SPEED CONTROLLER (SOCKET SS Standard TYPE,HIGH OUTPUT TYPE) - SPG - (Version JPG) - PDF Catalogue | Technical Documentation

SPEED CONTROLLER (SOCKET SS Standard TYPE,HIGH OUTPUT TYPE) - SPG - #1

DC motor, Parallel shaft gearmotor, Three-phase motor, Gear reducer, Brushless gearmotor

DC motor, Parallel shaft gearmotor, Three-phase motor, Gear reducer, Brushless gearmotor

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Text version of the page

Speed Con trai &Con troller Motor

' Search Motor-Volume ■ rs-trcasiss Sigh Power Typ?) j»j

SB«

SPEED CONTROLLER [SOCKET SS HIGH OUTPUT TYPE)

O 1. CHARACTERISTICS O 2. SPECIFICATION 9 3. DIMENSIONS

© 4. SCHEMATIC DIAGRAM (INDUCTION MOTOR) O 5. SCHEMATIC DIAGRAM {REVERSIBLE MOTOR) © 6. SCHEMATIC DIAGRAM (E.S MOTOR) © 7. APPLICATION OF SCHEMATIC DIAGRAM © 8. CAD File Download (3 © 9. Catalogue Download

1. CHARACTERISTICS

• Used tor induction speed control motors ot 6W~90W, reversible speed control motors of 6W~40W and electromagnetic brake speed control motors ot 6W~40W.

• Built-in speed setting device on the case enables to control and set the speed of motors.

• Instantaneous stop function is possible by electric brake.

■ It is a compact plug-in type with II pins so it is easy to set and use.

• It has slow run and slow stop function, so operating and braking are not working rapidly, instead slowly.

■ There is time (period) setting device installed to control easily slow run and slow stop function,

• Parallel operation is possible.

^Parallel operation means that with one speed control volume. It can control plural speed controller at same time at same speed.

[*TOPJ

2. SPECIFICATION


MODEL SPEC		SS TYPE
MODEL SPEC		SSA03-SRSS	SSB03-SRSS	SSC03-SRSS	SSD03-SRSS	SSX03-SRSS
Rated Voltage		SINSLE-PHASE AC 110V	SINSLE-PHASE AC 220V	SINSLE-PHASE AC 100V	SINSLE-PHASE AC 200V	SINSLE-PHASE AC 220- 240V
Operation Voltage Range		±10%
Power source frequency		60Hz		50/60HZ		50Hz
Rated current		3.0A
APPLICABLE MOTOR OUTPUT	INDUCTION	6W-90W	6W-90W	6W-90W	6W-90W	6W-90W
	REVERSIBLE	6W-40W	6W-40W	6W-40W	6W-40W	6W-40W
	ES	6W-40W	6W-40W	6W-40W	6W-40W	6W-40W
Speed control range		90-1700 rpm		90-1400 rpm/90-l 700 rpm		90-1400 rpm
Speed variation		5%sec (standard)
Speed setting device		Built in external speed setting device attachable
Braking		Possible to stop brake for certain period by electric brake
Braking period		0.5sec (standard)
Parallel operation		Possible
Slow Run. Slow Stop		Possible (0.5sec * I5sec/I200rpm)
Operation Temperature		-10-C-50-C
Operation humidity		85% Maximum (nbn condensing)
Storage Temperature		-20'C ~ * 60-c
Insulation resistance		lOOMflor more when 500V megger is applied between the pin and the housing at ambient temperature and humidity.
Dielectric strength		No abnormality after input of 1500V 50/60Hz between the pin and the housing at ambient temperature and humidity for Imin. tuna ;~nntinl motm o( qp(- 11 lea Im 9a/ mntni t l-\

Sil

M 2 : There are no holding toque on electric brake,

•top

3. DIMENSIONS

I SS TYPE (HIGH OUTPUT) SPEED CONTROLLER

T CONTROL PACK

821

—1

I! m

SSB03-SRSS

^v—i ÉCÉM

ama

«Vi K№

T 11 PIN SOCKET

i 4

T VARIABLE RESISTOR 20 KQ 1/4W

«min

M.»P0 7»16

fueo we*

politomeli,

Insólale»

.top]

4. SCHEMATIC DIAGRAM (INDUCTION MOTOR)

Uni Direction+Variable Speed (6W-90W)

AFor i'ii or SGV-24W. SCW motor, change gray a covi

Off,

© ©

® 6 3

ON PCMR ._SOURCE

5.V

SW2 KZOVIOmA

Note)

1. The motors, rotating erection is CW when veweo from output shaft When adjusting to CCW direction, exchange white wie to gray.

2. the connection oi a lai motor is applicable only il the output o! w motor is greater than 60W and re'er to page 202 to ine connection method.

