TOX CEP400T Process Monitoring Unit User Manual
- June 12, 2024
- TOX
Table of Contents
- TOX CEP400T Process Monitoring Unit
- Product Information
- Table of Contents
- Important Information
- About this Product
- Transport and Storage
- Commissioning
- Operation
- Software
- Maintenance
- About this product
- Important information
- Safety
- About this product
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
TOX CEP400T Process Monitoring Unit
Product Information
The Process Monitoring CEP400T is a product manufactured by TOX located in Weingarten, Germany. It is a process monitoring unit designed to ensure safety and efficiency in industrial operations.
Table of Contents
- Important information
- Safety
- About this product
- Technical data
- Transport and storage
- Commissioning
- Operation
- Software
- Troubleshooting
- Maintenance
Important Information
The user manual provides essential information for the safe and proper use of the Process Monitoring CEP400T. It includes safety requirements, warranty details, product identification, technical data, transport and storage instructions, commissioning guidelines, operation instructions, software details, troubleshooting information, and maintenance procedures.
Safety
The safety section outlines basic safety requirements, organizational
measures, safety requirements for the operating company, and selection and
qualifications of personnel. It also highlights fundamental hazard potential
and electrical hazards that users should be aware of.
About this Product
This section covers warranty information and provides details about product identification, including the position and content of the type plate for easy identification.
Technical Data
The technical data section provides comprehensive information about the
specifications and capabilities of the Process Monitoring CEP400T unit.
Transport and Storage
This section explains how to temporarily store the unit and provides instructions for dispatching it for repair when necessary.
Commissioning
This section provides guidelines on how to prepare the system and start the Process Monitoring CEP400T unit.
Operation
The operation section details how to effectively monitor and operate the Process Monitoring CEP400T unit.
Software
This section explains the function of the software used in conjunction with the Process Monitoring CEP400T unit and describes the software interface.
Troubleshooting
The troubleshooting section helps users detect faults, acknowledges
messages, and analyze NOK (Not OK) situations. It also provides a list of
error messages and instructions for dealing with them. Additionally, it covers
battery buffer information.
Maintenance
The maintenance section explains maintenance and repair procedures, emphasizes
safety during maintenance tasks, and provides instructions for changing the
flash card and replacing the battery.
For detailed information and instructions on each topic, please refer to the
relevant sections in the user manual.
User manual
Process monitoring CEP400T
TOX® PRESSOTECHNIK GmbH & Co. KG
Riedstrasse 4 88250 Weingarten / Germany www.tox.com
Edition: 04/24/2023, Version: 4
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2.1
2.2 2.2.1 2.2.2
2.3 2.3.1
About this product
3.1
3.2 3.2.1
3.3 3.3.1 3.3.2 3.3.3 3.3.4 3.3.5 3.3.6
Warranty ………………………………………………………………………………………. 17
Product Identification ……………………………………………………………………… 18 Position and content of
the type plate……………………………………………….. 18
Function description……………………………………………………………………….. 19 Process monitoring
………………………………………………………………………… 19 Force monitoring…………………………………………………………………………….
19 Force measurement……………………………………………………………………….. 19 Test of the final
position of the closed tool…………………………………………. 20 Networking via Ethernet
(Option)……………………………………………………… 21 Log CEP 200 (optional)
………………………………………………………………….. 21
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Important information
Important information
1.1 Legal note
All rights reserved. Operating instructions, manuals, technical descriptions
and software published by TOX® PRESSOTECHNIK GmbH & Co. KG (“TOX®
PRESSOTECHNIK”) are copyright and must not be reproduced, distributed and/ or
otherwise processed or edited (e.g. by copying, microfilming, translation,
transmission in any electronic medium or machine-readable form). Any use –
including of extracts – contrary to this condition is prohibited without
approval in writing by TOX® PRESSOTECHNIK and may be subject to criminal and
civil legal sanctions. If this manual refers to goods and/or services of third
parties, this is for example only or is a recommendation by TOX®
PRESSOTECHNIK. TOX® PRESSOTECHNIK does not accept any liability or
warranty/guarantee with reference to the selection, specifications and/or
usability of these goods and services. The use and/or representation of
trademarked brands that do not belong to TOX® PRESSOTECHNIK are for
information only; all rights remain the property of the owner of the
trademarked brand. Operating instructions, manuals, technical descriptions and
software are originally compiled in German.
1.2 Exclusion of liability
TOX® PRESSOTECHNIK has checked the contents of this publication to ensure that
it conforms to the technical properties and specifications of the products or
plant and the description of the software. However, discrepancies may still be
present, so we cannot guarantee complete accuracy. The supplier documentation
included with the system documentation is an exception. However, the
information in this publication is checked regularly and any required
corrections are included in subsequent editions. We are grateful for any
corrections and suggestions for improvement. TOX® PRESSOTECHNIK reserves the
right to revise the technical specifications of the products or plant and/or
the software or documentation without prior notice.
1.3 Validity of the document
1.3.1 Content and target group
This manual contains information and instructions for the safe operation and
safe maintenance or servicing of the product.
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7
Important information
All information in this manual is up to date at the time of print. TOX®
PRESSOTECHNIK reserves the right to make technical changes that improve the
system or increase the standard of safety.
The information is intended for the operating company as well as operating and
service personnel.
1.3.2 Other applicable documents
In addition to the available manual, further documents can be supplied. These
documents must also be complied with. Other applicable documents can be, for
example: additional operating manuals (e.g. of components or of a whole sys-
tem) Supplier documentation Instructions, such as software manual, etc.
Technical data sheet Safety data sheets Data sheets
1.4 Gender note
In order to enhance readability, references to persons that also relate to all
sexes are normally only stated in the usual form in German or in the
corresponding translated language in this manual, thus e.g. “operator”
(singular) for male or female, or “operators” (plural) for male or female”.
This should in no way convey any gender discrimination or any violation of the
principle of equality, however.
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Important information
1.5 Displays in the document
1.5.1 Display of warnings Warning signs indicate potential dangers and
describe protective measures. Warning signs precede the instructions for which
they are applicable.
Warning signs concerning personal injuries
DANGER Identifies an immediate danger! Death or severe injuries will occur if
appropriate safety measures are not taken. è Measures for remedial action and
protection.
WARNING Identifies a potentially dangerous situation! Death or serious injury
may occur if appropriate safety measures are not taken. è Measures for
remedial action and protection.
CAUTION Identifies a potentially dangerous situation! Injury may occur if
appropriate safety measures are not taken. è Measures for remedial action and
protection.
Warning signs indicating potential damage NOTE Identifies a potentially
dangerous situation! Property damage may occur if appropriate safety measures
are not taken. è Measures for remedial action and protection.
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9
Important information
1.5.2 Display of general notes
General notes show information on the product or the described action steps.
Identifies important information and tips for users.
1.5.3 Highlighting of texts and images
The highlighting of texts facilitates orientation in the document. ü
Identifies prerequisites that must be followed.
1. Action step 1 2. Action step 2: identifies an action step in an operating
sequence that
must be followed to ensure trouble-free operation. w Identifies the result of
an action. u Identifies the result of a complete action.
è Identifies a single action step or several action steps that are not in an
operating sequence.
The highlighting of operating elements and software objects in texts
facilitates distinction and orientation.
levers and (valves) stopcocks. ”with quotation marks” identifies software
display panels, such as win-
dows, messages, display panels and values. In bold identifies software
buttons, such as buttons, sliders, check-
boxes and menus. In bold identifies input fields for entering text and/or
numerical values.
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Important information
1.6 Contact and source of supply
Only use original spare parts or spare parts approved by TOX® PRESSOTECHNIK.
TOX® PRESSOTECHNIK GmbH & Co. KG Riedstraße 4 D – 88250 Weingarten Tel. +49
(0) 751/5007-333 E-Mail: info@tox-de.com For additional information and forms
see www.tox-pressotechnik.com
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Important information
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Safety
Safety
2.1 Basic safety requirements
The product is state of the art. However, operation of the product may involve
danger to life and limb for the user or third parties or damage to the plant
and other property. For this reason the following basic safety requirements
will apply: Read the operating manual and observe all safety requirements and
warnings. Operate the product only as specified and only if it is in perfect
techni-
cal condition. Remedy any faults in the product or the plant immediately.
2.2 Organizational measures
2.2.1 Safety requirements for the operating company
The operating company is responsible for compliance with the following safety
requirements: The operating manual must always be kept available at the
operation
site of the product. Ensure that the information is always complete and in
legible form. In addition to the operating manual, the generally valid legal
and other binding rules and regulations must be provided for the following
content and all personnel must be trained accordingly: Work safety
Accident prevention Working with hazardous substances First aid
Environmental protection Traffic safety Hygiene The requirements and
contents of the operating manual must be supplemented by existing national
regulations (e.g. for prevention of accidents and for environmental
protection). Instructions for special operating features (e.g. work
organization, work processes, appointed personnel) and supervisory and
reporting obligations must be added to the operating manual. Take action to
ensure safe operation and make sure that the product is maintained in a
functional condition.
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13
Safety
Only allow authorized persons access to the product. Ensure that all personnel
work with awareness of safety and potential
dangers with reference to the information in the operating manual. Provide
personal protective equipment. Maintain all safety and information on dangers
regarding the product
complete and in legible condition and replace as required. Do not make any
changes, carry out attachments or conversions to the
product without the written approval of TOX® PRESSOTECHNIK. Action contrary to
the above will not be covered by the warranty or the operating approval. Make
sure that the annual safety inspections are carried out and documented by an
expert.
2.2.2 Selection and qualifications of personnel
The following safety requirements are applicable for the selection and
qualifications of personnel: Only appoint persons to work on the plant who
have read and under-
stood the operating manual, and in particular, the safety instructions before
starting work. This is particularly important for persons who only work on the
plant occasionally, e.g. for maintenance work. Only allow persons appointed
and authorized for this work access to the plant. Only appoint reliable and
trained or instructed personnel. Only appoint persons to work in the danger
zone of the plant who can perceive and understand visual and acoustic
indications of danger (e.g. visual and acoustic signals). Ensure that assembly
and installation work and the initial commissioning are performed exclusively
by qualified personnel who have been trained and authorized by TOX®
PRESSOTECHNIK. Maintenance and repairs must be performed by qualified and
trained personnel only. Ensure that personnel who are being trained,
instructed or are in an apprenticeship can only work on the plant under the
supervision of an experienced person. Have work on electrical equipment
performed only by electricians or trained persons under the direction and
supervision of an electrician in accordance with the electrotechnical
regulations.
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TOX_Manual_Process-monitoring-unit_CEP400T_en
Safety
2.3 Fundamental hazard potential
Fundamental hazard potentials exist. The specified examples draw attention to
known hazardous situations, but are not complete and do not in any way provide
safety and risk awareness action in all situations.
