Sylvac SCAN F60 User manual

User’s Guide
English
Optical Measuring
System
1
SYLVAC-SCAN F60
WITH ROBOT OPTION

CONTENTS
1 Introduction 3
1.1 General 3
1.2 Safety rules and precautions 3
1.2.1 Strict adherence to the User’s Guide 3
1.2.2 User’s liabilities 3
1.2.3 Personnel liabilities 3
1.2.4 Physical and material risks 3
1.2.5 Intended use of the machine 4
1.2.6 Guarantee and liability 4
1.2.7 Individual protection 4
1.2.8 Safety guards and covers 4
1.2.9 Informal safety precautions 4
1.2.10 Personnel training 4
1.2.11 Operating the machine 5
1.2.12 Safety practices in normal use 5
1.2.13 Risks of electrical shock 5
1.2.14 Maintenance, repair work and troubleshooting 5
1.2.15 Changes to the machine construction 5
1.2.16 Cleaning and recycling of the machine 5
1.3 Description of the machine 6
1.3.1 The 3 types of robot options 6
1.3.2 With option 902.6608 7
1.3.2 With option 902.6010 7
1.4 Specifications of the Sylvac SCAN F60 8
2 Installation 8
2.1 Equipment 8
2.2 Establishing cable SCAN connections 9
2.3 Cable schematics 10
2.3.1 Machine I/O connectors Option 902.6608 11
2.3.2 Machine I/O connectors Option 902.6010 12
2.3.3 Security connector 13
2.3.3.1 Usage of the robotization interface 13
2.3.3.2 Connecting emergency stop button 14
2.3.3.3 Sharing emergency stop with other machines 14
2.3.4 Reflex SCAN configuration I/O 15
2.3.5 Reflex SCAN diagnostic I/O 16
3 Assembly 16
3.1 General 16
3.2 Headstock 16
3.3 Workholding 16
4 Quick operation guide 17
4.1 Measuring system 17
4.2 Getting started 17
4.3 Calibrating the machine 17
4.4 Measuring 18
4.5 Starting the automatic measurement cycle 19
4.6 Shutting down 20
5 Scan demo with OPC UA protocol 21
5.1 The protocole 21
5.2 Introduction 21
5.3 Requirements 21
5.4 Sylvac Reflex SCAN+ 21
5.4.1 Installation 21
5.4.2 Setup 22
5.4.3 Diagnostic 23
5.4.4 Application mode 23
5.5 OPC UA demo client 24
5.5.1 Setup of the client 24
5.5.2 Monitoring of variables (nodes) 24
5.5.3 Execution of methods 25
5.6 Final note 26
6 Maintenance 26
6.1 Maintenance schedule 26
6.2 Cleaning 26
7 Troubleshooting 27
7.1 In case of failure 27
7.2 Problems at start up 27
8 Guarantee 27
8.1 Limited Warranty Policy 27
9 Declaration of conformity 28
10 Notes 29
2