MOTO"

♦ Example of operation

- RUN --SIO*¹— "VW --SIOP — UXl'c*

capaciiûh


	SY>,
	SW7
	SW7	Wl 1 1 OUN 1 S!0»> 1 RVN 1 *S'0>**

	UOlO"	cw \ 1 cw \ / a, \

^ Uni Direction+Variable Speed+Brake (6W-25W)


	SVfU	ACIÍSV ys Ci «>c ax
	SHÎ3	OC ZN !Crr«
	RftCo	i»=io-!o,«;wi i.-ti: *rjil** 1 *f¡) J
	RftCo
	R: Stils, km im»	io», va te*

0*1 POWER

AF« mr« or 220V-2«V. SOU mew. change gray to brown.

Note)

I. The motor rotating direction is CW when viewed irom output snati When adjusting to CCW direction, eichange wmte wire to gia<

♦ Example ol operation

l-U-l

SWl

5WÍ

>'C^ I POH I Slpfj UK J S'C^.

s««

HMg

1 cw \_/ cw \_/ c» 1

@ Uni Direction+Variable Speed+Brake (40W-9QW)

On POwtn SOUflCf

AFor WMg of 22W-W. 500 motor, change gray to worn.

SV/1

I f_| »


	SW2.3	*7¡» us it
	SW2.3	KJDviCmJ.
	Ro,Co	so= ;o-aiu(MiN ww) eo=o.i-o.M *(«C!!5»V. «C!55V)**
	RMing external resister	105. Mil 10*

pis so

♦ Example of operation

B"«l

MWd

• iio»

SVI I

STOP j BUW I siof I HUW 1 SlOf

Note)

1. The motor's rotating direction is CW when viewed Irom output shall. When adjusting to CCW direction, exchange white wire to gray.

2. The connection ol a Ian motor is applicable only il the output of the motor Is greater than 60W and refer to page 202 lor the connection method.

hon

SWJ SW*

|~"iÑ1»°"l|

fBIN

ICWI TCW\ / CW\ /CW~|

T Method of Use (INDUCTION MOTOR)

• Run/Stop function

If SW2 is switched to "RUN" as section 1-1.2.3. the motor will rotates as per tixed speed set Oy external speed controller when switched to 'STOP' rotation will come to spontaneous stop by inertia force.

• Run/Brake function

If SW3 and SW4 is turned to stop while SW2 is on RUN condition, the Drake will function lor about 0.5 seconds and stop the motor instantaneously.

• Slow Run/Slow Stop function

• When SW2 is switched to Run/Stop after slow run. slow stop is set by the volume ol controller, the motor will slowly start and slowly stop as per set time.

• The speed of slow run and slow stop changes in rectilinearly against set time and the slope can oe controlled within 0.5sec~-15sec/120Orpm.

• Slow stop is not possiDle to oe set (or shorter period than natural stopping period of molor.

* Turn SW1 off to prevent control pack Irom generating heat when not used (or a long period.

[*tqpj

5. SCHEMATIC DIAGRAM (REVERSIBLE MOTOR)

^ Revefse+Variable Speed (6W-40W)

AFor «ring et 220V-2JCV. 50» motor, change gray to Drown.

OS POAER


	SW1.3	or »c zsov ™ *
	SW2	oc at ter»
	Ro,Co	^: Ro=ia-200ll!M.S !/<) 00=0.1-0.2,.* iKism. teñen-.;

-SW2J!«-*.


		kl iL
		WOTOn
		WOTOn

no Co ^jm-11-

SW3

CCA

«o o

i-SSV

♦ Example of operation

C*p*CirO«

inniii

- —rc» — »a .-re*-- s*;t»'**^»

fiwi

Off

I pjjff I sto" 1 pus I sly I mi I s:c-

ns so

ccw /

@Reverse+Variable Speed+Brake (6W-25W)

AFor wimg of 220V-2W. SOH! motor, change gray to brown.

0«_

ON POWER _ SOUflCf


	SW1,4,5,6
	SW2,3	\|K!CV I4nj
		\|Bs=io-an(t»i i/«r)
	RO.CO	CO=0.1-0?i \|w:i2S»v. œsom)
	R: Braking external resistor	J tot. m im

SW2.''

sp»»c orso seffr-ow .1«

♦ Example of operation

• tft --s'y — H». ...fi^t— i>i^s — _s.^„ ^^r**¹^

SWt

© 11

sto» hum stop rut stop

njs

1 pun |6*wi

cs so

@ Reverse+Variable Speed+Brake (40W)

AFor wiling o( 220V-2aCV. SOMi irotcr. change gray to Bonn.


