Brushless DC-Motors Bürstenlose Gleichstrommotoren

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BG 75 SI, 220 - 450 Watt » BG 75 Motor with integrated speed controller for 4Q operation » Excellent control characteristics due to an integral magnetic encoder with a resolution of 4x1024 pulses per round » The target speed can be set using a 0…+10 V (optional -10 V...+10 V) analog voltage input » The motor is supplied as a standard with two connection plugs (power stage and logik) » Motor BG 75 mit integriertem Speedcontroller für 4-Quadrantenbetrieb » Durch den integrierten magnetischen Geber mit einer Auflösung von 4x1024 Pulsen pro Umdrehung werden ein großer Drehzahlbereich erreicht » Die Drehzahlsollwertvorgabe erfolgt standard mäßig über einen Analogspannungseingang 0...+10 V (optional -10 V...+10 V) » Der Motor ist standardmäßig mit 2 Anschlußsteckern versehen (Leistung, Logik) Data/ Technische Daten BG 75x25 SI BG 75x50 SI BG 75x75 SI Nominal voltage/ Nennspannung Nominal current/ Nennstrom Nominal torque/ Nennmoment Nominal speed/ Nenndrehzahl Friction torque/ Reibungsmoment Peak torque/ Max. Moment No load speed/ Leerlaufdrehzahl Maximum output power/ Maximale Abgabeleistung Torque constant/ Drehmomentkonstante Peak current/ Zulässiger Spitzenstrom (2 sec.) Rotor inertia/ Rotor Trägheitsmomentt Weight of motor/ Motorgewicht Recommended speed control range/ Emphohlener Drehzahlregelbereich V<strong>DC</strong> 24 40 24 40 40 A *) 12.1 8.3 16.0 11.2 12.7 Ncm *) 61 71 76 98 116 rpm *) 3900 3820 4050 3900 3700 Ncm *) 5.7 5.7 7.2 7.2 9 Ncm **) 195 250 220 365 410 rpm *) 4450 4400 4340 4100 3825 W **) 400 415 580 785 950 Ncm A -1* * *) 6.4 11 5.9 10.8 11.3 A **) 50 ****) 50 ****) 50 ****) 50 ****) 50 ****) gcm 2 240 240 440 440 620 kg 1.6 1.6 2.2 2.2 2.8 rpm 1 ... Rated speed/ Nenndrehzahl *) DJ w = 100 K; **) J R = 20°C ***) at nominal point/ im Nennpunkt ****) limited by sofware/ durch Software begrenzt Modular System/ Modulares Baukastensystem » Brakes & Encoder/ Bremsen & Anbauten E 90 R, Page/ Seite 102 E 300 R/ A, Page/ Seite 102 ME integrated, Page/ Seite 104 E 90 R E 300 R/A » All attachments also fully in the motor housing availbale./ Alle Anbauten auch vollständig im Motorgehäuse erhältlich. BG 75 SI » Accessories/ Zubehör Connector with cable, 12-pin | Angled positions adjustable (up to ± 45° turnable)/ Anschlussleitung mit Winkeldose, 12-polig | Winkelposition einstellbar (bis ± 45° drehbar), Page/ Seite 107 Connector with cable, 4-pin/ Anschlussleitung mit Dose, 4-polig, Page/ Seite 107 Cover/ Verschlussdeckel, Page/ Seite 107 PLG 60 PLG 63 PLG 