The ANDELI principle of innovation and future security of investment has been implemented by the new circuit-breaker series up to 630A.
Four switches with four universal levels of switching capacity form a comprehensive range, from the competitively priced 25kA for small sub-distribution boards, up to 150kA switching capacity for complex high-power systems. The compact construction of the new small 160A switch saves space as a main switch in machine control schemes, as an incomer in service distribution boards or as an outgoer in power distribution boards. Additional device levels are 300A, the particularly compact 630A circuit-breaker.
2.Specification
Circuit-breaker
AM12-1
AM12-2
AM12-3
Short-circuit switching capatity Icu =Ics at 415V
25kA
x
x
x
36kA
x
x
x
50kA
x
x
x
100/150kA
x/
x/
x/
Ranges of application, in A
25-160
32-300
125-630
Number of poles
3
3
3
Rated voltage, in V
690
690
690
Overload releases
Thermomagnetic
x
x
x
Electronic
-
x
x
Switch-disconnector
PN1/N1
PN2/N2
PN3/N3
Ranges of application, in A
63-160
160-250
400-630
Number of poles
3
3
3
Rated voltage, in V
690
690
690
Dimensions in mm Width Height Depth
90/120 145 68
105/140 184 103
140/165 275 120.5
The new range with its compact mounting form features consistency, with the same function, mounting and operation for switches and accessories. All have different, competitively priced releases with thermostatic bimetals or communication-capable digital electronics for a wide range of protective tasks: Both for AC and DC voltage networks ranging from cable protection and motor/generator protection to transformer protection. Applications such as main-, Emergency-Stop and coupling switches can be implemented via the switch-disconnectors up to 630A.
Highest level of performance in a compact spacel
The circuit-breakers AM12-1 and AM12-2 can be loaded with up to 160A/300A rated current and safely switch off short-circuit currents up to 150kA even with their narrowest design.
ldeas for greater performance-the contact system, for example
Innovative switching technology with a double-break contact system speed up the switching process. In the event of a short circuit, the special shape and materials selected produce repel-ling magnet power that pushes the contacts apart in a fraction of a sine wave. Switching capaci-ties up to 150kA and operational voltages up to 690V can be managed without difficulty. The simultaneous reduction in heat dissipation creates benefits for use in control panels.
NAME
mould case circuit breaker
