SICK A3M60 Advanced User manual

O P E R A T I N G I N S T R U C T I O N S
A3M60 Basic
PROFIBUS Absolute Encoder
EN

2
© SICK AG •Germany •All rights reserved
8014012/1EF3/2021-12-08
Subject to change without notice
Operating Instructions
A3M60 Basic
This document is protected by the law of copyright. Whereby all rights established therein remain with the
company SICK AG. Reproduction of this document or parts of this document is only permissible within the limits
of the legal determination of Copyright Law. Alteration or abridgement of the document is not permitted without
the explicit written approval of the company SICK AG.

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© SICK AG •Germany •All rights reserved
Operating Instructions
Contents
A3M60 Basic
Contents
1 About this document.................................................................................................... 5
1.1 Function of this document................................................................................ 5
1.2 Target group ..................................................................................................... 5
1.3 Information depth.............................................................................................5
1.4 Scope................................................................................................................ 6
1.5 Abbreviations used...........................................................................................6
1.6 Symbols used ...................................................................................................6
2 On safety....................................................................................................................... 7
2.1 Authorized personnel........................................................................................ 7
2.2 Correct use ....................................................................................................... 7
2.3 General safety notes and protective measures................................................8
2.4 Environmental protection ................................................................................. 8
3 Product description...................................................................................................... 9
3.1 Special features................................................................................................ 9
3.2 Operating principle of the encoder ................................................................... 9
3.3 Integration in the PROFIBUS...........................................................................10
3.3.1 RS < 485 interface ........................................................................... 10
3.3.2 GSD file..........................................................................................10
3.4 Communication message ...............................................................................11
3.4.1 Message IO < 04 .............................................................................. 11
3.4.2 Message IO < 08 .............................................................................. 11
3.4.3 Position..........................................................................................11
3.4.4 Preset ............................................................................................12
3.4.5 Speed and time stamp ..................................................................13
3.5 Functions for which parameters can be set....................................................13
3.5.1 Code sequence..............................................................................13
3.5.2 Class 2 functionality ......................................................................13
3.5.3 Scaling...........................................................................................13
3.5.4 Resolution per revolution ..............................................................13
3.5.5 Total resolution/measuring range.................................................13
3.6 Controls and status indicators........................................................................14
4 Commissioning...........................................................................................................15
4.1 Mounting ........................................................................................................15
4.2 Electrical installation ......................................................................................16
4.2.1 Connections of the A3M60 Basic..................................................16
4.3 Settings on the hardware ...............................................................................17
4.3.1 Bus termination.............................................................................17
4.3.2 Addressing.....................................................................................17
4.3.3 Preset ............................................................................................18
4.4 Configuration ..................................................................................................18
4.4.1 Loading GSD file (once only)..........................................................18
4.4.2 Loading encoders into the hardware configuration window ..........19
4.4.3 Loading communication module into the slot ...............................19
4.4.4 Configuring the A3M60 Basic........................................................20
4.4.5 Checking preset value...................................................................21
4.5 Test notes.......................................................................................................21

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Subject to change without notice
Contents
Operating Instructions
A3M60 Basic
5 Fault diagnosis .......................................................................................................... 22
5.1 In the event of faults or errors ....................................................................... 22
5.2 Support .......................................................................................................... 22
5.3 Diagnostics .................................................................................................... 22
5.3.1 Error and status indications on the LEDs...................................... 22
5.3.2 Diagnostics message.................................................................... 22
5.3.3 IO message in case of an error ..................................................... 23
6 Technical specifications............................................................................................ 24
6.1 Data sheet ..................................................................................................... 24
6.2 Dimensional drawings.................................................................................... 26
6.2.1 A3M60 Basic with hollow shaft .................................................... 26
6.2.2 A3M60 Basic with servo flange .................................................... 26
6.2.3 A3M60 Basic with clamping flange .............................................. 27
7 Ordering information ................................................................................................. 28
7.1 Types available .............................................................................................. 28
7.2 Accessories.................................................................................................... 28
7.2.1 Voltage supply............................................................................... 28
7.2.2 PROFIBUS IN................................................................................. 29
7.2.3 PROFIBUS OUT.............................................................................. 29
7.2.4 PROFIBUS accessories.................................................................. 30
7.2.5 Shaft couplings ............................................................................. 30
7.2.6 Mechanical adapters .................................................................... 31
8 Annex ......................................................................................................................... 32
8.1 Conformities and certificates .................................................................... 32
8.2 List of tables .................................................................................................. 33
8.3 List of illustrations.......................................................................................... 33

