CybTouch 6 P
for Press Brake with Torsion Bar
Technical Manual
Numerical Control CybTouch 6 P for Conventional Press Brakes
Option: Earthing kit to easily mount and earth the
cable shields.
Option: Wireless RFlink USB key for PC.
The CybTouch 6 P for conventional* press brakes is specifically intended for sheet metal bending.
*Press brakes with torsion bar.
Options
Ordering information
Product: Reference number:
CybTouch 6 P
Without earthing kit S-CT6-1B1612PNN
With earthing kit S-CT6-1B1612PNA
Earthing kit (option), see above S-CT6-OPT_A
RFlink USB key for PC (option), with CybTouchTools software S-OPT-RFLINK
CDS_CybTouch6_P_v1.1.doc 1/5
Advantages
FOR OEM
FOR END USER
3A outputs for direct operation of non safety
valves without passing through relays.
Can easily be integrated into existing
electrical box diagrams. Ideal for upgrading
machines without NC with minimal
changes.
Reduced electrical wiring, electrical cabinet
size and equipment for lower start-up costs
on each press brake.
Flexible software for configuration of axes,
inputs-outputs and auxiliary functions
according to specific needs.
Screen content can be simplified to its
minimum by removing all unnecessary
functions, buttons or information.
Quick set-up thanks to wizards for adjusting
axes, gains, speeds, beam and indexes.
New indexing functions reduce the quantity
of switches and wiring, while providing
more reliable indexing.
CybTouch 6 accepts encoders with or
without complementary signals.
RFlink, a wireless radio frequency
transmission integrated in the CybTouch,
allows easy parameters backups or
firmware upgrades. This provides modern,
fast and simple communication, with no
need to open the housing, no need of
connecting cable *.
Very intuitive, no explanations required.
Operator immediately feels confident and
comfortable using this control.
User intuitively enters the angle, the desired
position of the bend and the thickness of the
material. No need to erase, memorize or
change modes. The depth and back gauges,
pressure and crowning are automatically
adjusted.
EasyBend page provides immediate easy use
of the machine: a second operator can briefly
interrupt production without changing the
program when an urgent bend is required.
Energy saving thanks to integrated Eco mode
function that automatically stops the main
pump after x minutes of inactivity.
Full touch screen human machine interface
offers the best of modern technology.
Colors are vivid but not aggressive, providing
excellent readability thanks to the large
characters and big buttons.
Recurrent programs for producing complex
parts can be created and memorized for easy
reuse.
Pop-up messages for security or external
malfunctions.
RFlink wireless radio frequency data
communication allows backup and restoring
operations without any cable connection to the
numerical control *.
Many languages available directly in the
CybTouch 6.
Internal backup in a special safe memory
allows the user to restore at any time the
original parameters; machine is running again
in an extremely short time in the event of a
memory loss or involuntary parameter
modification.
CDS_CybTouch6_P_v1.1.doc 2/5
*Need RFlink USB key (option)
Axis and bending functions
Back gauge axis & depth gauges
Auto-tuning of the axes.
Configurable retraction of the back gauge during the bending process.
Indexing in several modes.
Encoders with or without complementary signals.
Inch / mm.
Bending features
Program page at start up for quick accessibility.
User friendly tool management.
Automatic calculation of:
Bend depth.
Bend pressure.
Back gauge positioning.
Crowning.
Angle correction.
Bend allowance.
According to the programmed material, thickness, bend angle and selected tools.
Pressure management.
Crowning (pressure or mechanical type).
Up to 10 pre-programmable types of materials.
Backgauge clearance during the bending process (yes / no).
Automatic back gauge correction according to the bend and flange length.
Sequence repetition.
Part counter with auto-stop.
Time and stroke counters for oil service.
Eco mode.
Pump start button.
The below elements are available and can be configured on CybTouch P by the OEM. However, some functions
depend on the machine construction.
Available features depend on the number of available axes and inputs/outputs.
CDS_CybTouch6_P_v1.1.doc 3/5
Technical Characteristics
Characteristic
CybTouch 6 P
Screen
5.7" color graphic CRT screen 640 x 480 pixels with LED backlight control.
