Softstarter range type PSD & PSDH

Transcription

1 Softstarter range type SD & SDH

2 Description Softstarters type S D and S DH ABB s solid state starter range is used when it is important to have a smooth start-up of various types of motor drives. Instead of switching directly to full voltage the softstarter ensures a gradual voltage increase. ABB s Softstarter is available in four versions, S 7 8 and S DH 7. S D 7 S D 8 and S DH S DH 7 softstarters have a robust design in metal housing for many types of applications, both normal duty and heavy duty. Flexible parameter settings with potentiometers and clear indication with LEDs of status and faults on front of the unit. he optional built in advanced electronic overload relay (always included as standard for S DH versions) provides much better motor protection than a conventional bimetallic relay, for example in intermittent duty. F F F I r OFF 80 N F Y SA SO s UINI 60 % % ILIM % he operator panels for S DH have LED s, potentiometers and switches for indication and settings. x Ir SF Quck guide for selection By using the guide below you can quickly select a suitable ABB Softstarter for the most common applictions. If a more precise selection is required you can use rosoft, a selection software available at abb.com/lowvoltage. Quick guide Normal start Class Heavy duty start Class ypical applications ypical applications»bow thruster»centrifugal pump»centrifugal fan»conveyor belt (long)»compressor»conveyor belt (short)»crusher»mill»elevator»escalator»mixer»stirrer Standard selection Standard selection ype S D: Size according to ype S D: e size larger than the rated motor power the rated motor power. EOL* available Select without EOL*. ype S DH: Size according to the rated motor power. If more than 6 starts /h e size larger than the standard selection. *Built in electronic overload relay ABB Automation echnology roducts AB/ Control, Id No: SFCC0, March 0

3 Ordering data Softstarter S D 7 8 S D 7 8 For normal starts Motor power ated - V 80-0/ V 0 V 6 V motor current Order code e e e e I e ype Supply voltage U s Supply voltage U s Weight kw kw kw kw A S D -7 V,/60 Hz - V,/60 Hz kg SFA 88 - F SFA 88 - L SFA 88 - F SFA 88 - L SFA 88 - F SFA 88 - L 7 SFA 88 - F SFA 88 - L SFA F SFA L 87. SFA F SFA L 7 7 SFA F SFA L 7 7 SFA F SFA L SFA F SFA L 8 SFA F SFA L 8 7 SFA F SFA L 8 60 SFA F SFA L SFA 88 - F SFA 88 - L SFA 88 - F SFA 88 - L 8 0 SFA 88 - F SFA 88 - L SFA 88 - F SFA 88 - L SFA A F SFA A L 80 SFA 88 - F SFA 88 - L 80 SFA 88 - F SFA 88 - L SFA A F SFA A L 60 SFA 88 - F SFA 88 - L 0 SFA 88 - F SFA 88 - L 60 0 SFA A F SFA A L SFA 88 - F SFA 88 - L SFA 88 - F SFA 88 - L SFA A F SFA A L SFA 88 - F SFA 88 - L SFA 88 - F SFA 88 - L SFA A F SFA A L 6 replaced by B if overload relay class is included, otherwise by A replaced by code letter for current range according to table on page 7 ABB Automation echnology roducts AB/ Control, Id No: SFCC0, March 0

4 Ordering data Softstarter S DH 7 S DH...7 For heavy duty starts Motor power ated - V 80-0/ V 0 V motor current Order code e e e I e ype Supply voltage U s Supply voltage U s Weight kw kw kw A S DH -7 V,/60 Hz - V,/60 Hz kg 7. SFA 88 - B F SFA 88 - B L 8. SFA 88 - B F SFA 88 - B L 8 SFA 88 - B F SFA 88 - B L 8 SFA 88 - B F SFA 88 - B L SFA 88 - B F SFA 88 - B L SFA 88 - B F SFA 88 - B L SFA 88 - B F SFA 88 - B L 7 7 SFA 88 - B F SFA 88 - B L SFA 88 - B F SFA 88 - B L 7 SFA 88 - B F SFA 88 - B L SFA B F SFA B L 87. SFA B F SFA B L 7 7 SFA B F SFA B L SFA B F SFA B L 8 SFA B F SFA B L 8 SFA B F SFA B L 8 7 SFA B F SFA B L 8 60 SFA B F SFA B L SFA 88 - B F SFA 88 - B L SFA 88 - B F SFA 88 - B L 0 SFA 88 - B F SFA 88 - B L SFA 88 - B F SFA 88 - B L 80 SFA 88 - B F SFA 88 - B L 80 SFA 88 - B F SFA 88 - B L 60 SFA 88 - B F SFA 88 - B L 0 SFA 88 - B F SFA 88 - B L SFA 88 - B F SFA 88 - B L SFA 88 - B F SFA 88 - B L 6 replaced by code letter for current range according to table below Code letter for current range Current range S D A S DH SD (6 V) V 6 V* E 7, F G 8 H H J J J 60 K K K, 7 L L M 87, N N 0 / 0 7 S S S 0 / 0 / 80 0 / 0 0 U / U U 0 / 0 V / V V 600 / W / W W 7 / 7 7 X / X X 0 0 / 0 0 Y / Y * For 6V red code letters are used. ABB Automation echnology roducts AB/ Control, Id No: SFCC0, March 0