75 SG 120 » Planetary gearbox/ Planetengetriebe PLG 60, (5 - 25 Nm), Page/ Seite 92 PLG 63, (5 - 100 Nm), Page/ Seite 93 PLG 75, (25 - 160 Nm), Page/ Seite 94 » Worm gearbox/ Schneckengetriebe SG 120, (8 - 30 Nm), Page/ Seite 99 Starter Kit BGxx SI Page/ Seite 112 Standard/ Standard On request/ auf Anfrage 68 | Visit www.dunkermotoren.com for further product information/ Besuchen Sie www.dunkermotoren.de für weitere Produktinformationen
BG 75 SI, 220 - 450 Watt BG 75, 220 - 530 W Dimensions in in mm/ Maßzeichnung / in mm in mm rotatable/ drehbar Woodruff key/ Passfeder A 5x5x22 Connector/ Stecker M17, 4-pin (Power) Connector/Stecker M16, 8-pin 45° 4x Ø 5.2 65 ±0.2 +0.012 Ø 14 k6 +0.001 A Ø 32 -0.05 3 L 3 30 ±1 Centring/ Zentrierung DM4 DIN332 B 45 Ø (M5, 9+2tief) Ø 32 -0.05 56 Ø (M6, 9+2tief) F R [N] Permissible shaft-load/ 600 Ø 45 (Ø 4.66, 13 tief) 60 Ø (M6, 9+2tief) Zulässige Permissible Wellenbelastung shaft-load/ 500 F R [N] Ø 56 (Ø 5.61, 13 tief) 600 75 ±0.5 Zulässige Wellenbelastung 400 Radial-/ axialloads on the end of the shaft 500 Ø 60 (Ø 5.61, 13 tief) 300 F A =Fr/3 for L 400 Radial-/ axialloads h10 = 20.000 h on the end of the shaft 200 Motor L 300 F A =Fr/3 for L h10 = 20.000 h 100 Radial-/ Axialkräfte am Wellenende BG 75x25 SI 115±0.5 200 0 F Motor L A =Fr/3 für L Radial-/ Axialkräfte h10 = 20.000 h 0 1000 2000 3000 4000 5000 6000 BG 75x50 SI 140±0.5 am Wellenende 100 [rpm] BG BG 75x25 75x75 SI 115±0.5 165±0.5 F 0 35 7000 A =Fr/3 für L h10 = 20.000 h BG 75x50 140±0.5 0 1000 2000 3000 4000 5000 6000 35 7000 [rpm] 70 7000 70 7000 BG 75x75 165±0.5 J = f (M) ϑ R =20°C ϑ R =20°C ϑ R =20°C Pin 30 assignment/ 6000 Pinbelegung 30 6000 60 6000 Δϑ ∆ϑ W El = 100K 80K 60 6000 ∆ϑ El = 80K Pin assignment / Pinbelegung J = f (M) Δϑ W = 100K N = f (M) 8-Pin 12-Pin 25 50 100 100 Signal 5000 5000 Signal η 12-Pin 25 100 5000 J = f (M) 4-Pin Power / Signal Signal N = f (M) N = f (M) 50 100 5000 N = f (M) 4-Pin η Power | Signal η J = f (M) 1A n.c. IN 05 η yellow HS1 G 1 A (motor) AI + pink 1 U 20 80 4000 20 80 4000 Power 2 40 80 4000 40 80 4000 B n.c. IN 1 6 blue HS2 H 2 B (motor) AI - violet 2 Ballast black 3 n.c. 7 HS3 15 60 3000 3 C (motor) C 30 60 3000 IN 2 brown J U 3015 60 60 3000 3000 4 GND Hall 8 U Hall 4 Earth Logic red 3 GND Power D IN 3 green K GND 10 40 2000 10 Logic black 4 Earth yellow-green 20 40 2000 20 40 40 2000 2000 E OUT 1 grey L PC - red-blue F 510 20 20 1000 1000 OUT 2 grey-pinkI 5 20 1000 Limit =30A M I Limit =50A PC 10+ 20 1000 white I Limit =35A I Limit =50A M M 0 N M max In accordance M 0 0 0 0 N with EN 60034 M Characteristic max 0 0 0 diagram N