The new generation of Baumer Hübner Absolute Encoders are characterized by the following excellent features:

No wearing parts: no gearbox or battery (exceptions: AMG 10 / AMG 81), ball-bearing life approx. 10⁹ turns
High continuous speeds are allowed, even in start-stop operation
Versions with solid shaft or (larger) through-bore hollow shaft
Rugged construction with high shock-loading capability
Insensitive to electromagnetic interference
Resolution: single-turn 13-bit, multiturn 16-bit; SSI option: 12, 16, 20 or 24-bit
Various interfaces: SSI, Profibus-DP, CANopen etc
Can be operated in hazardous areas with Ex approval
Additional incremental signals with HTL/TTL level as an option
Redundant versions as an option

Multiturn absolute encoders are used in electrical drive engineering to record the number of completed turns as well as the position within the last turn.

... with own bearings
AMG 10 (Single-/Multiturn)
Singleturn (= absolute steps per turn):	13 bit (= 8,192)	EURO flange B10, solid shaft d= 11 mm
Multiturn (= turns of shaft):	12 bit (= 4,096)	Protocols SSI, Option: EnDat
Interface absolute:	SSI, Option: EnDat	Protection class: IP 66
Output amplitudes:	approx. 1 V_pp
Square-wave cycles per turn:	512
Bandwidth:	>= 200 kHz
Connection:	Terminal box
Permissible encoder temperature:	-30°C ... +100°C
Shock resistance (6 ms):	1,000 m/s²
Weight:	approx. 2 kg	UL approved

AMG 11 (Single-/Multiturn)
Singleturn (= absolute steps per turn):	13 bit (= 8,192)	EURO flange B10, solid shaft d= 11 mm
Multiturn (= turns of shaft):	16 bit (= 65,536)	Protocols CANopen, Profibus DP and SSI
Interface absolute:	CANopen, Profibus DP, SSI	Parametrization by PC using interface box HEAG 182 (accessory / SSI only)
Logic level:	HTL (C), TTL (R)
Square-wave cycles per turn:	1,024, 2,048	Protection class: IP 67
Max. output frequency:	120 kHz	Option: Redundant systems
Connection:	Plug connection, connection terminals (bus cover, terminal box)	Option: Hybrid bearings
Permissible encoder temperature:	-20°C ... +85°C	Option: Special corrosion protection
Shock resistance (6 ms):	1,000 m/s²
Weight:	approx. 3 kg	UL approved

HMG 11 (Single-/Multiturn)
Singleturn (= absolute steps per turn):	13 bit (= 8,192)	Hollow shaft up to d= 20 mm
Multiturn (= turns of shaft):	16 bit (= 65,536)	Hybrid bearings
Interface absolute:	CANopen, Profibus DP, SSI	Option: Cone shaft 1:10
Logic level:	HTL (C), TTL (R)	Protocols CANopen, Profibus DP and SSI
Square-wave cycles per turn:	1,024, 2,048	Protocols CANopen, Profibus DP and SSI
Max. output frequency:	120 kHz	Parametrization by PC using interface box HEAG 182 (accessory / SSI only)
Connection:	Plug connection, connection terminals (bus cover, terminal box)	Protection class: IP 67
Permissible encoder temperature:	-20°C ... +85°C	Option: Redundant systems
Shock resistance (6 ms):	1,000 m/s²	Option: Special corrosion protection
Weight:	approx. 3 kg	UL approved

AMG 71 (Single-/Multiturn)
Singleturn (= absolute steps per turn):	13 bit (= 8,192)
Multiturn (= turns of shaft):	16 bit (= 65,536)
Interface absolute:	SSI	Multiturn: patented counting procedure without gearbox / battery
Output amplitude:	1 V_pp (peak to peak)	Protocols SSI
Sinewave cycles per turn:	2,048	Protocols SSI
Max. output frequency:	>200 kHz	Parametrization by PC using interface box HEAG 182 (accessory / SSI only)
Connection:	connection terminals	Protection class: IP 66
Permissible encoder temperature:	-20°C ... +85°C
Shock resistance (6 ms):	1,000 m/s²
Weight:	approx. 0,35 kg	UL approved

