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BRAKE PACK (CONTACT TYPE) - SPG
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BRAKE PACK (CONTACT TYPE) - SPG


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Brake Pack
Search Motor-Volume : Contact Type
BRAKE PACK (CONTACT TYPE)
*ä?tv
I. SBA-IR SBC- IR 3. SBU-I SBT-I
2. SBB-IR SBD-IR 4. SBS-ICE
в 1. DIMENSIONS в 4. SBU-I SBT-I в 7. Catalogue Download Xt
2. SBA-IH SBC-IR 5. SBS-ICE
©3. SBB-IR SBD-IR
О 6. CAD F He Download ГД,
I DIMENSIONS
•- ■
-JL-
1-j
1 1
1 * " " 1 " " * Il * " i 1 * *l
4 .
1 /*©*ö\ V03/ rj
, \ ««si
■Si.
¿22.
SBÔ-IR
<—s
•7X1
1*1 >—■
в»!
[
e В
BRAKE PACK is a electronic braking circuit to stop single and three phase motor instantaneously. Applicable to inching, etc, since it can give a dynamical braking function at short cycle.
• TOP
2 SBA-IR S8C-IR
► SPECIFICATION
MODEL
SBA-IR
SBC-IR
Voltage & Frequency
Single - phase 220V ± 10%. 60Hz
Single - phase 110V ± 10% . 50/60Hz
Applicateli MOTOR
© INDUCTION MOTOR 90W and less (external resistance needed for operating 90W) © REVERSIBLE MOTOR less than 60W and less (external resistance needed for operating 60W)
Permissible Braking
3A and less
Braking Current Time
About 0,
4 Sec
Ambient Temp
-10-c ~
*50-c
Ambient Humidity
85% and lessiNo condensing)
Insulation Resistance
lOOMfi or more when 500V DC megger is applied between the power terminal and signal input terminal at ambient temperature and humidity after brake pack
Dielectric Strength
Sufficient to withstand 1500V 50/60Hz applied between the power terminal and signal Input terminal at ambient temperature and humidity after brake pack running at rated speed for imin
■ Cautions of connection
1. Connections differ with types and output power of the motors.
• Connect like diagram A for motor of output power 25W or less.
• Connect like diagram B for motor of output power 40W to 60W.
• If the motor's output is as follows; induction motor for 90W and reversible motor for
2. Be careful since there is high voltage on some terminals.
, then connect like diagram В + external resistor 30a 50V
I SCHEMATIC DIAGRAM OF INDUCTION MOTOR
\
fsini4*/si 1 his
SWITCH CONTACT
REMARK
SWITCH NO.
SvV
AC 125V SA ot more
■sue. 1
cms
.__
AC 125V 5A or more
IV HI" idrl
St«xm oe operating
a: sane vre
Rdraking current
lA. £0« IVM
ИРЬОп linos* *!«*Ot aXMBfii
v. — ^
1 IMMI .M - -• - II.»
«eco (spi» was)
Ro=5-20rj(ICo=0.l-32J 12SW/ |
▼ A Diagram
© ® ®
«un
sw;
swi
— ИЛ—^—STOP—M—BU* — -STOP-,
ON 1
SW?
BUN BftW ЯШ
SWS
HUM HUN
WC*
сл 1 1 cw 1
Яд Co ;oj*¡T
«5>
▼ В Diagram
T OPERATION/INSTANTANEOUS STOP
saun ж -
OH
Alien switch sw?. SW3 aie tupped и Hun*, ine rnoior oegms 10 raíale. When mese Snitches afe flipped to 'STOP*, the motor stops tristanlaneouslr. Braking curtem funs through irte fnotor a nding ta approximately 04 secónos ano the power is cot automatically.
W ЮМ" vovoti
S ivi
14 Ce
D
.k.oS
▼ DIRECTION OF ROTATION
SW2
«да
UOIoa
these diagrams an (efet CW rotation as v**ed from shaft end ot we motor io rotate the motor in a counter clock wise exchange gray and Drown wire. Do not change direction of rotation 0.4 seconds after caking operation.
ИЛ!
SWJ
rn
:чк."*
▼ В Diagram»External Resistor 30 2 50W
■ EXAMPLE OF BRAKING CHARACTERISTIC
Braking characteristics of induction motor are shown as below.
sex m ЖЛ
Ci»
loólo
VO-II
Our
»¡1 K*
-'i'A—г
Co
Як-
---О-
IMTQf
о —
Ti 3
E.
