems. This valve is equipped with IoT connectivity, allowing it to communicate with a central control system to confirm operation and log each lubrication event. It delivers a precise dose of condition-based lubricant based on real-time machine data, moving beyond simple time-based schedules.
This predictive maintenance capability is transformative, applying lubricant only when needed, which optimizes consumption and prevents both under and over-lubrication. The valve provides usage analytics that help plant managers understand consumption patterns and identify anomalies. By integrating this smart-factory component, you enable a data-driven approach to machinery care, significantly reducing wear, preventing unexpected downtime, and pushing the efficiency of your manufacturing operations to new heights.
Key Features
  • Features IoT connectivity for integration into smart factory networks and control systems
  • Enables the precise application of condition-based lubricant for optimal machine health
  • A core enabling technology for a predictive maintenance strategy
  • Provides valuable usage analytics for monitoring system health and lubricant consumption
  • Transforms lubrication from a manual chore to an automated, data-driven process
Application Scenario
In an automated packaging line, the smart valve receives a signal from a vibration sensor on a high-speed bearing. It then dispenses a precise amount of lubricant, and logs the event, preventing a failure that was predicted by the data.
Production Details
Factory Production Floor: Production involves clean-room assembly for the electronic components. Each valve's sensor and communication module are calibrated and tested on a simulated network before being sealed in its industrial housing.
Packing and Transportation: Valves are packaged in ESD-safe, compartmentalized boxes with unique QR codes for registration and integration into the customer's IoT platform. Documentation includes digital access keys and API information.
Frequently Asked Questions
What kind of IoT connectivity does it use?
It typically uses standard industrial protocols like IO-Link or wireless options like LoRaWAN to seamlessly integrate into existing factory automation systems.
What is condition-based lubricant application?
It means lubricant is applied based on the actual condition of the machine (e.g., temperature, vibration, running hours) rather than a fixed calendar schedule, which is more efficient and effective.
How does this enable predictive maintenance?
By logging every lubrication event and working with sensor data, it helps build a model of normal machine behavior. Deviations from this model can predict a failure before it happens.
What type of usage analytics does it provide?
It can report on the number of actuations, estimated lubricant used, and identify if a specific valve has failed to operate, providing a clear picture of the lubrication system's health.
Is this smart-factory component difficult to install?
It is designed to be a drop-in replacement for standard pneumatic or electric valves in automated systems, but it does require configuration by a controls technician to connect to the network.