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Positioning unit

SERVO.M_E-P

Data: 01/12/20

file: Servo.M_EP_CS_1.7_ing.doc

pg 3/7

Description

The positioning unit SERVO.M is made of a geared motor in direct current with microprocessor control of the
driving gear and of an incremental position transducer (encoder) or absolute (precision potentiometer)
assembled on the output shaft with interface for field bus and display with 5 digits. It realises in a single and
compact device a complete system for the control of axis being able to receive by bus a dimension to reach
and start with the positioning by a control type PID. The version 

SERVO.M-E

 has a position transducer with

an incremental optic encoder, while the version 

SERVO.M.P

 has a precision potentiometer.

The SERVO.M unit has a hollow shaft output to enable a simple assembling and a versatile use, even with
pre-existent manual motion machines that have to be automated. Therefore it is suitable for a large number
of applications in machinery within industries such as printing, packaging, woodworking,
marble, plastic, etc. A simple linking and lay out are guaranteed by a supervisor (PC, PLC), the system
interfaces with a bus-field to control the positioning and enable the modifications of the control parameters
(present quota, speed, state).
The communication record can be MODBUS RTU, CANopen, PROFIBUS DP.
For the electric connection there are separate ways for the power-supply and communications cables: the
SERVO.2M has 2 press-cables PG9 for the input and output of the connections, the SERVO.3M has 3 press-
cables for the input and output (2 PG9, 1 PG7).

Installation

Before installing the instrument, read the following warnings:
a) Connect the instrument strictly following the instructions of the manual.
b) Carry out the connections using the correct wires within the limits of the tension and power supply as
indicated in the technical data.
c) The instrument does not have an ON/OFF switch, hence it comes on when connected to the power supply.
For safety reasons, the equipment connected permanently to the power supply requires a bi-phase selector
switch which should be within easy reach of the operator.
d) If the instrument is connected to any apparatus not isolated electrically, carry out an earth connection to
avoid it being connected directly through the structure of the machine.
e) It is the responsibility of the user to check, before using , the correct settings of the parameters of the
instrument to avoid damage to persons or things.
f) The instrument cannot function in a dangerous environment (inflammable or explosive). It can be
connected to elements that operate in the same atmosphere only through appropriate interfaces, according
to the current safety
regulations.
g) Avoid dust, humidity, corrosive gases, heat sources.

Summary of Contents for SERVO.M-E

Page 1: ...Positioning unit SERVO M_E P Data 01 12 20 file Servo M_EP_CS_1 7_ing doc pg 1 7 USER S MANUAL AND MAINTENANCE POSITIONING UNIT SERVO M E SERVO M P ...

Page 2: ...owed for the storage of the device Avoid environments with excessive humidity and those exposed to bad weather avoid open areas Avoid putting the instrument directly on the ground Store the instrument in its original packing Conformity declaration and EC marking The instrument answers to the following Communitarian Directives 2014 30 EU Electromagnetic compatibility 2011 65 EU RoHS Maintenance The...

Page 3: ... record can be MODBUS RTU CANopen PROFIBUS DP For the electric connection there are separate ways for the power supply and communications cables the SERVO 2M has 2 press cables PG9 for the input and output of the connections the SERVO 3M has 3 press cables for the input and output 2 PG9 1 PG7 Installation Before installing the instrument read the following warnings a Connect the instrument strictl...

Page 4: ...ually turn the shaft of the reducer using the clamping ring tightened on the hollow shaft only if necessary Do not exceed permitted torque Do not dismantle or open the unit particularly the part of the reducer Do not pierce modify the container or the hollow shaft POTENTIOMETRIC VERSION Before assembling the SERVO it is fundamental to place the shaft of the machine and the shaft of the SERVO in th...

Page 5: ... the dip switch and the electronic components on card board It is strictly forbidden to take off the card of its case Assemble the wiring clip jumper to assure the continuity of shield mostly for the profibus cables Setting of device address and serial communication speed MODBUS protocol The setting of baud rate is made by the dip switch S1 set in factory at 19200 and that of the address with dip ...

Page 6: ...27 By changing of address and baud rate is necessary to switch off and turn on the Servo Power Supply connector M12 T male as viewed externally with exit shaft directed downwards M12T PIN CONNECTOR WIRE COLOR CONNECTION 1 BROWN 24V POWER SUPPLY 2 WHITE NOT CONNECTED 3 BLUE GND POWER SUPPLY 4 BLACK NOT CONNECTED S2 1 2 3 4 5 6 7 8 ADDRESS ON OFF OFF OFF OFF OFF OFF OFF 1 OFF ON OFF OFF OFF OFF OFF ...

Page 7: ... 1 30 1 90 1 others on request Electrical connection 4 poles terminal board supply 4 poles terminal board field bus max 1 5mm2 Cable out SERVO 2M 2 cable glands PG9 cable Ø 5 8mm Cable out SERVO 3M 1 cable gland PG7 for supply cable Ø 3 6mm 2 cable glands PG9 for field bus cable Ø 5 8mm Weight 1100g Protection level IP54 Working temperature 0 60 C Temperature 10 85 Directive 2014 30 EU Electromagn...

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