1. INTRODUCTION
1.1
General Right of modification
The content of this manual together with all product
related specifi cations may be subject to changes
without prior notice. All other rights are reserved.
The full range of optical measuring systems from
SYLVAC SA for non-contact measurement is based
on
a well-tested technology used in a wide variety of
common and sophisticated systems.
The SYLVAC-SCAN F60 optical system is controlled
through the SYLVAC-REFLEX+ Scan software run-
ning under Windows 10 Professional.
This User’s Guide provides the needed information
on the system along with all specifications.
Copyright
This User’s manual may not be copied, reproduced
or translated into another language, whether in
whole or in part whatever the process used, without
the written consent of SYLVAC SA.
Warning
To make sure the machine will operate securely and
get accurate measurement results, carefully read
this User’s Guide, but also the copy of the DVD de-
livered with the SYLVAC-REFLEX+ Scan software
before operation.
1.2
Safety rules and
precautions
The SYLVAC-SCAN F60 has been designed with safety in mind. However, incorrect handling during installation or
operation may be a source of damages for the machine. All safety rules and precautions stated herein must be ob-
served to ensure effective use of the machine.
1.2.1
Strict adherence to
the User’s Guide
All those working on the machine should adhere to this User’s Guide, especially to the the safety precautions.
Rules and other procedures in force on the installation site to prevent injury to personnel must be strictly
observed.
1.2.2
User’s liabilities The user ensures that only the personnel and operators stated hereafter has the ability to operate the machine :
• All those who are familiar with the safety rules and precautions, but also the safety devices and operation of the
machine.
• All those who have read the section dealing with the safety instructions and warnings contained in this manual.
1.2.3
Personnel liabilities All those entrusted with the task to operate the machine shall commit themselves to strictly adhere to the following
beforehand:
• Take all safety precautions to prevent any injury.
• Read the section dealing with the safety instructions and warnings contained in this manual.
1.2.4
Physical and
material risks
The SYLVAC-SCAN F60 has been produced based on the current knowledge as regards engineering, also in com-
pliance with the safety rules in force. However, its operation may prove to be dangerous to the personnel and/or
cause damages to the machine or its components. Therefore, the machine must only be used as intended whilst
being perfectly protected. Any failure susceptible to adversely affect the security must be immediately eliminated.
3

1.2.5
Intended use
of the machine
The machine is to be used for non-contact measurement solely. Any other use will be regarded as improper use and
SYLVAC shall not be responsible for any incurred damages. Furthermore, the use as intended involves that:
• All operating instructions contained in this manual are strictly observed;
• All checking and maintenance operations are executed as set forth in this manual.
1.2.6
Guarantee
and liability
1.2.7
Individual
protection
• The customer is liable to provide the equipment required to ensure individual protection of the personnel.
• All existing safety guards and devices must be regularly inspected.
1.2.8
Safety guards
and covers
• All safety guards and covers must be correctly mounted for safe operation prior to booting up the machine.
• Never operate the machine with removed safety guards and covers unless the machine has been switched off
and adequately secured against inadvertent start.
• In the event that only a part of the components have been delivered, the customer is responsible for mounting
and fastening all safety guards securely as instructed.
1.2.9
Informal safety
precautions
• The User’s manual must be permanently within reach at the machine’s location.
• All informal and local safety rules along with the requirements dealing with environmental protection must be
made available and fully respected.
• Keep all safety and warning labels on the machine visible all the times.
1.2.10
Personnel training • Only trained and instructed personnel, aware of the safe operating procedures, is allowed to work on the machine.
• Personnel abilities for the machine assembly, installation, preparation, operation and maintenance must be
clearly defi ned.
• The personnel in the course of training is not allowed to execute any work on the machine unless a skilled
operator is present.
Our General Terms of Delivery are applicable to the whole range of our products. These terms
will be provided to the Customer upon signature of an agreement at the latest. In no event
shall we be liable for personnel injury and/or damages due to either of the following causes:
• Improper use of the machine.
• Inappropriate assembly, installation, operation or preventive maintenance of the machine.
• Machine operation though defective safety guards due to incorrect or inefficient assembly.
• Failure to follow all shipping, storage, assembly, preparation, start-up and maintenance instructions
• Modifications to the machine without our written consent and approval.
• Lack of inspection for the machine parts subjected to wear.
• Incorrect execution of repair works.
• Cases where damages are due to interacting particles or force majeure
4