SWS
сдмснои
fisso
The eapaciiytSOW) of Drawing external resistance is to crake once every io seconds, When we motor is operated m a snorter cycle wan uns. bigger capacity »s needed
• с ч » .4 л ,
I SCHEMATIC DIAGRAM OF REVERSIBLE MOTOR
SWITCH NO.
SWITCH CONTACT
REMARK
sw
AC 125V 5A or more"
sn?
AC 125V 5A or more
snoutd os coeint'î al same urne
SW1
OC 2JV 10mA
SM i
AC 125V 5A ot mwe
RDiaking cufieni
-. IÍ1. v. Ui'iiM ewr.n 101 KvM.i
1 И-0».'|*.»-* - Ills
feet isnM un»)
Ro=s-*o*iCo=oi-o."J iram
▼ A Diagram
iwi
• ад ". sro" M Л STOP «
0» 1
-,v.
RA UUlf.t 1 ЯМ foWJ
SWS
RIM 1 MOW 1 RA 1 MOUli
sm
:S«"
CW CCW
Urol
*~ 1
T OPERATION/INSTANTANEOUS STOP
ClMC-lC*
when s*itcn Sw2. SW3 are flipped to "Run*, the motor begins to ratate when these switches ate flipped lo 'STOP*, the fnotor stops instantaneously Braking current runs through the motor wincing for approximately 0.4 seconds and the power is cut automatically
TASO
▼ В Diagram
▼ DIRECTION OF ROTATION
■ These diagrams an fefei ciochwise(CVV) rotaixm as viewed from me front shaft end of the motor Do not reverse me rotation for 0.4sec after txawg While braking, set SW4. SVY5 should De accessed to connect to CW or CCW.
EXAMPLE OF BRAKING CHARACTERISTIC
8rawng characteristics of reversioie motor are shown as Deww.
tuioioi
▼ В DiagramtExternal Resistor 30 ä 50W
SSAHTt
seoKi
SS-
Ol
0*1 --чли
swi
л.
МОТОЯ
Яз СО
Wh
-О-»
Ce
JO M »
Пп Со
SA3
-N
1 OPERATION CYCLE AND LIMIT FOR CONTINUOUS OPERATION
Tea г» со!
.1« иго
'ISS.
Even *nen crake pac* SBA-iR or S&C-.'ít is used in snort operating cycles such
as incrang operation, me motor can ce stooped instantaneously
However, if Ine motor is operated m a cycle srorte'
than ossee 'or running end stopping this *vi oe 'ike repeating starting and
instantaneous stopping, and win cause use of temperature me temperature of
the motor case should oe maintained SO'C and less regaidiess of operatmg cycles
ine capaciiytSOW) of making external resistance is to make once елгу 10 secones When we motor is opeiateu in a snorter cycle than this. Digger capacity is neeoeo
-TOP
3 SBB-IR SBD-IR
» SPECIFICATION
MODEL
SBB-IR
SBD-IR
Voltage 8c Frequency
Single - phase 22V ± 10%. 60Hz
Single - phase 200V ± 10% . 50/60Hz
Applicated MOTOR
© INDUCTION MOTOR 90W and less (external resistance needed for operating 90W) © REVERSIBLE MOTOR 60W and less
Permissible Braking
3A and less
Braking Current Time
About 0.4 Sec
Ambient Temp
-10-C -
- -50-c
Ambient Humidity
85% and less (No condensing)
Insulation Resistance
lOOMfi or more when 500V DC megger is applied between the power terminal and signal Input terminal at ambient temperature and humidity after brake pack
Dielectric Strength
Sufficient to withstand 1500V 50/60Hz applied between the power terminal and signal input terminal at ambient temperature and humidity after brake pack running at rated speed for Imin
■ Cautions of connection
I, Connections differ with types and output power of the motors.
• Connect like diagram A for motor of output power 25W or less.
• Connect like diagram B for motor of output power 40W to 60W.
• B connection and external braking resistor with external resistance of 50Q 20W Is required for motors over 60W, 2 Be careful since there is high voltage on some terminals.
I SCHEMATIC DIAGRAM OF INDUCTION MOTOR
SWITCH NO.
