Stepping down via push-in type jumper bar. large conductor can easily con-
nected smaller conductors the distribution point.5 mm² (14 AWG) (see illustration above).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.5 mm² (8/10/12/14 AWG) terminal blocks
(2010/2006/2004/2002 Series).
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.
Step-down jumper (2006-499) commons 6/4 mm²
(10/12 AWG) terminal blocks (2006/2004 Series)
with 4/2.5 mm² (10/12/14 AWG).
Step-down jumper (2016-499) commons 16/10 mm²
(16/8 AWG) terminal blocks (2016/2010 Series) with
10/6/4/2. example: from mm² (6
AWG) mm² (10 AWG) (see illustration above) from
10 mm² AWG) mm² (12 AWG)., from mm²
(6 AWG) mm² (10 AWG) from mm² (10 AWG) to
2. Additional
through terminal blocks having smaller cross-section
may commoned using push-in type jumper bars.45
www.5 mm² (AWG 12/14/16) terminal blocks
(2004/2002/2001 Series).
Using step-down jumpers, end plate must inserted
between the terminal blocks commoned. This can
be beneficial long conductor runs where voltage drop
can problem.
.g.wago.
Commoning via closed terminal side with end plate allows
jumpering over two cross-section sizes, e.5/1.
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.
Note:
The total current the outgoing circuits must not exceed
the nominal current the step-down jumper/push-in type
jumper bar
