Mayil Radio Remote Controls

Mayil Radio Remote Controls

Mahani Engineers offers Mayil Radio Remote Controllers, designed to deliver safe, efficient, and precise wireless control for a wide range of industrial applications. Built with durability and performance in mind, these systems ensure seamless operation even in demanding environments.

Our Mayil Radio Remote Controllers are widely used in applications such as EOT cranes and material handling systems. With strong signal stability and user-friendly operation, they enhance productivity while maintaining high safety standards.Available in multiple configurations, including MRC-NL and MRC-FP and Base Unit, these controllers are built to suit different operational requirements.

MRC-NL

A rechargeable, heavy-duty remote designed for continuous industrial use.

  • Durable nylon body
  • Rechargeable battery-powered
  • Reliable performance in harsh conditions
  • Ideal for EOT cranes and heavy machinery

MRC-FP

A compact and flexible battery-operated remote.

  • Powered by standard AA batteries
  • Lightweight and easy to handle
  • Durable PA66 casing
  • Suitable for versatile industrial applications
MRC-NL Handheld Unit (Transmitter)
Size55mm × 40mm × 185mm
Weight280 Grams
AntennaBuilt-in
Communication Distance80 metres
No of SpeedsSingle
Shell MaterialNylon
EnclosureIP 65
Transmitting Frequency868 MHz
Operating Temperature-20°C to +60°C
Power Supply to Handheld UnitAA Dry Cells
MRC-NL Base Unit
Size160mm × 65mm × 210mm
Weight1600 Grams
Supply Voltage230 Volts AC
EnclosureIP 65
Operating Temperature-20°C to +60°C
Response Time less than 20 ms
MRC-FP Handheld Unit
Size65mm × 40mm × 180mm
Weight300 Grams
AntennaBuilt-in
Communication Distance100 metres
No of SpeedsSingle
Shell MaterialPA 66
EnclosureIP 65
Transmitting Frequency868 MHz
Operating Temperature-20°C to +60°C
Power Supply to Handheld UnitAA Dry Cells
MRC-FP Base Unit
Size80mm × 50mm × 180mm
Weight800 Grams
Supply Voltage230 Volts AC
EnclosureIP 65
Operating Temperature-20°C to +60°C
Response Time less than 20 ms