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The PIUSI DONGLE 2.0 is a revolutionary device for centralized control of all fluid management processes in the workshop. Track consumption and optimize inventory!

Description

Additional information

PIUSI DONGLE 2.0: Centralized Control of Total Workshop Processes

A PIUSI DONGLE 2.0 a revolutionary device specifically designed to ensure continuous, real-time tracking of fluid management and dispensing processes for the entire workshop or site. This monitoring unit is an integral part of the MCO 2.0 software system, which provides comprehensive control over the consumption of lubricants, fuels, and other fluids.

The DONGLE 2.0 allows users, when connected to a traditional monitor, to track all data from the MCO 2.0 system with absolute clarity and immediate visibility. Wherever it is located on the site, it immediately becomes visible on the central display which GPV 2.0 unit is currently dispensing, how much fluid has been dispensed, and what quantity is available.

Main Functions and Advantages

The DONGLE 2.0 is not just a display, but a proactive management tool that helps optimize workflows:

  • Real-Time Dispensing Tracking: Immediate visual feedback on whether a GPV 2.0 (Fluid Dispensing Valve) is currently operating and the exact quantity of fluid (oil, fuel, etc.) being dispensed.

  • Workflow Management: It is possible to continuously monitor the work agenda. The system displays completed orders and pending tasks, allowing delays to be immediately noticed and managed.

  • System Compatibility: The MCO 2.0 system supports multiple PIUSI DONGLE 2.0 devices, enabling the creation of a flexible display network.

  • Scalable Display: Large monitors can be used in central areas for a complete overview, while smaller, local monitors can be installed at individual workstations for immediate tracking of local dispensing operations.

Technical Specifications and Operating Modes

During the design of the PIUSI DONGLE 2.0, special attention was paid to easy integration and reliable operation.

Main Features
  • No External Power Supply Required: The device is optimized for passive operation, so there is no need to install a separate power source for operation.

  • Three Operating Modes: The DONGLE 2.0 can be flexibly configured to adapt to various user needs. (The exact modes are detailed in the attached data sheets, but generally include real-time dispensing display, task list, and combined view.)

Compatible Fluids and Application Areas

As part of the MCO 2.0 system, the DONGLE 2.0 can be applied to an extremely wide range of fluid management tasks:

Product Category Applicable Fluids
Lubricants and Fluids AdBlue®, Antifreeze, Diesel/HVO/XTL, Food-grade fluids, Gasoline, Greases, Kerosene, Oil, Windshield Washer Fluid, Water
Application Areas Garage Equipment, Logistics, Mining and Construction Industry, Industrial Use

System Integration

The DONGLE 2.0 is a key component of the MCO 2.0 ecosystem, cooperating with other PIUSI devices for full automation:

  • MCO 2.0 Software: The central management software that manages work schedules, tracks fulfillment, and deadlines.

  • CONTROL UNIT 2.0: Mobile fluid control unit that allows operators to manage tasks with ease.

  • GPV 2.0: Reliable dispensing valve ensuring remote operation.

  • OCIO 2.0: Precise tank level monitoring system for remote fuel level checking.

  • EASY VIEW 2.0: The Easyoil gun MCO 2.0 compatible version with a remote display, ensuring accuracy during oil dispensing.

Product Identification and Documentation

For product identification and viewing detailed technical data, the following information is available:

Product Code Designation
F0077602A PIUSI DONGLE TV 2.0 N

The complete datasheets and manuals for DONGLE 2.0 are available at the official PIUSI documentation center, providing all necessary information for installation and maintenance.

The PIUSI DONGLE 2.0 is the ideal choice for any industrial or service environment where transparency, accuracy, and efficient tracking of fluid management processes are essential. The system provides a central visualization point, increasing productivity and minimizing the possibility of errors.

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