SWITCH CONTACT
REMARK
swi
AC 250V 5A or more
AC 250V 5A or more
Snou.0 oe oonauno al same line
Svrî
DC 29V lOntA
R oraking cu'ren:
Sifi??* 'v-lisfc 't* SU»*-.
1 lana.. .M ОШвМ"»
яви ;s«f» »AliPl
rte=5-*tovco=oi-o,ui -saw
T A Diagram
seo»
О".
T
OU ic-ofi
SCb*fl
SWI
-JJZTX
_SW! i
l^îl*JJ
8
s
■*1*Ч
- ям — sroP
T
RUN SIOP —
uni ГШ
Swi
1
SW?
RUN 1 tWAKi 1 HUN eRUll
SWJ
RUN 8ЯДКЕ 1 «л ВААЛЕ
«ГС»
CW 1 1 CW 1
üwi
SW3
•Ai-
*
CUlCi-C-
PS SO
▼ В Diagram
▼ OPERATION/INSTANTANEOUS STOP
Wnen switcn sw?. SW3 a/e fipped to *RUN*. me motor cegms :o roíate When mese switches are 'npped to 'STOP*, me motor stops instanianeousiy Braking current runs tnrough me moto¡ wincing for appioximateiy 0.4 secones and me power is cut automaticaiiy
T DIRECTION OF ROTATION
■ Tnese csagrams all refer ciockwise'CW) rotation as viewed from me tram snaft enc of me motor To raíate counier-ciockwiseiCCW). change gray-wire 10 orown Do not reverse ine rotation for 0 4sec after crakmg.
1SSO C~C*™" К*
Tne capacity(20W) pi Drakmg external resistance is to crake once every 10 seconds When the motor is operated m a shorter cycle wan mis. lugger capacity is neeoeo
T B Diagram+Extemal Resistor 501? 20W
■ The capacity(20W) of braking external resistance is 10 brake once every 10 seconds. When Ihe motor is operated in a shorter cycle than mis. bigger capacity is needed.
EXAMPLE OF BRAKING CHARACTERISTIC
Braking characteristics of induction motor are shown as below.
i ■
1
1
»
1 i
! 1
1
i
/
t
'
/
/
1
1
/
/
/
Y
/
1
-.TZ
I.
► ISSO
ÍO ti л lOiooMiwcniowi; ооо^
I SCHEMATIC DIAGRAM OF REVERSIBLE MOTOR
▼ RUN/INSTANTANEOUS STOP
When switch SW2. SW3 are Hipped to "RUN*, we motor begins 10 rotate When these switches are flipped to 'STOP*. Ihe motor stops instanuneousfy. Braking current runs through the motor winding for approximately 0.4 seconds and the power is cut automatically.
T A Diagram
sesiH
SCDiR
C*f
T DIRECTION OF ROTATION
These diagiams all relet clockwise(CW) rotation as viewed from the from snati end of the motor Do not reverse we rotation for 0.4sec. after braking While braking set SW4 SW5 10 De accessible 10 connect to CW or CCW.
SMI
Svw
S"l»l \ iW4~Z
оУПд iJgJ
Стеной
/Ш EXAMPLE OF BRAKING CHARACTERISTIC
Braking characteristics of reversible motor ere snownas below.
T В Diagram
M
on molli о— у tornici
.«m
и
t Ol
го »
-i— ■. mi-
■ Note Use external resistor R(30s7. 20W)
SWITCH NO.
SWITCH CONTACT
REMARK
SWI
AC 250V 5A or more
sw
AC 250V 5A or more
Snoukl oe cpwauno at same wne
SWI
DC *0V IttnA
swis
AC 250V 5A or more
Я0.С0 (SfARK ИХ1ЕЙ)
Co=0!-'?if I-5WV
I OPERATION CYCLE AND UMIT FOR CONTINUOUS OPERATION
Even wnen brake pack SBB-IR or S8O-1R is useo in short operating cycles such as inching operation, we motor can be slopped instantaneously However, if Ihe motor is operaled in a cycle shorter Wan OSsec for running and slopping, wis win oe like repeating stanmg ano instantaneous stopping and win cause rise 01 temperature tne temperature ot we motor ease should be maintained 90'C and less regardless of operating cycles
-TOP
4. SBU-I SBT-I
► SPECIFICATION
MODEL
SBIHR
SBT-IR
Voltage & Frequency
Three - phase 220V ± 10%. 60Hz
Three - phase 200V ± 10% . 50/60Hz
Applicated MOTOR
© INDUCTION MOTOR 90W and less (external resistance needed for operating 60W-90W)
Permissible Braking
3A and less
Braking Current Time
About 0.4 Sec
Ambient Temp
-10-C ~ i50-c
Ambient Humidity
85% and less (f
Jo condensing)
Insulation Resistance
I00MQ. or more when 500V DC megger is applied between the power terminal and signal input terminal at ambient temperature and humidity after brake pack
Dielectric Strength
Sufficient to withstand 1500V 50/60Hz applied between the power terminal and signal input terminal at ambient temperature and humidity after brake pack running at rated speed for Imin
■ Cautions of connection
1. Connection of brake pack is different according to the output and usage of motors. • Connect like diagram A for motor of output power 40W or less,
■ In case motor of output torque more than 60W, need diagram B + braking external resistance 30Q 20W. Even though motor of output torque is less than 40W, If bracking is done in short cycles(more than 1 breaking per 5sec), Please use diagram B and connect external resistor for braking.
