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Automatic Saving of Device Data

Changes to device data are automatically saved permanently (flash memory). The
flash memory is designed for 100,000 write cycles. Frequent changes to the
device data (e.g. when using the device for positioning tasks via IO-Link) can
cause damage to the device.

Every time the logic voltage is switched on, the position of the reference end posi-
tion "Ref" is re-initialised with Speed Ref with the first motion task. When moving
to the Lim

Out

 end position, the Lim

Out

 end position is approached at

the Speed Out velocity.

End-to-end operation

Parameterise end-to-end operation

HMI:

Speed Out, Speed In, Force and Start Press 

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 9.3 Display and Operating Components (HMI)

IO-Link (acyclic device data):

Velocity Speed Out: 0x0101.0, Speed Out

1)

Velocity Speed In: 0x0100.0, Speed In

1)

Force/Torque: 0x0102.0, Force

1)2)

Start Press Position Pos

Start Press

: 0x0105.0, Position Start Press [mm]

2)3)4)

End position Lim

Out

: 0x0106.0, end position Out [mm]

4)

Control end-to-end operation

DIO:

IO-Link (cyclic process data):

Single end-to-end operation

End-to-end operation with press function

1) 10, 20, ..., 100% of maximum value
2) Only required for end-to-end operation with press function
3) Reset with every homing
4) reference point: reference end position "Ref"

Tab. 4 Parameterise and Control End-to-End Operation

10

Malfunctions

Diagnostic messages "Warnings and Errors" are displayed by the LED C/Q and
menu and parameters LED displays.
In DIO mode, errors are reported to the controller via the sensor signal combina-
tion "1–1".
Errors can be reset as follows:

DIO mode 

è

 reset of logic voltage

IO-Link operating

è

 parameter "Quit Error" (0x0029.3 or 0x0107.0)

The first error that occurred is always displayed.

Fig. 8 Display of diagnostic messages (example)

Error
code

Description

LED

LED displays

Event
code

hex
(dec)

C/Q

Open

Parameter

(IO-
Link)

Warning

z

Warnings

1)

Lights yel-
low

z

z

0x...

Error

z

Common device error

è

 Contact Festo

0x1000

0x000F
(15)

I

2

t monitoring output

stage error

0x1805

0x0016
(22)

Logic voltage undersup-
ply

2)

0x1804

0x0017
(23)

Logic voltage oversupply

0x1803

0x0026
(38)

Load voltage undersup-
ply or not connected

0x1802

0x0027
(39)

Load voltage oversupply

0x1801

0x0031
(49)

Device undertemperat-
ure

0x0033
(51)

Device overtemperature

0x4000

0x012F
(303)

IO-Link connection lost

Lights red

z

1) Additional information 

è

 Description of integrated drive EMCS-ST

2) This error can only be acknowledged by a restart.

Tab. 5 Diagnostic Messages "Warnings and Errors"

10.1

Repair

Send the product to the Festo repair service for repair.

11

Disposal

Dispose of the product and packaging according to the valid provisions of envir-
onmentally sound recycling.

12

Technical Data

Additional information 

è

 www.festo.com/catalogue.

Size

32

45

60

Spindle pitch

[mm/re-
v]

3

8

3

10

5

12

Mounting position

Any

Ambient temperature

[°C]

0 … +50

Storage temperature

[°C]

–20 … +60

Degree of protection

IP40

CE marking

è

 Declaration of Conformity

In accordance with EU EMC Directive
In accordance with EU RoHS Directive

Max. payload

horizontal mounting
position

[kg]

24

24

60

40

120

56

vertical mounting posi-
tion

[kg]

12

9

23

13

46

18

Max. velocity

1)

[mm/s]

79

210

74

230

90

220

Velocity "Speed Press"

[mm/s]

10

10

10

10

10

10

Max. feed force

2)3)

[N]

150

150

450

250

900

375

Acceleration/deceleration

[m/s

2

]

1.5

5

1.5

5

1.5

5

Duty cycle

[%]

100 (+30 … +50 °C: – 2% per kelvin)

Distance stop/end position 

4)

[mm]

1

Repetition accuracy

[mm]

±0.02

Nominal voltage

[V DC]

24

Summary of Contents for EPCS-BS

Page 1: ... torque of the motor into a feed force The linear movement of the piston rod is guided by the guide in the guide ring 4 3 System Overview 1 PELV fixed power supply for load voltage 2 PELV fixed power supply for logic voltage 3 Application software 4 PC or Laptop 5 Controller or IO Link master 6 Electric cylinder unit EPCS BS Fig 1 System Overview Items 1 5 are not in the scope of delivery 4 3 1 Pr...

Page 2: ...touch metallic housing parts After the power supply is switched off let the device cool down to room tem perature A new homing is only necessary if the reference end position Ref or the useful range is changed When homing the Start Press Position PosStart Press is equated with the new end position LimOut 8 1 Commissioning DIO Operation digital I O Preparation 1 Check the mounting of the drive syst...

Page 3: ...oming movement MovRef StartRef PosAct è LimIn è LimOut press Run Start Press movement Start Stop and save Start Press Position PosStart Press Save press Execute Demo Run Start Stop Lock pushbutton actuators Lock HMI press and hold for 3 s or no push button actuator input for 15 s Fig 7 HMI menu 9 4 Homing During homing the positions of the mechanical stops MechIn MechOut are determined in order to...

Page 4: ...atingè parameter Quit Error 0x0029 3 or 0x0107 0 The first error that occurred is always displayed Fig 8 Display of diagnostic messages example Error code Description LED LED displays Event code hex dec C Q Open Parameter IO Link Warning z Warnings1 Lights yel low z z 0x Error z Common device error è Contact Festo 0x1000 0x000F 15 I2t monitoring output stage error 0x1805 0x0016 22 Logic voltage un...

Page 5: ...e mechanism of the drive a linear force can be determined from the level of current measured The target is set as a percent age of the rated motor current and may differ from the actual force at the electric cylinder In the case of low set force levels the influence of friction in the system on the running behaviour and the actual force on the electric cylinder must also be taken into account 4 Di...

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