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© SICK AG •Germany •All rights reserved
Operating Instructions
About this document
Chapter 1
A3M60 Basic
1About this document
Please read this chapter carefully before working with this documentation and the A3M60
Basic PROFIBUS Absolute Encoder.
1.1 Function of this document
These operating instructions are designed to address the technical personnel of the
machine manufacturer or the machine operator in regards to correct mounting,
configuration, electrical installation, commissioning, operation and maintenance of the
A3M60 Basic PROFIBUS Absolute Encoder.
1.2 Target group
The operating instructions are addressed at the planers, developers and operators of
systems in which one or more A3M60 Basic PROFIBUS Absolute Encoders are to be
integrated. They also address people who initialize the use of the A3M60 Basic or who are
in charge of servicing and maintaining the device.
These instructions are written for trained persons who are responsible for the installation,
mounting and operation of the A3M60 Basic in an industrial environment.
1.3 Information depth
These operating instructions contain information on the A3M60 Basic PROFIBUS Absolute
Encoder on the following subjects:
 electrical installation
 putting into operation and configuration
 fault diagnosis and troubleshooting
 part numbers
 conformity and approval
The operating instructions do not contain any information on the mounting of the A3M60
Basic. You will find this information in the mounting instructions included with the device.
Planning and using measurement systems such as the A3M60 Basic also require specific
technical skills beyond the information in the operating instructions and mounting instruc-
tions which are not provided in this document.
When operating the A3M60 Basic, the national, local and statutory rules and regulations
must be observed.
Further information
PROFIBUS Nutzerorganisation e.V. (PNO), Haid-und-Neu-Str. 7, D-76131 Karlsruhe
Web: www.profibus.com
Further literature and guidelines:
 PROFIBUS DP specification
 Guideline for PROFIBUS DP/FMS (V1.0), Order No. 2.112
 PROFIBUS RS<485<IS User and Installation Guideline. (V1.1), Order No. 2.262
 Profile for PROFIBUS DP<V0 Encoders (V1.1), Order No. 3.062
 M. Popp, PROFIBUS DP/DPV1, (Huethig, 2000), ISBN 3<7785<2781<9
 The New Rapid Way to PROFIBUS DP (2002), Order No. 4.072
 PROFIBUS System Description (Vers. 10/2002), Order No. 4.002

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© SICK AG •Germany •All rights reserved
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Subject to change without notice
Chapter 1
About this document
Operating Instructions
1.4 Scope
These operating instructions are original operating instructions.
A3M60 Basic
Note
DP
EEPROM
FRAM
GSD
IO
LSW
MSW
PAW
PEW
Note
 Take action …

WARNING
These operating instructions apply to the A3M60 Basic PROFIBUS Absolute Encoders with
the type identifier A3M60B < xxx.
1.5 Abbreviations used
Decentralized Periphery
Electrically Erasable Programmable Read-only Memory
Ferroelectric Random Access Memory
Generic Station Description file = The characteristic communication features of a
PROFIBUS device are described in the form of an electronic device data sheet.
Input and Output Data
Least Significant Word
Most Significant Word
Peripherie Ausgangswort = peripheral output word
Peripherie Eingangswort = peripheral input word
1.6 Symbols used
Refer to notes for special features of the device.
Instructions for taking action are shown by an arrow. Read carefully and follow the
instructions for action.
Warning!
A warning notice indicates an actual or potential risk or health hazard. They are designed
to help you to prevent accidents.
Read carefully and follow the warning notices.