	SWAM	MX si
	SW2.3 Ro,Co	DC 20V №J
	SW2.3 Ro,Co	HO=10-2COSfU»l l/Wi Co=0l-02^ (>XI2S'«. AC!»",':
	A: Sating (itirm lewtor	igg. m« id*

ON POWE»

SOU PCE

♦ Example ol operation

.PUi— S'CP —PIN —fi^P— H.WrO'—'.TCP— ivHT*'™

fiWl

1 siqp I run I siopI fut I stop

piw

PiS SO

I run |em*c 1

EdWXE

1 «» r

u 1

w:-o>

/ cw \

T^7

▼ Method of Use (INDUCTION MOTOR)

• Run/Stop function

If SW2 is switched to 'RUN" as section 2-1.2.3. the motor will rotate as per d*ed speed set by external speed controller when switched to 'STOP* rotation will come to spontaneous stop by inertia force.

• Run/Brake function

If SW3 and SW4 is turned to stop while SW2 is on RUN condition, tne Drake will function for about 0.5 seconds and stop the motor instantaneously,

• Slow Run/Slow Stop function

• When SW2 is switched to Run/Stop alter slow run. slow stop is set Dy the volume of controller,

the motor will slowly start and slowly stop as per set time, »the speed of slow run and slow stop changes m rectilinearly agamst set time and the slope

can be controlled within 0.5sec-15sec/l200rpm. ■ Slow stop is not possiDle to De set for shorter penod than natural stopping period ot motor.

* Turn SW! off to prevent control pack from generating heat when not used for a long period.

.top|

6. SCHEMATIC DIAGRAM (E.S MOTOR)

^ Reverse+Variable Speed (6W-40WI


	SWU7	«ÖS vis ii V Km
	SW2	DC m lOra»
		no=tg-20)g(iu» Ka)
ON PONER y¿_c SOURCE**	RcsCo	Co=í.l~6¿>f
SW!		Co=í.l~6¿>f


	VOLTAGE	*LtAO 1S£ »'**
	SINGLE PHASE ACIOOÏ-llOy
	SHGLE PHASE tamt-nm	Oiafige

AFor ï«ing « 220V-24W.

motor, change gray to brown.

♦ Example of operation

sr« seorpu» swí vrv ■ a.s ^-^ufr^jyt-^-^ije.-^ stcwsiçr»+»-ojfc*i-- ffgf

svvi

RUN I SIQP I nun I STOP [ nun | stW

sw?

sw3

cw I CCW

run I fr*"! I PAjn| 1""' I run

ps so

r~s¡r\

O Reverse+Variable Speed+Brake (6W-25W]


	VOLTAGE	LEAD Wlflt '»'
	SHGLE PHASE AC10W-IIO»	Blue
	SINGLE PHASE AC2O0V-24OV	ftange

tC!25ï er «C?»'

te 2CV lOmA Ro=10-?MS(Mjirî/W) CO'OI-O.i/ (AClSwY JOWti)

IO». Wft 10*

SWI.43.6,7

SW2,3 Ro,Co

0*p_

OS power

SW!

RS Co r VW--I-

AFor wtrlng of 2a3V-2№. SCHZ motor, change gray to brown.

■

CR»T

«cioh

♦ Example of operation


	brake BRAKE -«,H--c^i.noN-i4g¡g^i»s-í^SÓ^»»- sSi+ii-S
swi	on
sw2	mis j stop	RUN 1 stop 1 Run 1 stop
sw*	non Ibra« I fun I' *
sws	cw J ccw cw

C*P«ilC«

-r:

I raw I

«'<*rcw~l

r¡¿r\_[

run

ps so

^ Uni Direction+Variable Speed+Brake (40W)

4 For wlimg Ol 22OV-240V motor, change gray to brown.

0"_


	VOLTAGE	LEAD WIBC 'A'
	SINGLE PHASE ACIOOV-I10V	Blue
	SINGLE PHASE »C?O0V-2«V	Orange

OS POWER -_ SOW1CÏ

SW2,3 CCiUí I9TA

Bj=IO-2Xt(M«. 1/4*)" Ro,Co ! CO=0.1-02rf

«CI2S* .ACJSCWV)

CA»

motor

l«»y-íf»i<

R:Briking

eilerml tea. MIN. tOW resistor

.PID

♦ Example of operation


		bruce BRfKE "fiRNCi PRixf aOfifUl oftur SiOPRA &iuií - Rjs -l-ii.:V^i-R.is i,^.;::í.¡.C_.,sVi- sc«s-cpi--c5îi
	swi
	swi	on
	sw2	run 1 STOP f run 1 STOP \| run \| STOP
	SW<	run 1 BRAKE 1 run \| brak!

		cw 1 cc.v CW
	sw7	run 1 J run J run 1 run 1
	MOTOR
	MOTOR	I CW 1 / CW \ / CW ^
		¹ ¹-1-1 \|ccw

▼ Method of Use (ES MOTOR)

• Run/Stop function

If SW2 Is switched to "RUN"as section 3-1.2.3. the motor will rotate as per fixed speed set by external speed controller when switched to 'STOP' rotation will come to spontaneous stop by inertia force.