2.3.1 Electrical hazards
Attention should be paid to electrical hazards particularly inside the
components in the area of all assemblies of the control system and motors of
the installation. The following basically applies: Have work on electrical
equipment performed only by electricians or
trained persons under the direction and supervision of an electrician in
accordance with the electrotechnical regulations. Always keep the control box
and/or terminal box closed. Before commencing work on electrical equipment,
switch off the main switch of the system and secure it against being switched
back on inadvertently. Pay attention to the dissipation of residual energy
from the control system of the servomotors. Make sure that the components are
disconnected from the power supply when carrying out the work.
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Safety
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About this product
About this product
3.1 Warranty
Warranty and liability are based on the contractually specified conditions.
Unless specified otherwise: The TOX® PRESSOTECHNIK GmbH & Co. KG excludes any
warranty or liability claims in the event of defects or damage if these are
attributable to one or more of the following causes: Non-compliance with
safety instructions, recommendations, instructions
and/or other specifications in the operating manual. Non-compliance with the
maintenance rules. Unauthorized and improper commissioning and operation of
the ma-
chine or components. Improper use of the machine or components. Unauthorized
constructional modifications to the machine or compo-
nents or modifications to the software. Use of non-genuine spare parts.
Batteries, fuses and lamps are not
covered by the warranty.
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17
About this product
3.2 Product Identification
3.2.1 Position and content of the type plate The type plate can be found on the back of the device.
Designation on the type plate
Type ID No SN
Meaning
Product designation Material number Serial number
Tab. 1 Type plate
Type code structure
Setup and function of process monitoring CEP 400T-02/-04/-08/-12 are similar
to a large extent. The number of measurement channels differentiates the
devices:
Type key CEP 400T-02:
CEP 400T-04: CEP 400T-08: CEP 400T-12:
Description
Two separate measurement channels ‘K1’ and ‘K2’. Four separate measurement
channels ‘K1’ to ‘K4’. Eight separate measurement channels ‘K1’ to ‘K8’.
Twelve separate measurement channels ‘K1’ to ‘K12’.
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About this product
3.3 Function description
3.3.1 Process monitoring
The process monitoring system compares the maximum force during a clinching
process with the target values that are set in the device. Depending on the
result of the measurement, a good/bad message is issued both on the internal
display as well as the external interfaces provided.
3.3.2 Force monitoring
Measurement of force: For tongs, the force is generally recorded via a screw
sensor. For presses, the force is recorded via a force sensor behind the die
or
the punch (monitoring of the maximum value)
3.3.3 Force measurement
The process monitoring system compares the maximum measured force with the set
maximum and minimum limit values.
Pressforce control by load cell
MAX limit value Peak value of poining process MIN limit value
Monitoring control dimension ‘X’ by precision limit caliper
Fig. 1 Force measurement
Changes in a process, e.g. clinching process, results in deviations in the
press force. If the measured force exceeds or drops below the fixed limit
values, the process is stopped by the monitoring system. To ensure that the
process stops at “natural” deviations of the press force, the limit values
must be chosen correctly and not to narrow.
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19
About this product
The function of monitoring equipment depends mainly on the setting of the
evaluation parameter.
3.3.4 Test of the final position of the closed tool
Clinching The process monitoring system measures and evaluates the maximum
force reached. To make a statement about a clinching process from the set
minimum and maximum limits, it must be ensured that the clinching tools were
fully closed (e.g. with a precision limit button). If the measured force is
then within the force window, it can be assumed that the ‘X’ control dimension
is in the required range. The value for control dimension ‘X’ (residual bottom
thickness) is specified in the rest report and can be measured on the piece
part with a measuring sensor. The limits of force must be adjusted to the
minimum and maximum values of the control dimnesion ‘X’ specified in the test
report.
Punch
Control dimension ‘X’ (resulting bottom thickness)
Die
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About this product
3.3.5 Networking via Ethernet (Option)
Transfer of measuring data to the PC Ethernet The PC used for data
acquisition can communicate with several CEP 400T devices via the Ethernet
interface. The IP address of the individual devices can be configured (see
Change the IP address, Page 89). The central PC cyclically monitors the status
of all CEP 400 devices. On termination of a measurement, the result will be
read and logged by the PC.
TOX®softWare Module CEP 400 The TOX®softWare can image the following
functions: Display and filing of measuring values Processing and filing of
device configurations Offline creation of device configurations
3.3.6 Log CEP 200 (optional) The CEP 200 model can be replaced with a CEP
400T. To replace model CEP 200 with a CEP 400T, the CEP 200 interface must be
activated. In this case the digital inputs and outputs according to the CEP
200 are occupied. For further information regarding handling, see the CEP 200
manual.
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About this product
22
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Technical data
4 Technical data
4.1 Mechanical specifications
Description Steel panel installation housing Dimensions (W x H x D)
Installation aperture (W x H) Display front panel (W x H) Plastic front panel
Attachment method Protection class according to DIN 40050 / 7.80 Films
Weight
Value
Zinc-coated 168 x 146 x 46 mm 173 x 148 mm 210 x 185 mm EM-immune, conductive
8 x threaded bolts M4 x 10 IP 54 (front panel) IP 20 (housing) Polyester,
resistance according to DIN 42115 Alcohols, diluted acids and alkalis,
household cleaners 1.5 kg
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Technical data
Dimensions
4.2.1 Dimensions of installation housing
77.50
123.50
Fig. 2 Dimensions of installation housing
24
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Technical data
10
4.2.2 Hole pattern of installation housing (rear view)
200
10
95
top
82.5 20
18
175
front view mounting cutout 175 X 150 mm
3
82.5 150
Fig. 3 Hole pattern of installation housing (rear view)
4.2.3 Dimensions of wall/table housing
Fig. 4 Dimensions of wall/table housing
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Technical data
4.3 Power supply
Description Input voltage
Current consumption Wall housing
Pin assignment installation housing
Value
24 V/DC, +/- 25% (incl. 10% residual ripple) 1 A 24 V DC (M12 connector strip)
voltage 0 V DC PE 24 V DC
Pin assignment wall housing
Type
I I I
Description
24 V supply voltage PE 24 V supply voltage
PIN voltage
1
24 V DC
2
–
3
0 V DC
4
–
5
PE
Type
I I I
Description
24 V supply voltage not occupied 24 V supply voltage not occupied PE
4.4 Hardware configuration
Description Processor RAM
Data storage Real-time clock / accuracy Display
Value
ARM9 processor, frequency 200 MHz, passively cooled 1 x 256 MB CompactFlash
(can be expanded to 4 GB) 2 MB boot flash 64 MB SDRAM 1024 kB RAM, remanent At
25°C: +/- 1 s / day, at 10 to 70C°: + 1 s to 11 s / day TFT, backlit, 5.7″
graphics-capable TFT LCD VGA (640 x 480) Backlit LED, switchable via software
Contrast 300:1 Luminosity 220 cd/m² Viewing angle vertical 100°, horizontal
140° Analog resistive, color depth 16-bit
26
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Description Interface extensibility
Buffer battery
Technical data
Value 1 x slot for back plane 1 x keyboard interface for max. 64 buttons with
LED Lithium cell, pluggable
Battery type Li 3 V / 950 mAh CR2477N Buffer time at 20°C typically 5 years
Battery monitoring typically 2.65 V Buffer time for battery change min. 10
minutes Order number: 300215
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Technical data
4.5 Connections
Description Digital inputs Digital outputs CAN interface Ethernet interface
Combined RS232/485 interface RJ45 USB interfaces 2.0 host USB device CF memory
card
Value
16 8 1 1 1 2 1 1
4.5.1 Digital inputs
Description Input voltage
Input current Delay time of standard inputs
Input voltage
Input current
Input impedance Tab. 2 16 digital inputs, isolated
Value
Rated voltage: 24 V (permissible range: – 30 to + 30 V) At rated voltage (24
V): 6.1 mA t : LOW-HIGH 3.5 ms t : HIGH-LOW 2.8 ms LOW level: 5 V HIGH level:
15 V LOW level: 1.5 mA HIGH level: 3 mA 3.9 k
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Technical data
Pin OK Standard CEP
CEP 200 IO (Op-
400T
tion, see Net-
working via Ether-
net (Option), Page
1
I 0
Program bit 0
Measure
2
I 1
Program bit 1
Reserve
3
I 2
Program bit 2
Test plan selection bit 1
4
I 3
Program bit 3
Test plan selection bit 2
5
I 4
Program strobe
Test plan selection
bit 2
6
I 5
Offset external
Test plan selection
cycle
7
I 6
Start measurement Error reset
8
I 7
Start measurement
channel 2 (only 2-
channel device)
19
0 V 0 V external
Reserve
20
I 8
HMI lock
Reserve
21
I 9
Error reset
Reserve
22
I 10 Program bit 4
Reserve
23
I 11 Program bit 5
Reserve
24
I 12 Reserve
Reserve
25
I 13 Reserve
Reserve
26
I 14 Reserve
Reserve
27
I 15 Reserve
Reserve
Tab. 3 Built-in version: Digital inputs I0 I15 (37-pin connector)
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Technical data
On devices with field bus interface, the outputs are written on both the
digital outputs and the field bus outputs. Whether the inputs are read on the
digital inputs or on the field bus inputs is selected in menu
”’AdditionalCommunication parametersField bus parameters”’.
Fig. 5 Connection example of digital inputs / outputs
Pin, D-SUB 25 OK
14
I0
15
I1
16
I2
17
I3
18
I4
Color code
White Brown GREEN YELLOW *Grey
Standard CEP 400T
Program bit 0 Program bit 1 Program bit 2 Program bit 3 Program strobe
CEP 200 IO (Option, see Networking via Ethernet (Option), Page 21)
Measure Reserve Test plan selection bit 1 Test plan selection bit 2 Test plan
selection bit 4
30
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Technical data
Pin, D-SUB 25 OK
19
I5
20
I6
21
I7
13
I8
I9
9
I10
10
I11
I12
22
I13
25
I14
12
0 V
11
0 V internal
23
24 V internal
Color code
White-yellow White-grey White-pink
White-red White-blue Brown-blue *Brown-red Brown-green Blue Pink
Standard CEP 400T
Offset external
Start measurement Start measurement channel 2 (only 2-channel device) HMI lock
Error reset Program bit 4 Program bit 5 Reserve Reserve Reserve 0 V external
(PLC) 0 V internal +24 V from internal (source)
CEP 200 IO (Option, see Networking via Ethernet (Option), Page 21) Test plan
selection cycle Error reset
Reserve
Reserve Reserve Reserve Reserve Reserve Reserve Reserve 0 V external (PLC) 0 V
internal +24 V from internal (source)
Tab. 4 Wall-mounted housing: Digital inputs I0-I15 (25-pin D-sub female connector)
*25-pin line required
4.5.2 Connections
Description Load voltage Vin Output voltage Output current Parallel connection
of outputs possible Short-circuit proof Switching frequency
Tab. 5 8 digital outputs, isolated
Value
Rated voltage 24 V (permissible range 18 V to 30 V) HIGH level: min. Vin-0.64
V LOW level: max. 100 µA · RL max. 500 mA Max. 4 outputs with Iges = 2 A Yes,
thermal overload protection Resistive load: 100 Hz Inductive load : 2 Hz
(dependent on inductance) Lamp load: max. 6 W Simultaneity factor 100%
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Technical data
NOTE Avoid reversing current Reversing current at the outputs may damage the output drivers.
