Motors
Abstract: No abstract text available
Text: BG-Motor BG 2212 – – – – – – 1-phase, 1-core internal rotor motor. EC technology. Dynamically balanced rotor with 4-pole, plastic bonded ferrit magnet. Determination of rotor position via Hall sensor. Precision ball bearing for long service life and silent running.
|
Original
|
PDF
|
|
Untitled
Abstract: No abstract text available
Text: ECI 63 – – – – – – – – – High dynamic 3-phase, 6-pulse internal rotor motor. EC technology. 4-pole rotor with inserted neodymium magnets. Determination of rotor position via 3 Hall sensors. Precision ball bearings for long service life and silent running.
|
Original
|
PDF
|
|
9904 120 motor
Abstract: 9904 120 16206 9904 120 carbon Brushes ac tacho 9904 120 16113 dc motor 60 rpm 9904 111 ac motor inductance EM401
Text: Low cost 2-12 Watt ironless rotor servo motors 120 series The 120 series ironless rotor servo motors provide all the essential features necessary to achieve high performance servo operation combined with economic pricing Features include: • Skewed coreless design for low inertia
|
Original
|
PDF
|
150Hz
9904 120 motor
9904 120 16206
9904 120
carbon Brushes
ac tacho
9904 120 16113
dc motor 60 rpm
9904 111
ac motor inductance
EM401
|
80 rpm Motor inertia
Abstract: 006SR 2619S
Text: DC-Gearmotors 100 mNm Precious Metal Commutation Series 2619 . SR Nominal voltage resistance Terminal power Output speed motor No-load Speed constant constant Back-EMF Torque constant constant Current Slope of n-M curve Rotor inductance Rotor inertia 2619 S
|
Original
|
PDF
|
|
Faulhaber 012 SR
Abstract: 1512 Faulhaber 1512 sr faulhaber motor MAX003
Text: DC-Gearmotors 30 mNm Precious Metal Commutation Series 1512 . SR voltage Nominal resistance Terminal power Output No-load speed motor Speed constant Back-EMF constant Torque constant Current constant Slope of n-M curve Rotor inductance Rotor inertia 1512 U
|
Original
|
PDF
|
|
VDC-3-54.32 B00
Abstract: No abstract text available
Text: 27.05.2011 10:11 Seite 13 Information Antriebstechnik_2011_05_27_Finale_EN_:Vorlage VarioDrive C ECI motor BG motor BCI motor 15 AC motors VARIODRIVE 3-phase external rotor motor Specifications 14 13 Representatives VARIODRIVE technical information VARIODRIVE Compact
|
Original
|
PDF
|
VDC-3-54
VDC-3-43
VDC-3-54.32 B00
|
LN22
Abstract: No abstract text available
Text: DC Motors Representative applications LN22 series • Ironless cylindrically wound rotor · Rare-earth magnet used, high power · Low power consumption, low moment of inertia, long life LN22 6V type · VTR cameras · ATMs · Motorized key lock system LN22 12V type
|
Original
|
PDF
|
|
Vector control of ac machines . Peter Vas. Oxford
Abstract: ac induction motor stator winding data Vector control of ac machines Peter Vas. Oxford Vector control of ac machines". Peter Vas. Oxford DIRECT TORQUE CONTROL dtc induction motor direct torque control of induction motor using PI induction motor torque observer SKHI22 synchronous reluctance motor
Text: Implementing Rotor Field Orientated Control and Direct Torque Control of FivePhase Induction Motor Using TMS320C32 DSP Huangsheng Xu Hamid A. Toliyat Electric Machines & Power Electronics EMPE Laboratory Department of Electrical Engineering Texas A&M University
|
Original
|
PDF
|
TMS320C32
Vector control of ac machines . Peter Vas. Oxford
ac induction motor stator winding data
Vector control of ac machines Peter Vas. Oxford
Vector control of ac machines". Peter Vas. Oxford
DIRECT TORQUE CONTROL
dtc induction motor
direct torque control of induction motor using PI
induction motor torque observer
SKHI22
synchronous reluctance motor
|
torque
Abstract: SA20L20N-001
Text: SA20L20N-001 Specifications ITEMS UNIT SA20L20N-001 Step Angle Degree 18 Number of Phase Phase 4 Drive System - Unipolar Voltage V 5 Winding Resistance Ohm 20 Detent Torque g-cm 12 Holding Torque g-cm 50 Rotor Inertia g-cm2 0.22 Weight g Approximately 25
|
Original
|
PDF
|
SA20L20N-001
torque
SA20L20N-001
|
torque
Abstract: phase angle
Text: SA15S20N-001 Specifications ITEMS UNIT SA15S20N-001 Step Angle Degree 18 Number of Phase Phase 4 Drive System - Bipolar Voltage V 5 Winding Resistance Ohm 20 Detent Torque g-cm 5 Holding Torque g-cm 33 Rotor Inertia g-cm2 0.06 Weight g Approximately 10 Characteristics
|
Original
|
PDF
|
SA15S20N-001
torque
phase angle
|
MOTOR-ENCODER
Abstract: DC SERVO MOTOR CONTROL circuit "dc servo motor" dc motor 60 rpm servo dc encoder DC motor 5 Nm 600 rpm Tacho motor M543E dc servo motor m586
Text: 0.05 –0.1 kW industrial dc servo motor M500 series The M500 series motors provide the ideal solution for use in applications that require output power ratings up to 100 watts combined with fast response and accurate control. The robust low inertia construction, which utilises a skewed rotor
|
Original
|
PDF
|
M586TCI.