2. Be careful since there is high voltage on some terminals.
I SCHEMATIC DIAGRAM OF INDUCTION MOTOR
T A Diagram
On
▼ OPERATION/INSTANTANEOUS STOP
When switch SW2. SW3 and SW4 are flipped lo *RON*. we rnoior begins to roíale. When mese switches are flipped 10 'STOP*, we motor stops instantaneously Braking cuirent runs through me mow winding for approximately 0.4 seconds and the power is cut automatically.
01s so
▼ DIRECTION OF ROTATION
Notei use externat resistor R(30i?. ?0W}
SWITCH NO.
SWITCH CONTACT
CAPACITY
SAI
AC 250V 5A or more
SM
AC ?50V 5A o* more
snoyd oe oneiaiing
Sw)
0C ¡uV tOmA
at same Ione
R'braking current
KffiCW üilHWIt 011Ь*0« 4* eWlOSI
t MO'"» «Hl Ol»
Я0(S»«W klusn!
ro=s-20ì«co=ìi нш nam
These diagrams an refer ciockwise'CW) rotation as viewed from me from shaft end ot we motor Го rotate We motor m a counter-ciockwise(CCW). exchange и and v phase Do noi change we rotating direction for 0 4seconos atler operating brake function.
I SCHEMATIC DIAGRAM OF INDUCTION MOTOR
• When brakwg m short cycles
• Output of 60W-90W
- RUN
-:- STOO__
>- -.
s-.-i- .
SWI .
5WV
RUN
IS
1
....
SWJ
-! I.
~~1 BRXKE
RUN
1
BH1KE
Г.Л4
RUN
"~1 ВЯХКЕ
FUN
■!!•>
CW
"1
CW
1
▼ В Diagram
▼ OPERATION/INSTANTANEOUS STOP
When switch SW2. SVV3 ano SW4 are 'Hoped to 'RUN', we motor rjegins » roíate vv-en these switches are hipped to "STOP*, the mote stops instantaneous!/. Braking cuirenl runs through we rnoior wnomg for acproimateiy 04 sécenos and me cower is cut automatically.
▼ DIRECTION OF ROTATION
lis SO
Notei use external resistor R1301?. 20W)
SWITCH NO.
SÄT
SWITCH CONTACT
REMARK
AC 250V 5A or more
AC 250V 5A or more
Stollo к operating at same une
sw
ос ?л '"тл
R braking current
R0.C0 (SPAR* «UER)
BÍÍW |ч1=оа usuile ice own:,
Ro=s~<œsco=o.i~02i* йот
These diagrams an refer ctockwiseíCvV) ¡oíation as viewed from we freni shaft end of we motor To rotate me motor in a counter-ciockwisetCCW). eichange и and V phase Do not change me cirecuon of wtauon for 04secor.es aller operalmg pake function
I SWITCH STANDARD AND CONTACT POINT PROTECTION
EXAMPLE OF BRAKING CHARACTERISTIC
Braking characteristics of induction motor are shown as oetow.
use power relay wiw wide contaci point li relay with narrow contaci point is used on SW2 and SW3. circuii elements may be damaged Dy
spark(Coniact pent capacity AC 250V. over 7A) Use CP circuii for absorbing surge voilage to keep out spark. • Ro b—XfíB I i'4W oser В Co.0.l~O.2uf over 250WV
Г.
