5 mm² (10/12/14 AWG).
Commoning via closed terminal side with end plate allows
jumpering over two cross-section sizes, e.
Note:
The total current the outgoing circuits must not exceed
the nominal current the step-down jumper/push-in type
jumper bar.5 mm² (8/10/12/14 AWG) terminal blocks
(2010/2006/2004/2002 Series).
Step-down jumper (2016-499) commons 16/10 mm²
(16/8 AWG) terminal blocks (2016/2010 Series) with
10/6/4/2.5/1.
Using step-down jumpers, end plate must inserted
between the terminal blocks commoned.
.wago.5 mm² (AWG 12/14/16) terminal blocks
(2004/2002/2001 Series).com
Rail-Mount Terminal Blocks, TOPJOB® S
Rail-Mount Terminal Blocks, TOPJOB® S
TOPJOB® Installation
Step-Down Jumpers
Step-down jumpers (2006-499 and 2016-499)
Stepping down via push-in type jumper bar.
Commoning may made either direction using the
special thin end plate cover the open side.
Step-down jumpers common terminal blocks different
sizes, without losing conductor clamping point.g. example: from mm² (6
AWG) mm² (10 AWG) (see illustration above) from
10 mm² AWG) mm² (12 AWG). large conductor can easily con-
nected smaller conductors the distribution point., from mm²
(6 AWG) mm² (10 AWG) from mm² (10 AWG) to
2.
Stepping down via push-in type jumper bar.45
www.
Commoning via open terminal side with end plate allows
jumpering over two cross-section sizes for mm² (6
AWG) and mm² AWG) and one cross-section size for
6/4/2. Additional
through terminal blocks having smaller cross-section
may commoned using push-in type jumper bars.5 mm² (14 AWG) (see illustration above).
Step-down jumper (2006-499) commons 6/4 mm²
(10/12 AWG) terminal blocks (2006/2004 Series)
with 4/2. This can
be beneficial long conductor runs where voltage drop
can problem