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© SICK AG •Germany •All rights reserved
Operating Instructions
On safety
Chapter 2
A3M60 Basic
2On safety
Note
Tab. 1: Authorized personnel
This chapter deals with your own safety and the safety of the equipment operators.
► Please read this chapter carefully before working with the A3M60 Basic or the machine
or system in which the A3M60 Basic is used.
2.1 Authorized personnel
The A3M60 Basic PROFIBUS Absolute Encoder must only be installed, commissioned and
serviced by authorized personnel.
Repairs to the A3M60 Basic are only allowed to be undertaken by trained and authorized
service personnel from SICK AG.
The following qualifications are necessary for the various tasks:
Activity
Qualification
Mounting
 Basic technical training
 Knowledge of the current safety regulations in the
workplace
Electrical installation and
replacement
 Practical electrical training
 Knowledge of current electrical safety regulations
 Knowledge on the use and operation of devices in
the related application (e.g. industrial robots,
storage and conveyor technology)
Commissioning, operation and
configuration
 Knowledge on the current safety regulations and
the use and operation of devices in the related
application
 Knowledge of automation systems
 Knowledge of decentralized peripheral systems on
the PROFIBUS DP
 Knowledge of the usage of automation software
(e.g. SIMATIC Manager)
2.2 Correct use
The A3M60 Basic PROFIBUS Absolute Encoder is a measuring device that is manufactured
in accordance with recognized industrial regulations and that meets the quality require-
ments in accordance with ISO 9001.
An encoder is a device for mounting that cannot be used independent of its foreseen
function. For this reason an encoder is not equipped with immediate safe devices.
Measures for the safety of persons and systems must be provided by the constructor of
the system as per statutory regulations.
The A3M60 Basic is only allowed to be operated in a PROFIBUS DP network as per its
purpose defined by its design. It is necessary to comply with the PROFIBUS DP specifi-
cations and guidelines for setting up a PROFIBUS DP network.
In case of any other usage as well as in case of modifications to the A3M60 Basic, e.g. due
to opening the housing during mounting and electrical installation, or to the SICK software,
any claims against SICK AG under the warranty will be rendered void.

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© SICK AG •Germany •All rights reserved
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Chapter 2
On safety
Operating Instructions
2.3 General safety notes and protective measures
A3M60 Basic

WARNING
Tab. 2: Disposal of the
assemblies
Please observe the following procedures in order to ensure the correct and safe use of
the A3M60 Basic.
The encoders are to be installed and maintained by trained and qualified personnel with
knowledge of electronics, precision mechanics and control system programming. It is
necessary to comply with the related standards covering the technical safety stipulations.
The safety regulations are to be met by all persons who are tasked with the installation,
the operation or the maintenance of the device:
 The operating instructions must always be available and must always be followed.
 Unqualified personnel are not allowed to be present in the vicinity of the system during
installation.
 The system is to be installed in accordance with the applicable safety stipulations and
the mounting instructions.
 The work safety regulations published by the Berufsgenossenschaften (trade asso-
ciations) and specialist associations in the related country are to be followed during
installation.
 Failure to follow the applicable health and safety regulations may result in injury or
damage to the system.
 The current sources and voltage sources in the encoders are designed as per the
applicable technical regulations.
2.4 Environmental protection
Please note the following information on disposal.
Assembly
Material
Disposal
Packaging
Cardboard
Waste paper
Shaft
Stainless steel
Scrap metal
Flange
Aluminium
Scrap metal
Electronic
assemblies
Various
Hazardous waste

