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DC Brushless Motoren ohne Elektronik - Detaillierte Produktdaten und Zeichnungen

Industrial Brushless Motors

Key features

High power motors (up to 95 W continuous at 24 V⎓)
Suitable for voltages between 6 and 75 V⎓
Ideal for applications where the control electronics have to be off centre due to the high ambient temperature
Temperature probe built into the motor

Adaptabilities

Special shafts
Lead length
A single cable instead of two
C12 connector built in
200, 500, 1000 points/revolution encoder
Shorter motor

Type	Type	References	Code
45 W nominal at 24 V and 2000 rpm	801405	Without option	80140510
	801405	With mechanical brake 0.5 Nm	80140518
	801405	With BDE30 connections	80140504
60 W nominal at 24 V and 3000 rpm	801405	Without option	80140511
95 W nominal at 24 V and 4400 rpm	801405	Without option	80140512

Key features

High power motors (up to 160 W continuous at 24 V⎓)
Suitable for voltages between 6 and 75 V⎓
Ideal for applications where the control electronics have to be remote due to the high ambient temperature

Adaptabilities

Special shafts
Lead length
C12 connector built in
200, 500, 1000 points/revolution encoder

Type	Type	References	Code
100 W nominal at 24 V and 3200 rpm	801805	Without option	80180505
	801805	With mechanical brake 0.5 Nm	80180514
	801805	With BDE30 connections	80180504
120 W nominal at 24 V and 4000 rpm	801805	Without option	80180506

Key features

205 W nominal at 24V \⎓ at 1400 rpm
Compact dimensions
Suitable for voltages between 4.2 and 75 V
Shaft with key

Adaptabilities

Other characteristics
Shaft Ø8 or Ø14 mm
Special connections

Type	Type	Code
205 W nominal at 24 V âŽ“ and 1400 rpm	801203	80120301

Key features

Ideal for small variable-speed automated systems
Flexible : 4-quadrant variable speed control
Complete : brake, encoder and class B EMC-compliant
Discreet : compact and quiet
Open : compatible with our logic controller PLCs
High performance : excellent efficiency and long service life
Safety measures on locking : torque limitation and automatic stop after 1 second

Adaptabilities

4- or 2-quadrant speed regulation, open or closed loop
With built-in electronic card TNi20
No lead output but connector in motor
Dimensions of motor shaft (Ø 2 to 8, lengths, pinion sized to shaft, etc.)
Cable length, with or without connector

Type	Speed control	References	Code
801400 – Cable	0-10 V and PWM	Without option	80140004
801400 – Cable	0-10 V and PWM	With holding brake 0.5 Nm	80140019
800400 – Connector	0-10 V and PWM	Without option	80040002

Key features

Speed and torque control
Gentle, non-regenerative braking
Class B EMC-compliant
Compatible with PLCs

Adaptabilities

Other characteristics (48 W nominal at 3200 rpm or 75 W nominal at 4700 rpm)
Shaft diameter 8 mm

Type	Speed control	References	Code
801400 – PWM	PWM	Cable output	80140031
801400 – PWM	PWM	Connection via C12 connector built into the motor	80140024
801400 – 0/10 V	0-10 V	Cable output	80140032
801400 – 0/10 V	0-10 V	Connection via C12 connector built into the motor	80140026

Key features

Ideal for motion and positioning applications
4-quadrant variable speed control
Control of max. torque with „limit reached“ indicator
Brake, encoder and class B EMC-compliant
Excellent efficiency and high start torque
120 W nominal at 32 V \⎓
Compatible with our logic controller PLCs
Compatible with 24 V battery \⎓

Adaptabilities

2-quadrant speed regulation, open or closed loop
Dimensions of motor shaft (Ø 2 to 8 mm, length, pinion sized to shaft, etc.)
Cable length, with or without connector
Special software and extensions

Type	Speed control	References	Code
801800 – PWM	PWM	Without option	80180001
	PWM	With holding brake 0.5 Nm	80180023
	PWM	With integrated C12 connector	80180024
801800 – 0/10 V	0-10 V	Without option	80180002
	0-10 V	With holding brake 0.5 Nm	80180025
	0-10 V	With integrated C12 connector	80180026

Key features

With integrated control electronics SNi10
Adjustable speed (closed loop), motor stop after 1s locking
Compact dimensions, office automation connector
Ideal for applications with short operating cycles or continuous low torque applications (e.g. : peristaltic pumps)
Several front panels and shafts available

Adaptabilities

Gearbox shaft dimensions (shape and Ø8 or Ø9.52)
Needle bearing on Ø8 output shaft
Cable output
Other reduction ratios (8, 10, 13, 21, 41, 53, 64, 72 or 104)
Special greasing
With or without speed regulation, open or closed loop

Key features

With built-in control electronics SNi10
Adjustable speed (closed loop), motor stop after 1s locking
Compact dimensions, office automation connector

Adaptabilities

Cable output
Special greasing
M5 fixing holes
With or without speed regulation, open or closed loop
Control electronic TNi20

Key features

Compact dimensions
Ideal for applications with short operating cycles or low torque

Adaptabilities

Dimensions of gearbox shaft
Length of lead connector
Other reduction ratios
Rear protective cover

Key features

Output in motor shaft
Reversible movement
Suitable for voltages between 4.4 and 75 V\⎓