Work memory
SRAM
System memory
FLASH memory with firmware update via RFlink.
Communication
Cybelec RFlink (radio frequency link).
Axis
+/- 10VDC management of AC/DC drives and motors, or
0-10 VDC frequency converter for AC asynchronous motors.
Units
Conversion Inch/mm.
Power supplies
NC: stabilized + 24VDC -15% / + 20% 15W
digital inputs/outputs: stabilized + 24VDC -15% / + 20% 24V_I/O
Encoder inputs
5 VDC or 12 VDC* or 24 VDC* (* = external power supply).
Complementary signals are not necessary, but recommended.
Power supplies
for encoders
5 VDC (supplied by CybTouch) max. 250 mA for each encoder.
Optocoupled
Digital inputs
16 inputs.
Analog inputs
2 analog inputs 0-10 VDC.
Short circuit proof.
Digital outputs
12 outputs
Optocoupled short circuit proof.
24 VDC source mode, max. 3A.
Possibility to define 2 outputs for doubling the current.
Analog outputs
4 analog outputs -/+10 VDC,
impedance out < 100 ,
load 2 k (max 15 mA).
Short circuit proof.
Reference
voltage
One of the above analog outputs is used for the 10VDC reference.
Operating
conditions
Min. 5° Celsius, max. 40° Celsius.
Relative humidity 10 to 85% noncondensing. DMA
Dimensions
See diagram next page.
EC Directives
IEC61131-2 type 1-3 compliant.
CDS_CybTouch6_P_v1.1.doc 4/5
Dimensions
CybTouch 6 P for conventional press-brakes, 2 axes, 16 inputs, 12 outputs:
CDS_CybTouch6_P_v1.1.doc 5/5
Rue des Uttins 27 CH-1401 Yverdon Switzerland TEL:+ 41 24 447 02 00 FAX:+ 41 24 447 02 01 E-Mail: info@cybelec.ch
Connectors X2 to X5 =
Weidmüller B2L 3.5/28/180
SN BK
Max 4 A / connector pin.
max 8 mm0.75 mm
2
X1
Signal
Default I/0
1
24 V
24 VDC DNC
2
0V
0V DNC
Input/output list for CybTouch 6 P (16/12 i/o)
X1 Power Connector
CybTouch6_P_1612io_v1.1b.doc Page 1 of 6
A 4 wires shielded cable must
be used for the potentiometer.
X3/27and X3/28 terminals
must be connected together
at one side of the potentiometer.
Generalities
All 0V_I/O pins are connected together.
All digital outputs are capable to drive load (for example valves) up to 3 A maximum.
Digital outputs are short-circuit and overload protected.
Inductive loads must be equipped with surge suppressors.
The 24V_I/O pins from connectors X2 and X5 are connected together.
The symbols mentioned in this list (,,) are only a sample of use.
See basic diagram also.
Crowning Wiring
CybTouch6_P_1612io_v1.1b.doc Page 2 of 6
X2
Signal
Default I/0
X2
Signal
Default I/0
1
24V_I/O
24 VDC electrical box in
Max 4 A / connector pin.
15
24V_I/O
24 VDC electrical box in
Max 4 A / connector pin.
2
OUT 1
Pump on / Eco mode off
16
IN 1
Pressure reached
3
OUT 2
Machine ready
17
IN 2
X retraction
4
0V_I/O
0 V electrical box out
18
IN 3
TDC
5
OUT 3
Enable X axis
19
IN 4
Start
6
OUT 4
X moving
20
0V_I/O
0 V electrical box in
7
0V_I/O
0 V electrical box out
21
IN 5
Stop
8
OUT 5
Enable Y axis
22
IN 6
X index zone
9
OUT 6
23
IN 7
Y index zone
10
0V_I/O
0 V electrical box out
24
IN 8
11
AOUT 1
X analog out
25
0Vanalog
0V analog
12
0Vanalog
X 0V analog out
26
AIN1 +
13
AOUT 2
Y analog out
27
AIN1 -
14
0Vanalog
Y 0V analog out
28
0Vanalog
0V analog
X3
Signal
Default I/0
X2
Signal
Default I/0
1
24V_I/O
24 VDC electrical box in
Max 4 A / connector pin.