Product description
Operating Instructions
Chapter 3
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© SICK AG •Germany •All rights reserved
A3M60 Basic
3Product description
This chapter provides information on the special features and properties of the A3M60
Basic PROFIBUS Absolute Encoder. It describes the construction and the operating
principle of the device.
► Please read this chapter before mounting, installing and commissioning the device.
3.1 Special features
The A3M60 Basic is a PROFIBUS Absolute Encoder in 60 mm design. The highest reliability
is achieved by means of electro-sensitive, magnetic scanning. The high resolution Hall
sensor combines a magnetic sensor with the high resolution that otherwise only optical
sensors achieve.
Due to direct multiturn technology with a small number of moving parts, long and trouble-
free operation is ensured.
The following properties characterize the A3M60 Basic:
 communication modules for position value and preset or position value, time stamp,
speed and preset
 output of the position value with a resolution of 26 bits
 total resolution (measuring range) maximum 67,108,864 steps
 resolution per revolution maximum 8,192 steps
 total resolution and resolution per turn can be scaled
 PROFIBUS DP interface
 The encoder is a slave with cyclic data transmission (DP < V0).
3.2 Operating principle of the encoder
The sensor system in the A3M60 Basic PROFIBUS Absolute Encoder is based on absolute
acquisition of revolutions without an external supply and without a battery.
The A3M60 Basic acquires the position of rotating axes and outputs the position in the
form of a unique digital numeric value. The A3M60 Basic can be used as a singleturn
encoder or multiturn encoder.
Singleturn technology with Hall sensor
Singleturn encoders are used if absolute acquisition of the rotation of a shaft is required.
A high resolution Hall sensor supplies analog data to the microcontroller for the calculation
of the absolute position within a revolution.
Multiturn technology with the aid of Wiegand wire technology
Multiturn encoders are used if more than one shaft revolution must be acquired
absolutely.
 A magnet is mechanically attached to the encoder shaft.
 The rotating magnet generates a step change in the magnetic field in the Wiegand wire.
 This step change in the magnetic field generates a voltage pulse in the surrounding coil.
 The voltage pulse supplies a FRAM counter with energy.
 The turns are counted.

Product description
Chapter 3
Operating Instructions
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3.3 Integration in the PROFIBUS
A3M60 Basic
The A3M60 Basic is a PROFIBUS peripheral device and is integrated in the PROFIBUS as a
slave.
The A3M60 Basic complies with the requirements for the PROFIBUS < DP protocol V0 as per
EN 50 170 < 2 and the requirements for the encoder profile version 1.1 class 1 and class 2.
Version DP < V0 of the A3M60 Basic communicates using cyclic data exchange with the
master.
The encoder is an input/output device. This means that the encoder uses data from the
master on the bus (output data) and also produces data for the bus itself (input data).
Tab. 3: Realizable cable
lengths for the RS 485
interface
Note
3.3.1 RS 9 485 interface
PROFIBUS DP and therefore also the A3M60 Basic use RS < 485 for the transmission
technology. The cabling is twisted pair. The transmission speed can be selected in the bus
system in the range between 9.6 kbit/s and 12 Mbit/s, the A3M60 Basic automatically
adjusts to suit.
The following cable lengths can be realized as a function of the transmission speed:
Baud rate [kbit/s]
9.6
19.2
93.75
187.5
500
1500
12000
Cable length [m]
1200
1200
1000
1000
400
200
100
Up to 32 stations (masters or slaves) can be connected together in a segment. With more
than 32 stations, repeaters (line amplifiers) must be used to connect the individual bus
segments.
3.3.2 GSD file
Common configuration tools (e.g. STEP7 for SIMATIC) require a GSD file to integrate the
device into the network.
The GSD file STEG0CA7.gsd for the A3M60 Basic is available at www.sick.com for
download.

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Operating Instructions
Chapter 3
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A3M60 Basic
Tab. 4: Input data in the
message IO 04
Tab. 5: Output data in the
message IO 04
Tab. 6: Input data in the
message IO 08
Tab. 7: Output data in the
message IO 08