On devices with field bus interface, the outputs are written on both the digital outputs and the field bus outputs. Whether the inputs are read on the digital inputs or on the field bus inputs is selected in menu ”AdditionalCommunication parameters/Field bus parameters”.
Built-in version: digital outputs Q0 Q7 (37-pin connector)
Pin OK Standard CEP
CEP 200 IO (Op-
400T
tion, see Net-
working via Ether-
net (Option), Page
19
0 V 0 V external
0 V external
28
Q 0 OK
OK
29
Q 1 NOK
NOK
30
Q 2 Channel 2 OK
Delivery cycle
(only 2-channel de- ready for measure-
vice)
ment
31
Q 3 Channel 2 NOK
(only 2-channel de-
vice)
32
Q 4 Program ACK
Reserve
33
Q 5 Ready for op.
Reserve
34
Q 6 Measure active
Reserve
35
Q 7 Measurement in Reserve
progress channel 2
(only 2-channel de-
vice)
36
+24 V +24 V external
+24 V external
37
+24 +24 V external
V
+24 V external
32
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Technical data
Fig. 6 Connection example of digital inputs / outputs
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33
Technical data
Wall-mounted housing: digital outputs Q0-Q7 (25-pin D-sub female connector)
Pin, D-SUB 25 OK
1
Q0
2
Q1
3
Q2
4
Q3
5
Q4
6
Q5
7
Q6
8
Q7
Color code
Red Black Yellow-brown Violet
Grey-brown Grey-pink Red-blue Pink-brown
Standard CEP 400T
OK NOK Channel 2 OK (only 2-channel device) Channel 2 NOK (only 2-channel
device) Program selection ACK Ready for measurement Measure active Channel 2
measurement in progress (only 2-channel device)
CEP 200 IO (Option, see Networking via Ethernet (Option), Page 21) OK NOK
Delivery cycle
Ready for measurement
Reserve
Reserve
Reserve
Reserve
12
0 V
Brown-green 0 V external 0 V external
(PLC)
(PLC)
24
24 V
White-green +24 V external +24 V external
(PLC)
(PLC)
Tab. 6 Wall-mounted housing: Digital inputs I0-I15 (25-pin D-sub female connector)
Mounting version: V-Bus RS 232
Description Transmission speed Connecting line
Tab. 7 1 channel, non-isolated
Value
1 200 to 115 200 Bd Shielded, min 0.14 mm² Up to 9 600 Bd: max. 15 m Up to 57
600 Bd: max. 3 m
Description
Output voltage Input voltage
Value
Min. +/- 3 V +/- 3 V
Type +/- 8 V +/- 8 V
Max. of +/- 15 V +/- 30 V
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Technical data
Description
Output current Input resistance
Value
Min. — 3 k
Type — 5 k
Max. of +/- 10 mA 7 k
Pin MIO
3
GND
4
GND
5
TXD
6
RTX
7
GND
8
GND
Mounting version: V-Bus RS 485
Description Transmission speed Connecting line
Termination Tab. 8 1 channel, non-isolated
Value
1 200 to 115 200 Bd Shielded, at 0.14 mm²: max. 300 m at 0.25 mm²: max. 600 m
Fixed
Description
Output voltage Input voltage Output current Input resistance
Value
Min. +/- 3 V +/- 3 V — 3 k
Type
+/- 8 V +/- 8 V — 5 k
Max. of
+/- 15 V +/- 30 V +/- 10 mA 7 k
Description
Output differential voltage Input differential voltage Input offset voltage
Output drive current
Value
Min. +/- 1.5 V +/- 0.5 V
Max. of
+/- 5 V +/- 5 V – 6 V/+ 6 V (to GND) +/- 55 mA (Udiff = +/- 1.5 V)
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Technical data
Pin MIO
1
RTX
2
RTX
3
GND
4
GND
7
GND
8
GND
NOTE
Service-Pins All Service-Pins are only provided for factory alignment and must
not be connected by the user
USB
Description Number of channels
USB 2.0
Value
2 x host (full-speed) 1 x device (high-speed) According to USB device
specification, USB 2.0 compatible, type A and B Connection to high-powered
hub/host Max. cable length 5 m
Pin MIO
1
+ 5 V
2
Data –
3
Data +
4
GND
Ethernet
1 channel, twisted pair (10/100BASE-T), Transmission according to IEEE/ANSI
802.3, ISO 8802-3, IEEE 802.3u
Description Transmission speed Connecting line
Length Cable
Value
10/100 Mbit/s Shielded at 0.14 mm²: max. 300 m at 0.25 mm²: max. 600 m Max.
100 mm Shielded, impedance 100
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Technical data
Description Connector LED status indicator
Value
RJ45 (modular connector) Yellow: active Green: link
Mounting version: CAN
Description Transmission speed
Connecting line
Tab. 9 1 channel, non-isolated
Description
Output differential voltage Input differential voltage Recessive Dominant
Input offset voltage
Value Min. +/- 1.5 V
– 1 V + 1 V
Input differential resistance
20 k
Value
Cable length up to 15 m: max. 1 MBit Cable length up to 50 m: max. 500 kBit
Cable length up to 150 m: max. 250 kBit Cable length up to 350 m: max. 125
kBit Number of subscribers: max. 64 Shielded At 0.25 mm²: up to 100 m At 0.5
mm²: up to 350 m
Max. of +/- 3 V
+ 0.4 V + 5 V – 6 V/+ 6 V (to CAN-GND) 100 k
Pin MIO
1
CANL
2
CANH
3
Rt
4
0 V CAN
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Technical data
4.6 Environmental conditions
Description Temperature
Relative humidity without condensation (acc. to RH2) Vibrations according to
IEC 68-2-6
Value Operation 0 to + 45 °C Storage – 25 to + 70 °C 5 to 90%
15 to 57 Hz, amplitude 0.0375 mm, occasionally 0.075 mm 57 to 150 Hz,
acceleration. 0.5 g, occasionally 1.0 g
4.7 Electromagnetic compatibility
Description Immunity according to Electrostatic discharge (EN 61000-4-2)
Electromagnetic fields (EN 61000-4-3)
Fast transients (EN 61000-4-4)
Induced high frequency (EN 61000-4-6) Surge voltage
Emission interference according to RFI voltage EN 55011 RFI emissions EN 50011
Value EN 61000-6-2 / EN 61131-2 Contact: min. 8 kV Clearance: min. 15 kV 80
MHz – 1 GHz: 10 V/m 80% AM (1 kHz) 900 MHz ±5 MHz: 10 V/m 50% ED (200 Hz)
Power supply lines: 2 kV Process digital In-outputs: 1 kV Process analog
inputs outputs: 0.25 kV Communication interfaces: 0.25 kV 0.15 – 80 MHz 10 V
80% AM (1 kHz)
1.2/50: min. 0.5 kV (measured at AC/DC converter input) EN 61000-6-4 / EN
61000-4-5 150 kHz 30 MHz (Group 1, Class A) 30 MHz 1 GHz (Group 1, Class
A)
Tab. 10 Electromagnetic compatibility in line with EC directives
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Technical data
4.8 Sensor Analog Standard Signals
Here a force sensor is connected that sends out a 0-10 V signal. The input is
selected in menu ”Configuration”(see Configuration, Page 67).
Description Nominal force or nominal distance A/D converter Nominal load of
resolution
Accuracy of measurement Max. sampling rate
Value
Adjustable via the menu 12 bit 4096 steps 4096 steps, 1 step (bit) = nominal
load / 4096 1 % 2000 Hz (0.5 ms)
4.9 Measuring sensor supply voltage
Description
Value
Auxiliary voltage Reference voltage
+24 V ±5 %, max. 100 mA 10 V ± 1% nominal signal: 0 10
24 V and 10 V are available for the power supply of the measuring sensor. They are to be wired according to the type of sensor.
4.10 Screw sensor with standard signal output
The input is selected in menu ”ConfigurationForce sensor configuration”(see
Configuring the force sensor, Page 69).
Description
Value
Tare signal
0 V = Zero adjustment active, the force sensor should be off-load here. >9 V = measuring mode, zero adjustment stopped.
For sensors that can perform an internal offset (e.g. TOX®screw sensor) a signal is available that tells the sensor when the offset adjustment is to be carried out.
The zero adjustment is activated with “Start measurement”, and that is why it should be ensured that the measurement is started before the press / clinching tongs are closed!
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Technical data
4.11 DMS signals
Force measuring via DMS force transducer. The input is selected in menu
”ConfigurationForce sensor configuration”(see Configuring the force sensor,
Page 69).
Description Nominal force Nominal stroke
A/D converter Nominal load of resolution
Gain error Max. sampling rate Bridge voltage Characteristic value
Adjustment value
Value
adjustable see Setting Nominal Force / Nominal Distance Parameters. 16 bit
65536 steps 65536 steps, 1 step (bit) = nominal load / 65536 ±0.5 % 2000 Hz
(0.5 ms) 5 V Adjustable
The entry ‘Nominal force’ must match the nominal value of the force sensor used. See the data sheet of the force sensor.
4.11.1 Built-in version: pin assignment, analog standard signals
One Sub-D 15-pole female connector each (designation analog I/O) is available
for 4 measurement channels.
Pin Type
Input/Output
1
I
3
I
4
i
6
I
7
o
8
o
9
I
10
I
11
I
12
I
13
o
14
o
15
o
Analog signal
Force signal 0-10 V, channel 1 / 5 / 9 Ground force signal, channel 1 / 5 / 9
Force signal 0-10 V, channel 2 / 6 / 10 Ground force signal, channel 2 / 6 /
10 Analog output 1: tare +10 V Ground Force signal 0-10 V, channel 3 / 7 / 11
Ground force signal, channel 3 / 7 / 11 Force signal 0-10 V, channel 4 / 8 /
12 Ground force signal, channel 4 / 8 / 12 Analog output 2: 0-10 V Ground +10
V sensor supply
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Technical data
Analog output 1 (pin 7)
Analog output 1 supplies +10 V during measuring mode (signal ‘Start
measurement’ = 1).