15
24V_I/O
24 VDC electrical box in
Max 4 A / connector pin.
2
OUT 7
Return to TDC
16
IN 9
3
OUT 8
17
IN 10
4
0V_I/O
0 V electrical box out
18
IN 11
5
OUT 9
19
IN 12
6
OUT 10
20
0V_I/O
0 V electrical box in
7
0V_I/O
0 V electrical box out
21
IN 13
8
OUT 11
22
IN 14
9
OUT 12
23
IN 15
10
0V_I/O
0 V electrical box out
24
IN 16
11
AOUT 3
Proportional pressure valve (0-10VDC)
25
0Vanalog
0V analog
12
0Vanalog
26
AIN2 +
Crowning potentiometer / cursor *
13
AOUT 4
10 VDC reference
27
AIN2 -
Crowning potentiometer / 0V ,
14
0Vanalog
28
0Vanalog
Crowning potentiometer / 0V -
Refer to electrical box wiring diagram
All pin attributions below are programmable. The list below is a default proposal.
X2 I/O Connector
X3 I/O Connector
* Crowning depends on the machine and can be set or not in machine parameters.
CybTouch6_P_1612io_v1.1b.doc Page 3 of 6
X5
Signal
Assignation
X5
Signal
Assignation
1
5V encoder
5V out for encoder X
15
Z1+
Index encoder X
2
0V encoder
0V out for encoder X
16
Z1 -
Index - encoder X
3
A1+
A signal of encoder X
17
B1+
B signal of encoder X
4
A1 -
A - signal of encoder X
18
B1 -
B - signal of encoder X
5
0V encoder
19
0V encodeur
6
5V encoder
5V out for encoder Y
20
Z2+
Index encoder Y
7
0V encoder
0V out for encoder Y
21
Z2 -
Index - encoder Y
8
A2+
A signal of encoder Y
22
B2+
B signal of encoder Y
9
A2 -
A - signal of encoder Y
23
B2 -
B - signal of encoder Y
10
0V encoder
24
0V encodeur
11
5V encoder
25
Z3+
12
0V encoder
26
Z3 -
13
A3+
27
B3+
14
A3 -
28
B3 -
Z+ Z-
X5 Encoder Connector
Use twisted pair cables for encoder signals.
Do not invert index signals (normal and inverted, Z+ and Z-).
It will result in a bad indexation procedure (lost of precision) difficult to trace or no indexation at all. If this
happens try to invert index signals.
Use twisted pair cables for encoder signals.
Encoder inputs support 12VDC and 24VDC signals. In this case encoder must be powered externally with its own power supply.
Encoder inputs support encoders without inverted signals.
CybTouch6_P_1612io_v1.1b.doc Page 4 of 6
0V encoder must be common. See page 7 of this document for more details.
Emitter follower encoder outputs must be
connected to the negative (A+ B+) inputs
on the CybTouch.
Any unused inputs must be left
disconnected.
5V single ended encoders may take their
5V power supply from the CybTouch.
Open collector encoder outputs must be
connected to the positive (A- B-) inputs
on the CybTouch
Any unused inputs must be left
disconnected.
5V single ended encoders may take their
5V power supply from the CybTouch.
Push-pull encoder outputs must be
connected to the positive (A+ B+) inputs
on the CybTouch.
Any unused inputs must be left
disconnected.
5V single ended encoders may take their
5V power supply from the CybTouch.
Differential encoders (TTL / 422 / 485)
are usually 5V powered. All channels
must be connected.
Usually, the 5V of emulated encoders
(servo-drives) output must NOT be
connected to the 5V encoder of the
CybTouch.
This may be dangerous for the drive or
the CybTouch.
But some drives are fully opto-coupled
and 5V encoder must be provided like for
a normal encoder.
Please refer to the drive datasheet.
12 / 24 V Single Ended (Unipolar) Encoders
Encoder inputs support 12VDC and 24VDC signals. In this case encoder must be powered externally with its
own power supply. 0V encoder must be common.
Encoder inputs support encoders without inverted signals.
