GE POWER-BREAK TAK-TS1 User manual

GEI
-
86158
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TS
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NumfiK
These
instructions
do
not
purport
to
cover
all
details
or
variations
in
equipment
nor
to
provide
for
every
possible
contingency
to
be
met
in
connection
with
installation
,
operation
or
maintenance
.
Should
further
information
be
desired
or
should
particular
problems
arise
which
are
not
covered
sufficiently
for
the
purchaser
'
s
purposes
,
the
matter
should be
referred
to
the
General
Electric
Company
.
Courtesy of NationalSwitchgear.com

CONTENTS
Page
3
INTRODUCTION
Solid
-
state
Programmer
Unit
Only
—
Mode
"
A
"
Complete
Trip
Device
System
—
Mode
"
B
"
. .
3
3
3
SPECIFICATIONS
3
APPLICABLE
TIME
-
CURRENT
CURVES
3
OPERATING
CONTROLS
ON
-
OFF
Switch
Trip
Breaker
—
Programmer
Only
Switch
.
.
.
Test
Selector
Programmer
Long
-
time
Pickup
Setting
Selector
Current
Adjust
Knob
Pre
-
set
Current
Button
Start
Button
Test
Indicator
Trip
Indicator
Reset
Button
Phase
Sensor
Continuity
Test
Test
-
current
Meter
Elapsed
Time Meter
Test
Set
Lock
-
out
Indicator
External
Monitor
Jacks
,
Test
Set
Accuracy
.
.
4
4
4
4
4
4
4
5
5
5
5
5
5
5
5
6
CONNECTING
THE
TEST
SET
Safety
Precautions
Connections
Programmer
Only
Test
—
Mode
"
A
”
Complete
System
Test
—
Mode
"
B
"
6
6
6
7
7
PRELIMINARY
TEST
PROCEDURE
FUNCTIONAL
TESTS
Long
-
time
Pickup
Test
...
Long
-
time
Delay
Test
.
..
.
Short
-
time
Pickup
Test
.
.
.
Short
-
time
Delay
Test
..
.
Instantaneous
Pickup
Test
Ground
Fault
Pickup
Test
Ground
Fault
Time
-
delay
Test
Phase
Sensor
Continuity
Test
Fault
Trip
Indicators
.
.
.
.
8
9
10
11
12
13
14
14
15
15
IF
TEST
RESULTS
DO NOT
CONFORM
15
COMPLETION
OF
TESTS
16
,
17
SCHEMATIC
,
PARTS LIST
.
SIMPLIFIED
SCHEMATIC
,
CIRCUIT
DESCRIPTION
18
2
Courtesy of NationalSwitchgear.com

TESTING VERSATRIP
MODEL
2
WITH
TEST SET
,
CAT
.
NO
.
TAK
-
TS
1
,
G
El
-
86158
INTRODUCTION
SOLID
-
STATE
PROGRAMMER
UNIT
ONLY
-
MODE
"
A
"
Test
Set
TAK
-
TS
1
is
a
portable
instrument
designed
for field
testing
the
performance
of
Types
SST
and
ECS
solid
-
state overcurrent
trip
devices
.
Test
Scope
1
.
Verify
the time
-
current
characteristics
and
pickup
calibration
of
the various
trip
elements
.
Designations
for
the
trip
elements
are
abbreviated
as
follows
:
The
purpose
of
these instructions
is
to
extend
the
usefulness
of
the
TAK
-
TS
1
Test
Set
so
that
it
may
also
be
used
to test
VersaTrip
Model
2
solid
-
state
trip
devices
.
It
may
not
be used
to
test
earlier
VersaTrip
model
types
.
LT
—
Long
Time
ST
—
Short
Time
INST
—
Instantaneous
G
F
—
Ground
Fault
Following
are a
list
of
components
which
com
-
prise
the
complete
trip
device
system
:
2
.
Verify
operation
of
the
fault
-
trip
indicators
on
Programmer
units
so
equipped
.
