LV is distributed to distribution tables via energy panels. Electrical energy coming to places such as factories and workshops is directed to distribution tables through distribution boards. Thus, the energy of the whole plant can be controlled from a single panel. The mains voltage that comes to the facility with the measurement instruments on them can be read from these panels at values such as power and current drawn by the facility from the network.
LV Panel Specifications
Distribution panels are the main units where a facility is energized. From this perspective; LV Distribution Panels control all the electrical energy in the plant. If any part of the plant should be de-energized, this can be done in a short time by switching off the switch on the distribution panels. It is possible to de-energize the entire unit in a dangerous situation. It is also possible to read current and voltage information with the measuring instruments on it.
APEKS GROUP; It allows the selection and production of the most accurate and cost-effective LV Panels by preparing the panel appearance without wiring and assembly drawings. In accordance with our service and quality policy, all productions are checked and tested by our experienced engineers and technicians.
LV Panel Materials
LV board materials include:
• Copper busbars
• Switches
- Load Breaker (Main Switch): They are connected to the energy input of the main part of the distribution panels.
and keep the whole system under control.
- Compact Switches: Used as input and output switches in LV panels.
• Current Transformers: Transformers used to measure the current passing through the primary from the secondary winding depending on the conversion ratio.
• Post Insulators: Post insulators used in panels are used to attach the busbars insulated onto the LV Panel body.
• Panel Internal Requirement Socket, Lamp and Fuse: In the distribution panels, one phase socket connection and lighting lamp can be installed if desired.
Safety and Security Measures We Take as APEKS:
1. Bare parts carrying tension on the main panel are protected against accidental touching.
2. If the parts carrying tension are not kept, at least 1 meter distance is left between the bare parts and the room boundary. If there are bare parts on both sides, the width of the space is designed as 2 meters.
3. An empty passageway of at least 90 cm is left in front of the panel.
4. Danger of death sign is hung on the panel.
5. All non-electrical metal parts of the panel are grounded.
6. The service passage behind the panel is covered with PVC.
7. The panel cage lock is kept constantly locked to prevent unauthorized persons from interfering.