Various lightning protection devices
CMCE NANO
CMCE SERTEC 120
CMCE HOME
Description: Developed for Small deposits, Telecommunications Towers, Medium and High Voltage Power Lines, Traffic Lights, Small Radars, Road Cameras, Garitas, and other structures that can be covered by their protection radius.
- Weight: 980 grams (Gross)
- Measures: 17cm.
- Height x 10 cm. diameter.
- Packaging: Galvanized Metallic Material
CMCE HOME
CMCE SERTEC 120
CMCE HOME
Description: Developed to protect all types of structures on land, residences, small buildings, warehouses, etc
.
- Weight: 2,460 kilograms (Gross)
- Measures: 24 cm.
- Height x 15.5 cm. diameter.
- Packaging: Galvanized Metallic Material
CMCE SERTEC 120
CMCE SERTEC 120
CMCE SERTEC 120
Description: Greater deionizing power, for use in buildings, large complexes, mining, boats, electric stations, etc.
- Weight: 7.4 kilograms (Gross)
- Measurements: Ø 24.17 cm x 36.72 cm.
- Packaging: Galvanized Metallic Material
CMCE-AT 120
CMCE- High Vibration
CMCE SERTEC 120
Description: Developed for installations in high temperature environments. For example, chimneys, industries, etc. Supports up to 400ºC.
- Weight: 7.4 kilograms (Gross)
- Measurements: Ø 24.17 cm x 36.72 cm.
- Packaging: Galvanized Metallic Material
High Resistance
CMCE- High Vibration
CMCE- High Vibration
Description: Designed for highly corrosive environments, since it is a steel with high resistance to corrosion, given that the chromium or other alloying metals it contains, have great affinity for oxygen and react with it forming a passivating layer, thus avoiding corrosion of iron (purely stainless metals, which do not react with oxygen are gold and platinum, and of lower purity are called corrosion resistant.
- Weight: 20 kilograms (Gross)
- Measurements: Ø 24.17 cm x 36.72 cm.
- Packaging: Galvanized Metallic Material
CMCE- High Vibration
CMCE- High Vibration
CMCE- High Vibration
Description: Developed with the same characteristics as the CMCE 120, but with a special design to avoid the fall of the equipment, especially for derricks, etc.
- Weight: 11,170 kilograms (Gross)
- Measurements: Ø 24.17 cm x 36.72 cm.
- Packaging: Galvanized Metallic Material
CMCE Graphene
CMCE Graphene
CMCE Graphene
Description: Developed for special applications and Military use. The innovation is based on the properties of Graphene.
- Weight: 7.4kg (Net)
- Measurements: Ø 24.00 cm x 38.54 cm
- Packaging: Galvanized Metallic Material
CMCE TWIN MAX
CMCE Graphene
CMCE Graphene
Description: For safe and effective protection in high electrical load environments, Sertec SRL has designed, created and tested the CMCE TWIN MAX device that exceeds the high efficiency of its inspiring base, the CMCE 120, to work in the most extreme conditions. With the CMCE TWIN MAX it manages to compensate extreme electric fields with greater speed, efficiency and reduce the intensity of magnetic fields, so its application is focused on this type of conditions tested in the laboratory.
- Weight: 6,460 kg (Net)
- Measurements: Ø 24.00 cm x 37.10 cm.
- Packaging: Galvanized Metallic Material
Certifications
Coverage Area
· CMCE Technology Method: Cover radius depending on the model varies between 25m. to 120m. (Check model’s manual).
· All models must be installed at a height of 3m. above the highest point to be protected (For more detailed information check the manual).
· Rolling Spheres Method: For protection levels I, II, III and IV defined according to IEC 62305, the rolling sphere method must be used, with the protection radius marked by the standard.
Connection system to the mast:
It incorporates in its axis the connection system to the mast. The CMCE needs an internal measuring mast 42 mm Ø and outside 49 mm Ø with through hole of 8 mm Ø to 32 mm from the edge of the mast (may vary depending on the model, more detailed information consult the manual).
Component Materials:
Recycled Aluminum, Insulator: Polyacetal, also called polyoxymethylene (POM); Ceramic, or According to model, consult the manual.
CMCE maximum working voltage WITHOUT lightning discharge
515.41 KV at one meter, according to high voltage laboratory tests (UNE 21186:2011// NF C17- 102:2011).
Maximum allowable current of short circuit
The tests carried out according to IEC-10/350 Q curves of 100,000 Amperes, specified in the IEC- 62305 norms, show that the equipment supports 7 continuous degasses of 89,906KA; 89.62KA; 88.53KA; 89.3KA; 90.44KA; 96,656KA; 89,688KA; without breaking materials or marks of deterioration or perforation.
Protection effectiveness
99% reduction of impact of direct rays in the protected structure. In case of direct impact of lightning (1%) or indirect effects due to external induced overvoltages in the protected structure, the CMCE behaves like a thermal fuse, absorbing part of the lightning energy in heat by melting its components, minimizing (between 60% - 90%) electromagnetic effects