Adaptabilities

Dimensions of gearbox shaft
Length of lead, connector
Other reduction ratios

Key features

Output perpendicular to motor
Ideal for short reduction ratios
Ideal for very compact applications
Silent operation
Non-reversible movement at high ratios

Adaptabilities

Other powers (60 W – 95 W)
Dimensions of gearbox shaft
Without cable but with connector integrated in motor
Cable length, with or without connector
Other reduction ratios
Mechanical holding brake

Type	With built-in electronic control	Without built-in control, with Hall effect sensors	Ratios (i)	Output speed (rpm) 24 V âŽ“	Available torque (Nm)	Code
801410 SNi10	SNi10	–	5	440	0,36	80141001
	SNi10	–	10	220	0,7	80141002
	SNi10	–	20	110	1,5	80141003
	SNi10	–	30	73	1,8	80141004
	SNi10	–	50	44	2,4	80141006

Key features

Output in motor shaft
Ideal for high reduction ratios
Ideal for high-torque applications
Excellent efficiency
Reversible movement

Adaptabilities

Other powers (60 W – 95 W)
Dimensions of gearbox shaft
Without cable but with connector integrated in motor
Cable length, with or without connector
Other reduction ratios
Mechanical holding brake

Key features

Output in motor shaft
Ideal for high reduction ratios
Ideal for high-torque applications
Excellent efficiency
Reversible movement

Adaptabilities

With integrated electronic controls SNi10 or TNi20
No lead output but connector in motor
Dimensions of gearbox shaft
Cable length, with or without connector
Open-loop control in 2 quadrants
Low-noise version
Other windings
Other reduction ratios
Mechanical holding brake

Type	With built-in electronic control	Without built-in control, with Hall effect sensors	Number of stages	Ratios (i)	Output speed (rpm) 24 V âŽ“	Available torque (Nm)	Code
801496 SNi10	SNi10	–	1	6,75	326	0,9	80149604
	SNi10	–	2	45,96	48	5,1	80149605
	SNi10	–	3	307,5	7	30	80149606

Key features

With or without integrated control electronics
Output perpendicular to motor
Ideal for short reduction ratios
Ideal for very compact applications
Silent operation
Non-reversible movement at high ratios

Adaptabilities

2-quadrant speed regulation
With built-in electronic card TNi20
No lead output but connector in motor
Dimensions of gearbox shaft
Cable length, with or without connector
Other reduction ratios
Other windings
Mechanical holding brake

Type	With built-in electronic control	Without built-in control, with Hall effect sensors	Ratios (i)	Output speed (rpm) 24 V âŽ“	Available torque (Nm)	Code
801810 TNi20 – PWM	TNi20	–	5	650	1,0	80181001
	TNi20	–	10	325	1,7	80181002
	TNi20	–	20	163	2,9	80181003
	TNi20	–	30	108	3,5	80181004
	TNi20	–	50	65	4,1	80181006
801810 TNi20 – 0/10 V	TNi20	–	5	650	1,0	80181010
	TNi20	–	10	325	1,7	80181011
	TNi20	–	20	163	2,9	80181012
	TNi20	–	30	108	3,5	80181013
	TNi20	–	50	65	4,1	80181015

Key features

Output in motor shaft
Ideal for high reduction ratios
Ideal for high-torque applications
Excellent efficiency
Reversible movement
Suitable for voltages from 6 to 75 V\⎓

Adaptabilities

Other powers
Dimensions of gearbox shaft
Without cable but with connector integrated in motor
Cable length, with or without connector
Other reduction ratios
Mechanical holding brake
2-channel optical encoder, 1000 pulses

Key features

Output in motor shaft
Ideal for high reduction ratios
Ideal for high-torque applications
Excellent efficiency
Reversible movement

Adaptabilities

Modification of software for other speed, torque and speed controller settings, position holding, emergency stop via short-circuit
Dimensions of gearbox shaft
Cable length, with or without connector
Other windings
Low-noise gearbox version
Other reduction ratios
Mechanical holding brake

Type	With built-in electronic control	Without built-in control, with Hall effect sensors	Ratios (i)	Output speed (rpm) 24 V âŽ“	Available torque (Nm)	Code
801897 TNi20 – PWM	TNi20	–	5 – 1 stage	627	1,1	80189701
	TNi20	–	27 – 2 stages	121	5,2	80189702
	TNi20	–	139 – 3 stages	23	23	80189703
801897 TNi20 – 0/10 V	TNi20	–	5 – 1 stage	627	1,1	80189704
	TNi20	–	27 – 2 stages	121	5,2	80189705
	TNi20	–	139 – 3 stages	23	23	80189706

Key features

High power
Ultra quiet
Long service lifeGearbox with hollow shaft or output shaft
Suitable for voltages between 4.2 and 75 V⎓

Adaptabilities

Dimensions of gearbox shaft
Length of lead, connector
Other reduction ratios
Mechanical brake
2-channel encoder, 1000 points

Key features

All-metal gears mounted on drawn cup needle bearings
Output in motor shaft
Reversible movement
Suitable for voltages between 4.4 and 75 V\⎓

Adaptabilities

Dimensions of gearbox shaft
Length of lead, connector
Other reduction ratios
Mechanical brake
2-channel encoder, 1000 points

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