The signal can be used to zero the measuring amplifier. Start measurement = 1:
analog output 1 = >9 V Start measurement = 0: analog output 1: = +0 V
4.11.2 Pin assignment DMS force transducer Only hardware model CEP400T.2X (with DMS subprint)
54321 9876
Pin DMS signal
1
Measuring sig-
nal DMS +
2
Measuring sig-
nal DMS –
3
Reserve
4
Reserve
5
Reserve
6
Supply DMS
V-
7
Sensor cable
DMS F-
8
Sensor cable
DMS F+
9
Supply DMS
V+
Tab. 11 9-pole sub-D socket board DMS0 or DMS1
When connecting the DMS using the 4-conductor technique, pins 6 and 7 and pins 8 and 9 are bridged.
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Technical data
4.11.3 Wall-mounted housing: pin assignment of force transducer A 17-pin plug is available for each of 4 channels.
Pin Signal name
1
E+ K1
2
E+ K3
3
E-K1
4
S+ K1
5
E+ K2
6
S- K1
7
S+ K2
8
E- K2
9
E- K3
10
S- K2
11
S+ K3
12
S- K3
13
E+ K4
14
E- K4
15
S+ K4
16
Reserve
17
S- K4
Type
Notes
Input/Output
o
Supply DMS V+, channel 1 / 5 / 9
o
Supply DMS V+, channel 3 / 7 / 11
o
Supply DMS V-, channel 1 / 5 / 9
I
Measuring signal DMS +, channel 1 / 5 /
9
o
Supply DMS V+, channel 2 / 6 / 10
I
Measuring signal DMS -, channel 1 / 5 / 9
I
Measuring signal DMS +, channel 2 / 6 /
10
o
Supply DMS V-, channel 2 / 6 / 10
o
Supply DMS V-, channel 3 / 7 / 11
I
Measuring signal DMS -, channel 2 / 6 /
10
I
Measuring signal DMS +, channel 3 / 7 /
11
I
Measuring signal DMS -, channel 3 / 7 /
11
o
Supply DMS V+, channel 4 / 8 / 12
o
Supply DMS V-, channel 4 / 8 / 12
I
Measuring signal DMS +, channel 4 / 8 /
12
I
Measuring signal DMS -, channel 4 / 8 /
12
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Technical data
4.12 Profibus interface
According to ISO/DIS 11898, isolated
Description Transmission speed
Connecting line
Input offset voltage Output drive current Number of subscribers per segment
Connecting line shielded, twisted surge impedance Capacitance per unit length
Loop resistance Recommended cables
Node addresses
Value
Cable length up to 100 m: max. 12000 kBit Cable length up to 200 m: max. 1500
kBit Cable length up to 400 m: max. 500 kBit Cable length up to 1000 m: max.
187.5 kBit Cable length up to 1200 m: max. 93.75 kBit Wire cross-section min.
0.34 mm²4 Wire diameter 0.64 mm Shielded At 0.25 mm²: up to 100 m At 0.5 mm²:
up to 350 m – 7 V/+ 12 V (to GND) -/- 55 mA (Udiff = +/- 1.5 V) Without
repeater: max. 32 With repeater: max. 126 (every repeater used reduces the
max. number of subscribers) 135 to 165
< 30 pf/m 110 /km Fixed installation UNITRONIC®-BUS L2/ FIP or UNITRONIC®-BUS
L2/FIP 7-wire flexible installation UNITRONIC® BUS FD P L2/FIP 3 to 124
Description
Output differential voltage Input differential voltage
Value
Min. +/- 1.5 V +/- 0.2 V
Max. of +/- 5 V +/- 5 V
Pin Profibus
3
RXD/TXD-P
4
CNTR-P (RTS)
5
0 V
6
+ 5 V
8
RXD/TXD-N
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Technical data
The output voltage from pin 6 for termination with a terminating resistor is + 5 V.
4.13 Fieldbus interface
Inputs I0I15 I 0 I 1 I 2 I 3 I 4
I 5 I 6 I 7 I 8 I 9 I 10 I 11 I 12 I 13 I 14 I 15
Designation
Start measurement Error reset Offset external Program selection strobe Start
measurement channel 2 (only 2-channel device) Reserve Reserve Reserve Program
bit 0 Program bit 1 Program bit 2 Program bit 3 Program bit 4 Program bit 5
HMI lock Reserve
Field bus byte 0 0 0 0 0
0 0 0 1 1 1 1 1 1 1 1
Field bus bit 0 1 2 3 4
5 6 7 0 1 2 3 4 5 6 7
Tab. 12 Data length: Byte 0-3
Outputs Q0-Q31 Q 0 Q 1 Q 2 Q 3 Q 4 Q 5 Q 6 Q 7
Q 8 Q 9 Q 10 Q 11 Q 12 Q 13 Q 14 Q 15 Q 16 Q 17 Q 18
Designation
OK NOK Ready for op. Program selection ACK Measure active Channel 2 OK (only
2-channel device) Channel 2 NOK (only 2-channel device) Measurement in
progress channel 2 (only 2channel device) Channel 1 OK Channel 1 NOK Channel 2
OK Channel 2 NOK Channel 3 OK Channel 3 NOK Channel 4 OK Channel 4 NOK Channel
5 OK Channel 5 NOK Channel 6 OK
Field bus byte
0 0 0 0 0 0 0 0
Field bus bit
0 1 2 3 4 5 6 7
1
0
1
1
1
2
1
3
1
4
1
5
1
6
1
7
2
0
2
1
2
2
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Technical data
Outputs Q0-Q31
Designation
Field bus Field bus
byte
bit
Q 19 Q 20 Q 21 Q 22 Q 23 Q 24 Q 25 Q 26 Q 27 Q 28
Channel 6 NOK Channel 7 OK Channel 7 NOK Channel 8 OK Channel 8 NOK Channel 9 OK Channel 9 NOK Channel 10 OK Channel 10 NOK Channel 11 OK
2
3
2
4
2
5
2
6
2
7
3
0
3
1
3
2
3
3
3
4
Q 29
Channel 11 NOK
3
5
Q 30 Q 31
Channel 12 OK Channel 12 NOK
3
6
3
7
Format of final values via fild bus (bytes 4 39):
The end values are written on bytes 4 to 39 on the field bus (if this function is activated).
BYTE
4 to 7 8 9 10 11 12 13 14 15 16, 17 18, 19 20, 21 22, 23 24, 25 26, 27 28, 29
30, 31 32, 33 34, 35 36, 37 38, 39
Tab. 13 Byte X (structure):
Designation
Running number Process number Status Second Minute Hour Day Month Year Channel
1 force [kN] 100 Channel 2 force [kN] 100 Channel 3 force [kN] 100
Channel 4 force [kN] 100 Channel 5 force [kN] 100 Channel 6 force [kN]
100 Channel 7 force [kN] 100 Channel 8 force [kN] 100 Channel 9 force [kN]
- 100 Channel 10 force [kN] 100 Channel 11 force [kN] 100 Channel 12 force [kN] * 100
Status
1 2 3
Designation
Measure active OK NOK
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Technical data
4.14 Pulse diagrams
4.14.1 Measuring mode
This description applies to versions without warning limit monitoring and
number of pieces monitoring.
Signal name
A0 A1 A6 A5 E6
Type: Input “I” / Output “O”
o o o o I
Designation
Part is OK (OK) Part is not OK (NOK) Measure active Ready for measurement
(ready) Start measurement
Tab. 14 Basic device signals
The contacts in the plug connector depend on the shape of the housing; see pin allocation of wall-mounted housing or mounting version.
Cycle IO
Cycel NIO
IO (O1) NIO (O2) Meas. running (O7) Ready (O6) Start (I7)
12 3
45
1 0
1 0
1 0
1 0
1 0
23
45
Fig. 7
1 2 3
Sequence without warning limit/number of pieces monitoring.
After it has been switched on, the device signals that it is ready for
measurement by setting the >Ready> signal. When closing the press the signal
46
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Technical data
4 When the conditions for triggering the return stroke have been met and the
minimum time has been reached (must be integrated in the overriding control),
the ‘Start’ signal is reset. The measurement is evaluated when the
5 The
4.14.2 Measuring mode
This description applies to versions with active warning limit monitoring and
number of pieces monitoring.
Signal name
A0 A1 A6 A5 E6
Type: Input “I” / Output “O”
o o o o I
Designation
Part is OK (OK) K1 Part is not OK (NOK) K1 Measure K1 in progress Ready for
measurement (ready) Start measurement K1
Tab. 15 Basic device signals
Cycle IO
IO (O1)
Quantity during life/ warning limit (O2) Meas. running (O7)
Ready (O6)
Start (I7)
123
45
Ciclo 23 4 5
Cycle IO/warning limit or quantity during life reached
1 0 1 0 1 0 1 0 1 0
23
45
Fig. 8 Sequence with warning limit/number of pieces monitoring.
1 After it has been switched on, the device signals that it is ready for
measurement by setting the >Ready> signal.
2 When closing the press the signal
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Technical data
4 When the conditions for triggering the return stroke have been met and the
minimum time has been reached (must be integrated in the overriding control),
the ‘Start’ signal is reset. The measurement is evaluated when the
5 If the measurement lies within the programmed window, signal
Plant control system: check the readiness of measurement
Before the command “Start measurement” it must be checked whether th CEP 400T
is ready for measuring.
The process monitoring system might not be ready to measure due to a manual
input or a fault. It is therefore always necessary prior to an automatic
sequence to check the ‘Ready to measure’ output of the system controller
before setting the ‘Start’ signal.
Signal name
E0 E1 E2 E3 E10 E11 E4 A4
Type: Input “I” / Output “O”
I I I I I I I o
Designation
Program number bit 0 Program number bit 1 Program number bit 2 Program number
bit 3 Program number bit 4 Program number bit 5 Program number cycle Program
number acknowledgement
Tab. 16 Automatic program selection
The program number bits 0,1,2,3,4 and 5 are set binary as test plan number from the system controller. With a rising edge of the timing signal from the system controller this information is read from the CEP 400T device
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Technical data
and evaluated. The reading in of the test plan selection bits is confirmed by
setting the acknowledgment signal. After the acknowledgment the system
controller resets the timing signal.
Selection of a test plan 0-63
BIT 0 (I1) BIT 1 (I2) BIT 2 (I3) BIT 3 (I4) Cycle (I5)
Acknowledgement (O5)
1
1 0
1 0
1 0
1 0
1 0
1 0
2
3
4
Fig. 9 Selection of a test plan 0-63
At (1) the test plan number 3 (bit 0 and 1 high) is set and selected by
setting the ‘Cycle’ signal. At (2) the acknowledgment signal of the CEP device
is set. The test plan selection cycle must remain set until the reading in of
the new test plan number has been acknowledged. After the return of the timing
signal the acknowledgment signal is reset.
Bit
Program no.
012345
0000000 1000001 0100002 1100003 0010004 1010005 0110006 1 1 1 0 0 0 7 etc.
