The Kreds currency will be used by our team to create an ecosystem of world utility, action-based reward, and currency within several media and news websites. To satisfy the enjoyment of subscribers and users of our sites, small amounts of Kreds will be awarded to users for engaging in certain actions and content. Once an established market and exchange is reached, Kreds currency will then be added for subscription payment for business services and more.
|Mkt.Cap||$ 99,449.00||Volume 24H||0.00000000 KREDS|
|Market share||0%||Total Supply||1.1 B KREDS|
|Proof type||PoW||Open||$ 0.01|
|Low||$ 0.01||High||$ 0.01|
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This system voltage is slightly above the ELV limit but still very commonly used for cord powered hand tools and temporary lighting in hazardous areas. As it is transformer derived, the exposed voltage during an earth fault is depressed below the ELV level. Examples for FELV circuits include those that generate an extra low voltage through a semiconductor device or a potentiometer or a transformer. A typical example is an electronically controlled toaster where the timer circuit runs off extra low voltage derived from a tap on the heating element. Another is the old door-bell circuit fed from a transformer.
The term functional extra-low voltage (FELV) describes any other extra-low-voltage circuit that does not fulfill the requirements for an SELV or PELV circuit. Although the FELV part of a circuit uses an extra-low voltage, it is not adequately protected from accidental contact with higher voltages in other parts of the circuit. Therefore the protection requirements for the higher voltage have to be applied to the entire circuit.
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In contrast to a SELV circuit, a PELV circuit can have a protective earth (ground) connection. A PELV circuit, just as with SELV, requires a design that guarantees a low risk of accidental contact with a higher voltage.
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Protected extra-low voltage (PELV)
Some types of landscape lighting use SELV / PELV (extra-low voltage) systems. Modern battery operated hand tools fall in the SELV category. In more arduous conditions 25 volts RMS alternating current / 60 volts (ripple-free) direct current can be specified to further reduce hazard. Lower voltage can apply in wet or conductive conditions where there is even greater potential for electric shock.
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- Therefore the protection requirements for the higher voltage have to be applied to the entire circuit.
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- A PELV circuit, just as with SELV, requires a design that guarantees a low risk of accidental contact with a higher voltage.
For a transformer, this can mean that the primary and secondary windings must be separated by an extra insulation barrier, or by a conductive shield with a protective earth connection. IEC defines a PELV system as "an electrical system in which the voltage cannot exceed ELV under normal conditions, and under single-fault conditions, except earth faults in other circuits".
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The design of a SELV circuit typically involves an isolating transformer, guaranteed minimum distances between conductors and electrical insulation barriers. The electrical connectors of SELV circuits should be designed such that they do not mate with connectors commonly used for non-SELV circuits. Transfer the Kreds currency to several sites easing more mainstream public users into the use of and knowledge of cryptographic blockchain freedom.
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Voltage drop is usually the main factor considered, but current-carrying capacity is as important when considering short, high-current runs such as between a battery bank and inverter. The IET / BSI (BS 7671) also define Reduced low voltage (RLV) which can be either single phase or three phase A.C. This system has been used for many years on construction sites. though having a "centre tapped Earth" reducing the voltage to Earth to 55 V a.c. The three phase is 110 V phase to phase, 63 V to Neutral / Earth.
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These systems should still fall under the SELV / PELV (ELV) safety specifications. SELV, PELV, FELV, are distinguished by various safety properties, supply characteristics and design voltages.
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Cabling for extra-low voltage systems, such as in remote-area power systems (RAPS), is designed to minimise energy losses while maximising safety. Lower voltages require a higher current for the same power. The higher current results in greater resistive losses in the cabling. Cable sizing must therefore consider maximum demand, voltage drop over the cable, and current-carrying capacity.