Further information for ABB Automation 2CSF204823R3950 residual current circuit breaker F204 B S-125/0.3-L
General
Number of poles
4
Rated current
125
Rated impulse withstand voltage Uimp
4
Mounting method
DIN rail
Leakage current type
B
Surge current capacity
5
Frequency
50 Hz
Degree of protection (IP)
IP20
Width in number of modular spacings
4
Built-in depth
69
Ambient temperature during operating
40
Pollution degree
2
Connectable conductor cross section multi-wired
25
Connectable conductor cross section solid-core
50
Depth of device
75
Height of device
85
Power loss
33.6
RAL-number (akin)
7035
Width of device
72
Selective protection
Short-time delayed tripping
Additional equipment possible
With interlocking device
Explosion-proof
F200 Type B for smooth DC residual currents and operational safety
, AC-DC sensitive, 10 ms short-time delayed, surge current resistant 3 kA (5 kA selective version)
Residual current circuit breakers (RCCBs) offer personal and material protection as well as protection against electrically ignited fires in accordance with DIN VDE 0100-410 and DIN VDE 0100-530. The residual current circuit breakers of the F200 B series ensure protection against sinusoidal alternating currents, pulsating currents and smooth DC residual currents to earth. As well as fault protection (protection against indirect contact), additional protection (with I¿n = 30 mA) and fire protection (with I¿n = 300 mA). They meet the product standards for type A IEC/EN 61008-1, 61008-2-1, 61543 (VDE 0664 10, 11, 30) and type B DIN EN 62423 (VDE 0664-40).
Areas of application are in household, commercial or industrial applications. The extensive range of accessories offers you everything you need for your installation tasks. The RCCB type B is suitable for non-linear circuits that can generate fault currents with smooth DC fault currents and with a wide variety of (high/) frequencies. These components are found in electronic equipment such as frequency converters. The RCCB type B has a frequency range of 0...2 kHz for detecting the fault current and offers high system availability.