Tab. 17 Valence of the test plan selection bits: test plan no. 0-63 possible
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Technical data
4.14.3 Offset adjustment via PLC interface force transducer channel 1 + 2
An offset adjustment for all channels can be started via the PLC interface.
The handshake to start the offset adjustment via the PLC happens analog to
writing a test number.
Signal name
E0 E1 E5 A4 A5
Type: Input “I” / Output “O”
I I I o o
Designation
Program number bit 0 Program number cycle Offset adjustment external
Acknowledgement of program number 3 The device is ready for operation
Tab. 18 Basic device signals
The contacts in the plug connector depend on the shape of the housing; see pin allocation of wall-mounted housing or mounting version.
BIT 0 (I0) Offset alignment external (I5)
Cycle (I4) Acknowledgement (O4)
Ready (O5)
12
34
1 0
1 0
1 0
1 0
1 0
56
Fig. 10 External offset adjustment via PLC interface channel 1
With the end of the cycle (3) the external offset adjustment of the selected
channel is started. While the offset adjustment is running (maximum of 3
seconds per channel) the
During an external offset adjustment a running measurement is interrupted.
If the error “Pre-selected channel not available” or the error “Offset limit
exceeded” occurs, the signal
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Transport and storage
5 Transport and storage
5.1 Temporary storages
Use original packaging. Make sure that all electrical connections are covered
to prevent dust
ingress. Protect the display against sharp-edged objects e.g. due to cardboard
or hard foam. Wrap the device, e.g. with a plastic bag. Store the device only
in closed, dry, dust-free and dirt-free rooms at
room temperature. Add drying agent to the packaging.
5.2 Dispatch for repair
To dispatch the product for repair to TOX® PRESSOTECHNIK, please proceed as
follows: Fill in the “Accompanying repair form”. This we supply in the service
sector on our website or upon request via e-mail. Send us the completed form
via e-mail. Then you will receive the shipping documents from us via e-mail.
Send us the product with the shipping documents and a copy of the
“Accompanying repair form”.
For contact data see: Contact and source of supply, Page 11or
www.toxpressotechnik.com.
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Transport and storage
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Commissioning
6 Commissioning
6.1 Preparing System
1. Check installation and mounting. 2. Connect required lines and devices,
e.g. sensors and actuators. 3. Connect supply voltage. 4. Make sure that the
correct supply voltage is connected.
6.2 Starting system
ü System is prepared. See Preparing System, Page 53.
è Switch on the plant. u The device starts the operating system and the
application. u The device switches to the start screen.
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Commissioning
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Operation
7 Operation
7.1 Monitoring operation
No operating steps are necessary during ongoing operation. The operating
procedure must be monitored constantly in order to detect faults in time.
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Operation
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Software
8 Software
8.1 Function of the Software
The software fulfils the following functions: Clear representation of the
operating parameters for operation monitor-
ing Displaying of fault messages and warnings Configuration of the operating
parameters by setting individual operat-
ing parameters Configuration of the interface by setting the software
parameters
8.2 Software interface
1
2
3
Fig. 11 Software interface Screen area
1 Information and status bar
2 Menu bar 3 Menu-specific screen area
Function
The information and display bar displays: General information about process
monitoring Current pending messages and infor-
mation for the main area displayed in the screen. The menu bar displays the
specific submenus for the menu currently open. The menu-specific screen area
displays the specific contents for the screen currently open.
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57
8.3 Control elements
8.3.1 Function buttons
Software
1
2
3
4
5
6
7
Fig. 12 Function buttons
Display/control panel 1 Button Arrow left 2 Button Arrow right 3 Button red 4
Button green 5 Call up “Configuration” menu 6 Call up “Firmware version”
menu 7 Button shift
Function
Output is deactivated. Output is activated. Opens the “Configuration” menu
Opens the “Firmware version” menu Serves for the brief switchover of the
keyboard to the second allocation level with uppercase letters and special
characters.
8.3.2 Checkboxes
1
Fig. 13 Checkboxes Display/control panel
1 Not selected 2 Selected
8.3.3 Input field
2 Function
Fig. 14 Input field
58
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Software
The input field has two functions. The input field displays the value
currently entered. Values can be entered or changed in an input field. This
function is de-
pendent on the user level and is not normally available for all user levels.
8.3.4 Dialog keyboard Keyboard dialogs are needed for entering and changing
values in input fields.
Fig. 15 Numerical keyboard
Fig. 16 Alphanumeric keyboard
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Software
It is possible to switch between three modes with the alphanumeric keyboard:
Permanent uppercase Permanent lowercase Numbers and special characters
Activate permanent uppercase
è Keep pressing the Shift button until the keyboard displays uppercase
letters. w The keyboard displays uppercase letters.
Activating permanent lowercase
è Press Shift button until the keyboard displays lowercase letters. u The
keyboard displays lowercase letters.
Numbers and special characters
è Keep pressing the Shift button until the keyboard displays numbers and
special characters.
u The keyboard displays numbers and special characters.
8.3.5 Icons
Display/control panel Menu
Function The Configuration menu opens.
Error reset Firmware version Measure OK
Resets an error. This button only appears in the event of an error.
Reads the firmware version. Click on this button to read more information.
The last measurement was OK.
Measurement NOK
Last measurement was not OK. At least one evaluation criteria was violated (envelope curve, window).
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Software
Display/control panel Warning limit
Measure active
Function The measurement is OK, but the set warning limit has been reached.
The measurement is in progress.
Device ready to measure
The process monitoring system is ready to start a measurement.
Device not ready to measure Fault
The process monitoring system is not ready to start a measurement.
Process monitoring signals a fault. The exact cause of the error is
highlighted in red at the top of the screen.
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Software
8.4 Main menus
8.4.1 Select process / Enter process name In menu ”Processes -> Select process
Enter process name” process numbers and processes can be selected.
Fig. 17 Menu ”Processes -> Select process Enter process name”
Selecting Processes
Selection by entering a Value ü The user is logged in with a suitable user
level. The necessary write
permissions are available.
1. Tap on process number input field. w The numerical keyboard opens.
2. Enter process number and confirm with button . Selection by Function
Buttons ü The user is logged in with a suitable user level. The necessary
write
permissions are available.
è Select process by tapping the or buttons.
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Software
Assigning Process Name
A name can be assigned for each process. ü The user is logged in with a
suitable user level. The necessary write
permissions are available.
1. Select process. 2. Tap on process name input field.
w The alphanumeric keyboard opens. 3. Enter process name and confirm with the
button.
Editing min/max limits
When setting up the process monitoring system, the parameters for the maximum
and minimum limit values must be specified in order to evaluate the
measurement values correctly. Specifying limit values: ü TOX®-Analysis
assistance is available.
1. Clinching approx. 50 to 100 piece parts at simultaneous measurement of the
press forces.
2. Checking the clinching points and piece parts (control dimension ‘X’,
appearance of the clinching point, piece part test, etc.).
3. Analyzing the sequence of the press forces of every measuring point
(according to MAX, MIN and average value).
Determining the limit values of the press force:
1. Maximum limit value = determined max. value + 500N 2. Minimum limit value
= determined min. value – 500N ü The user is logged in with a suitable user
level. The necessary write
permissions are available.
1. Tap the Minor Max input field under the channel whose value is to be
changed. w The numerical keyboard opens.
2. Enter the value and confirm with the button.
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63
Software Copying the process In the ”Select process -> Enter process name Copy
process” menu, source process can be copied to several target processes and
parameters saved and restored again.
Fig. 18 “Copy process Save parameters” menu
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Software
Copying the process In the ”Select process -> Enter process name Copy proces
Copy process” menu the min/max limits can be copied from a source process to
several target processes.
Fig. 19 Menu ”Copy process”
ü The user is logged in with a suitable user level. The necessary write
permissions are available.
ü The menu ”Select process -> Enter process name Copy process Copy process” is
open.
1. Tap on the From process input field. w The numerical keyboard opens.
2. Enter the number of the first process to which the values are to be copied
and confirm with the button.
3. Tap the Up to process input field. w The numerical keyboard opens.
4. Enter the number of the last process to which the values are to be copied
and confirm with the button.
5. NOTE! Data loss! The old process settings in the target process are
overwritten by copying.
Start copying process by tapping on the Accept button.
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Saving / restoring parameters In the ”Select process -> Enter process name
Copy process -> Save Restore process” menu the process parameters can be
copied to a USB stick or read in from a USB stick.
Fig. 20 “Saving / restoring parameters” menu
Copy parameters to USB stick ü The user is logged in with a suitable user
level. The necessary write
permissions are available. ü The menu ”Select process -> Enter process name
Copy process
Save / restore parameter” is open. ü USB stick is inserted.
è Tap on Copy parameters to USB stick button. w The parameters are copied on
the USB stick.
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Load parameters from USB stick ü The user is logged in with a suitable user
level. The necessary write
permissions are available. ü USB stick is inserted.
è NOTE! Data loss! The old parameters in the target process are overwritten by
copying.
Tap theLoad the parameters from the USB stick button. w The parameters are
read from the USB stick.
8.4.2 Configuration The process-dependent parameters of warning limit and
force sensor are set in the ”Configuration” menu.
Fig. 21 ”Configuration” menu
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Naming the channel
ü The user is logged in with a suitable user level. The necessary write
permissions are available.
1. Tap on the Naming input field. w The alphanumeric keyboard opens.
2. Enter the channel (max. 40 characters) and confirm with .
Setting warning limit and measuring cycles
With these settings the values are preset globally for all processes. These
values must be monitored by the overriding control system.
Setting the warning limit The value fixess the warning limit with regard to
defined tolerance windows that are defined in the process. ü The user is
logged in with a suitable user level. The necessary write
permissions are available.
1. Tap on Warning limit: [%] input field. w The numerical keyboard opens.
2. Enter a value between 0 and 50 and confirm with .
Deactivating the warning limit ü The user is logged in with a suitable user
level. The necessary write
permissions are available.
1. Tap on Warning limit: [%] input field. w The numerical keyboard opens.
2. Enter 0 and confirm with .
Setting measuring cycles
Fmax Fwarn
Fsoll
Fwarn = Fmax –
Fmax – Fsoll 100%
- Warning limit %
Fwarn Fmin
Fwarn
=
Fmax
Fmax – Fsoll 100%
- Warning
limit
%
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When the warning limit is activated the warning limit counter is raised by
value ‘1’ after every violation of the lower and upper warning limit. As soon
as the counter reaches the value set in menu item Measuring cycles the signal
‘Warning limit reached’ is set for the relevant channel. After each further
measurement the yellow symbol Warning limit message is displayed. The counter
is automatically reset when a further measuring result lies within the set
warning limit window. The counter is also reset after a restart of the device.
ü The user is logged in with a suitable user level. The necessary write
permissions are available.