WARNING
3.4 Communication message
Depending on the communication module selected, the following information can be
configured as process data:
3.4.1 Message IO 9 04
 input (slave to PLC): position
 output (PLC to slave): preset value
Data word
1
2
Value
Position MSW1)
Position LSW2)
Data word
1
2
Value
Preset MSW1)
Preset LSW2)
3.4.2 Message IO 9 08
 input (slave to PLC): position, velocity, time stamp
 output (PLC to slave): preset value
Data word
1
2
3
4
Value
Position MSW
Position LSW
Velocity
Time stamp
Data word
1
2
3
4
Value
Preset MSW
Preset LSW
not used
not used
3.4.3 Position
The position is output in message IO < 04 or IO < 08 as an input to the PLC.
The position is stated in steps. The value is output in two data words (4 bytes). The value
range is always between 00000000 … 03FFFFFFh. The top limit is defined using the
configurable parameter Total Measuring Range (see section 3.5 “Functions for which
parameters can be set” on page 13).
Evaluate bit 31 of the input data using your control system to detect serious errors!
If, in the case of serious error, it cannot be ensured the position output is correct, this
situation is indicated by setting the most significant bit 31. The position value is then
outside the valid range and can be identified as clearly erroneous (see section 5.3.2
“Diagnostics message”on page 22).
1) Most significant word.
2) Least significant word.

Product description
Chapter 3
Operating Instructions
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3.4.4 Preset
A3M60 Basic
The preset value is applied in message IO < 04 or IO < 08 as an output from the PLC.
With the aid of a preset value the encoder can be set to any position within the measuring
range. The value is transmitted in two data words (4 bytes) in the output data.
The preset value is activated by setting bit 31. The current position value is only set to
the preset value if bit 31 was set to “0” in the previous cycle, i.e. on a transition from
“0” to “1”.
Tab. 8: Example of setting
the preset value
WARNING
Example of setting the preset value
Data word
1
2
Step 1
Input
Hex
0000
00AA
Bin
0000000000000000
0000000010101010
Dec
170
Comment: The encoder outputs the current position (00AAh) as Input.
Output
Hex
0000
FFFF
Bin
0000000000000000
1111111111111111
Dec
65535
Comment: Bit 31 of the output is 0, the preset value (FFFFh) is not applied. The encoder
therefore continues to output the measured position 00AAh in step 2 that follows.
Step 2
Input
Hex
0000
00AA
Bin
0000000000000000
0000000010101010
Dec
170
Output
Hex
8000
FFFF
Bin
1000000000000000
1111111111111111
Dec
2147549183 (= 231+65535)
Comment: Bit 31 of the output changes to 1, the preset (FFFFh) is applied and output in
step 3 as input.
Step 3
Input
Hex
0000
FFFF
Bin
0000000000000000
1111111111111111
Dec
65535
Output
Hex
0000
FFFF
Bin
0000000000000000
1111111111111111
Dec
65535
Immediately after triggering the preset function, check whether there is a hazard from
the machine or system in which the encoder is integrated!
The preset function results in a change in the position value output by the encoder. This
change could cause an unexpected movement that may result in a hazard for persons or
damage to the system or other items.

Product description
Operating Instructions
Chapter 3
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A3M60 Basic
Note
3.4.5 Speed and time stamp
The speed and time stamp are output in message IO < 08 as input to the PLC.
The speed is stated in revolutions per minute (rpm). The value is given in a data word
(2 bytes) and has a sign, i.e. negative values for reducing position values
(e.g. FF.FEh = –2).
The calculation is made using a moving average filter over 200 position values. The
integration time is 1 s, the update interval is 5 ms.
The time stamp is incremented in steps of 1 s. The value is given in a data word (2 bytes).
After each power-up the time stamp is reset to zero.
3.5 Functions for which parameters can be set
The A3M60 Basic is configured using the configuration tool for a PLC (e.g. STEP7 for
SIMATIC).
3.5.1 Code sequence
The code sequence defines the direction of rotation, viewed on the shaft, in which the
position value increases.
 clockwise = increasing position value on clockwise rotation of the shaft
 counterclockwise = increasing position value on counter clockwise rotation of the shaft
3.5.2 Class 2 functionality
The class 2 functionality is activated from the factory. This parameter permits or prevents
changes to the following parameters:
code sequence, scaling and implementation of a preset
3.5.3 Scaling
Scaling makes it possible to scale the resolution per revolution and the total resolution.
Only if the parameter Scaling is configured to Enable are the values entered for the
resolution and total resolution applied.
3.5.4 Resolution per revolution
The resolution is max. 8,192 steps per revolution. The resolution can be scaled from
1 … 8,192 as an integer.
Tab. 9: Examples for total
resolution
3.5.5 Total resolution/measuring range
The total resolution, that is the measuring range of the A3M60 Basic is max. 67,108,864
steps. The total resolution must be 2ntimes the resolution per revolution.
Resolution per revolution
n
Total resolution
1,000
3
8,000
8,179
5
261,728
2,048
11
4,194,304

