Circuit breaker: protects electrical installations against overload and short circuit. – RCD: prevents people and animals from getting electric shocks and protects property against fires originating from faults in the electrical installation. – SPD: deviates, to the grounding mesh, the electric current generated by voltage surges, such as: lightning, switching circuits, or maneuvering operations in the transformers of the local electric power utility.

No. First of all it is necessary to check what is happening to cause the trip, because some equipment might be short-circuited or overloading. Each section (gauge) of cable must be protected by a circuit-breaker of equivalent rated current. If the circuit breaker is replaced with a higher value, the conductors will be overloaded and become very hot, which can cause accidents.

Yes, each pole of the circuit breaker has thermal and magnetic triggers, ensuring protection of the conductor.

Yes, provided that the Neutral (where applicable) is connected to the pole marked N. The phases should be connected to poles 5/6 and 3/4, leaving out pole 1/2, otherwise the test button will not work.

Yes, provided that the Neutral (if any) is connected to the pole marked N. Phase should be connected to pole 5/6, otherwise the test button will not work.

No. The function of the circuit breaker is the protection of the conductors. The protection of electronic equipment is the function of the SPD.

Because the INMETRO Directive 348/2007 requires compulsory certification for circuit breakers up to 63A. Even though they are not covered by the Ordinance, circuit breakers above 63A meet the same quality and safety requirements as certified products.

RCD with a sensitivity current of 30mA is recommended for the protection of people and animals, since it is considered highly sensitive. RCDs with sensitivity current of 300mA (low sensitivity) are recommended for the protection of buildings, against fire principles caused by electrical failure.

There must be an SPD (Surge Protection Device) installed downstream (after) your RCD. Replace the SPD upstream (before) the RCD.

Unfortunately no. Enerbras switchboards only house DIN rail devices.

No. BP63-E busbars are designed for circuit-breakers up to 63A, whose pole is 18mm wide.

The RCD current rating must be greater than or equal to that of the circuit breaker; The circuit breaker must be upstream (before) the RCD; All of the circuit conductors, including the Neutral, must pass through the RCD. The Neutral conductor must always be connected in the pole identified with the letter N.

Simple switch: commands a load through the On/Off maneuver of a single key. – Parallel switch: allows the command of a load through the On/Off maneuver of two distinct keys, where one alternates the state of the other. – Intermediate Switch: The intermediate switch can be installed between two parallel switches (as many as necessary), enabling more command options for a load. – Bipolar Switch: They maneuver loads fed by two phases. Example: 220V Phase-Phase lighting fixtures.

Yes, all Enerbras outlets can be connected to 127V and 220V circuits.

Yes, all Enerbras switches can be connected to both 127V and 220V circuits.

No. It is necessary to make a jumper connection.

The maximum power supported is engraved on the product. – 250W for 127V – 500W for 220V

No. All plastic materials suffer degradation due to exposure to ultraviolet rays. The quality of the polymers, the manufacturing process, and the addition of anti-UV chemical agents used by Enerbras can slow down the degradation, but never fight it. Direct exposure to sunlight and fluorescent lamps can accelerate color degradation.

Enerbras manufactures 10A and 25A switches. – For 10A switches: the sum of the lamps’ power should not exceed 1270W at 127V or 2200W at 220V; – For 25A switches: the sum of the lamps’ power should not exceed 3175W at 127V or 5500W at 220V;

No. All the sockets can be used both in 127V and 220V. Enerbras offers red colored sockets to enable the identification of different voltages.

No. The E Line standard box was designed exclusively for Enerbras mechanisms.

Yes, as long as they are dimmable LED bulbs.

No. Because the presence sensor has a timer relay.

No. Unwanted triggering may occur. Enerbras presence sensors are recommended for indoor environments.

Common incandescent and halogen dichroic: 800W / 127V and 1200W / 220V – Compact fluorescent: 200W / 127V and 300W / 220V – Fluorescent with ballast: 200W / 127V and 300W / 200V

Maximum power: 1270W at 127V or 2200W at 220V

The walls are part of the anchoring system of the mobile plugs and sockets. The conductors must go around these walls. Their function is to protect the conductor from tensile stresses between cable and plug.

According to the Brazilian Plug and Socket Standard, it should be impossible to insert a 20A plug into a 10A socket so as not to overload it.

Yes.

The diameter of the pins: – 10A – 4.0mm – 20A – 4.8mm

PUNCH DOWN type insertion tool, which can be found in most electrical stores for installation.

No. It is not recommended, as it can damage the contacts.

RJ11 is used for telephony and supports one to two telephone lines (twisted pair). RJ45 is used for data networking and is connected with up to 4 twisted pairs.

The speed of the network. – CAT 5: 100Mbps to 1Gbps – CAT6: above 1Gbps

Pair, twisted-pair telephone cable with a conductor diameter of 22 to 26 AWG (0.40 to 0.65mm).

No. There is no INMETRO regulation for the certification of this type of product. However, the keystones were designed, produced and tested according to the applicable technical standards.

UTP cable (network cable), CAT 5 or CAT 6 with conductor diameter from 22 to 26 AWG (0.40 to 0.65mm).

Yes, as long as they are specific to the dimensions of the Enerbras wireducts.

The type of side cutout of the wireducts.

No, because there is no INMETRO ordinance for the certification of this type of product. However, the wireducts were designed, produced and tested in accordance with the applicable technical standards.