1. Tap on the Measuring cycles input field. w The numerical keyboard opens.
2. Enter a value between 0 and 100 and confirm with .
Configuring the force sensor
In menu ”Configuration -> Configuration of force sensor” the parameters of the
force sensor are specified for the active process.
è Open the ”Configuration -> Force sensor configuration” by tapping the
button
in ”Configuration”.
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Force sensor without DMS subprint card
1
2
3
4
5
6
7
Software
8 9
Button, input/control panel 1 Active
2 Nominal Force 3 Nominal force, unit 4 Offset
5 Offset limit 6 Forced offset
7 Filter 8 Calibrating 9 Offset adjustment
Function
Activatingx or deactivatingo the selected channel. Deactivated channels are
not evaluated and not displayed in the measurement menu. The nominal force of
the force transducer corresponds to the force at a maximum measuring signal.
Unit of nominal force (maximum of 4 characters) Offset value of the measuring
signal for adjusting a possible zero point offset of the analog measuring
signal of the sensor. Maximum tolerated force sensor offset. NO: The process
monitoring system ready to measure directly after being switched on. YES: The
process monitoring system carries out an offset adjustment for the respective
channel automatically after every start. Limit frequency of the measurement
channel The force sensor calibration menu opens. Read in the current measuring
signal as offset of the force sensor.
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1
2
3
4
5
6
7
8
9
Software
10 11
Button, input/control panel 1 Active
2 Nominal Force 3 Nominal force, unit 4 Offset 5 Offset limit 6 Forced offset
7 Source 8 Nominal characteristic value
9 Filter
Function
Activatingx or deactivatingo the selected channel. Deactivated channels are
not evaluated and not displayed in the measurement menu. The nominal force of
the force transducer corresponds to the force at a maximum measuring signal.
Unit of nominal force (maximum of 4 characters) Offset value of the measuring
signal for adjusting a possible zero point offset of the analog measuring
signal of the sensor. Maximum tolerated force sensor offset. NO: The process
monitoring system ready to measure directly after being switched on. YES: The
process monitoring system carries out an offset adjustment for the respective
channel automatically after every start. Switchover between standard signal
and DMS. Enter the nominal value of the sensor used. See the data sheet of the
sensor manufacturer. Limit frequency of the measurement channel
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Button, input/control panel 10 Calibrating 11 Offset adjustment
Function The force sensor calibration menu opens. Read in the current measuring signal as offset of the force sensor.
Setting the nominal force of the force sensor
ü The user is logged in with a suitable user level. The necessary write
permissions are available.
ü The ”Configuration -> Force sensor configuration ” menu is opened.
1. Tap on the Nominal force input field. w The numerical keyboard opens.
2. Enter the value for the desired nominal force and confirm with . 3. If
necessary: Tap on the Nominal force, unit input field.
w The alphanumeric keyboard opens. 4. Enter the value for the desired unit of
the nominal force and confirm
with .
Adjusting the offset force sensor
The Offset parameter adjusts a possible zero point offset of the analog
measurement sensor of the sensor. An offset adjustment must be carried out:
once a day or after approx. 1000 measurements. when a sensor has been changed.
Adjustment using Offset adjustment button ü The user is logged in with a
suitable user level. The necessary write
permissions are available. ü The ”Configuration -> Force sensor configuration
” menu is opened. ü Sensor is load-free during the offset adjustment.
è Tap on Offset adjustment button. w The current measurement signal (V) is
applied as offset.
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Adjustment via direct Value Input ü The user is logged in with a suitable user
level. The necessary write
permissions are available. ü The ”Configuration -> Force sensor configuration
” menu is opened. ü Sensor is load-free during the offset adjustment.
1. Tap on Offset input field. w The numerical keyboard opens.
2. Enter the zero point value and confirm with .
Offset limit force sensor
Offset limit of 10% means that the “Offset” value must only reach a maximum of
10% of the nominal load. If the offset is higher, an error message appears
after the offset adjustment. This, for example, can prevent that an offset is
taught when the press is closed. ü The user is logged in with a suitable user
level. The necessary write
permissions are available. ü The ”Configuration -> Force sensor configuration
” menu is opened.
è Tap on the Offset limit input field. w Each tap changes the value between 10
-> 20 -> 100.
Forced offset force sensor
If the forced offset is activated, an offset adjustment is carried out
automatically after the process monitoring system is switched on. ü The user
is logged in with a suitable user level. The necessary write
permissions are available. ü The ”Configuration -> Force sensor configuration
” menu is opened.
è Tap on the Forced offset input field. w Each tap changes the value from YES
to NO and reverse.
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Setting the force sensor filter
By setting a filter value the higher frequency deviations of the measuring
signal can be filtered out. ü The user is logged in with a suitable user
level. The necessary write
permissions are available. ü The ”Configuration -> Force sensor configuration
” menu is opened.
è Tap on the Filter input field. w Each tap changes the value between OFF, 5,
10, 20, 50, 100, 200, 500, 1000.
Force sensor calibration
In menu ”Enter Configuration -> Configuration of force sensorNominal force”
the measured electrical signal is converted to the corresponding physical unit
with the values of nominal force and offset. If the values for nominal force
and offset are not known, they can be determined via the calibration. For this
a 2-point calibration is carried out. The first point here can be the opened
press with 0 kN force applied for example. The second point, for example, can
be the closed press when 2 kN force is applied. The applied forces must be
known for carrying out the calibration, for example, which can be read on a
reference sensor.
è Open the ”Enter Configuration -> Force sensor configurationNominal
force” by tapping the button force sensor”.
in ”ConfigurationConfiguration of
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2
1
4
5
3
7
8
6
9 10
11
12
Fig. 22 ”Enter Configuration -> Configuration of force sensorNominal force”
Button, input/control panel 1 Signal 2 Force 3 Force 1 4 Teach 1 5 Measuring
value 1
6 Force 2 7 Teach 2 8 Measuring value 2
9 Nominal Force 10 Offset 11 Accept calibration
12 Accept
Function
Is faded in when Teach 1is tapped. Display/Input field of measured value. Is
faded in when Teach 2is tapped. Display/Input field of measured value. The
calibration of the sensors is accepted. Saves the changes
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ü The user is logged in with a suitable user level. The necessary write
permissions are available.
ü The ”Enter the Configuration -> Force sensor configurationNominal force”
menu is opened.
1. Move to the first point, e.g. press opened. 2. Determine the applied force
(e.g. by a reference sensor attached tem-
porarily to the press) and simultaneously if possible tap the Teach 1 button
for reading the applied force. w The applied electrical signal is read in.
3. Tap on the Force 1 display/input field. w The numerical keyboard opens.
4. Enter the value of the measuring value of the electrical measuring signal
to be displayed and confirm with .
5. Move to the second point, e.g. closing the press with a certain press
force.
6. Determine the currently applied force and simultaneously if possible tap
the Teach 2 button for reading the applied force. w The current electrical
measuring signal is accepted and displayed in a new display/input field
Measuring value 2 next to the Teach 2 button.
7. Tap on the Force 2 display/input field. w The numerical keyboard opens.
8. Enter the value of the measuring value of the electrical measuring signal
to be displayed and confirm with .
9. Save the changes with Accept calibration.
u When pressing the Accept calibration button the process monitoring system
calculates the parameters of nominal force and offset from the the two force
values and the measured electrical signals. That concludes the calibration.
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By tapping the text fields Measuring value 1 or Measuring value 2 the values
of the measured electrical signals can also be changed before tapping the
Accept calibration button.
This should, however, only be made when the allocation of the electrical
signal for force is known.
Apply configuration
If a value or a setting has been changed in menu ”Configuration ->
Configuration of force sensor”, a request dialog is displayed when exiting the
menu. In this window the following options can be selected: Only for this
process:
The changes only apply to the current process and overwrite the previous
values/settings in the current process. Copy to all processes The changes
apply to all processes and overwrite the previous values/ settings in all
processes. Copy to the following processes The changes are only accepted in
the area that has been specified in fields From process to process. The
previous values/settings are overwritten in the defined process area with the
new values. Cancel entry: The changes are discarded and the window is closed.
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Data In menu ”Configuration -> DataFinal values” the recorded final values can
become datasets. After each measurement, a final value dataset is saved.
1 2 3
4 5 6
Fig. 23 Menu ”Configuration DataFinal values”
Button, input/display field idx
inc. no
proc state
f01 … f12 date time 1 Save on USB
2 Arrow keys up 3 Arrow keys down
Function
Number of the measurement. 1000 final values are stored in a circular buffer.
If 1000 final values have been stored, then with each new measurement the
oldest dataset (= no. 999) is discarded and the newest is added (last
measurement = no. 0). Unique consecutive number. The number is counted up by
value 1 after each measurement. Assignment of the measurement to a process
Status of a measurement: Green background: Measurement OK Red background:
Measurement NOK Measured force of channels 01 to 12 Date of measurement in
format dd.mm.yy Time of measurement in format hh:mm:ss By tapping on button
Save on USB the last 1000 final value datasets are copied on a USB stick in
folder ToxArchive. Scroll up in the screen. Scroll down in the screen.
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Button, input/display field
4 Arrow keys right/left 5 Delete 6 Exit
Function
Display the next or previous channels Delete values Changes to the higher menu
8.4.3 Lot size
Access to three counters is opened via the Lot size button: Job counter:
Number of OK parts and the total number of parts for a
running job. Shift counter: Number of OK parts and the total number of parts
of a
shift. Tool counter: Total number of parts that have been processed with the
current tool set.
Job counter In menu ”Lot size Job counter” the respective counter readings for
the current job are displayed.
3
1
4
2
5
6
8
7
9
Fig. 24 Menu ”Lot size Job counter”
Field 1 Counter value OK 2 Total counter value 3 Reset
10
Meaning Number of OK parts of the running job Total number of parts of the
running job Resetting the counter Counter reading OK and Total counter reading
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Field 4 Main menu OK 5 Main menu total 6 Message at OK
7 Message at total
8 Switch-off at OK
9 Switch-off at total
10 Accept
Meaning
The counter reading is displayed in the main menu when the checkbox is
activated. The counter reading is displayed in the main menu when the checkbox
is activated. The number of the OK parts reached at which a stored yellow
message is issued on the display. Value 0 deactivates the function. The number
of the total parts reached at which a stored yellow message is issued on the
display. Value 0 deactivates the function. The number of the OK parts reached
at which the working process is ended and a stored red message is issued on
the display. The number of the total parts reached at which the working
process is ended and a stored red message is issued on the display. The
settings are applied. The window will close.
Job counter – Switch-off at OK
A limit value can be entered in the input field Switch-off at OK. Once the
counter value reaches the value, the ‘Ready’ signal is switched off and an
error message is issued. Tapping on the Reset button resets the counter. After
that, the next measurement can be continued. The value 0 deactivates the
corresponding option. The system is not shut down and no message is issued.
ü The user is logged in with a suitable user level. The necessary write
permissions are available.
