Parts

Top marks are often cylindrical, conical for lateral marks, and X-shaped for special marks.
In addition, depending on the purpose of the marks, cardinal mark, isolated danger marks or safe water top marks may be attached.
When planning the installation of signs, please feel free to contact us about the type of top mark you need.

Example of AtoN

Zeniflex series is a small radar reflector suitable for small buoys and bonden poles. This safety equipment is small, but it provides a stronger and clearer image on the vessel's radar display.

ZFX-NK	Example	ZFX-SS	Example

Large radar reflectors conform to the “Technical Standard for Radar Reflectors”.

Zeni Lite Buoy's synchronized flashing device can synchronously flash the lights of multiple light buoys and beacon lights by using radio broadcast station time signals or GPS satellite communication waves. This device is necessary for major lights to clearly distinguish them from background lights and other lights visible in the surrounding area and to enhance their visibility effect.

Zeni Lite's solar panels are designed to withstand harsh environments and can provide a stable power supply over a long period of time with only simple periodic maintenance. Zeni Lite can offer custom designed system including lanterns, observation system, AIS, system and other Aids to Navigation monitoring systems according to your requirements. Please feel free to contact Zeni Lite for further assistance.

ZK-18/36M53 Maximum output 5.5W	ZK-18/36M130 Maximum output 14.6W	ZK-36M260 Maximum output 29.0W	ZK-36M530 Maximum output 60.0W

The Zeni Lite's charging controller efficiently charges the power generated by the solar cells to the storage battery and protects the storage battery from overcharging.

Zeni Lite Buoy's direct current power source system transforms commercial alternating current into direct current so as to provide beacon lights with direct current electricity while at the same time float-charging a built-in storage battery. At the time of blackout, the system automatically provides beacon lights with power from the battery.
The system also contains a protective circuit designed to terminate the power supply if a power failure lasts longer than the battery duration in order to prevent over-discharge of the storage battery.
The system uses sealed lead storage batteries with high-efficiency discharge capacity that do not need maintenance, including water refilling.
Avoid installing the system in a place with direct sunlight as much as possible. Choose a place where the sensor part of the sunlight-controlled switch on the box cover can easily detect daylight and is not affected by other lights during the nighttime in order to ensure that beacon lights are turned on and off during the daytime and nighttime.