M 20 40 60/ Belastungskennlinien max M N M max 0 0 0 0 0 0 40 80 120 160 80 100 200 240 120 280 140 320 160 360 180 400 200 0 0 Belastungskennlinien 10040 20080 300120 400160 500200 gezeichnet 600240700280800 nach 320900 EN 360 1000 60034 400 Characteristic diagram/ Belastungskennlinien Ncm In accordance with/ Belastungskennlinien gezeichnet nach EN Ncm60034 3570 70 7000 7000 7035 70 7000 7000 35 J = f f (M) 35 7000 70 7000 ϑ ϑ 70 7000 J = f (M) R =20°C R =20°C ϑ R =20°C ϑ ϑ R =20°C R =20°C ϑ 30 6000 R =20°C 30 R =20°C ϑ R =20°C 60 60 30 6000 6000 6000 6000 Δϑ Δϑ 30 ∆ϑ ∆ϑ 30 El El 80K 60 6000 f ∆ϑ W W = 100K = 100K 60 6000 J = f (M) Δϑ W = 100K = 80K ∆ϑ W El = 80K 100K 60 6000 Δϑ W = 100K 60 6000 El 80K J = f (M) Δϑ W = 100K N = f (M) J = f (M) N = f f (M) J = f (M) 25 100 5000 2550 50 25 100 100 100 100 5000 5000 5000 5000 f N = f (M) η η 50 25 100 5000 N = f N (M) = f (M) η 25 100 J = f (M) (M) J = f (M) J = f (M) 50 100 5000N = f (M) N = f (M) 50 100 5000 η N = f (M) 50 100 5000 η J = f (M) η η η 20 80 4000 20 80 2040 40 20 80 80 80 80 4000 4000 4000 η 40 80 4000 4000 40 20 80 4000 40 80 4000 40 80 4000 15 60 3000 15 60 15 30 30 15 30 60 60 60 60 60 3000 3000 3000 30 60 3000 3000 30 30 15 60 60 3000 3000 20 20 40 40 2000 2000 2010 40 40 2000 2000 10 40 10 10 20 40 40 40 2000 2000 20 20 10 40 40 2000 2000 10 10 20 20 1000 1000 10 5 20 20 1000 1000 5 20 5 10 5 20 20 1000 1000 I I Limit =35A Limit =30A I Limit =50A 10 20 1000 I I Limit =50A 10 20 1000 I Limit =30A I Limit =35A I Limit =50A Limit =50A M M N M M M M N M max M N M 0 0 0 N M max 0 0 0 N M 0 0 0 N M max M N M max 0 0 0 M max max M max N M 0 0 0 0 40 80 120 160 200 240 max 280 320 360 400 0 M 0 100 20 N 200 M 40 300 60 400 80 500 100 max 600 120 700 140 800 160 900 180 1000 max 0 0 0 0 0 0 120 240 360 480 600 720 840 960 1080 1200 0 0 0 200 0 0 5040 20 10080 40 150 120 60 200 160 80 250 200 100 300 240 120 350 280 140 400 320 160 450 360 180 500 400 Ncm 200 Ncm 0 0 10025 4020050 8030075 120400 100 160500 125 200600 150 240 700 175 280 800 200 320 900 225 360 1000 Ncm250 400 Ncm BG 75x25, SI, 2424V V Ncm Ncm Ncm BG 75x50, 40 SI, V24V Ncm 70 7000 35 7000 35 7000 70 35 70 7000 ϑ R =20°C 70 7000 ϑ R =20°C 60 6000 ϑ Δϑ ϑ R =20°C R ϑ =20°C R ϑ=20°C R =20°C ∆ϑ 30 6000 W = 100K El = 80K 30 ∆ϑ ∆ϑ El = 80K 30 6000 60 6000 Δϑ El 80K 60 6000 ∆ϑ ∆ϑ El = 80K 60 J = f f (M) W = 100K W = 100K 50 100 5000 J = f (M) 25 100 5000 N = f f (M) J = f (M) J = f (M) 25 50 100 5000 (M) η J = f (M) 25 100 5000 N = f (M) 50 100 5000 N = f (M) η 50 100 N = f (M) η J = f (M) 40 80 4000 η η 20 80 4000 20 80 4000 40 80 20 40 80 80 4000 