5 V Differential Encoders / Emulated Encoders
CybTouch6_P_1612io_v1.1b.doc Page 5 of 6
4 mm²
0V and gro und connection
X2
24Vio
0Vio
4
7
0Vio
11
14
X3 X4
4
7
0Vio
11
14
Encoders
1
4
7
8
11
14
X1
24V
12
X5
1
M4x6 max.
i
0V
4 mm²
0 V
Power
230 V
supply
24V NC
24V I/O
24 V
Default Configuration for Press Brakes
With pressure. With pressure.
Without crowning. With mechanical crowning (potentiometer feedback).
CybTouch6_P_1612io_v1.1b.doc Page 6 of 6
0 1 2 3 4 5 6 7 8 9
S10
12345
Q12
6
142
K27
553
12345
12345
K26
6
6
K25
12345
K28
6
F15
1
65432
1
EMO RELAY
65432
L11/5.0
L21/5.0
L31/5.0
G17
1
F17
L1 L2 L3 PE
0V 24V
65432
L1XL2
L3
PE
M12
U
X
UZVXWYPE
M
3~
V
W
PE
YZX
La copie ou remise à un tiers sans notre autorisation écrite est strictement interdite.
MAIN POWER SUPPLY
WITH EXTERNAL FUSES POWER SUPPLY
3x400V - 50/60Hz
Revision Date
a
b
c
d
Dess.
Appr.
05.03.12
PUMP MOTOR
NomDate Nom
JFG
MAIN POWER SUPPLY - PUMP MOTOR
POWER SUPPLY SERVO DRIVES
POWER SUPPLY 24VDC FOR COMMAND
SERVO DRIVES
24VDC
0VDC
24VDC POWER SUPPLY MUST BE FILTERED AND REGULATED
RELAYS AND VALVES MUST BE EQUIPPED WITH SUPPRESSORS
POWER SUPPLY
24VDC FOR COMMAND
24V/2.0
0V/2.0
Projet
CYBTOUCH 6 P
N° d'affaire N° du dessin
12-0130-01PRESS
<
>
2
N° Pg.
17
1
Pg.
0 1 2 3 4 5 6 7 8 9
24V/1.7
0V/1.7
U20
24VDC
0VDC 0VDC
13
F20
1
1A
2
K28
14
EMERGENCY
RELAY
13
24VDC BEFORE EMO
24VDC ELECTRICAL BOX
K27
L N
SCHAFFNER FILTER
FN332-1/05
OR SIMILAR
L' N'
K25
14
14
13
55
INFO_2/10.1
24V/5.1
24VDC/3.0
0V/3.1
6mm2
COVER
PE
CYBTOUCH
DIRECTLY CONNECTED TO THE FILTER
1 2 1 15 1 15 20
A20
/3.2
La copie ou remise à un tiers sans notre autorisation écrite est strictement interdite.
TO USE A FILTER IN THE DNC POWER LINE
X1 X1
IT'S HIGHLY RECOMMENDED
X2
24V
24V
X3
24V
24V
0V
X2
OUTPUT CURRENT
11
2
X2
PUMP ON
!! WARNING !!
MAX. 3A
K25
K27
K26
56
22
21
A1
A2
21
/1.3
43
/1.3
65
/1.3
1413
.5
2221
.5
INFO_1/10.1
K26
K25
22
21
A1
A2
A1
K27
A2
21
/1.3
43
/1.3
65
/1.3
1413
2221
.5
21
43
65
1413
5655
H27
/1.2
/1.2
/1.2
.5
.5
X1
X2
S25
1
2
24V
K28
12
A1
A2
21
/1.5
43
/1.5
65
/1.5
1413
.2
POWER SUPPLY
24VDC DNC
Revision Date
a
b
c
d
Dess.
Appr.
05.03.12
NomDate Nom
JFG
POWER SUPPLY
24VDC I/O
POWER SUPPLY - DNC - I/O
PUMP START WITH CYBTOUCH START
BUTTON AND INTEGRATED ECO MODE
PUMP START WITH CYBTOUCH START BUTTON AND INTEGRATED ECO MODE
Projet
CYBTOUCH 6 P
N° d'affaire N° du dessin
EMERGENCY
PUSH-BUTTON
12-0130-01PRESS
EMERGENCY
RELAY
1
<
3
>
N° Pg.