1
.
Solid
-
state
Programmer
Unit
2
.
Phase
Current
Sensors
3
.
Flux
Shift
Magnetic
Trip
Device
4
.
Fourth
-
wire Neutral
Sensor for
units
con
-
taining
a
Ground
Fault
trip
element
for
use
on
three
-
phase
,
four
-
wire
load
circuits
.
COMPLETE
TRIP
DEVICE
SYSTEM
-
MODE
"
B
"
Test
Scope
1
.
Perform
all
programmer
tests
previously
de
-
scribed
,
plus
the
provision
to
activate the Flux
Shift
Magnetic
Trip
Device
to
verify
its
operation
by
physically
tripping
the
breaker
.
All
components
,
except
the
Neutral
Sensor
,
are
mounted
integral
to
the circuit
breaker
.
When
used
,
the Neutral
Sensor
is
separately
mounted
in
the
bus
or
cable
compartment
of
the
switchgear
.
In
drawout
construction
,
it
is
automatically
con
-
nected
to
the
trip
device
on
the
breaker via
a
drawout
secondary
disconnect
block
.
2
.
Check
continuity
of
the
Phase
Sensors
.
SPECIFICATIONS
Input
:
105
-
125
Vac
50
/
60
Hz
Power
Consumption
:
150
watts
maximum
Weight
:
20
pounds
Dimensions
:
15
in
.
L
x
9
in
.
H
x
9
3
/
4
in
.
D
The
TAK
-
TS
1
Test
Set
is used
to
perform
the
various
trip
device
tests
in
two
basic
modes
:
"
A
"
—
Solid
State
Programmer
Unit
Only
"
B
"
—
Complete
Trip
Device
System
APPLICABLE
TIME
-
CURRENT
CURVES
WARNING
:
THESE
TESTS
CAN
BE
CONDUCTED
ONLY
ON
A
DEEN
-
ERGIZED
BREAKER
-
ONE
WHICH
IS
COMPLETELY
DISCONNECTED
FROM
ITS
PRIMARY
AND
CONTROL
POWER
SOURCES
.
VersaTrip
MOD
2
LT
,
ST
+
INST
-
GES
-
6184
,
-
6186
,
-
6187
,
and
-
6188
VersaTrip
MOD
2
Ground
Fault
—
GES
-
6185
,
-
6189
,
-
6190
,
and
-
6191
OPERATING
CONTROLS
All
tests
are
conducted
with
the
programmer
plug
disconnected
from
the
breaker
.
It
may
be
necessary
to
remove
the
programmer
from
the
breaker
to
gain
access
to
its
test
plug
.
The
Test
Set
indicators
and
operating
controls
are
identified
on
the
front
panel
arrangement
shown
in
Fig
.
1
and
described
on
pages
4
and
5
.
3
Courtesy of NationalSwitchgear.com

GE
1
-
86158
,
TESTING
VERSATRIP
MODEL
2
WITH
TEST SET
,
CAT
.
NO
.
TAK
-
TS
1
Fig
.
1
.
Front
panel
of
Test
Set
TAK
-
TSi
PROGRAMMER LONG
-
TIME
PICKUP
SETTING
SELECTOR
ON
-
OFF
SWITCH
Applies
115
Vac
input
power
to
the
test
set
.
A
red
companion
LED
indicator
,
located
directly
above
,
illuminates when
the
switch
is
in
the
ON
position
.
Protection
is
provided
by
a
one
ampere
fuse
,
located above
the
indicator
light
.
Establishes
a
test
-
current
magnitude
consistent
with
,
and
specifically
for
,
each continuous
ampere
setpoint
on
the
programmer
.
For
all
phase
current
testing
(
LT
,
ST
and
INST
elements
)
,
the
position
of
this control
must
match
the continuous
ampere
setting
on
the
programmer
.