40 80 4000 30 60 3000 15 60 15 60 3000 30 60 15 30 60 60 3000 3000 30 60 3000 20 40 2000 10 40 10 40 2000 20 40 10 20 40 40 2000 2000 20 40 2000 10 20 1000 5 Limit =50A 10 20 1000 20 1000 I Limit =35A Limit =35A I Limit =50A Limit =50A 5 20 1000 10 20 1000 I Limit =35A I Limit =50A 10 20 M M 0 0 0 N M max max M M 0 120 M N M N M max M max 0 0 0 N M 0 0 0 N 240 360 480 600 M max 720 840 960 1080 1200 M max 0 0 0 N M 180 200 40 80 120 160 200 240 280 320 360 400 0 50 100 150 200 250 300 350 400 450 max 0 0 0 120 240 360 480 600 720 840 960 1080 1200 Ncm 500 Ncm 0 50 100 150 200 250 300 350 400 450 Ncm 500 Ncm 0 25 50 75 100 125 150 175 200 225 Ncm 250 BG 75x50 SI, 40V Ncm Ncm current/Strom I (A) current/Strom I (A) current/Strom I (A) current/Strom I (A) I (A) current/Strom I (A) I (A) efficiency/Wirkungsgrad η (%) efficiency/Wirkungsgrad η η (%) (%) (%) efficiency/Wirkungsgrad η (%) rated speed/Drehzahl n (rpm) rated rated speed/Drehzahl n n (rpm) n (rpm) rated speed/Drehzahl n (rpm) current/Strom I (A) I (A) (A) current/Strom I (A) efficiency/Wirkungsgrad η (%) efficiency/Wirkungsgrad η (%) η η (%) η (%) (%) efficiency/Wirkungsgrad η (%) rated speed/Drehzahl n (rpm) rated speed/Drehzahl n (rpm) rated rated rated speed/Drehzahl n (rpm) n n (rpm) n (rpm) BG 75x75, 40 V current/Strom I (A) current/Strom I (A) efficiency/Wirkungsgrad η (%) efficiency/Wirkungsgrad η (%) rated speed/Drehzahl n (rpm) rated speed/Drehzahl n (rpm) current/Strom I (A) I (A) current/Strom I (A) I (A) efficiency/Wirkungsgrad η (%) η (%) efficiency/Wirkungsgrad η η (%) (%) rated rated speed/Drehzahl n (rpm) n (rpm) rated rated speed/Drehzahl n (rpm) n (rpm) current/Strom I (A) current/Strom I (A) efficiency/Wirkungsgrad η (%) efficiency/Wirkungsgrad η (%) rated speed/Drehzahl n (rpm) rated speed/Drehzahl n (rpm) BG 75x75 SI, 40V current/Strom I (A) current/Strom I (A) efficiency/Wirkungsgrad η (%) efficiency/Wirkungsgrad η (%) ϑ R =20°C ∆ϑ El = 80K 70 60 7000 6000 ϑ R =20°C Visit www.dunkermotoren.com for further product information/ Besuchen Sie www.dunkermotoren.de für weitere Produktinformationen | 69 ∆ϑ W = 100K 59
Page 1 and 2:
Brushless DC-Motors Bürstenlose Gl
Page 3 and 4:
Content/ Inhalt 4 Why Dunkermotoren
Page 5 and 6:
Modular system/ Modulares Baukasten
Page 7 and 8:
Applications/ Anwendungen SOME APPL
Page 9 and 10:
BG selection guide/ BG-Auswahlmögl
Page 11 and 12:
Engineering reference/ Auslegung de
Page 13 and 14:
BG 32, 10 - 20 Watt Dimensions in m
Page 15 and 16:
BG 32 KI, 10 - 20 Watt Dimensions i
Page 17 and 18: BG 42, 40 - 65 Watt Dimensions in m
Page 19 and 20: BG 42 KI, 40 - 65 Watt Dimensions i