1.2.11
Operating
the machine
• Never attempt to make any software-oriented changes on the machine!
• Electrical power of the machine is isolated by the ON/OFF switch located on the side of the machine.
• The operating command can only be enabled by personnel with the necessary experience.
1.2.12
Safety practices
in normal use
1.2.13
Risks of electrical
shock
• Any alteration to the power supply can only be done by a qualifi ed personnel.
• Electrical equipment of the machine needs to be checked regularly. Loosened or damaged cables must be
removed.
• if works on components connected to the mains are necessary, call someone else to activate the main switch.
1.2.14
Maintenance,
repair work and
troubleshooting
• Always execute any recommended work for setting, maintaining and inspecting the machine without delay.
• Have the transmission mechanism be maintained solely by a qualified personnel, formally accredited
• by SYLVAC SA.
• Ensure the parts in front and at the rear of the machine against untimely start.
• Turn off the machine and make sure the main switch remains in the off position before undertaking
• any maintenance, repair or inspection work.
• When replacing heavy components or large parts of the machine, use a lifting equipment to ensure a correct
handling.
• Check that all unscrewed elements are set aside securely.
• Inspect the safety devices for good and proper operation as soon as the preventive maintenance could be
performed.
1.2.15
Changes to the
machine construction
• No modification, add-on or transformation can be made to the machine without previous approval of SYLVAC SA.
• Any intention to make drastic changes to the machine requires the written consent of SYLVAC SA.
• Worn building parts of the machine must be replaced at once.
• Use only spare-parts or wearing parts of origin.
• No guarantee can be given for secondhand spareparts that they are designed and manufactured to meet the
requirements and the convenient security level.
• Never use the machine unless all safety devices can ensure a safe operating.
• Make sure nobody is expose to a shock hazard before powering up the machine.
• Check all safety devices for effectiveness and possible damages at least once per teamwork period.
• Never connect/disconnect the cables used to link the machine to the electronic controls with the PC/controller
powered up.
• Do not touch the mobile parts of the machine as long as the measurement process having be started up isn’t
completed.
• Do not switch the machine back again.
1.2.16
Cleaning and
recycling
Used hazardous materials and chemicals should be processed and recycled according to the local regulations as
regards waste management, especially:
• During maintenance work on lubricating systems and devices.
• During cleaning work requiring the use of solvents.
5

1.3
Description of
the machine
The SYLVAC-SCAN F60 designed by SYLVAC is aimed
at providing Users with the best solution for fast and
easy measurement of turned parts.
The machine is made to inspect any measurable
feature statically (length, diameters, angles, radii
and the like) or dynamically (e.g. runout, coaxiality,
accross fl ats) for the model equipped with a rotating
headstock (optional).
Running the SYLVAC-REFLEX+ Scan software, a single
press on the REFLEX-Click button allows automatic
measurement of main part features such as lengths
and diameters.
In addition, the SYLVAC-REFLEX+ Click mode will de-
tect
whether a programme matching the part geometry
already exists, thus rendering all inspection
operations much easier.
The mounting carriage of the machine includes the
headstock along with the tailstock, which enables
varying part lengths to be conveniently adjusted.
As the measurement is being taken, the part is main-
tained on the carriage while the area around the data
point is illuminated with a green parallel light.
A part image is then projected on the highresolu-
tion CCD linear sensors, acting as light detectors. All
emitted signals are then analysed and computed as
measured values.
The motorised carriage is controlled over the PC.
The system uses an incremental glass scale to
check its displacement.
The machine is managed by the robot, allowing to
load and unload the parts automatically.
Example of mounting an universal robot on the SCAN F60.
1.3.1
The 3 types of robot
options
902.7017
Reflex SCAN+ and Option OPC-UA.
• No pneumatic
• No I/O
• No security
• OPC-UA can start scan. Safety light curtain func-
tion as in manual mode.
902.6608
Automation preparation (902.7017 is included).
• Direct connection pneumatic tubing from rear to
front connectors
• I/O and safety connectors on rear panel
902.6010
Pneumatic tailstock. 902.6608 is required.
• Rear panel with two connectors for footswitch (Foot 1 to open the tailstock / Foot 2 to open the pneumatic
chuck)
• One input for pneumatic Ø6mm
• Two pneumatic coil (one to drive the tailstock and one to drive the chuck). The pneumatic coils can be
driven by footwitch, external I/O.
6

