Those new strips are from ONKA Electric

•  In our facility equipped with advanced technology, we provide the best quality products.
• We manufacture our products with specialized production technology and systems using special alloy materials (CK 45) which are not susceptible to human error.
• Through hardening processes in a specially designed furnace giving it a hardness of 36.6 HRC, and to be repeatedly connected and removed.
• This product has a very high resistance to deformation.
• In order to prevent corrosion in environments with oxide flammability, the surface of the material has been coated with a special coating material, zinc (Zn) to reach a minimum coating thickness of 6 μm, although the coating thickness required for most materials is 5 μm by European specifications (standards European).
• The plastic body of the product is made of 140C – 6.6 heat-resistant polyamide, so it is highly resistant to fracture, bending, impact and abrasion and also has high tension and compression resilience.
• Using a steel screw with a hardness that matches its connection structure, the product has been given high flexibility in different environments.

In order to know what our product is, we must take an overview of the types of earthing and what are they?

1- Direct grounding

• This type of earthing is where the connection between the tie point and the ground is made directly by a conductor without any resistances or obstructions
• It treats the defects of the indirect grounding system and is used in the LV system where the ground fault current is small, but it is sufficient to operate the protection relays when any ground fault occurs, as it is disconnected momentarily without any delay.
• This system of protection is not suitable for the main circuits in high voltages that require continuity of feeding. This type of grounding is called effective grounding, given that the voltage of the healthy faces remains the same, i.e. its value does not increase.

2- Grounding with resistance

• The connection between the break-even point and the earth is through resistance and is used in systems with medium and high voltages in order to limit the voltage rise in the covers of electrical equipment when the fault currents of the earth connection pass through it and its value can be controlled to adjust the maximum height of the voltages of this equipment during the fault and it is also used in grounding a point Tie for generators with voltages higher than 1000 volts.
• This system is used when there is an urgent need to reduce the earth fault current

Grounding advantages:

• Protect equipment and circuits from the risk of excessive fault current.
•  Reducing the effect of Arcing Grounding strikes.
• Facilitate the use of ground fault protection devices.
• cost reduction.
• Limit the fault current to values ​​that do not affect the system

That is, it is about connecting the objects and metal casings of equipment and devices to the ground through an electrical conductor to avoid a rise in the body’s voltage when contact occurs between them and the current-carrying conductors

Which causes its voltage to rise to the voltage of the face, and thus causes anyone who approaches or touches it to be exposed to the risk of electric shock.

Grounding equipment means not only connecting the body of the equipment to the ground, but also connecting all metal parts, bases, and installations that do not carry current to the ground through grounding equipment and tools.

The grounding system is used and applied to: –

• Metal sheaths surrounding and covering electrical conductors, such as cable sheaths and reinforcing layers
• Metal structures and casings of electrical machines in general if they are exposed to contact between these structures and the current-carrying conductor.
• Casings and structures of motors, controls, elevators and cranes.
• Devices and equipment in garages, theatres, theaters and studios
• Electrical signaling and display devices
• Motors and generators connected to water pipe networks and pumps.
• Distribution boards and key holders.
• Some non-electric devices and equipment, such as steel ropes used in electric winches and elevators.
• Sockets connected to household appliances that operate with motors, as well as lampshades and electrical hand tools.
• Plugs and barriers connected to industrial equipment unless they are out of reach of individuals.
• Metal belts in chemical factories and petroleum refineries and its derivatives.
• Metal towers carrying high voltage lines.
• High buildings and chimneys of generation units and factories.

【12 POSITION 】

Cable Suitable Wire Connector: 6mm² Safe and Reliable Each pair of terminals is insulated from the next, preventing circuits from being cluttered.

The mounting screws secure a reliable connection of the wires and help prevent accidental contact with the terminals.
High quality terminal strips outside with protective polyethylene plastic.

The conductive inner part uses fixed copper and galvanized screws for fixing

• ONKA spring tip automatically adjusts to the wire cross-section, provides optimum strength and does not damage the wire.
• Eliminates the impact of the human factor on the quality of communication.
• The spring clip on the DIN rail greatly speeds up installation time
• ONKA spring station has increased vibration and shock resistance.
• It does not require subsequent technical maintenance.
•  High strength insulator and complex insulators.
• Widely used in low and high power distribution cabinet.
• For power distribution, transmission, copper or aluminum busbar fixing, etc., play the role of insulation and conduction.
• Good electrical resistance, heat resistance, fire resistance, low shrinkage and water resistance, excellent texture and fine workmanship are your choice.