Page 21 and 22: BG 62 S, 60 - 130 Watt Dimensions i
Page 23 and 24: More than just products BG 44 | BG
Page 25 and 26: BG 44 SI, 20 - 40 Watt Dimensions i
Page 27 and 28: BG 45 45 SI, SI, 40 - 40 75 Watt -
Page 29 and 30: BG 45 PI, 40 - 75 Watt Dimensions i
Page 31 and 32: BG 45 CI/PB/EC, 40 - 75 Watt Pin as
Page 33 and 34: BG 45 CI/PB/EC, 40 - 75 Watt Dimens
Page 35 and 36: BG 45 MI, 40 - 75 Watt Dimensions i
Page 37 and 38: More than just products BG 65/ Alle
Page 39 and 40: BG 65 / BG 65 KI, 50 - 150 W BG 65
Page 41 and 42: BG 65 65 SI, SI, 50 - 150 - Watt 15
Page 43 and 44: BG 65 65 PI, PI, 50 - 150 - Watt 15
Page 45 and 46: BG 65 CI/PB/EC, 50 - 150 W BG 65 CI
Page 47 and 48: BG 65 CI/PB/EC, 50 - 150 Watt Dimen
Page 49 and 50: BG 65 MI, 50 - 150 W BG 65 MI, 50 -
Page 51 and 52: More than just products BG 65 S/ Al
Page 53 and 54: BG 65 65 S, S, 110 110 - 185 - Watt
Page 55 and 56: BG 65 65 S SI, SI, 110 - - 170 W BG
Page 57 and 58: BG 65 S PI, 110 - 170 W BG 65 S PI,
Page 59 and 60: BG 65 CI, 110 170 BG 65 S CI, 110 -
Page 61 and 62: BG 65 S CI/PB/EC, 110 - 170 Watt Di
Page 63 and 64: BG 65 S MI, 110 - 170 W BG 65 S MI,
Page 65 and 66: More than just products BG 75/ Alle
Page 67: BG 75, 220 - 530 Watt BG 75, 220 -
Page 71 and 72: BG 75 PI, PI, 220 220 - 450 - Watt
Page 73 and 74: BG 75 CI/PB/EC, 220 - 450 Watt Pin
Page 75 and 76: BG 75 CI/PB/EC, 220 - 450 W BG 75 C
Page 77 and 78: BG 75 MI, PI, 220 220 - 450 - Watt
Page 79 and 80: BGE 42 | 3004 A, Controller for BG
Page 81 and 82: BGE 6010 A » Very compact 4-quadra
Page 83 and 84: BGE 30100 » 1-quadrant contoller f
Page 85 and 86: Notes/ Notizen Visit www.dunkermoto
Page 87 and 88: PLG 32 | PLG 32 H » Compact, indus
Page 89 and 90: PLG 42 S » Compact, industry compa
Page 91 and 92: PLG 52 H - Low Noise » Quiet opera
Page 93 and 94: PLG 63 » Quiet operation due to he
Page 95 and 96: Lengths L motor gearbox combination
Page 97 and 98: SG 62 » Housing made of high-tensi
Page 99 and 100: SG 120 » Housing made of high-tens
Page 101 and 102: Notes/ Notizen Visit www.dunkermoto
Page 103 and 104: Data/ Technische Daten E 38 R E 38
Page 105 and 106: Incremental Encoders for BLDC motor
Page 107 and 108: Accessories/ Zubehör BG 32/ 32 KI
Page 109 and 110: Accessories/ Zubehör 6 Connector w
Page 111 and 112: Accessories/ Zubehör 13 Drop cable
Page 113 and 114: 19 Starter Kit for BGxx SI/ Starter
Page 115 and 116: Visit www.dunkermotoren.com for fur
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Brushless DC-Motors Bürstenlose Gleichstrommotoren

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