Submittal Sheet

Tightening torque [lbf·in] at magnet coil 5...12lbf·in
Type of connectable conductor cross-sections of
magnet coil at AWG conductors single or multi-
stranded
2 x (16 - 12 AWG)
Temperature of the conductor at magnet coil
maximum permissible
75°C
Material of the conductor at magnet coil CU
Type of electrical connection for auxiliary contacts screw-type terminals
Tightening torque [lbf·in] at contactor for auxiliary
contacts
10...15lbf·in
Type of connectable conductor cross-sections at
contactor at AWG conductors for auxiliary contacts
single or multi-stranded
1 x (12 AWG), 2 x (16 - 14 AWG), 2 x (18 - 16 AWG)
Temperature of the conductor at contactor for
auxiliary contacts maximum permissible
75°C
Material of the conductor at contactor for auxiliary
contacts
CU
Type of electrical connection at overload relay for
auxiliary contacts
screw-type terminals
Tightening torque [lbf·in] at overload relay for
auxiliary contacts
7...10lbf·in
Type of connectable conductor cross-sections at
overload relay at AWG conductors for auxiliary
contacts single or multi-stranded
2 x (20 - 14 AWG)
Temperature of the conductor at overload relay for
auxiliary contacts maximum permissible
75°C
Material of the conductor at overload relay for
auxiliary contacts
CU
Short-circuit current rating
Design of the fuse link for short-circuit protection of
the main circuit required
10kA@600V (Class H or K); 100kA@600V (Class R or J)
Design of the short-circuit trip Thermal magnetic circuit breaker
Maximum short-circuit current breaking capacity (Icu)
● at 240 V
14kA
● at 480 V
10kA
● at 600 V
10kA
Further information
Service&Support (Manuals, Certificates, Characteristics, FAQs,...)
https://support.industry.siemens.com/cs/US/en/ps/US2:14DUE32BA
US2:14DUE32BA Subject to change without notice
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10/23/2017 © Copyright Siemens