AMG 75 (Singleturn)
Singleturn (= absolute steps per turn):	22 bit (= 4,194,304)	Protection class: IP 55
Interface absolute:	SSI	Option: IP 65
Logic level:	TTL
Square-wave cycles per turn:	1024, 2048, 4096, 8192, 16384, 65536, 131072
Max. output frequency:	5 MHz
Connection:	12 pins connector
Permissible encoder temperature:	-35°C ... +85°C
Shock resistance (12 ms):	200 m/s²
Weight:	approx. 660 g
		UL approved

AMG 81 (Single-/Multiturn)
Singleturn (= absolute steps per turn):	13 bit (= 8,192)	EURO flange B10, solid shaft d= 11 mm
Multiturn (= turns of shaft):	16 bit (= 65,536)	Protocols: Profibus DP, SSI, CANopen
Interface absolute:	Profibus DP, SSI, CANopen	Parametrization by PC using interface box HEAG 182 (accessory / SSI only)
Logic level:	HTL (C) or TTL (R)	Protection class: IP 55
Square-wave cycles per turn:	2048	Option: Additional incremental signals with HTL (C) or TTL level for motor control systems (MCTRL)
Max. output frequency:	120 kHz
Connection:	12 pins connector
Permissible encoder temperature:	-20°C ... +85°C
Shock resistance (6 ms):	100 m/s²
Weight:	approx. 1.5 ... 2.0 kg	UL approved

HMG 161 (Single-/Multiturn)
Singleturn (= absolute steps per turn):	13 bit (= 8,192)	Through-hole hollow shaft up to d= 70 mm
Multiturn (= turns of shaft):	16 bit (= 65,536)	Protocols: CANopen, Profibus DP and SSI
Interface absolute:	CANopen, Profibus DP, SSI	Protection class: IP 56
Logic level:	HTL (C), TTL (R)	Option: Insulated bearing
Square-wave cycles per turn:	2,048	Option: Additional incremental signals with HTL (C) or TTL level for motor control systems (MCTRL)
Max. output frequency:	120 kHz
Connection:	Connection terminals (bus cover, terminal box)	Parametrization by PC using interface box HEAG 182 (accessory / SSI only)
Permissible encoder temperature:	-20°C ... +85°C
Shock resistance (6 ms):	2,000 m/s²
Weight:	approx. 2 kg ... 3 kg	UL approved

... without own bearings and with magnetic sensing

MHAP 100 B5 (Singleturn)
Singleturn:	8 ... 17 bit	Through-hole hollow shaft with d= 38 ... 75 mm
Interface absolute:	SSI	Protection class: wheel IP 68 / head IP 67
Permissible encoder temperature:	-20°C ... +85°C	Tangential magnetic sensing
Shock resistance (2 ms):	3000 m/s²	Large mounting tolerances
Connection:	17 pins flange socket (clockwise, male)	Option: additional incremental signals


		Without own bearings

MHAP 200 B5 (Singleturn)
Singleturn:	8 ... 17 bit	Through-hole hollow shaft with d= 50 ... 180 mm
Interface absolute:	SSI	Protection class: wheel IP 68 / head IP 67
Permissible encoder temperature:	-20°C ... +85°C	Tangential magnetic sensing
Shock resistance (2 ms):	3000 m/s²	Large mounting tolerances
Connection:	17 pins flange socket (clockwise, male)	Option: additional incremental Signals


		Without own bearings

MHAP 400 B5 (Singleturn)
Singleturn:	8 ... 17 bit	Through-hole hollow shaft with d= 160 ... 340 mm
Interface absolute:	SSI	Protection class: wheel IP 68 / head IP 67
Output amplitudes:	approx. 1 V_pp	Tangential magnetic sensing
Shock resistance (2 ms):	3000 m/s²	Large mounting tolerances
Connection:	17 pins flange socket (clockwise, male)	Option: additional incremental signals


		Without own bearings

MHGA 400 (Singleturn)
Singleturn:	10 bit	Through-hole hollow shaft up to d= 380 mm
Interface absolute:	SSI	Protection class: IP 67, Option: IP 69 K
Output amplitudes:	approx. 1 V_pp	Tangential magnetic sensing
Sinewave cycles per turn:	256	Large mounting tolerances
Connection:	17 pins flange socket (clockwise, male)	With additional incremental track
Permissible encoder temperature:	-20°C ... +85°C
Shock resistance (12 ms):	200 m/s²	UL approved
		Without own bearings

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The new generation of Baumer Hübner Absolute Encoders are characterized by the following excellent features:

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