I.L. 29-8858
9.0 REFERENCES
9.1 Digitrip RMS Trip Assemblies
I.L. 29-885
I.L. 29-886
I.L. 29-888
I nstructions for Digitrip RMS 51 0 Trip Unit
Instructions for Digitrip RMS 61 0 Trip Unit
Instructions for Digitrip RMS 81 0 Trip Unit
9.2 Type DS Low-Voltage AC Power Circuit Breakers
I.B. 33-790-1
Instructions for Low-Voltage Power Circuit
Breakers Types DS and DSL
I.B. 33-790-1
AD 32-870
SC-561 9-93
SC-5620-93
SC-5621 -93
508B508
S upplement B to Digitrip RMS Trip Units
Typical Time-Current Characteristic Curves
for Types DS and DSL Circuit Breakers
I nstantaneous (I)
Long Delay and Short Delay (LS)
G round (G)
Connection Diagram for Type DS Circuit
Breakers
9.3 Type SPB Systems Pow-R Breakers
I.L. 29-801
I.L. 29-849
AD 29-863
SC-5623-93
SC-5624-93
SC-5625-93
I.S. 1 5545
Instruction for the Systems Pow-R Breaker
and Drawout Mechanism
Supplementary Instructions for the Sys
tems Pow-R Breaker used with the Digitrip
RMS Trip Units
Typical Time-Current Characteristic Curves
for Type SPB Systems Pow-R Breaker
I nstantaneous (I)
Long Delay and Short Delay (LS)
Ground (G)
SPB Master Connection Diagram
9.4 Series
c;®
A-Frame Molded Case Circuit Breakers
29C 1 06
29C1 07
29C713
AD 29-1 67R
SC-5626-93
SC-5627-93
SC-5628-93
Effective May 1 997
Frame Book
Frame Instruction Leaflet
Supplementary Instructions for Series
c®
R-Frame used with the Digitrip RMS Trip
Units
Typical Time-Current Characteristic Curves
for R-Frame Circuit Breakers
Instantaneous (I)
Long Delay and Short Delay (LS)
Ground (G)
Page 1 5
I.L. 29C714
Master Connection Diagram for Series
c®
R-Frame Circuit Breaker
APPENDIX A ZONE INTERLOCKING
Assume
a ground fault of 2000 Amperes occurs and
refer to Fig A.1 .
CASE 1 : There is no Zone Selective Interlocking.
(standard time delay coordination is used)
&.ult.3
The branch breaker will trip clearing the fault in
0. 1 s.
Fault 2
The feeder breaker will trip clearing the fault in
0.3 s.
1
The breaker will trip clearing the fault in 0.5 s.
CASE 2: There is Zone Selective Interlocking
3
The branch breaker trip unit will i nitiate the trip in
0.03 s to clear the fault and Z3 will send an inter
locking signal to the Z2 trip unit; and Z2 will send
an interlocking signal to Z1 .
Z1 and Z2 trip units will begin to time out, and in
the event that the branch breaker Z3 would not
clear the fault, the feeder breaker Z2 will clear the
fault in 0.3 s (as above). Similarly, in the event that
the feeder breaker Z2 would not clear the fault, the
main breaker Z1 will clear the fault in 0.5 s (as
above).
2
The feeder breaker trip unit will initiate the trip in
0.03 s to clear the fault; and Z2 will send an inter
locking signal to the Z1 trip unit. Z1 trip unit will
begin to time out, and in the event that the feeder
breaker Z2 would not clear the fault, the main
breaker Z1 will clear the fault in 0.5 s (as above).
Fault 1
There are no interlocking signals. The main
breaker trip unit will initiate the trip in 0.03 s.
Figure A.2 presents a Zone Selective Interlocking con
nection diagram for a system with two main breakers
from incoming sources and a bus tie breaker. Note the
blocking diode 01 is needed so that the feeder breakers
can send interlocking signals to both the main and tie
breakers, without having the tie breaker send itself an
interlocking signal.
www
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