TRIP BREAKER
-
PROGRAMMER ONLY
SWITCH
CURRENT
ADJUST
KNOB
Provides
a
choice
of
two
test
modes
:
A
variable
transformer for
establishing
the
de
-
sired
level
of
test current
to
be
applied
to
the
programmer
.
Programmer
Only
Position
—
Mode
"
A
"
The
programmer
'
s
trip
signal
output
is
confined
to
the
test set
circuitry
and
cannot
trip
the
breaker
.
PRE
SET CURRENT
BUTTON
Trip
Breaker
Position
—
Mode
"
B
"
Enables
the
operator
to
pre
-
establish
(
via
the
CURRENT
ADJUST
control
)
the desired
test
current
prior
to
initiating
a
test
.
For
this
control
to
function
,
the
programmer
unit
must
be
connected
to
the
test
set
.
The
programmer
'
s
trip
signal
output
is directed
to
the
circuit breaker
'
s
magnetic
trip
device
to
physically
trip
the
breaker
.
This
mode
establishes
the
integrity
of
the
magnetic
trip
device
and
the
programmer
'
s
capability
to actuate
it
.
START
BUTTON
TEST
SELECTOR
Initiates
the
test
run
by
applying
current to
the
programmer
.
The
current
persists
until
the
unit
trips
or
the
RESET
button
is
actuated
.
Positioned
according
to
the
type
of
test
desired
—
Phase
Current
A
,
B
,
C
,
or
GROUND
FAULT
.
4
Courtesy of NationalSwitchgear.com

TESTING
VERSATRIP
MODEL
2
WITH
TEST
SET
,
CAT
.
NO
.
TAK
-
TS
1
,
G
El
-
86158
circuit
is
provided
.
This
circuit
monitors
the
current
-
time
input
to
the
programmer
such
that
when
a
predetermined
limit
is
exceeded
,
the
Test
Set
becomes
inoperative
for
a
period
of
approxi
-
mately
70
seconds
.
It
then
automatically
resets
to
its
normal
operating
state
.
A
lock
-
out
condition
exists
whenever
the
TEST
SET
LOCK
-
OUT
in
-
dicator
is
lit
.
TEST
INDICATOR
This
LED
lights
whenever
the
PRE
-
SET
CUR
-
RENT
or
START
controls
are
activated
.
TRIP
INDICATOR
An
LED
which
,
when
lit
,
indicates
that
an
acceptable
trip
signal
has
been
delivered
by
the
programmer
.
Conversely
,
a
trip
not
accompanied
by
the
light
signifies
that
the
trip
signal
amplitude
is
too
low
.
Upon
completion
of
a
test
,
the
TRIP
indicator
stays
lit
until
the
RESET
button
is
depressed
.
EXTERNAL
MONITOR
JACKS
,
TEST
SET
ACCURACY
The
test
-
current
values
displayed
on
the
Test
Current
Meter
are
accurate
to
within
±
3
percent
of
the
meter
reading
.
These
limits
are
contingent
upon
a
clean
sine
wave
input
voltage
to
the
Test
Set
.
Wave
distortion
can
cause
additional
error
.
RESET
BUTTON
Resets
the
Test
Set
logic
so
that
a
new
test
sequence
can
be
initiated
.
It
also
stops
a
test
in
progress
.
Should
greater
accuracy
be
desired
,
provision
is
made
for
connecting
external
instruments
via
the
EXTERNAL
MONITOR
jacks
on
the
front
panel
.
These
jacks
are
connected
across
an
isolated
,
precision
0.2
-
ohm
resistor
in
series
with
the
test
current
circuit
.
Output
at
these
jacks
is
shown
in
Table
1
.
PHASE
SENSOR
CONTINUITY
TEST
This
section
of
the
panel
contains
controls
for
checking
electrical
continuity
of
each
phase
sensor
circuit
.
The
selector
determines
the
phase
to
be
tested
.
Proper
continuity
exists
when
the
OK
LED
indicator
lights
up
when
the
PUSH
TO
TEST
button
is
depressed
.