17
2
Pg.
0 1 2 3 4 5 6 7 8 9
INFO_3/10.1
24VDC/2.9
47ohm
63V
PROPORTIONAL PRESSURE VALVE
G30
V-A CONVERTER
MVP100
1 2 36 4
R31
5
A20
/2.0
/4.1
40
12 11
X3
0V 10V
41
S32
COVER
RETRACTION
S33
X AXIS
3
P34
4
1516 24V
X2
ENABLE Y
OPTIONAL
24V
1
2
1314
24 1617 18
X2
PRESSURE
REACHED
3
P
4
X2
S36
1718 24V
CYBTOUCH
X2
X3
X3
33 2
TOP DEAD
CENTER
3
4
X2
42
19
K33
1
TOP DEAD FOOTSWITCH
CENTER
2
20 24V
S37
3
DOWN
4
21 24V
13
K32
14
13
21
K33
14
22
21
K34
22
24VDC ELECTRICAL BOX
24VDC/5.7
13
K34
14
470uF
0.5W
La copie ou remise à un tiers sans notre autorisation écrite est strictement interdite.
C31
24V
+
-
51
= IN4007
OR ANY PLUG WITH
INTEGRATED SURPRESSOR
K32
A1
A2
24
2221
25
K33
A1
A2
1413
.7
1413
2221
Y30
PRESSURE
VALVE
MACHINE
READY
RETURN
TO TDC
K34
.6
.7
INFO_4/10.1
OPTIONAL
DECOMPPRESSION
A1
A2
31
2221
3
SPEED
4
23 22
54
+
-
CHANGE
0V
0V/4.00V/2.9
55
+
-
Y39
OPTIONAL
DECOMPRESSION
ACC. TO HYDR. SYST.
S38
0VDC
1413
.9
.7
0V
52
+
-
Y36
BEAM
UP
0V
53
+
-
Y37
BEAM
DOWN LOW SPEED
0V
Y38
OPTIONAL
BEAM DOWN
Revision Date
a
b
c
d
Dess.
Appr.
05.03.12
NomDate Nom
JFG
DNC INPUTS - HYDRAULIC COMMAND
PROPORTIONAL PRESSURE VALVE
INTERFACE BY THE ELECTRICAL BOX
Projet
CYBTOUCH 6 P
N° d'affaire N° du dessin
PRESS
12-0130-01
<
>
2
4
N° Pg.
17
3
Pg.
0 1 2 3 4 5 6 7 8 9
MEASURE
CROWNING
ANALOG.CROWNING / SP-SN AND MEASURE WITH POTENTIOMETER
L1
L2
L3
3x400 VAC
A20
/3.2
/5.4
13 27
X3
X3
R41
2-5 kohm
2826
COVER
26
FOR CROWNING WITH PROPORTIONAL VALVE, SEE ON PAGE 4A
!! WARNING !!
A 4 WIRES SHIELDED CABLE MUST
BE USED FOR THE POTENTIOMETER.
X3/27 AND X3/28 TERMINALS
MUST BE CONNECTED TOGETHER
AT ONE SIDE OF THE POTENTIOMETER
INFO_5/10.1
CYBTOUCH
X3
98
27
LINK/4A.4
Q47
K41
1
65432
1
1
K42
65432
65432
21
K42
22
K41
A1
A2
La copie ou remise à un tiers sans notre autorisation écrite est strictement interdite.
21
43
65
2221
SP SN
ANALOG. CROWNING
K42
.7
.7
.7
.2
K41
21
22
A1
A2
0VDC
21
.7
43
.7
65
.7
2221
.1
0V/5.10V/3.9
U2V2W2
M47
ANALOG. CROWNING
M
3~
80
PEWVU
Revision Date
a
b
c
d
Dess.
Appr.