I OPERATION CYCLE AND UMIT FOR CONTINUOUS OPERATION
Even when wree-phase Drake pack, is used in shorl operabng cycles sucn as inching operation, we motor can De stopped instantaneously However, consioer maximum load condition oecause lor three phase motor, temperature may oe changed according to Ihe given load When motor repeals starting and slopping in short cycle of more than one inslantaneous slop per 5 seconds, the rise of motor temperature win increase rapidly. The temperature 01 we moipr case should De maintained 90'C and less regardless of operating cycles.
|1ЮГ-о*ООЩ"М< KirM
5 SBS-ICE
Take certification CE MARK
5»- SPECIFICATION
MODEL
SBS-ICE
Voltage & Frequency
Three - phase 440V ± 10%. 50/60Hz
Applicated MOTOR
© INDUCTION MOTOR 25 ~ 90W (external resistance needed)
Permissible Braking
3A and less
Braking Current Time
About 0.4 sec
Ambient Temp
-10-C ~ *50*C
Ambient Humidity
85% and less (No condensing)
Insulation Resistance
lOOMfi or more when 500V DC megger is applied between the power terminal and signal Input terminal at ambient temperature and humidity after brake pack
Dielectric Strength
Sufficient to withstand 1800V 50/60Hz applied between the power terminal and signal input terminal at ambient temperature and humidity after brake pack running at rated speed for Imin
■ Cautions of connection
1, Connection of brake pack Is different according to the output and usage of motor.
2. Be careful since there is high voltage on some terminals.
DEMENSION
L
7f
res
76
SBSIÍE
¡w>
0
E
_ Ts
»
« us
nun
s
ce
*s
•y;
M
I SCHEMATIC DIAGRAM OF INDUCTION MOTOR
• Noie use external íesistor R
SWITCH NO.
SW. SW3
SWITCH CAPACITY
• f tOO" 1 El —. ... —.. ..
REMARK
ас mov da 01 more AC 500V 7A or more
SiiWd De operating at sarrun time
SWI
DC US TOnA
R
509 I0W
MM» (kitbulîS-<CW
m гм
MeU output EC-SOW
Я . с-
RH5 - HOV
CiO.I - Ш. SOOVK
fe Co
Ri!2i9 rvgnei то» l-vsn S-A1 Co 0VJ. hihe mode than soovac
A
I SM
Motor Output
oSW-4MI
Braking External Ros.s№
son low
60*-»w
swi
- RUN
--1-
-.!
RUOI -
. STOP .,
SW
ГНИ
1
BRAHE
-.
SW3
RUN
1
BRAKE
HUN
eniKE
SWI
RUN
BR1XE
■■il.
BRAHE
u:.!oo
CW
1
Г
CW
[
Caution
T OPERATION/INSTANTANEOUS STOP
When switch SW2, SW3 and SW4 are flipped to "RUN", the motor begins 10 rotate. When these switches are flipped to "STOP", the motor stops instantaneously. Braking current runs through the motor winding for approximately 0.4 seconds and the power is cut automatically.
T DIRECTION OF ROTATION
These diagrams an refer clock wise(CW) rotation as viewed from the front shaft end ol the motor. To rotate the motor in a counter ciockwise(CCW). exchange U and V phase. Don't Change the direction of rotation for 0.4seconds after operating brake function.
I SWITCH STANDARD AND CONTACT POINT PROTECTION
Use power relay with wide contact point. If relay with narrow contact point is used on SW2 and SW3. circuit elements may be damaged by spark. (Contact point capacity AC 250V. over 7A) Use CR circuit for absorbing surge voltage to keep out spark. » Rk5~200j? 1/4W over B Ci:0.l~0.2aF over 500WV
I Three-phase brake pack has noise filter inside. However, it can not remove noise perfectly. Please connect with Ro and Co. (See the Schematic Diagram)
Ro, Co spec is as follow.
* Ro: 21S. 5W and more Co: o.47uf. 500VAC and more
I OPERATION CYCLE AND LIMIT FOR CONTINUOUS OPERATION
Even when three-phase brake pack is used in short operating cycles such as inching operation, the motor can be stopped instantaneously. However, consider maximum load condition because for three-phase motor, temperature may be changed according to the given load. When motor repeats starting and stopping in short cycle of more than one instantaneous stop per 5 seconds, the rise of motor temperature will increase rapidly. The temperature of the motor case should be maintained 90'C and less regardless of operating cycles.

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