5 300 WDU 1.4 600 WDU 10
sec 600 WDU 16
sec 1000 125 WDU 35
sec 0.3
WTL 4/2 STB
WTL 4
WTR 4
WTR STB
KDKS 1/EN4
KDKS PE/35
MAK 2.4 WPE 10
sec WPE 16
sec WPE 35
sec 0.6 600 WDU 6
sec 2.
• Rated voltage
The Rated voltage the modular
terminal does not change when two
conductors are connected properly.5
sec 600 WDU 4
sec 1.5
WDU 50N
WPE 50N
WDU 70N
WPE 70N
WDK 2.
However, necessary connect
two conductors with the same cross-
section one clamping point, then this
is possible with the modular terminals
of the W-Series (screw connection).5
sec 0.8 300 WDK 2.08
sec 0.
Multi wire test for:
sec 0,8 600 WDU 2.5 1.5 DB
1)
Passed with lowered current rating 2)
Passed with differing number wires 3)
Still work
W
Technicalappendix
W.
File
E60693
Torque Voltage Current
WI
Catalog No.8 WPE 2.5/1.5/BLZ 5.5.8 300 WDU 2.5/BLZ 5.08
sec 0.5 300 WDU 1.5 WPE 1.5 F
sec 0.5/ZZ
sec 0.Installation instructions
Connecting the terminals
Two conductors one clamping
point
The optimum solution for allocation
of individual circuits, labelling and the
breakdown into separate functional
units best achieved connecting
just one conductor every clamping
point.08/2
sec WDU 50N
sec WPE 50N
sec WDU 70N
sec WPE 70N
sec WDK 2.22 1282250000 2012/2013
.8 300 WDK 2.8 300 WPO 4
sec 0.8 300 20/10 WDU 2.
The Z-series (tension-clamping) can be
used connect two conductors twin
wire-end ferrules are used.6 WPE 6
sec 2.5
WDK 4N
WDK PE
WDK V
WDU 4/ZR
WDU 4/ZZ
WPE 4/ZR
WPE 4/ZZ
WTR 4/ZR
WTR 4/ZR STB 2.5/ZR 2.
sec 0.
The continuous current rating the
maximum current that modular
terminal can accommodate without
the temperature rise exceeding K.5/TR DU-PE/oTNHE
WTR 2.5 300 BLZ 5.8 300 WDK 2.
• Continuous current rating with
two conductors
The total current two conductors
may not exceed the continuous
current rating the modular terminal.5/TR DU/oTNHE
WDK 2.5/1.
The connection two cables in
screwless clamping units forbidden
according DIN IEC 60999-1.5 F
sec 0.5
sec 0.5/ZR 2.8 300 WDK 2.5/TR DU/oTNHE
sec WDK 2.5/TR DU-PE/oTNHE
sec WTR 2.5 1.3
WTR 4/ZZ
WTR /ZZ STB 2.5/ZZ
sec 0.5
sec 0.5/DU-PE
sec 0.8 WPE 2.5
sec 0...5
sec WPE 4
sec 1