05.03.12
NomDate Nom
JFG
DNC INPUTS - HYDRAULIC COMMAND
ANALOG CROWNING
INTERFACE BY THE ELECTRICAL BOX
Projet
CYBTOUCH 6 P
N° d'affaire N° du dessin
PRESS
12-0130-01
<
>
3
5
N° Pg.
17
4
Pg.
0 1 2 3 4 5 6 7 8 9
L11/1.6
L21/1.6
L31/1.6
U50
3x400 VAC
24V/2.9
0V/4.3
T51
1
F51
L1 L2 L3 PE
AC MAINS
65432
AC SERVO-DRIVE CYBMOTION
MOTOR 1
U1 1 5V1 W1 4
24VDC BEFORE EMO
ONLY FOR 230V
SERVO-DRIVE
0VDC
12
11
IO
24V GND
ENC 1 IN
0V/4A.1
3
IO IO
OP2
4 8 6 75PE 2 6 3 13 9 10 14
4
AXIS 1 OK
ENC 1 OUT CMD / CAN
3 1 2 8 9 5 615 7 11 12 6 1
SERVO-AMPLIFIER SETTINGS
PROPORTIONAL GAIN = NO
ACCELERATION / DECELERATION RAMPS = NO
DNC SETTINGS
P09.01 ENABLE +/- 10V
P09.02 CLOSED LOOP = YES / TIME BEFORE ? 0.5s
P11.02 INDEX ZONE REVERSE LOGIC = YES
ANALOG VOLTAGEENABLE
ENABLE
IO
0V 10V
24VDC/3.9
24VDC ELECTRICAL BOX
PL1 NL1
IO IO
24VDC/6.7
XM
1
La copie ou remise à un tiers sans notre autorisation écrite est strictement interdite.
M50
3~
AC BRUSHLESS
MOTOR
234 6XR5 12 11 8 7 2 15 9 14 1
A B Z
M
A/ B/ Z/
INCREMENTAL
ENCODER
13 4 3 10
U V W
U/ V/ W/5V0V
HALL
RESOLVER
/4.1
/6.4
A20
28
9 23 20 14 1321 8 22 8 23
X5 X2 X2 X2
A/ B
Z/
B/ A
7
COVERCOVER
Z
0V
29
30
CYBTOUCH
POSITION
Y AXIS Y AXIS
INDEX ZONE
X2
S57
323324V
1
1
S58
2
Y AXIS
SP + SN -
2
24V
Revision Date
a
b
c
d
Dess.
Appr.
05.03.12
NomDate Nom
JFG
Y AXIS
AC SERVO-DRIVE CYBMOTION DUAL
Projet
CYBTOUCH 6 P
N° d'affaire N° du dessin
12-0130-01PRESS
<
>
4
6
N° Pg.
17
5
Pg.
0 1 2 3 4 5 6 7 8 9
U60
SERVO-AMPLIFIER SETTINGS
PROPORTIONAL GAIN = NO
ACCELERATION / DECELERATION RAMPS = NO
DNC SETTINGS
P09.01 ENABLE +/- 10V
P09.02 CLOSED LOOP = YES / TIME BEFORE ? 0.5s
P11.02 INDEX ZONE REVERSE LOGIC = YES
1
IO IO
AC SERVO-DRIVE CYBMOTION
MOTOR 2 ENC 2 IN ENC 2 OUT
U1 1 5V1 W1 4
4 8 6 85PE 2 6 3 13 9 10 14 3 1 2 8 9 9 1015 7 11 12 7 2
OP4 AXIS 2 OK
2
ENABLE
IO
ANALOG VOLTAGEENABLE
0V 10V
CMD / CAN
24VDC/5.9
24VDC ELECTRICAL BOX
PL2 NL2
IO IO
24VDC/4A.0
XM
1
La copie ou remise à un tiers sans notre autorisation écrite est strictement interdite.
M60
3~
AC BRUSHLESS
MOTOR
234 6XR5 12 11 8 7 2 15 9 14 1
A B Z
M
A/ B/ Z/
INCREMENTAL
ENCODER
13 4 3 10
U V W
U/ V/ W/5V0V
HALL
RESOLVER
/5.4
A20
34
4 18 15 12 1116 3 17 5 22
X5 X2 X2 X2
A/ B
Z/
B/ A
2
COVERCOVER
Z
0V
35
36
CYBTOUCH
POSITION
X AXIS X AXIS
INDEX ZONE
X2
37
S67
38
24V
1
1
S68
2
X AXIS
SP + SN -
2
39
24V
Revision Date
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b
c
d
Dess.