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Chapter 3
Operating Instructions
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Screw cover
LED 2
LED 1
3.6 Controls and status indicators
A3M60 Basic
Fig. 1: Position of the LEDs
Tab. 10: Meaning of the
LEDs
Fig. 2: Position of the
controls
The A3M60 Basic PROFIBUS Absolute Encoder has two LEDs that indicate the operational
status.
LED 1
PROFIBUS communication
LED 2
Encoder diagnostics
Display
Description
Display
Description
 Green
No error
 Green
No error
 Red/green
Erroneous
initialization or
undervoltage
 Red/green
Erroneous
initialization or
undervoltage
 Orange
Erroneous
parameter, no data
exchange
 Orange
Internal sensor error
 Red
Connection error, no
data exchange
There are the following controls under the screw cover:
 rotary switch for the addressing (address 1–125)
 preset pushbutton
 DIP switch for the bus termination (termination)
Preset pushbutton
Hex rotary switch
Decimal rotary switch
DIP switch for the bus
termination

Commissioning
Operating Instructions
Chapter 4
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A3M60 Basic
4Commissioning
This chapter provides information on the electrical installation, configuration and
commissioning of the A3M60 Basic PROFIBUS Absolute Encoder.
► Please read this chapter before mounting, installing and commissioning the device.
4.1 Mounting
See the mounting instructions included with the A3M60 Basic.

Commissioning
Chapter 4
Operating Instructions
16
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4.2 Electrical installation
Switch the power supply off!
A3M60 Basic
WARNING
The machine/system could unintentionally start up while you are connecting the devices.
► Ensure that the entire machine/system is disconnected during the electrical
installation.
For the electrical installation you will need connection plugs and sockets (see section 7.2
“Accessories”on page 28)
Fig. 3: Connections of
the A3M60 Basic
Tab. 11: Pin assignment for
the connection of the voltage
supply
Tab. 12: Pin assignment for
the connection PROFIBUS IN
Tab. 13: Pin assignment
for the connection
PROFIBUS OUT
Notes
4.2.1 Connections of the A3M60 Basic
Voltage supply plug
PROFIBUS IN M12 × 5, plug
PROFIBUS OUT
M12 × 5, socket
Pin
Signal
Core color3)
Function
1
VS
Brown
Supply voltage 10 V … 32 V DC
2
–
White
Do not use
3
GND
Blue
0 V DC (ground)
4
–
Black
Do not use
5
–
Grey
Not assigned
Pin
Signal
Core color3)
Function
1
–
–
Not assigned
2
A
Green
A < wire PROFIBUS DP
3
–
–
Not assigned
4
B
Red
B < wire PROFIBUS DP
5
Screen
–
Housing
Pin
Signal
Core color3)
Function
1
–
–
Not assigned
2
A
Green
A < wire PROFIBUS DP
3
0 V DC
–
Ground
4
B
Red
B < wire PROFIBUS DP
5
Screen
–
Housing
► Connect the screen to the encoder’s housing!
► Pay attention to the maximum cable lengths (see Tab. 3 on page 10).
3) On the usage of pre-assembled cables.