M589TCI.
MOTOR-ENCODER
DC SERVO MOTOR CONTROL circuit
"dc servo motor"
dc motor 60 rpm
servo dc encoder
DC motor 5 Nm 600 rpm
Tacho motor
M543E
dc servo motor
m586
|
ELECTRICAL WIRING
Abstract: 55m048d1u Holding Torque
Text: 55M048D1U Product Data Full View Dimensions Full View Electrical Wiring Schematic Performance Speed Torque Curves PartNumber 55M048D1U DC Operating Voltage 5 Res Per Winding Ohms 5.2 Ind per Winding mH 4.9 Holding Torque mN*m/oz-in 102.4/14.5 2 Rotor Moment of Inertia (g*m )
|
Original
|
PDF
|
55M048D1U
500Vdc
ELECTRICAL WIRING
55m048d1u
Holding Torque
|
AM34-1303-3
Abstract: "Stepping Motors" AM34-637-2 ADVANCED MICRO SYSTEMS BLC-35 13033 AM23 resistence 56 AM17-32-1
Text: o SIZE 17 1.8 HYBRID STEPPING MOTORS SPECIFICATIONS L Model Number Holding Torque oz-in N-cm Phase Current Amps Number of Leads Phase Resistence Ohms Phase Inductance mH Detent Torque oz-in-sec 2 Rotor Inertia oz-in-sec 2 MAX Length inches (cm) Weight oz
|
Original
|
PDF
|
AM17-32-1
AM17-60-2
AM17-75-3
AM17-60-1
BLC-35
AM34-1303-3
"Stepping Motors"
AM34-637-2
ADVANCED MICRO SYSTEMS
13033
AM23
resistence 56
AM17-32-1
|
torque
Abstract: delta phase angle SA10S20N SA10S20N-001 GCM2
Text: SA10S20N-001 Specifications ITEMS UNIT SA10S20N-001 Step Angle Degree 18 Number of Phase Phase 4 Drive System - Bipolar Voltage V 5 Winding Resistance Ohm 20 Detent Torque g-cm 3 Holding Torque g-cm 20 Rotor Inertia g-cm2 0.03 Weight g Approximately 5 Characteristics
|
Original
|
PDF
|
SA10S20N-001
torque
delta
phase angle
SA10S20N
SA10S20N-001
GCM2
|
|
|
N20L
Abstract: S20N20L-001
Text: S20 N20L-001 +0 2- 6.0 -0.1 1.5 0.1 20.0 2- 1.50 25.0 -0.01 1.5 +0 31.0 20.0 2-R5 2- 2.20 18.0 0.2 UNIT: mm Specifications ITEMS UNIT S20N20L-001 Step Angle Number of Phase Drive System Voltage Winding Resistance Detent Torque Holding Torque Rotor Inertia
|
Original
|
PDF
|
N20L-001
S20N20L-001
N20L
S20N20L-001
|
Untitled
Abstract: No abstract text available
Text: o SIZE 17 1.8 HYBRID STEPPING MOTORS SPECIFICATIONS L Model Number Holding Torque oz-in N-cm Phase Current Amps Number of Leads Phase Resistence Ohms Phase Inductance mH Detent Torque oz-in-sec 2 Rotor Inertia oz-in-sec 2 MAX Length inches (cm) Weight oz
|
Original
|
PDF
|
AM17-32-1
AM17-60-2
AM17-75-3
AM17-60-1
BLC-35
|
smd zener diode 5v
Abstract: laptop fan JESD22-A113 JESD22-B106 US65 12v DC MOTOR SPEED CONtrol ic OF 8PIN 534 SMD Marking Code smd hall effect sensor 12v DC motor 60rpm
Text: US65 / US66 Two-Coil Low Noise Fan Driver High Output Current Features and Benefits Application Examples Soft Switching for low noise applications Slope control setting by dedicated pin One-chip solution Hall + Drivers Advanced Protection (enhanced locked rotor,
|
Original
|
PDF
|
V/12V
600mA
ISO14001
Jan/07
smd zener diode 5v
laptop fan
JESD22-A113
JESD22-B106
US65
12v DC MOTOR SPEED CONtrol ic OF 8PIN
534 SMD Marking Code
smd hall effect sensor
12v DC motor 60rpm
|
TB6588FG
Abstract: tb6588 CMS15
Text: TB6588FG Usage Considerations TB6588FG Usage Considerations The TB6588FG is a three-phase PWM driver for sensorless brushless DC BLDC motors. In sensorless mode, the TB6588FG generates a commutation signal based on the rotor position that is detected by
|
Original
|
PDF
|
TB6588FG
tb6588
CMS15
|
35by412
Abstract: 42BY412 35BY412M 35BY412L stepping motor 35BY412 25BY46L motor step Rotor Rotor phase inductance 20BY45