No
light
signifies
that
a
high
resistance
or
open
circuit
exists
in
the
CT
or
its
wiring
harness
(
see
Note
3
,
page
14
)
.
The
EXTERNAL
MONITOR
jacks
may
also
be
employed
,
in
conjunction
with
a
storage
oscillo
-
scope
,
for
more
accurate
measurement
of
trip
times
.
For
trip
times
in
the
range
of
less
than
one
second
,
the
Test
Set
'
s
time
meter
can
provide
only
a
single
digit
approximation
(
nearest
0.1
second
)
.
TEST
-
CURRENT
METER
Provides
digital
readout
of
the
normalized
test
-
current
level
being
applied
to
the
Programmer
Unit
.
It
is
never
necessary
to
calculate
a
test
-
current
value
.
TABLE
I
EXTERNAL
MONITOR
OUTPUT
TEST
SET
CONTROL
POSITIONS
AC
MILLIVOLTS
PER
TEST
CURRENT
UNIT
(
±
1
%
)
ELAPSED
TIME
METER
A
mechanical
counter
which
records
the
pro
-
grammer
'
s
tripping
time
,
in
seconds
and
tenths
.
It
must
be
manually
reset
after
completion
of
each
test
.
PROGRAMMER
LONG
TIME
PICKUP
SETTING
TEST
SELECTOR
0.6
X
60
0.7
X
70
0
A
,
0
B
or
0
C
0.8
X
80
NOTE
:
When
operating
the
Test
Set
from
a
50
-
Hz
supply
,
readings
of
the
Elapsed
Time
Meter
must
be
multiplied
by
a
1.2
factor
.
0.9
X
90
1.0
X
100
1.1
X
110
GROUND
FAULT
(
Not
Applicable
)
100
TEST
SET
LOCK
-
OUT
INDICATOR
To
prevent
possible
damage
to
the
Programmer
Unit
when
subjected
to
abnormally
prolonged
or
continuous
testing
at
high
-
current
levels
,
a
lock
-
out
EXAMPLE
:
The
external
monitor
output
,
with
a
programmer
long
-
time
pickup
setting
of
0.7
X
and
a
Test
-
Current
Meter
reading
of
6.00
=
70
x
6.00
=
420
mv
±
1
percent
.
5
Courtesy of NationalSwitchgear.com

GEI
-
86158
,
TESTING
VERSATRIP
MODEL
2
WITH
TEST
SET
,
CAT
.
NO
.
TAK
-
TS
1
.
MALE
*
ir
BREAKER
HARNESS
TO
CURRENT
SENSORS
AND
MAGNETIC
TRIP
DEVICE
^
.
FEMALE
*
NOTE
‘
THE
PROGAMMER
PLUG
LOCATION
WILL
VARY
DEPENDING
ON
BREAKER
FRAME
SIZE
.
IT
IS
LOCATED
EITHER
ON
THE
BACK
OR
THE
SIDE
PANEL
OF
THE
PROGRAMMER
BOX
.
PROGRAMMER
UNIT
S
I
DE
VIEW
Fig
.
2
.
Normal
in
-
service
breaker
connection
CONNECTING
CONNECTIONS
TUE
TEST
EET
ns
i
LJ
i
SAFETY
PRECAUTIONS
NOTE
:
Before
proceeding
with
the
follow
-
ing
connection
work
,
ensure
that
the
Test
Set
power
supply
cord
is
not
connected
.
WARNING
:
BEFORE
CONNECTING
THE
TEST
SET
TO
THE
BREAKER
TRIP
DEVICE
SYSTEM
,
ENSURE
THAT
THE
CIRCUIT
BREAKER
IS
COMPLETELY
"
PROGRAMMER
ONLY
"
TEST
-
MODE
"
A
"
(
SEE
FIG
.
3
)
DISCONNECTED
FROM
ITS
POWER
SOURCE
.
ON
DR
AW
OUT
EQUIPMENT
,
RACK
THE
BREAKER
TO
ITS
DISCON
-
NECTED
POSITION
.