ü Menu ”Lot size Job counter” is open
1. Tap on the Switch-off at OK input field. w The numerical keyboard opens.
2. Enter the desired value and confirm with . Value 0 deactivates the
function.
Reset ”Switch-off at OK” counter
1. When the limit value in input field ”Switch-off at OK”has been reached: 2.
Reset the counter by tapping on the Reset button. 3. Start process again.
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Job counter – Switch-off at total
A limit value can be entered in the input field Switch-off at total. As soon
as the counter value reaches the value, a warning message is issued. The value
0 deactivates the corresponding option. The system is not shut down and no
message is issued. ü The user is logged in with a suitable user level. The
necessary write
permissions are available. ü Menu ”Lot size Job counter” is open
1. Tap on the Switch-off at total input field. w The numerical keyboard
opens.
2. Enter the limit value and confirm with . Value 0 deactivates the function.
Reset ”Switch-off at total” counter
1. When the limit value in input field ”Switch-off at total” has been
reached:
2. Reset the counter by tapping on the Reset button. 3. Start process again.
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Shift counter In menu ”Lot size Shift counter” the respective counter readings
for the current job are displayed.
3
1
4
2
5
6
8
7
9
10
Fig. 25 Menu ”Lot size Shift counter” Field
1 Counter value OK 2 Total counter value 3 Reset 4 Main menu OK
5 Main menu total
6 Message at OK
7 Message at total
8 Switch-off at OK
Meaning
Number of OK parts of the current shift Total number of parts of the current
shift Resetting the counter Counter reading OK and Total counter reading The
counter reading is displayed in the main menu when the checkbox is activated.
The counter reading is displayed in the main menu when the checkbox is
activated. The number of the OK parts reached at which a stored yellow message
is issued on the display. Value 0 deactivates the function. The number of the
total parts reached at which a stored yellow message is issued on the display.
Value 0 deactivates the function. The number of the OK parts reached at which
the working process is ended and a stored red message is issued on the
display.
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Field 9 Switch-off at total
10 Accept
Meaning
The number of the total parts reached at which the working process is ended
and a stored red message is issued on the display. The settings are applied.
The window will close.
Shift counter – Switch-off at OK
A limit value can be entered in the input field Switch-off at OK. Once the
counter value reaches the value, the working process shuts down and a
corresponding message is issued. Tapping on the Reset button resets the
counter. After that, the next measurement can be continued. The value 0
deactivates the corresponding option. The system is not shut down and no
message is issued.
ü The user is logged in with a suitable user level. The necessary write
permissions are available.
ü Menu ”Lot sizeShift counter” is open
1. Tap on the Switch-off at OK input field. w The numerical keyboard opens.
2. Enter the desired value and confirm with . Value 0 deactivates the
function.
Reset ”Switch-off at OK” counter
1. When the limit value in input field ”Switch-off at OK”has been reached: 2.
Reset the counter by tapping on the Reset button. 3. Start process again.
Shift counter – Switch-off at total
A limit value can be entered in the input field Switch-off at total. Once the
counter value reaches the value, the working process shuts down and a
corresponding message is issued. The value 0 deactivates the corresponding
option. The system is not shut down and no message is issued.
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ü The user is logged in with a suitable user level. The necessary write
permissions are available.
ü Menu ”Lot sizeShift counter” is open
1. Tap on the Switch-off at total input field. w The numerical keyboard
opens.
2. Enter the limit value and confirm with . Value 0 deactivates the function.
Reset ”Switch-off at total” counter
1. When the limit value in input field ”Switch-off at total” has been
reached:
2. Reset the counter by tapping on the Reset button. 3. Start process again.
Tool counter In menu ”Lot size tool counter” the respective counter readings
for the current job are displayed.
2
1
3
4
5
6
Fig. 26 Menu ”Lot size Tool counter”
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Field 1 Total counter value 2 Reset 3 Main menu total
4 Message at total
5 Switch-off at total
6 Accept
Meaning
Total number of parts (OK and NOK) that were produced with this tool. Reset of
counter Total counter reading The counter reading is displayed in the main
menu when the checkbox is activated. The number of the total parts reached at
which a stored yellow message is issued on the display. Value 0 deactivates
the function. The number of the total parts reached at which the working
process is ended and a stored red message is issued on the display. The
settings are applied. The window will close.
Tool counter – Switch-off at total
A limit value can be entered in the input field Switch-off at total. Once the
counter value reaches the value, the working process shuts down and a
corresponding message is issued. The value 0 deactivates the corresponding
option. The system is not shut down and no message is issued.
ü The user is logged in with a suitable user level. The necessary write
permissions are available.
ü Menu ”Lot sizeTool counter” is open
1. Tap on the Switch-off at total input field. w The numerical keyboard
opens.
2. Enter the limit value and confirm with . Value 0 deactivates the function.
Reset ”Switch-off at total” counter
1. When the limit value in input field ”Switch-off at total” has been
reached:
2. Reset the counter by tapping on the Reset button. 3. Start process again.
8.4.4 Supplemnt
The access is opened via the Supplement button: User administration:
Administration of the access levels / the password Language: Change language
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Communication parameters: PC-interface (Field bus address) Inputs/outputs: Actual state of digital inputs/outputs Date/Time: Display of the current time / current date Device name: Entry of the device name.
User administration
In the ”Supplement/User administration”the user can: Log in with a specific
user level. Log out from the active user level. Change the password
Log user in and out
The process monitoring system has an authorization management system that can
limit or enable different operating options and configuration options.
Authorization Level 0
Level 1
Level 2 Level 3
Description
Machine operator Functions for observing the measurement data and program
selection are enabled. Installers and experienced machine operators: Changes
of values within the program are enabled. Authorized installer and system
programmer: Also configuration data can be changed. Plant construction and
maintenance: Also extended additional configuration data can be changed.
Log in user ü Menu ”SupplementUser administration” is open.
Password No password required TOX
TOX2 TOX3
1. Tap on the Login button. w The alphanumeric keyboard opens.
2. Enter the password of the authorization level and confirm with .
u If the password was entered correctly, the selected authorization level is
active. – OR If the password was entered incorrectly, a message will appear
and the login procedure will be canceled.
u The actual authorization level is displayed at the top of the screen.
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Log out user ü Menu ”SupplementUser administration” is open. ü The user is
logged in with level 1 or higher.
è Tap on the Logout button. u The authorization level changes to the next
lower level. u The actual authorization level is displayed at the top of the
screen.
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Change password
The password can only be changed for the authorization level in which the user
is currently logged in. the user is logged in. ü Menu ”SupplementUser
administration” is open
1. Tap the Change password button. w A dialog window opens with the request
to enter the current password. w The alphanumeric keyboard opens.
2. Enter the current password and confirm with . w A dialog window opens with
the request to enter the new password. w The alphanumeric keyboard opens.
3. Enter the new password and confirm with . w A dialog window opens with the
request to enter the new password again. w The alphanumeric keyboard opens.
4. Enter the new password again and confirm it with .
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Changing Language
Software
Fig. 27 Menu ”Supplement / Language”
In the ”Supplement Language” menu, you have the option to change the user
interface language. ü The user is logged in with a suitable user level. The
necessary write
permissions are available.
è Tap on the desired language to select it. u The selected language will be
available immediately
Configure communication parameters
In the ”Supplement / Communication parameters” menu the user can: Change the
IP address Change the field bus parameters Enable the remote access
Change the IP address
In menu ”Supplement Configuration parameterIP address” the Ethernet IP
address, the subnet mask and the default gateway can be changed.
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Defining IP address via the DHCP protocol ü The user is logged in with a
suitable user level. The necessary write
permissions are available.
1. Tap on DHCP checkbox. 2. Tap the Accept button. 3. Restart the device.
Defining IP Address by entering a Value ü The user is logged in with a
suitable user level. The necessary write
permissions are available.
1. Tap on the first input field of the IP address group, enter the first
three digits of the IP address to be used and press the OK button to confirm.
w The numerical keyboard opens.
2. Repeat the procedure for all input fields in the IP address group. 3.
Repeat point 2 and 3 to enter the Subnet mask and Default Gateway. 4. Tap the
Accept button. 5. Restart the device.
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Field bus parameters Depending in the type of field bus (e.g. Profinet,
DeviceNet, etc.) this picture can deviate slightly and be supplemented by
specific field bus parameters.
1 2
3
Button, input/control panel 1 Read inputs to Profibus
2 Log final values on Profibus
3 Accept
Function
Activate or deactivate the selected function. Activate or deactivate the
selected function. Closes the window. The displayed parameters will be
adopted.
Selection by entering a Value
ü The user is logged in with a suitable user level. The necessary write
permissions are available.
1. Tap on the Profibus address input field. w The numerical keyboard opens.
2. Enter the Profibus address and confirm with the button. 3. Restart the
device.
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Selection by Function Buttons ü The user is logged in with a suitable user
level. The necessary write
permissions are available.
1. Select the Profibus address by tapping the or buttons. 2. Restart the
device.
Enable the remote access
The remote access for TOX® PRESSOTECHNIK can be enabled in menu ”Supplement
Configuration parametersRemote access”. ü The user is logged in with a
suitable user level. The necessary write
permissions are available. ü Menu ”Supplement -> Configuration
parametersRemote access” is
open.
è Tap on the Remote access button. w Remote access is enabled.
In-/Outputs
In the ”Supplement -> In-/Outputs” menu the user can: Check the current status
of the internal digital inputs and outputs. Check the current status of the
field bus inputs and outputs.
Checking the internal In-/Outputs
In menu ”Supplement -> In-/Outputs I Internal I/O” the current status of the
internal digital inputs and outputs can be checked. Status: Active: The
corresponding input or output is marked with a green
square. Not active: The corresponding input or output is marked with a red
square.
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The function of an input or output is described in plain text.
Activating or deactivating output ü The user is logged in with a suitable user
level. The necessary write
permissions are available. ü Menu ”Supplement -> In-Outputs | Internal digital
I/O” is opened.
è Tap on the button below the desired input or output.
u The field changes from red to green or green to red. u The input or output
is activated or deactivated. u The change becomes effective immediately. u The
change remains effective until the ”Inputs/outputs” menu is exited.
Change byte ü The user is logged in with a suitable user level. The necessary
write
permissions are available. ü Menu ”Supplement -> In-Outputs | Internal digital
I/O” is opened.
è Tap the cursor button at the top edge of the screen. u The byte changes from ”0” to ”1” or reverse.
BYTE 0 1
Bit 0 – 7 8 – 15
Check field bus In-/Outputs
In menu ”Supplement -> In-/Outputs I Field bus I/O” the current status of the
field bus inputs and outputs can be checked. Status: Active: The corresponding
input or output is marked with a green
square. Not active: The corresponding input or output is marked with a red
square.
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The function of an input or output is described in plain text.