Appr.
05.03.12
NomDate Nom
JFG
X AXIS
AC SERVO-DRIVE CYBMOTION DUAL
Projet
CYBTOUCH 6 P
N° d'affaire N° du dessin
12-0130-01PRESS
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5
8
N° Pg.
17
6
Pg.
0 1 2 3 4 5 6 7 8 9
WIRING OPTIONS
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Revision Date
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b
c
d
Dess.
Appr.
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NomDate Nom
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Projet
CYBTOUCH 6 P
N° d'affaire N° du dessin
PRESS
12-0130-01
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6
N° Pg.
17
8
Pg.
0 1 2 3 4 5 6 7 8 9
24V/1.7
0V/1.7
U20
24VDC
0VDC 0VDC
13
24VDC BEFORE EMO
24VDC ELECTRICAL BOX
K28
1
1A
F20
2
L N
SCHAFFNER FILTER
FN332-1/05
OR SIMILAR
L' N'
EMERGENCY
RELAY
14
ECO MODE RELAY
A1
ECO
A2
21.522
ECO
START
21
22
3
4
56
K27
K25
14
13
13
14
INFO_6/10.1
24V/5.1
24VDC/3.0
0V/3.0
PE
DIRECTLY CONNECTED TO THE FILTER
1 2 1 15 1 15 20 2
A20
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TO USE A FILTER IN THE DNC POWER LINE
X1 X1
IT'S HIGHLY RECOMMENDED
X
6mm2
COVER
CYBTOUCH
X2
24V
24V
X3
24V
24V
0V
X2
11
X2
ECO MODE OFF
S25
1
2
24V
12
K25
K27
K26
55
21
22
A1
A2
21
K25
22
A1
K26
A2
21
/1.3
43
/1.3
65
/1.3
1413
.6
2221
.6
21
/1.3
43
/1.3
65
/1.3
1413
2221
.5
K27
A1
A2
X1
H27
21
/1.2
43
/1.2
65
/1.2
1413
.6
5655
.5
K28
X2
A1
A2
21
43
65
1413
.2
POWER SUPPLY
24VDC DNC
Revision Date
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d
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Appr.
05.03.12
NomDate Nom
JFG
POWER SUPPLY
24VDC I/O
POWER SUPPLY - DNC - I/O
PUMP START WITH CONVENTIONAL
START BUTTON AND ECO MODE
EMERGENCY
PUSH-BUTTON PUMP START WITH CONVENTIONAL START BUTTON AND ECO MODE
Projet
CYBTOUCH 6 P
N° d'affaire N° du dessin
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EMERGENCY
RELAY
1
<
3
>
N° Pg.
17
2A
Pg.
0 1 2 3 4 5 6 7 8 9
24V/1.7
0V/1.7
U20
24VDC
0VDC 0VDC
13
F20
1
1A
2
K28
EMERGENCY
RELAY
14
13
PUMP_ON
14
14
24VDC BEFORE EMO
24VDC ELECTRICAL BOX
K27
L N
SCHAFFNER FILTER
FN332-1/05
OR SIMILAR
L' N'
PUMP ON RELAY
PUMP_ON
A1
A2
13 14
K25
56
.5
13
13
14
INFO_7/10.1
24V/5.1
24VDC/3.0
0V/3.0
PE
DIRECTLY CONNECTED TO THE FILTER
1 2 1 15 1 15 20 2
A20
La copie ou remise à un tiers sans notre autorisation écrite est strictement interdite.