VERIFY
THAT
THE
BREAKER
iS
TRiPPED
.
1
.
Remove
breaker
cover
and
Programmer
Unit
.
2
.
Disconnect
the
breaker
harness
from
the
Programmer
Unit
.
CAUTION
:
NEVER
DISENGAGE
THE
3
.
Plug
the
Test
Set
female
connector
lead
to
the
receptacle
on
the
rear
of
the
programmer
.
HARNESS
CONNECTOR
FROM
THE
PROGRAMMER
UNIT
ON
A
BREAKER
THAT
IS
ENERGIZED
AND
CARRYING
LOAD
CURRENT
.
THIS
WILL
OPEN
-
CIRCUIT
THE
CURRENT
SENSORS
,
ft
II
/
-
H U
/
/
X I
MLLUVVUMLl
4
.
The
Test
Set
male
connector
lead
need
not
be
connected
to
the
breaker
harness
for
"
Programmer
Only
"
testing
.
However
,
the
Fig
.
4
connection
should
be
used
if
"
Complete
System
"
tests
are
to
be
run
also
.
M
-
n
A
Mr
'
ror
*
1
;
°
A
r t
n
A
UMivv
E
nuuo
s
-
uvis
ur
-
\
i
VOLTAGES
TO
DEVELOP
.
SEE
AmMn
/
1
U
/
/
VU
FIG
.
2
.
TEST
SET
MALE
CONNECTOR
(
NOT
USED
)
TAK
"
TSi
TEST
SET
Fig
.
3
.
Connection
for
"
Programmer
Only
"
test
6
Courtesy of NationalSwitchgear.com

TESTING
VERSA
TRIP
MODEL
2
WITH
TEST
SET
,
CAT
.
NO
.
TAK
-
TS
1
,
G
El
-
86158
BREAKER
HARNESS
l
TEST
SET
LEADS
TAK
-
TSI
TEST
SET
^
OAC
SOURCE
*
NOTE
:
THE
PROGAMMER
PLUG
LOCATION
WILL
VARY
DEPENDING
ON
BREAKER
FRAME
SIZE
.
IT
IS
LOCATED
EITHER
ON
THE
BACK
OR
THE
SIDE
PANEL
OF
THE
PROGRAMMER
BOX
.
Fig
.
4
.
Connection
for
Complete
System
test
"
COMPLETE
SYSTEM
"
TEST
-
MODE
"
B
"
(
SEE
FIG
.
4
)
TRIP
BREAKER
-
PROGRAMMER
ONLY
:
As
desired
.
1
.
Remove
breaker
cover
and
Programmer
Unit
.
PROGRAMMER
LONG
-
TIME
PICKUP
SET
-
TING
:
Position
this
knob
identical
to
the
programmer
'
s
continuous
ampere
setting
.
2
.
Disconnect
the
breaker
harness
from
the
Programmer
Unit
and
reconnect
its
female
con
-
nector
to
the
male
connector
lead
from
the
Test
Set
.
2
.
Record
the
"
In
Service
"
settings
of
the
programmer
so
that
its
set
points
can
be
restored
upon
completion
of
testing
.
3
.
Plug
the
Test
Set
female
connector
lead
into
the
receptacle
on
the
programmer
.
4
.
Breakers
with
VersaTrip
MOD
2
are
provided
with
programmer
position
interlocks
.
These
must
be
bypassed
and
the
breaker
cover
replaced
to
also
test
the
Flux
Shift
Device
.
3
.
Connect
the
Test
Set
power
cord
to
the
105
-
125
Vac
power
source
.
4
.
Turn
power
ON
.
5
.
Push
the
START
button
.
The
Elapsed
Time
Meter
will
start
to
run
and
the
TEST
indicator
should
light
and
remain
lit
.
PRELIMINARY
TEST
PROCEDURE
The
following
steps
should
be
conducted
before
starting
functional
tests
.
6
.
Push
the
RESET
button
.
