0RLS025.T

0RLS025.T Application Field and Working Principle

The 0RLS025.T is a special type of electrical fuse which is predominantly used as special protection equipment in various low voltage systems. The fuse ensures safe and reliable operation of electrical equipment in various conditions. It is typically used to protect control circuits, power supplies, and devices from short circuits and overloads.

The 0RLS025.T is designed as a fuse-link that works as a highly sensitive thermal trip element. It has a rated breaking capacity of 25A at 500V AC which makes it suitable for various kinds of low voltage systems. The fuse is fitted with an operating body and the contact leads usually comprise of high grade brass or Aluminum. The operating body can be isolated from the contacts to ensure that it does not conduct undue currents or currents generated in the opposite direction.

The 0RLS025.T fuse has a typical-time-delay that stems from its design and construction, this helps protect the fuse against fast switching currents. It has a typical melting I²t ranging from 0.09A²s up to 25A²s. This range ensures that the 0RLS025.T is suitable for all sorts of over-current protective circuits. It has a rated voltage of 250VAC and is AC type rated up to 500VAC.

Being UL/CSA and IEC listed, the 0RLS025.T is one of the most reliable and secure fuses on the market. It is also tested under the Environmental Stress Cracking Resistance (ESCR) to confirm its temperature tolerance range. The 0RLS025.T has an I²t uncertainty of 6% in both the rated current and its bolt melting time. it is also rated for a making and breaking capacity of 1500A (AC).

The 0RLS025.T combines the advantages of an MCB circuit breaker and an auxiliary switch. This makes it an ideal device for protection from short circuit and overload. It provides fast and reliable interruption without sparking and arcing. With a special temperature limitation, the 0RLS025.T can be used in rugged and potentially hazardous applications. The low I²t melting characteristic ensures sustainable, reliable and stable operation during overload, shock wave and motor starting.