A
D
B
F
C
J
I
E
H
G
A Top cover with LED status
B Automatical setting master
C Headstock
D Tailstock
E REFLEX-Click button
F Optics cover
G Main ON/OFF switch (side)
H Emergency stop button
I Reset security button
J 2 air outputs
1.3.2
With option
902.6608
A
D
B
F
C
J
I
E
H
G
A Top cover with LED status
B Automatical setting master
C Headstock
D Tailstock
E REFLEX-Click button
F Optics cover
G Main ON/OFF switch (side)
H Emergency stop button
I Reset security button
J 2 front air outputs for chuck
1.3.3
With option
902.6010
7

1.4
Specifications of the
Sylvac SCAN F60 Refer to the manual of the standard machine (without the robot option).
2. INSTALLATION
Mechanical components and cables Référence
Machine F60 standard with standard accessories 902.406x
Reflex-SCAN+ & Option OPC-UA Robot 902.7017
Components included with option robot 902.6608 and 902.6010 :
2.1
Equipment
The cables between the robot and the scan are not provided.
Toutes modifications réservées - Anderungen vorbehalten - Changes without prior notice
Modèle:SV102_000_004{.prt/asm} Dessin:102_000_071 .drw
Available for:
Ref. Nr:
Dimensions in mm
CH-1023 Crissier (Suisse)
web site : www.sylvac.ch
sav @ sylvac.ch
e-mail : vente @ sylvac.ch
192 1000 (accès)
(porte ouverte)
400 (accès)
(porte ouverte)
625
725
889.5
1763
SV 102.000.071
.
.
.
.
.
Rev. Date Visa
- 08-Aug-17 MTr
Encombr. SCAN 60 / 500
Toutes modifications réservées - Anderungen vorbehalten - Changes without prior notice
Modèle:SV102_000_004{.prt/asm} Dessin:102_000_071 .drw
Available for:
Ref. Nr:
Dimensions in mm
CH-1023 Crissier (Suisse)
web site : www.sylvac.ch
sav @ sylvac.ch
e-mail : vente @ sylvac.ch
192 1000 (accès)
(porte ouverte)
400 (accès)
(porte ouverte)
625
725
889.5
1763
SV 102.000.071
.
.
.
.
.
Rev. Date Visa
- 08-Aug-17 MTr
Encombr. SCAN 60 / 500
F60/F60T
F60L/F60LT
8

A
D
C
E
F
G
JI
B
H
JI
K
L
N
O
2.2
Establishing
cable SCAN
connections
The cables must be connected when the the devices are off.
The wiring plan showing a typical environment may vary according to the PC used.
The physical position of each connection to the PC depends on the properties of the PC type.
A Mains power
B Keyboard connection
C Mouse connection
D Ethernet connection
E Display port connection
F Touch screen connection
G Machine connection
H Dongle connection
JI
K
L
M
908.6608
I Controller connection
J Camera connection
K I/O connection
L Security connection
M Pneumatic input connection
(diameter 4mm)
N Pneumatic input connection
(diameter 6mm)
O Inputs for footswitchs for tail-
tock and pneumatic chuck
908.6010
9

SCAN F60 can be driven by I/O or by
OPC-UA protocol.
For OPC-UA configuration, see chapter
5. It is necessary to enable the OPC-
UA option on the software (article
902.7017)
2.3
Cable
schematics
2x Ethernet cables for communication Computer – SCAN F60
Cable not supplied (wiring reference
next page)
Optional cable Ethernet RJ45 for
communication by OPC-UA
Robot or PLC
(not supplied)
Number Description Utility
1 2x Ethernet RJ45 cables Link between computer and SCAN F60
10