The
Elapsed
Time
Meter
will
stop
and
the
TEST
indicator
light
will
go
out
.
1
.
Position
the
Test
Set
controls
as
follows
:
7
.
Mechanically
reset
the
Elapsed
Time
Meter
.
Functional
testing
,
described
individually
for
each
trip
element
in
subsequent
pages
,
may
now
begin
.
CURRENT
ADJUST
:
Rotate
to
zero
TEST
SELECTOR
:
0
A
7
Courtesy of NationalSwitchgear.com

GEI
-
86158
,
TESTING
VERSATR
/
P
MODEL
2
WITH
TEST
SET
,
CAT
.
NO
.
TAK
-
TS
1
Preset
CURRENT
LEVEL
to
the
trip
current
shown
in
Table
2
.
LONG
-
TIME
PICKUP
TEST
PURPOSE
2
.
Reset
timer
and
RESET
button
.
Verify
that
pickup
occurs
within
tolerance
.
For
any
given
pickup
setting
,
this
is
achieved
in
two
steps
:
3
.
Push
START
.
Allow
test
to
run
until
unit
trips
.
The
time
meter
reading
should
conform
to
Table
2
limits
.
For
50
-
Hz
operation
,
multiply
timer
readings
by
1.2
.
I
.
Test
for
NO
PICKUP
at
a
current
value
slightly
below
the
published
lower
tolerance
limit
.
See
Note
1
.
If
unit
does
not
trip
within
the
specified
time
,
repeat
the
test
carefully
monitoring
and
read
-
justing
the
test
current
as
necessary
.
Transient
dips
in
the
supply
voltage
could
lower
the
test
signal
current
below
its
pickup
value
,
causing
the
programmer
'
s
timing
circuit
to
reset
.
2
.
Test
for
PICKUP
at
a
current
value
slightly
above
the
published
upper
tolerance
limit
.
See
Note
2
.
Repeat
PICKUP
and
NO
PICKUP
tests
on
the
other
phases
.
PROCEDURE
NO
PICKUP
TABLE
2
1
.
Programmer
settings
:
LONG
TIME
PICKUP
VERSATRIP
MODEL
2
PROGRAMMERS
LONG
-
TIME
DELAY
-
set
on
MIN
band
.
TEST
CURRENT
The
I
NT
or
MAX
bands
may
be
used
if
desired
.
TEST
LIMITS
TIME
IN
SECONDS
SENSOR
AMP
RATING
*
MODE
MAX
BAND
2000
A
OR
MORE
INT
MIN
1600
A
OR
LESS
2
.
Position
Test
Set
controls
:
BAND
BAND
PROGRAMMER
LONG
-
TIME
PICKUP
SET
-
TING
—
Must
match
the
programmer
'
s
con
-
tinuous
ampere
setting
.
1000
500
250
1.00
NOTRIP
0.50
<
800
<
400
<
200
1.30
TRIP
0.65
TEST
SELECTOR
-
<
/
>
A
,
B
or
C
*
The
sensor
amp
rating
is
shown
on
the
face
of
the
programmer
being
tested
.
TEST
CURRENT
-
Preset
the
NO
TRIP
test
current
shown
in
Table
2
.
NOTE
:
7
.
Lower
test
limits
are
extended
below
the
published
pickup
tolerance
to
allow
for
Test
Set
accuracy
.
3
.
Reset
timer
and
RESET
button
.
4
.
Push
START
—
Allow
test
to
run
until
time
delay
of
Table
2
has
expired
.
Unit
should
NOT
trip
.
For
50
-
Hz
operation
,
multiply
timer
readings
by
1.2
.
NOTE
:
2
.
Upper
test
limits
exceed
the
published
pickup
tolerance
to
allow
for
Test
Set
accuracy
plus
nominal
dips
in
Test
Set
supply
voltage
.
During
testing
,
the
test
current
should
be
monitored
and
adjusted
,
if
necessary
.
PICKUP
1
.