TO USE A FILTER IN THE DNC POWER LINE
X1 X1
IT'S HIGHLY RECOMMENDED
X
6mm2
COVER
CYBTOUCH
X2
24V
24V
X3
24V
24V
0V
X2
11
X2
PUMP ON
S25
1
2
24V
12
K25
K27
K26
55
21
22
A1
A2
21
K25
22
A1
K26
A2
21
/1.3
43
/1.3
65
/1.3
1413
.6
2221
.6
21
/1.3
43
/1.3
65
/1.3
1413
2221
.5
K27
A1
A2
X1
H27
21
/1.2
43
/1.2
65
/1.2
1413
.6
5655
.5
K28
X2
A1
A2
21
43
65
1413
.2
POWER SUPPLY
24VDC DNC
Revision Date
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b
c
d
Dess.
Appr.
05.03.12
NomDate Nom
JFG
POWER SUPPLY EMERGENCY
24VDC I/O
PUSH-BUTTON
PUMP START WITH CYBTOUCH START
BUTTON AND INTEGRATED ECO MODE
BIG CONTACTOR (>3A) OR AC VOLTAGE
PUMP START WITH CYBTOUCH START BUTTON AND INTEGRATED ECO MODE
Projet
CYBTOUCH 6 P
N° d'affaire N° du dessin
12-0130-01PRESS
EMERGENCY
RELAY
1
<
3
>
N° Pg.
17
2B
Pg.
0 1 2 3 4 5 6 7 8 9
PROPORTIONAL CROWNING VALVE
24VDC/6.9
G40
24VDC ELECTRICAL BOX
5
V-A CONVERTER
MVP100
1 2 36 4
42
14 13
X3
A20
0V 10V
43
COVER
24VDC
CROWNING WITH PROPORTIONAL VALVE
CYBTOUCH
LINK/4.5
BACK TO PAGE 4
47ohm
63V
470uF
0.5W
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C41
24V
+
R41
55
0VDC
0V0V/5.3
-
Y40
CROWNING
VALVE
Revision Date
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05.03.12
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JFG
DNC INPUTS - HYDRAULIC COMMAND
PROPORTIONAL CROWNING VALVE
INTERFACE BY THE ELECTRICAL BOX
Projet
CYBTOUCH 6 P
N° d'affaire N° du dessin
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INFO_1/2.5 This diagram can be used as long as the two contactors (star/delta) do not need more than 3A total.
If the star/delta set requires more than 3A (24VDC) or other voltage (AC for example) please use the diagram on page 2B
INFO_2/2.6 For other ways of starting the pump, please refer to the chapter "Wiring Options" at the end of this document
INFO_3/3.2 Optional safety input "Enable Y" :
This function prevents the depht gauge Y axis from moving if the beam is pressing against it.
Usually a switch informs the numerical control if the Y axis is free to move.
If the Enable Y input is configured, it must be active to allow a Y movement.
If the input is not activate while starting the Y axis, a message "Y - beam collision" is displayed.
INFO_4/3.4 Optional output "Decompression" :
This optional output becomes active at the end of the Dwell time, before the "Return to TDC" output.
Use this signal to make a pressure decompression on the machine.
If a proportional pressure valve is available, the pressure will drop to a
"decompression pressure" value set in machine parameters.
INFO_5/4.2 Important : A 4-wire shielded cable must be used for each of the potentiometers.
27 and 28 terminals must be connected together at one side of the potentiometer.
Refer to the wiring explanation in the inputs/outputs list. (bottom of X2 connector list)
INFO_6/2A.7 Conventional Start-Stop panel buttons.
This diagram shows the conventional pump start-stop buttons (usualy placed on the panel)
The Eco-mode relay is used to stop the main motor after x minutes of inactivity.
The EcoModeOff output is configured instead of the PumpOn output.
Whenever possible, we recommend that the Pump start button on the CybTouch and related PumpOn output be used.
This saves using the conventional start/stop buttons, is much more user friendly for the operator and integrates
the Eco-mode function.
INFO_7/2B.7 This diagram is used if more than 3A is needed to activate the 2 simultaneous star/delta contactors.
It is also used when star/delta contactors are 24 VAC or 48 VAC.
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DateRevision NomDate Nom
a
b
c
d
Dess.
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05.03.12
JFG
NOTES ON DIAGRAMS
Projet
CYBTOUCH 6 P
N° d'affaire
PRESS
N° du dessin
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<
>
N° Pg.
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Pg.
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