• Run/Brake function

If SW3 and SW4 is turned to stop while SW2 is on RUN condition, the Drake will function 'or about 0.5 seconds and stop the motor instantaneously.

Slow Run/Slow Stop function

■ When SW2 is switched to Run/Stop alter slow run. slow stop is set by the volume ot controller, the motor will slowly start and slowly stop as per set time.

■ The speed of slow run and slow stop changes in rectilinearly against set time and the slope can be controlled within O.5sec~15sec/I200rpm.

• Slow stop is not possible to be set lor shorter period than natural stopping period of motor. • Turn SWI off to prevent control pack Irom generating heat when not used for a long period.

7. APPLICATION OF SCHEMATIC DIAGRAM

T Parallel operation

▼ UsagefParallel operation)

SS TYPE high output controller can control speed of multiple motors using one variable resistor as per following diagram at same speed.

Connect power supply iine(Termmal No. 2>.®)& control line (Terminal No. ®. ®) for same line like the side wiring. In case of other motor and control pack, set power line and control line for parallel operation.

v v

A Warning

• Connect to correct pm numbers for power line and control line.

» The capacity of variable resistor for speed setting is calculated in following way. VRX=20/N B. N/4W(N: Quantity ol motor) eg) For 2EA of motors, it is 10B I/2W

• Although every motor runs at almost same speed, there could be slight error due to difference of load and variation of products. To prevent this phenomenon, prepare 5-1036 of resistance and 1/4 capacity of VRx(vanaDie resistance for speed settmgjwith SVR(Vanable resistor for precise control) of terminal ®.

caPAOTCfi

ESS

MOTOR

CONTROL PACK

(D® ©@ ®

|*1 CiPACrCP

AFor Ming « 2¡№-240V. 50H7. motor, change gray to brown.

■I î IO—»0>»»"

/ .>

T •] I

MOTOR

T Connection Method for BOX FAN MOTOR

ON PCW1P

-_ fiCOPCt

sw!

p.sso


	VOLTAGE	LEM IK COLORÌ'
	SINGLE PHASE AC100V-110V SINGLE PHASE AC200V-2KIV	Brown
	SINGLE PHASE AC100V-110V SINGLE PHASE AC200V-2KIV	Yellow

motor I

.e» ..-i -°-

» For the connection of something other than tne box fan, refer to the electrical wiring diagram for the corresponding connection.

T Converting of multistage speed

T Panel

.When multistage speed control is required, set each VRI, VR2 S VR3 and converting can be possible by using SWA. SWB, and SWC. Keeping converting time of switching should be similar to the operating time of relay operation.

VR1 variable resistor (or Slow Run period

VR2

Variatile resistor lor Slow Stop period

■e»

▼ Speed control by using external direct current

Ii r»»Ji uôl'

Ì n

RU> t*«* 1"C%

When speed is controlled by external direct current instead of supplied variable resistor for external speed setting, connect the wires of direct current with control pack as following diagram.

(However, output of direct current has to be seperated and insulated with alternative current input and avoid changing polarity.)

STOP


	VRI A3	20hî WW B Characteristic
	SWI .2,3,4	DC 20V 10mA

- OPiCI CUWÍN1

Ifl.fiV ipcui

IKO

TIN

2.ln the packing of control pack there is one set of external speed setting volume. When needed more, please purchase SVR20KH of SPG.

(The connection ol speed control by using external direct current.)

T Total system

T How to quicken operating speed

To quicken operating speed, as the set speed is decelerated, there are more delays to start rotations when switch is turned 'ON'. If this causes problems, please refer to following diagram and connect VRT (Variable resistor for operating time control)

"J. -fifi Stflû-

votcp

S1W

SW2

S»o»»

MwwtaN.


	VRt	2 KS I/4W B Cnaractenstic
	SW2	0C 20V 10mA

1. Speed of motor can be controlled without steps by using variable speed resistor for external speed setting.

Turn to (HIGH) for high speed, and (LOW) for low speed.

2. There are operating current flowing on thick line.

Use cable with 0.75nrl for thick line and 0.5m! (or thin line.

3. For single-phase AC220V~240V 50Hz motors, change gray wire to brown.

For instantaneous stop, operate both RUN/BRAKE switch and RUN/STOP switch above.

Place RUN/STOP switch to stop and control VRT until motor starts.

—

J, ">"'