PIN connector Function I/O I/O type
1 24VDC +/- 10% >= 1A Input Persistant
2 Park axis Input Rising Edge
3 Start Program Input Rising Edge
4 Start Calibration Input Rising Edge
5 Remote Lock Input Persistant
6 Free Input 1 Input
7 0VDC
8 Free Input 2 Input
9 Remote mode Output Persistant
10 Machine Ready Output Persistant
11 Is Calibrated Output Persistant
12 Is Parked (software position) Output Persistant
13 Free Output 5 Output
14 Free Output 6 Output
15 Free Output 7 Output
16 Free Output 8 Output
17 Free Output 9 Output
18 Result Ready Output Persistant
19 No Result (error) Output Persistant
20 Pass Output Persistant
21 Failed Output Persistant
22 Warning Output Persistant
23 Free Output 15 Output
24 NC
25 NC
26 NC
27 NC
28 NC
29 NC
30 NC
31 NC
32 NC
33 NC
34 NC
35 NC
36 NC
37 NC
Note : Free input and output can be programmed with script editor of Reflex Scan + Software.
2.3.1 machine
I/O connectors
Option 902.6608
19
37
1
20
11

PIN connector Function I/O I/O type
1 24VDC +/- 10% >= 1A Input Persistant
2 Park axis Input Rising Edge
3 Start Program Input Rising Edge
4 Start Calibration Input Rising Edge
5 Remote Lock Input Persistant
6 Free Input 1 Input
7 0VDC
8 Free Input 2 Input
9 Remote mode Output Persistant
10 Machine Ready Output Persistant
11 Is Calibrated Output Persistant
12 Is Parked (software position) Output Persistant
13 Free Output 5 Output
14 Free Output 6 Output
15 Free Output 7 Output
16 Free Output 8 Output
17 Free Output 9 Output
18 Result Ready Output Persistant
19 No Result (error) Output Persistant
20 Pass Output Persistant
21 Failed Output Persistant
22 Warning Output Persistant
23 Free Output 15 Output
24 Is parked, hardware position Output Persistant
25 End position, tailstock opened Persistant
26 End position, tailstock closed Persistant
27 NC
28 NC
29 Open pneumatic Input Rising Edge
30 Close pneumatic Input Rising Edge
31 Open tailstock Input Rising Edge
32 Close tailstock Input Rising Edge
33 NC
34 NC
35 NC
36 NC
37 Enable footswitches* Input Persistant
Note : Free input and output can be programmed with script editor of Reflex Scan + Software.
2.3.2 machine
I/O connectors
Option 902.6010
19
37
1
20
1 3
2
24V
1
3
Foot 1 tailstock
1 24VDC Output
2 NC
3 Open tailstock Input
1 3
2
24V
1
3
Foot 2 chuck
1 24VDC Output
2 NC
3 Open chuck Input
* Set to 24V to activate the footswitches when the
remote mode = 0 (pin 9 connector 37p). If the remote
mode is activated (--> =24V), set the «Enable footswit-
ches» (pin 37) to 0.
12

Security connector
PIN connector Function
1 +24V linked win Pin 1 connector I/O
2 Security output Scan Ready 1 (impulse)
3 Security output Scan Ready 2 (impulse)
4 Security input Scan enable 1
5 Security input Scan enable 2
6 SCAN emergency stop state
7 Not used
8 GND (0V)
9 Shield
2.3.3 Security
connector
Safety I/O are pairwise (redundant) and should be kept as two separate branches.
A single fault shall not cause loss of the safety function.
2.3.3.1
Usage of the
robotization
interface
The default configuration of SCAN F60 with option I/O is defined for a standard usage without i/o. JP3 jumper
on electronic card SV102.110 inside the SCAN is placed according the picture below.
In that case:
- Inputs signals on DSUB 37p connector have no effect
- No outputs signals are available on DSUB 37p connector
- The Security interface on DSUB 9p connector is disabled
To activate the I/O interface of the SCAN F60, JP3 jumper have to be moved in the left position:
1 5
6 9
DE-9
If you don’t want to connect all
the security, you can connect
the Pin as above.
Jumper JP3 in ‘’Without Robot’’ Position Jumper JP3 in ‘’With Robot’’ Position
In that case:
- Inputs signals on DSUB 37p connector are active
- Outputs signals on DSUB 37p connector are active
- Security interface on DSUB 9p connector is active
- An external 24V power supply must feed DSUB 37p or DSUB 9p connectors (look at security and I/O
connectors pinning) and security input enable 1 (pin 4 of security connector) must be active. Otherwise
power on motor of SCAN F60 is disable.
To access the jumper JP3, first power off the SCAN. Then open the lateral door of the SCAN.
The electronic card SV102.110 is attached as a mezzanine of the main mother board. 13
1 5
6 9
DE-9