5 General technical data General technical data S D 7 8 and S DH 7 S D 7 S D 7 8 S DH S DH 7 ated insulation voltage U i V ated operational voltage U e V Starting capacity at max rated current I e, x I e for s x I e for 7s x I e for s x I e for s Number of starts per hour 6 ) ) 6 ) ) Overload capacity Overload class A Service factor % Ambient temperature During operation ) C During storage C Degree of protection I 00 I 00 I 00 I 00 Settings amp time during start sec Initial voltage during start % amp time during stop sec Step down voltage special ramp % Current limit function x I e x I e x I e x I e Adjustable rated motor current I e ) % Switches for Energy saving function ON/OFF (F) Yes Yes Yes Yes start, YES/NO (KICK) Yes Yes Yes Yes High current switch off, YES/NO () Yes Yes Yes Yes eaction time for energy saving normal/slow (F) Yes Yes Yes Yes Signal relays Fault signal K6 Yes Yes Yes Yes By-pass signal, start ramp completed K Yes Yes Yes Yes un signal K Yes Yes Yes Yes Overload signal Yes Yes Yes Yes ated operational voltage U e V ated thermal current I th A ated operational current I e at AC- (U e =V) A.... Signal indication (LED) Fault (F and/or F) red Yes Yes Yes Yes Overload () yellow ) Yes ) Yes ) Yes Yes eady to start/stand by (ON) green Yes Yes Yes Yes unning () yellow Yes Yes Yes Yes Completed start ramp () yellow Yes Yes Yes Yes Energy saving function active () yellow Yes Yes Yes Yes ) Above C, up to max C, reduce the rated current with 0.8 % per C. ) For U e = 6 V; setting %. ) Optional for SD types. ) When more than stated starts per hour are required, contact your sales office. Cross section of connection cables S D and S DH ype S D ype S DH Main circuit Connection clamp Cu-cable mm Al-cable mm Connection bar Width x thickness mm x x6 x6 x6 Hole diameter mm 7 ightening torque min.nm..(m6).0(m).0(m).0(m) (For guidance only) max.nm.0.(m6) 6.0(M) 6.0(M) 6.0(M) Supply and control circuit Connection clamp mm..... ABB Automation echnology roducts AB/ Control, Id No: SFCC0, March 0