Commissioning
Operating Instructions
Chapter 4
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A3M60 Basic
Fig. 4: Settings on the
hardware
4.3 Settings on the hardware
There are the following controls for making settings under the screw cover:
 DIP switch for the bus termination (termination)
 rotary switch for the addressing (address 1–125)
 preset pushbutton
► Open the screw cover using a screwdriver for slot-head screws with a blade width of
min. 15.0 mm.
The A3M60 Basic is supplied with the following pre-settings:
 termination = OFF
 address on the PROFIBUS = 2
4.3.1 Bus termination
At the start and end of each segment, the bus must be terminated using a terminator. The
A3M60 Basic PROFIBUS Absolute Encoder contains a bus termination that can be
enabled.
The bus can be terminated using the DIP switches.
► To terminate the bus, set both DIP switches to ON.
► Alternatively you can use an external terminator (see section 7.2 “Accessories” on
page 28).
Tab. 14: Examples for setting
the PROFIBUS address
4.3.2 Addressing
Each device in the bus segment must have a unique address. Each address is only allowed
to occur once in the bus segment. The A3M60 Basic PROFIBUS Absolute Encoder is preset
to the address 2 from the factory. The highest address that is allowed to be set is 125.
To set the address use the hex rotary switch and the decimal rotary switch.
► Set the decades for the address using the hex rotary switch.
► Set the units for the address using the decimal rotary switch.
Examples
Preset pushbutton
Hex rotary switch
Decimal rotary switch
DIP switch for the bus
termination
Address
Hex rotary switch
Decimal rotary switch
17
1
7
123
C (corresponds to decimal 12)
3

Commissioning
Chapter 4
Operating Instructions
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4.3.3 Preset
A3M60 Basic
WARNING
Note
Fig. 5: Hardware manager
in the SIMATIC
The encoder is set to a pre-defined value by pressing the pushbutton. The value pre-
defined from the factory is zero (0).
The function is used for electronic adjustment during commissioning to allocate a specific
position value to a mechanical position of the shaft encoder (see also section 3.4.4 on
page 12).
After triggering the preset function, check whether there is a hazard from the machine
or system in which the encoder is integrated!
The preset function results in a change in the position value output by the encoder. This
change could cause an unexpected movement that may result in a hazard for persons or
damage to the system or other items.
4.4 Configuration
All software instructions refer to the STEP7 configuration tool for the SIMATIC.
4.4.1 Loading GSD file (once only)
► Open the hardware manager for your PLC.
► Install the GSD file STEG0CA7.gsd for the A3M60 Basic using the Options menu, Install
GSD file... command.
You will find the GSD file on the Internet at www.sick.com.
The A3M60 Basic appears in Additional Field Devices.

Commissioning
Operating Instructions
Chapter 4
19
8014012/1EF3/2021-12-08
Subject to change without notice
© SICK AG •Germany •All rights reserved
A3M60 Basic
Fig. 6: A3M60 Basic in
Additional Field Devices
Fig. 7: Communication
module on the slot for the
encoder
4.4.2 Loading encoders into the hardware configuration window
► In Additional Field Devices open the folder Encoders.
► Drag the icon for the AxM Encoder X.XX to the PROFIBUS DP master system using drag
and drop.
A window opens where you can enter the address of the A3M60 Basic on the
PROFIBUS.
4.4.3 Loading communication module into the slot
Two communication modules are allocated to the AxM Encoder Basic X.XX (see section 3.4
on page 11).
► Drag the communication module Tel.IO < 04 or Tel.IO < 08 to the slot for the encoder.

Commissioning
Chapter 4
Operating Instructions
20
© SICK AG •Germany •All rights reserved
8014012/1EF3/2021-12-08
Subject to change without notice
Fig. 8: Parameter
Assignment tab
4.4.4 Configuring the A3M60 Basic
► Double-click the encoder icon.
The Properties window is opened.
► Select the Parameter Assignment tab.
A3M60 Basic
The A3M60 Basic is supplied with the following parameters:
 code sequence clockwise
 class 2 functionality = activated
 no scaling
 resolution per revolution = 8,192
 total resolution = 67,108,864
Code sequence
► Configure the Code Sequence parameter to Clockwise or Counterclockwise.
Scaling
► Configure the Scaling parameter to the value Enable if you want to configure a lower
resolution.
► Using the Measuring Units per Revolution parameter configure the resolution per
revolution.
► Using the Total Measuring Range parameter configure the total resolution.
Compiling
► Compile the data and load the data into the control system.
The new values are applied.
Both LEDs on the A3M60 Basic illuminate green.