1 5
6 9
1 5
6 9
0V
0V
24V
24V
2.3.3.3 Sharing
emergency
stop with other
machines
It is often desired to set up a common emergency stop circuit when the scan is used together with other
machines. By doing so, the operator does not need to think about which emergency stop buttons to use
Connect safety signals to a PLC which is a safety PLC with the correct safety level. Safety PLC can control the
emergency stop signals and if a reset outside the safety perimeter is required, it has to be connected on the
safety PLC.
1 5
6 9 A B 24V
CI0
24V
CI1
24V
CI2
24V
CI3
24V
CI4
24V
CI5
24V
CI6
24V
CI7
Security inputs
0V
CO0
0V
CO1
0V
CO2
0V
CO3
0V
CO4
0V
CO5
0V
CO6
0V
CO7
Security outputs
2.3.3.2
Connecting
emergency stop
button
In most applications it is required to use one or more extra emergency stop buttons The illustration below show
how one or more emergency stop buttons.
1 5
6 9
1 5
6 9
0V
0V
24V
24V
14

2.3.4
Reflex Scan
configuration I/O
Before the first use, it is necessary to enable the management of the IOs. This activation requires a
license dongle with the ‘Service’ credentials.
Open the setup of the ‘Automation’ plugin via the menu ‘Service->Plugin-Automation->Setup’ and enable
the management of the IO.
When an IO is not used, it must set to ‘not used’.
Description of inputs
Input Description
Park Axis Command to move the axis to the loading position
Start Program Command to start the execution of a program
Start Calibration Command to start the daily calibration
Remote Lock Robot interlock used to prohibit the application to leave the ‘Remote’ mode.
Usually it should be the ‘Busy’ signal of the robot.
Description of outputs
Outputs Description
Remote Mode Flag set to ‘True’ when the application in ‘Remote’ mode
Machine Ready Flag set to ‘True’ when the machine is ready to accept a new command
Is Calibrated Flag set to ‘True’ when the machine is calibrated
Is Parked (SW) Flag set to ‘True’ when the axis are at the loading position
Result Ready Flag set to ‘True’ when the execution of the program is over and the results are ready
NoResult Flag set to ‘True’ when the program did not returned any results
Pass Transition flag set to ‘True’ when all the measured features are within the tolerance
Failed Flag set to ‘True’ when one or several measured features are not within the tolerances
Warning Flag set to ‘True’ when one or several measured features need to be reworked
902.7017
15

A
B
D
E
C
F
3. ASSEMBLY
The part to be measured is held in a workholding located into both headstock and tailstock mounted on the carriage.
The whole assembly is pictured below.
3.1
General
The static or rotating headstock is fixed into position on the left-hand side of the bench, before being exactly centred
in order to ensure the highest measuring accuracy.
3.2
Headstock
The workholding is an industry standard Morse 2 used for centring the headstock and tailstock. To insert tooling
properly, use only a gentle movement until the taper locks.
If locking failed, check the part, the headstock and tailstock for cleanliness. Make sure the tooling release screws
are retracted, and use them to release the centres.
Do not use excessive force or shock loads as this might result in damages to the sliding mechanism.
3.3
Workholding
A Clamp handle
B Daily setting master
C Tooling release screw
D Headstock
E Tailstock
F Locations for morses
G Graduation
2.3.5
Reflex SCAN
diagnostic I/O
The status of the IOs can be monitored from the menu ‘Service->Plugin-Automa-
tion->Diagnostic’. The log at the bottom of the panel can be used to check the status
of the remote commands.
Image of machine with force control (only for option 902.6608)
16