Position
Test
Set
controls
—
Same
as
NO
PICKUP
,
Step
2
,
except
:
If
test
results
do
not
conform
,
see
page
15
.
8
Courtesy of NationalSwitchgear.com

TESTING VERSATRIP MODEL
2
WITH
TEST SET
,
CAT
NO
.
TAK
-
TS
1
,
G
El
-
86158
LONG
-
TIME
DELAY
TEST
NOTE
:
These
values
must
be below the
short time
and
instantaneous
pickup
set
-
tings
on
the
programmer
,
otherwise
a
pre
-
mature
trip
signal
will
be received
from
those
functions
.
PURPOSE
Verify
that
the
LT
characteristic
conforms
to
its
upper
and
lower
band
limits
.
This
test
requires
measurement
of
delay
times
at
three
different
values
of
test
current
.
2
.
Reset timer
and
RESET
button
.
3
.
Push
START
.
Allow
test to
run
until
trip
occurs
.
TIME
meter
reading
should
conform
to
Table
3
limits
.
For
50
-
Hz
operation
,
multiply
timer
readings
by
1.2
.
PROCEDURE
1
.
Position
Test
Set
controls
:
4
.
Repeat
the
above
test at
the other
two
test
values
.
This
step
verifies
the
linearity
of
the
T
-
C
characteristic
.
PROGRAMMER
LONG
-
TIME
PICKUP
SET
-
TING
—
Must match the
programmer
'
s
con
-
tinuous
ampere
setting
.
5
.
Repeat
the
test
on
the
other
phases
at
one
test
value
.
TEST
SELECTOR
-
0
A
,
B
,
or
C
TEST
CURRENT
-
From Table
3
,
select
three
test
-
current
values
.
Preset
the
first
value
.
Repeat
the
above
test
series
on
the
other
delay
bands
.
TABLE
3
LONG
TIME DELAY
VERSATRIP
MODEL
2
PROGRAMMERS
TEST
CURRENT
SENSOR
AMP
RATING
*
2000
A
OR
MORE
TEST
LIMITS
!
TIME
IN
SECONDS
X
INT
MAX
BAND
1600
A
OR
LESS
MIN
VALUE
BAND
BAND
1.5
X
0.75
1.50
60.2
-
101.8
33.8
-
57.3
15.0
-
25.5
8.4
-
14.3
5.4
-
9.2
3.7
-
6.4
2.7
-
4.7
2.1
-
3.6
120.0
-
203.7
67.7
-
114.6
30.1
-
50.9
16.9
-
28.6
10.8
-
18.3
7.5
-
12.7
5.5
-
9.3
4.2
-
7.2
240.8
-
407.4
135.4
-
229.2
60.2
-
101.8
33.8
-
57.3
21.6
-
36.7
15.0
-
25.5
11.0
-
18.7
8.4
-
14.3
2
.
OX
1.00
2.00
3
.
OX
1.50
3.00
4
.
OX
2.00
4.00
5
.
OX
2.50
5.00
6
.
OX
3.00
6.00
7
.
OX
3.50
7.00
8
.
OX
4.00
8.00
*
The
sensor
amp
rating
is shown
on
the
face
of
the
programmer
being
tested
.
tReflecting
the
±
3
percent
Test
Set
accuracy
,
al
!
test
limits
are
extended
beyond
the
published
band limits
of
the
time
-
current
curves
.
During
testing
,
the
test current
should be monitored
and
readjusted
if
necessary
.
If
test
results
do
not
conform
,
see
page
15
.
9
Courtesy of NationalSwitchgear.com

GE
1
-
86158
,
TESTING
VERSATRIP
MODEL
2
WITH
TEST
SET
,
CAT
.
NO
.
TAK
-
TSI
SHORT
-
TIME
PICKUP
TEST
4
.
Push
START
.
The
unit
must
trip
in
less
than
one
second
,
as
indicated
by
the
timer
.
For
50
-
Hz
operation
,
multiply
timer
readings
by
1.2
.