Text: BY STEPPING MOTOR B15 20BY45 Step Model Angle 2 Phase Excitation 20BY45 18°±7% Number of phase 4 Supply Voltage DCV 5 Winding Resistance(at 20℃)Ω±10% 10 Rate Current Holding /phase Torque(mN.m) A 0.5 7.65 Detent Rotor Torque Inertia 2 mN.m g.cm 2.5
|
Original
|
PDF
|
20BY45
25BY46L
25BY46
55BY412
60BY412L
60BY412L-1
35by412
42BY412
35BY412M
35BY412L
stepping motor 35BY412
25BY46L
motor step
Rotor
Rotor phase inductance
20BY45
|
servomotor
Abstract: parvex encoder TBN 420 SERVOMOTORS F9m4 24v dc servomotor Tacho motor MC13S MC17 axem
Text: AXEM Series Direct current Disc-servomotor 1 A XEM A complete range AXEM advantages Method of construction Direct current, toroidal magnetic field servo-motor driven by magnets. No maintenance. Rotor made solely of copper and electrical insulation, • Mounting:
|
Original
|
PDF
|
MC13S
3452GB
F-21007
servomotor
parvex encoder
TBN 420
SERVOMOTORS
F9m4
24v dc servomotor
Tacho motor
MC17
axem
|
sanyo denki stepping motor
Abstract: sanyo denki stepper motor 103H546-0440 sanyo denki 1.8 DEG sanyo denki stepper motors molex Connector 5264 sanyo motor 3 phase sanyo denki stepping motor 6 phase, 1.8 deg/step Sanyo Denki sanyo denki stepper
Text: SANYO DENKI MODEL 103H546-0440 103H546 - 0440 Stepper Motor Step Angle Voltage Current Resistance Inductance Deg/Step V A/Phase /Phase mH/Phase 1.8 3.15 1 3.15 2.8 Holding Torque Rotor Inertia kg cm g cm 2 1.5 30 Weight kg 0.2 Replace this with a common connector.
|
Original
|
PDF
|
103H546-0440
103H546
sanyo denki stepping motor
sanyo denki stepper motor
103H546-0440
sanyo denki 1.8 DEG
sanyo denki stepper motors
molex Connector 5264
sanyo motor 3 phase
sanyo denki stepping motor 6 phase, 1.8 deg/step
Sanyo Denki
sanyo denki stepper
|
dc servo motors
Abstract: MOTOR-ENCODER M644 ac servo motor encoder M642TE DC SERVO MOTOR CONTROL circuit DC SERVO amplifier circuit M644TE servo motors dc motor 45 rpm
Text: 0.15-0.4 kW dc servo motors M600 series The M600 series motors provide the ideal solution for use in applications which require output power ratings up to 400 watts, 150 watts being available where only 24 Vdc is available. The robust low inertia construction which utilises a skewed rotor for
|
Original
|
PDF
|
M642TCI.
M644TCI.
M644T
M644TE
dc servo motors
MOTOR-ENCODER
M644
ac servo motor encoder
M642TE
DC SERVO MOTOR CONTROL circuit
DC SERVO amplifier circuit
M644TE
servo motors
dc motor 45 rpm
|
clifton resolver
Abstract: litton resolver clifton synchro CLIFTON PRECISION LITTON shaft litton precision litton clifton precision resolver bearing Litton Precision Products u327
Text: NORMAL CHARACTERISTICS STATOR AS PRIMARY £6 VOLTS INPUT VOLTS 400 Hz. INPUT CURRENT INPUT POWER IMPEDANCE, ZSO IMPEDANCE, ZSRS . D.C. RESISTANCE OUTPUT ROTOR PHASE SH IFT ACCURACY ROTOR AS PRIMARY INPUT VOLTS INPUT CURRENT INPUT POWER IMPEDANCE, ZRO IMPEDANCE.ZRSS
|
OCR Scan
|
PDF
|
|
L4018S1204-M6
Abstract: L4018S1204-M6-Z01 JST XHP-4
Text: B D DIM ENSION U N IT : m m SPECIFICATION RATED VOLTAGE (VM)DC 3.5 AMPS/PHASE 1.2 RESISTANCE /PHASE Rm (Ohms) 2.9 ±10% INDUCTANCE/PHASE.mH @1KHz 4.4 ±20% STEP ANGLE (PEG) 1.8 STEP ACCURACY (NON-ACCUM) ±5% HOLDING TORQUE (g-cm ) 1500 ROTOR INERTIA (g-crr f)
|
OCR Scan
|
PDF
|
500VDC
500VAC
UL1061
L4018S1204-M6
L4018S1204â
L4018S1204-M6-Z01
JST XHP-4
|