A Clamp handle
B Daily setting master
C Tooling release screw
D Headstock
E Tailstock
F Locations for morses
G Graduation
4. QUICK OPERATION GUIDE
4.1
Measuring system The measuring system consists of light sensitive
cells (CCD arrays) used for image analysis of the
workpiece being measured.
The workpiece is first illuminated, and then scanned
using a parallel (collimated) green light from the op-
tics, which is moved by means of a DC servomotor
coupled with a belt drive. The movements of the car-
riage are controlled through the incremental
glass scale.
Long term accuracy is assured by the use of a setting
master provided with the system for its calibration
at start up. This feature is stored into the machine,
near the headstock.
4.2
Getting started • Ensure that all electrical connections are made,
and that there’s no CD in the CD-ROM drive.
• Turn the power ON by means of the switch located
on the front face of the machine.
• Shut the PC and the monitor up.
The system runs a series of self-tests, and then
starts loading the Windows 10 Professional opera-
ting system. Once Windows has initialised, the SYL-
VAC-REFLEX+ Scan icon appears on the desktop.
Double click this icon to let the application be loaded
and get the tool bars ready for use once entirely
loaded.
Note
Should you get an error message, write it down,
switch off (doing so, pay a special attention to the
options of the shutting down windows, if any), wait
at least 15 seconds before switching on again. If
the problem persists, contact the Help service of
the supplier for assistance.
4.3
Calibrating
the machine
Before starting measuring, the machine needs to be
calibrated for SYLVAC-REFLEX+ Scan and the peri-
pheral devices to be booted up. To have this done,
press the REFLEX-Click button on the front face of
the machine. A message prompts you to start the
calibration process. Validate this on-screen prompt.
Once the system has boot up, the programme esta-
blishes the references on the incremental glass
scale. Next, the functions of the CCD arrays are
checked and the machine calibrated.
As soon as all operations are completed, display
shows Successful Calibration below the menubased
icons.
In the event the calibration failed, re-start the whole
process. Successive failures tell the operator that
there are fatal errors causing the measuring system
or the peripheral device to abort.
17

4.4
Measuring 1 The user’s interface as shown opposite will not
appear unless SYLVAC-REFLEX+ Scan has been
booted
up and the calibration process completed.
REFLEX-Click is the default mode.
2 Load a workpiece in the workholding and press
again the REFLEX-Click button on the machine’s
front face. Wait a few seconds for the first measure-
ment results to be automatically displayed.
3 To edit a programme sequence allowing for no-
minal values to be input for comparaison with the
measured values, press the Edit button.
4 After all changes have been entered, save the
programme and press the REFLEX-Click button
to let it be started up.
Note
For more information on the way to run SYLVACRE-
FLEX Scan, report to its User’s manual.
18

4.5
Starting the
automatic
measurement
cycle
2. Press the adjacent graphic icon to proceed the
calibration of the machine.
3. Open the software allowing to measure the origin
parts by clicking on the adjacent icon.
1. After restarting the software SYLVAC-REFLEX+
SCAN and after calibrating, this graphic interface is
activated
19

4.6
Shutting down When shutting down the system, closing all applications and Windows properly is important. Once closed, se-
lect Shut down from the Start menu on the Windows Task bar. As soon as the Shutdown Windows box appears,
choose Shut down the computer? and click Yes. Finally, switch off the machine.
It is important for all applications and Windows itself to be closed following this procedure.
Failure to do so may result in hard disk corruption and, consequently, bring about that of the
whole system.
4. Launch the automatic measurement cycle by
pressing the adjacent icon.
5. it’s possible to stop temporarily the measurement
cycle by pressing the Stop button.
6. This button allows you to pilot the software (load
program, execute program, etc.) with external com-
mands (I/O or OPC UA)
20