PURPOSE
Verify
that
pickup
occurs
within
tolerance
.
This
requires
two
tests
at
any
desired
pickup
setting
—
one
for
pickup
at
the
upper
tolerance
limit
,
the
second
for
no
pickup
at
the
lower
tolerance
limit
.
ACTUAL
PICKUP
VALUE
(
if
desired
)
-
Starting
at
the
lower
tolerance
limit
(
Table
4
)
,
test
incremental
increases
in
test
current
until
a
trip
occurs
in
less
than
one
second
,
as
indicated
by
the
timer
.
Push
the
PRE
-
SET
CURRENT
button
,
read
the
actual
pickup
value
.
PROCEDURE
PICKUP
1
.
Programmer
settings
:
NO
PICKUP
1
.
Programmer
settings
—
Same
as
PICKUP
,
Step
1
.
ST
DELAY
BAND
-
As
desired
.
INST
PICKUP
—
Must
be
set
higher
than
the
ST
pickup
setting
,
otherwise
the
unit
will
trip
first
on
INST
mode
.
2
.
Position
Test
Set
controls
—
Same
as
PICKUP
,
Step
2
except
:
2
.
Position
Test
Set
controls
:
TEST
CURRENT
—
Preset
the
lower
test
-
current
limit
from
Table
4
.
PROGRAMMER
LONG
TIME
PICKUP
SET
-
TING
—
Must
match
the
programmer
'
s
con
-
tinuous
ampere
setting
.
TEST
SELECTOR
-
4
>
A
,
B
,
or
C
TEST
CURRENT
current
limit
from
Table
4
.
3
.
Push
START
.
The
unit
must
not
trip
in
less
than
one
second
.
However
,
a
trip
may
occur
after
one
second
due
to
a
signal
from
the
LT
element
.
For
50
-
Hz
operation
,
multiply
timer
readings
by
\
.
,
,
s
Preset
an
upper
test
-
1.2
.
Repeat
PICKUP
and
NO
PICKUP
tests
for
at
least
one
setting
on
each
of
the
other
phases
.
3
.
Reset
timer
and
RESET
button
.
TABLE
4
SHORT
-
TIME
PICKUP
VERSATRIP
MODEL
2
PROGRAMMERS
TEST
CURRENT
SENSOR
AMPERE
RATING
*
1600
AOR
LESS
SENSOR
AMPERE
RATING
*
2000
A
OR
MORE
PRO
-
GRAMMER
PICKUP
SETTING
60
HZ
50
HZ
60
HZ
50
HZ
LOWER
LIMIT
(
NOTRIP
)
UPPER
LIMIT
(
TRIP
)
LOWER
LIMIT
(
NOTRIP
)
UPPER
LIMIT
(
TRIP
)
LOWER
LIMIT
(
NO
TRIP
)
UPPER
LIMIT
(
TRIP
)
LOWER
LIMIT
(
NO
TRIP
)
UPPER
LIMIT
(
TRIP
)
1.65
1.70
1.30
1.27
0.63
0.82
0.85
0.65
1.5
1.69
2.20
2.27
1.10
1.75
1.13
0.84
0.87
2
2.11
2.83
2.75
1.37
2.18
1.05
1.42
1.09
2.5
3.30
2.54
2.61
3.40
1.27
1.65
1.30
1.70
3
4.40
4.54
3.39
2.20
3.49
1.69
1.74
2.27
4
4.24
5.50
5.67
4.36
2.11
2.75
2.83
2.18
5
6.59
5.08
5.23
6.80
2.54
3.30
3.40
2.61
6
5.92
7.69
7.93
2.96
3.85
6.11
3.97
3.05
7
9.07
6.78
8.79
3.38
4.40
6.98
3.49
4.53
8
*
The
sensor
ampere
rating
is
shown
on
the
face
of
the
programmer
being
tested
.
If
test
results
do
not
conform
,
see
page
15
.
10
Courtesy of NationalSwitchgear.com