Maeda Koki MKT25-2TL Oil Signal
Maeda Koki MKT25-2TL Oil Signal

Maeda Koki MKT25-2TL Oil Signal

Maeda Koki MKT25-2TL Oil Signal stands as a precision-engineered solution for real-time fluid monitoring, specifically designed to ensure operational safety and efficiency in high-performance hydraulic systems and industrial machinery.

Maeda Koki MKT25-2TL Oil Signal
Maeda Koki MKT25-2TL Oil Signal
Maeda Koki MKT, Since this product uses a tapered tube of taper form for a transparent tube, it can also as a flow rate viewing type of a short form by seeing the related position ofa ball and the indicating red line.

Specification of Maeda Koki MKT25-2TL Oil Signal

  • Rc1/4 is the port connection.
  • Length overall: 94 mm
  • Overall Width: 25 mm
  • 51 mm in depth
  • Maximum Rate of Flow: 3 L/Min
  • Maximum Temperature: 80 C Fluid: Oil
  • 1 MPa is the maximum pressure.
  • Material for Transparent Tapered Tube: Acrylic Port Connection Material: Brass C3604
  • Ball Material: Nylon; Spring Material: SUS304; Miniature Valve Content: BC

Feature of Maeda Koki MKT25-2TL Oil Signal

  • Accurate Measurement: Provides precise oil level detection, preventing operating issues caused by insufficient lubrication.
  • Compact Design: Easily installed on a range of tanks or containers with constrained space.
  • Sturdy Materials: Constructed from high-quality materials that are resistant to corrosion, intense heat, and pressure.
  • Both optical and electrical signal mechanisms are included, including visual cues for direct viewing and electrical signal options for communication with automated monitoring systems.
  • Simple to Install: This system is quick and simple to install, and it works with a wide range of industrial applications.
  • Ignores Extreme Conditions: Functions well in demanding circumstances, including exposure to heat, vibration, and oil.

Application of Maeda Koki MKT25-2TL Oil Signal

  • Industrial Equipment: Used to monitor the lubricating oil levels in machinery such as generators, pumps, and compressors.
  • Hydraulic Systems: By keeping optimal oil levels in hydraulic systems, damage or failure is avoided.
  • Automotive Industry: Used to measure the amount of lubricant in car engines and other machinery.
  • The power-generating sector includes oil monitoring in turbines, generators, and other producing equipment.
  • Plant Equipment: Ensuring lubrication is supplied in storage tanks and oil containers used in production processes.

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