Fully Autonomous System Ese Lightning Rod for Lightning Protection of New Generation Weather Radar Stations

Small and medium-sized radar vehicles or special vehicles have higher requirements for lightning protection equipment to prevent lightning strikes from causing damage to precision equipment. The ESE air-termination device has passed the lightning test of the WHVRI High Voltage Research Institute. The maximum peak current test is N/100KA, and it can generate electricity 60microsecond in advance. Due to its light weight and good high pressure resistance, it is recommended to be used in places with high requirements.

 

 

YBT-YFD60 Lightning Rod Protection Radius(NFC 17-102)
category	Class 1 protection				Class 2 protection				Class 3 protection
model	18	31	45	60	18	30	45	60	18	30	45	60
Height(m)	Protection radius(m)
2	14	19	25	32	19	25	32	40	22	28	36	44
2	21	28	38	48	29	38	48	59	33	42	57	65
4	28	38	51	64	38	50	65	78	44	57	72	87
5	35	48	63	79	49	63	81	97	55	71	89	107
6	35	48	63	79	49	64	81	97	56	72	90	107
8	36	49	64	79	51	65	82	98	58	73	91	108
10	37	49	64	79	52	66	83	99	60	75	92	109
15	38	50	65	80	55	69	85	101	64	78	95	111
20	38	50	65	80	58	71	86	102	67	81	97	113
45	38	50	65	80	63	75	90	105	77	89	104	119
60	38	50	65	80	63	75	90	105	78	90	105	120

 

 

Equipped with energy storage components, it has the ability to trigger the upward leader.
Optimize the head radius to reduce the corona effect and ensure the normal operation of the pulse device.

LIGHTNING ROD CHARACTERISTICS
1.The electronic components are completely wrapped in epoxy resin to prevent internal electronic components from being damaged by lightning strikes.
2.No radioactive elements, safe and reliable; stainless steel material,corrosion-resistant,beautifulappearance.
3.Accurately judge the timing of discharge,make lightning strikes more accurate, and reduce the probability that the lightning strike point falls on a non-lightning rod body.
4.Fully active system, self-activating.

LIGHTNING ROD INSTALLATION
1.Determine building lightning protection based on the area and height of the protected building,the number oflightning days in the location, the geographical environment correction coefficient, the nature ofthe building's use,etc.
2.The down conductors (down conductors) should be electrically connected to the main steel bars of the building,or two or more down conductors (down conductors) should be made as required.
3.The down conductor (down conductor) should be disconnected and insulated on the ground nearby.
4.The grounding body, grounding resistance, and lightning protection ground network should be implemented in accordance with the lightning protection standard GB50057-2010.