6 echnical data Size related data 6 ecommended ABB ower re- Overload protection Max quirements Current range power loss of supply at max / e Max fuse rating main circuit ) circuit Size ype A W Bussman fuses Ferraz fuses VA S S 0 A DU.. 6 A M9 A DU A M6 A DU 8 A M6 S S 8/ A DU 6 8 ) A M6 ) 6 A 6.6 UB 000 D08 V / A DU ) 80 A M66 ) A 6.6 UB 000 D08 V 0 9 7/6 A DU 7 ) A M68 ) 60 A 6.6 UB 000 D08 V /76 A 7 DU 9 ) 60 A M69 ) 0 A 6.6 UD D08 A 00 9 /8 A 7 DU 9 ) 60 A M69 ) 0 A 6.6 UD D08 A 00 60/ A 7 DU 9 60 ) 0 A M ) A 6.6 UD D08 A 0 7/ A 7 DU 7 ) A M7 ) A 6.6 UD D08 A 0 8/7 A DU 6 8 ) A M7 ) 0 A 6.6 UD D08 A 00 6 /8 A DU 6 ) 0 A M9 6 ) 0 A 6.6 UD D08 A 00 6 / A 0 DU ) A M 6 ) 0 A 6.6 UD D08 A /0 A 0 DU -7 ) 0 A M 6 ) A 6.6 UD D08 A 0 6 / A DU - ) 0 A M7 6 ) 6 A 6.6 UD D08 A / A DU -0 ) 0 A M 6 ) 0 A 6.6 UD D A 00 6 S D 7 A 7 DU 7 ) 7 ) A M7 ) A 6.6 UD D08 A 0 A DU 7 ) 6 ) A M7 ) 0 A 6.6 UD D08 A 00 A 0 DU 7 ) ) 0 A M9 6 ) 0 A 6.6 UD D08 A 00 7 A 0 DU 7 ) 7 ) A M 6 ) 0 A 6.6 UD D08 A 00 6 A DU 7 ) ) 0 A M 6 ) A 6.6 UD D08 A 0 6 A DU 7 ) ) 6 A M6 6 ) A 6.6 UD D08 A A DU 7 ) 0 ) 0 A M7 6 ) 6 A 6.6 UD D08 A 06 6 A 0 DU 7 ) 6 ) 0 A M 6 ) 0 A 6.6 UD D A 00 A 0 DU 7 ) 6 ) 0 A M 6 ) A 6.6 UD D A A 0 DU 7 ) 6 ) A M608 6 ) A 6.6 UD D A 7 A 0 DU 7 ) 6 7 ) 800 A M60 6 ) 00 A 6.6 UD LAF 00 8 A 0 DU 7 ) 6 8 ) 800 A M60 6 ) 00 A 6.6 UD LAF 00 S D(6V) A DU ) 0 A M 6 ) 0 A 6.6 UD D A 00 A 0 DU 6 ) A M8 6 ) A 6.6 UD D A A 0 DU 6 ) A M608 6 ) A 6.6 UD D A 7 A 0 DU 6 7 ) A M608 6 ) 00 A 6.6 UD LAF 00 8 A 0 DU 6 8 ) A M608 6 ) 00 A 6.6 UD LAF 00 S DH ) ) A M68 ) 60 A 6.6 UD D08 A 060 ) ) 0 A M ) 0 A 6.6 UD D08 A ) ) A M7 ) A 6.6 UD D08 A 0 7 ) ) A M7 ) A 6.6 UD D08 A 0 ) ) 0 A M9 6 ) A 6.6 UD D08 A 0 ) ) A M 6 ) 0 A 6.6 UD D08 A ) ) 0 A M 6 ) A 6.6 UD D08 A 0 6 ) ) 6 A M6 6 ) 6 A 6.6 UD D08 A 06 ) ) 0 A M7 6 ) 0 A 6.6 UD D08 A 00 0 ) ) 0 A M 6 ) 0 A 6.6 UD D08 A 00 ) ) 0 A M 6 ) 0 A 6.6 UD D08 A 0 ) ) A M8 6 ) A 6.6 UD D08 A ) ) A M608 6 ) 600 A 6.6 UD F A ) ) 800 A M60 6 ) 00 A 6.6 UD LAF 00 ) Electronic overload relay built in, class ) Fuse holder H 7 ) otal power loss: Ltot = [ x I e x.0] + (W) educed to W only when using by-pass 6) Fuse holder H 0 ) otal power loss: Ltot = [ x I e x.0] + (W) educed to W only when using by-pass 7) Not required if using the optional electronic o.l. ) For the supply circuit: 6 A delayed ABB Automation echnology roducts AB/ Control, Id No: SFCC0, March 0

7 6 OVELOAD L L L N Y F F - V UN O FAUL /60 Hz SA/SO OVELOAD - V /60 Hz SA/SO Ir F 80 F UINI SA SO 60 I LIM s * Ir N Y F F Ir 80 SA SO s UINI UN F F O I LIM FAUL * Ir OVELOAD - V UN O FAUL /60 Hz SA/SO F F Ir F F SA SO s N Y UINI I LIM * Ir OVELOAD - V /60 Hz SA/SO UN F F Ir F F N Y O SA SO UINI FAUL s I LIM * Ir Dimensions S D 7 S DH...60 S D... S DH 7... S D S DH SF , Ø 7 (x) SF , Ø 7 (x), SF S D...8 S DH SF Max 0 Ø 7 80, Ø 0 7 SF F 6 hole 9x , SF Dimension 66 SF ype E F K L M N S D S DH S D7 S DH S D8 S DH All dimensions in the table +/- mm L L L M M E N Ø K SF ed. Minimum distance to wall/front D E A F B B G SF H SF Minimum distance to wall/front A = mm B = mm C = mm Both top and bottom D = mm Both top and bottom Dimensions ype No. E F G H S D7 S DH S D S DH S D7 0 S DH 8 S D 8 S DH ABB Automation echnology roducts AB/ Control, Id No: SFCC0, March 0 7

8 Circuit diagrams S D without electronic overload relay E Circuit board E E Fan F6 emperature monitor J J Contact blocks K elay, actuated in operational position K elay, actuated at full voltage (U e = %) K6 elay, fault signal Current Control V V6 hyristor X X erminal block S D and S DH with electronic overload relay E E Circuit board Circuit board E E Fan F6 emperature monitor J J Contact blocks K elay, overload K elay, actuated in operational position K elay, actuated at full voltage (U e = %) K6 elay, fault signal Current Current Control V V6 hyristor X X erminal block SF SF ABB Automation echnology roducts AB/ Control, Id No: SFCC0, March 0