Activating or deactivating output ü The user is logged in with a suitable user
level. The necessary write
permissions are available. ü Menu ”Supplement -> In-Outputs | Field bus I/O”
is opened.
è Tap on the button below the desired input or output.
u The field changes from red to green or green to red. u The input or output
is activated or deactivated. u The change becomes effective immediately. u The
change remains effective until the ”Field bus” menu is exited.
Change byte ü The user is logged in with a suitable user level. The necessary
write
permissions are available. ü Menu ”Supplement -> In-Outputs | Field bus I/O”
is opened.
è Tap the cursor button at the top edge of the screen. u The byte changes from ”0” to ”15” or reverse.
BYTE
0 1 2 3 4 5 6 7
Bit
0 – 7 8 – 15 16 – 23 24 – 31 32 – 39 40 – 47 48 – 55 56 – 63
BYTE
8 9 10 11 12 13 14 15
Bit
64 – 71 72 – 79 80 – 87 88 – 95 96 – 103 104 – 111 112 – 119 120 – 127
94
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Software
Setting Date/Time
In the ”Supplement -> Date/Time” menu, the device time and device date can be
configured. ü The user is logged in with a suitable user level. The necessary
write
permissions are available. ü The ”Supplement -> Date/Time” menu is opened.
1. Tap on the Time or the Date input fields. w The numerical keyboard opens.
2. Enter the values in the corresponding fields and confirm with .
Change device name
The device name is used, for example, to create a folder with the device name
on the data medium during the creation of a backup on a USB stick. This makes
it clear in case of several process monitoring systems, on which device this
backup was created. ü The user is logged in with a suitable user level. The
necessary write
permissions are available. ü The ”Menu Supplement | Device name” is opened.
1. Tap on Device name input field. w The alphanumeric keyboard opens.
2. Enter the device name and confirm with .
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95
Software
8.4.5 Valuation options If an acknowledgement type (acknowledgement external
or per display) was selected, a NOK measurement must be acknowledged before
the pressing monitor is ready to measure again.
1 4
2
3
5
Fig. 28 ”Configuration NIO options” menu
Button
Function
1 External NOK acknowledgement The NOK message must always be acknowledged via an external signal.
2 NOK acknowledgement per dis- The NOK message must be acknowl-
play
edged via the display.
3 Separate measurement of chan- The measurement for channel 1 and
nels
channel 2 can be started, ended and
evaluated separately.
Only available with a process monitoring system with 2 channels.
4 With password
The NOK message can only be acknowledged via the display after the entry of the password.
96
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Software
Activate external NOK acknowledgement ü The user is logged in with a suitable
user level. The necessary write
permissions are available.
1. Tap on external NOK acknowledgement checkbox to activate external
acknowledgement.
2. Tap on the Accept button to save the values.
Activating NOK acknowledgement per display ü The user is logged in with a
suitable user level. The necessary write
permissions are available.
1. Tap on NOK acknowledgement per display checkbox to activate the
acknowledgement per display.
2. Tap on the checkbox With password to enter the password of authorization
level 1, the one who can perform the acknowledgment.
3. Tap on the Accept button to save the values.
Separate measurement of channels
In case of a 2-channel device, the measurement for channel 1 and channel 2 can
each be started, ended and evaluated separately. ü The user is logged in with
a suitable user level. The necessary write
permissions are available. ü The device is 2-channel capable.
1. Tap on external NOK acknowledgement checkbox to activate external
acknowledgement.
2. Tap on the Measure channels separately button to display the status of the
measurement carried out last.
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97
Software
8.4.6 Messages The information and status bar displays messages as soon as a
warning or error occurs:
Yellow background: Warning message Red background: Error message:
The following messages are displayed in the meaurement menu: OK job counter
limit reached Total job counter limit reached OK shift counter limit reached
Total shift counter limit reached Tool counter limit reached Offset limit
force sensor exceeded piece part NOK
98
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Troubleshooting
9 Troubleshooting
9.1 Detecting faults
Faults are displayed as alarms. Depending on the type of fault, the alarms are
displayed as errors or warnings.
Alarm Type Warning
Fault
Display
Meaning
Text with a yellow background in the measurement menu of the device. Text with a red background in the measurement menu of the device.
-The next measurement is disabled and must be eliminated and acknowledged.
9.1.1 Acknowledging Messages After a fault, the button Error resetappears in
the main screen.
è Tap on the Error reset button. u The fault is reset.
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99
Troubleshooting
9.1.2 Analyzing NOK situations
kN
B
Pressing force
control by
force sensor
A
Stroke (punch
travel)
C
D
t Control dimension X monitoring by precision limit caliper
Error source a B C D
Tab. 19 Error sources
Meaning
Measuring point OK (measuring point is within the window) Press force too high
(Display: Error code
100
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9.1.3 Error messages
Troubleshooting
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101
Troubleshooting
Fault Press force too high Display error code
Cause Sheets too thick
Analysis Generally affects all points
Error following batch change Tolerance when increasing individual sheet
thickness > 0.2 0.3 mm
Sheet strength Generally affects all
increased
points
Error following batch change
Number of sheet layers too high
Generally affects all points
Deposits in the die
One-off occurrence as a result of incorrect operation Only affects individual points Oil, dirt, remains of paint, etc. in the ring channel of the die
Sheet surface is very dry, rather than being lightly oiled or greased
Check the state of the sheet surface Change to the working process (e.g. unplanned washing step prior to joining)
Sheets / piece parts not correctly positioned
Damage caused to piece parts by tool or stripper
Incorrect tool combination installed
Control dimension ‘X’ too small after tool change Die press-through depth too small Point diameter too small Punch diameter too large (> 0.2 mm)
Measure Measure sheet thicknesses and compare with tool passport. Use
specified sheet thicknesses. If the sheet thicknesses are within the
permissible tolerances, draw up a batch-based testing plan. Compare material
designations for the sheets with TOX®- tool passport. If necessary: Perform a
hardness comparison measurement. Use specified materials. Draw up a
hardnessbased testing plan. Compare number of sheet layers with the
specifications in the TOX®- tool passport. Repeat joining process with the
correct number of sheet layers. Clean affected dies.
If the problem continues, dismantle and clean the die; polishing or chemical
etching may be carried out following discussions with TOX® PRESSOTECHNIK.
Ensure sheet surfaces are oiled or greased. If necessary: Draw up a special
testing program for dry sheet surface. Warning: Check stripping force on the
punch side. Repeat joining process with the piece parts correctly positioned.
If necessary: Improve fixing means for the piece part. Compare tool
designation (imprinted on the shaft diameter) with the specifications in the
TOX®- tool passport.
102
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Troubleshooting
Fault Press force too small Display error code
After switching on or zeropoint check, error code ‘Offset adjustment’ appears
(no valid zeropoint value)
Cause Sheets too thin
Sheet strength reduced
Sheet parts missing or only one sheet layer present Sheet surface is oiled or
greased rather than being very dry Broken punch Broken die Incorrect tool
combination installed
Broken cable at force transducer Measuring element in the force transducer is
faulty
Analysis Generally affects all points
Error following batch change Tolerance when reducing individual sheet
thickness > 0.2 0.3 mm
Generally affects several points
Error following batch change
Affects all points One-off occurrence as a result of incorrect operation Check
the state of the sheet surface Change to the working process (e.g. washing
step prior to joining omitted) Joining point hardly present or not at all
Joining point is no longer round in shape Following tool change Control
dimension ‘X’ too large Die press-through depth too large Cylindrical duct
through the die too large Point diameter too large Punch diameter too small (>
0.2 mm) Following tool change After removal of tool unit The force transducer
can no longer be calibrated Zero point is unstable The force transducer can no
longer be calibrated
Measure Measure sheet thicknesses and compare with TOX®- tool passport. Use
specified sheet thicknesses. If the sheet thicknesses are within the
permissible tolerances, draw up a batch-based testing plan. Compare material
designations for the sheets with TOX®- tool passport. If necessary: Perform a
hardness comparison measurement. Use specified materials. Draw up a
hardnessbased testing plan. Repeat joining process with the correct number of
sheet layers.
Carry out a washing step prior to joining. If necessary: Draw up a special
testing program for greased / oiled sheet surface. Replace faulty punch.
Replace faulty die.
Compare tool designation (imprinted on the shaft diameter) with the
specifications in the TOX®- tool passport.
Replace faulty force transducer.
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103
Troubleshooting
Fault Number of pieces reached Error ‘Counter value reached’ Warning limit in succession Error “Warning limit exceeded’
Cause Tool lifetime has been reached
The preset warning limit has been exceeded n times
Analysis Status signal Number of pieces reached is set
Measure Check tool for wear and replace if necessary; reset the lifetime counter.
Status signal Warning limit in succession is set
Check tool for wear and replace if necessary; reset the counter by quitting the measurement menu.
9.2 Battery buffer
This data is stored on the battery buffered SRAM and may be lost in case of an
empty battery: Set language Currently selected process Counter values End
value data and sequential number of end values
104
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Maintenance
10 Maintenance
10.1 Maintenance and repair
The recommended time intervals for inspection work and maintenance work must
be observed. The correct and proper repair of the TOX® PRESSOTECHNIK product
can only be assured by appropriately trained specialists. The operating
company or the personnel in charge of the repair must ensure that the repair
personnel are properly trained in the repair of the product. The repairers
themselves are always responsible for the work safety.
10.2 Safety during maintenance
The following applies: Observe maintenance intervals if present and
stipulated. Maintenance intervals may vary from the stipulated maintenance
inter-
vals. The maintenance intervals may have to be verified with the manufacturer
if necessary. Perform only maintenance work that is described in this manual.
Inform operating personnel before starting repair work. Appoint a supervisor.
TOX_Manual_Process-monitoring-unit_CEP400T_en
105
Maintenance
10.3 Change flash card
The flash card is located on the back of the inside (display), the housing may
have to be dismantled.
Fig. 29 Change flash card
ü Device is de-energized. ü Person is electrostatically discharged.
1. Loosen screw and turn safety device to the side. 2. Remove the flash card
upwards. 3. Insert new flash card. 4. Slide safety device back over flash card
and tighten screw.
106
TOX_Manual_Process-monitoring-unit_CEP400T_en
Maintenance
10.4 Battery change
TOX® PRESSOTECHNIK recommends a battery change after 2 years at the latest. ü
Device is de-energized. ü Person is electrostatically discharged. ü
Electrically non conductive tool for removing the battery.
1. Remove the cover of the lithium battery 2. Pull the battery out with an
insulated tool 3. Install new lithium battery in the correct polarity. 4.
Install the cover.
TOX_Manual_Process-monitoring-unit_CEP400T_en
107
Maintenance
108
TOX_Manual_Process-monitoring-unit_CEP400T_en
Maintenance table
Maintenance cycle 2 years
Maintenance table
The specified intervals are only approximate values. Depending on the area of application, the actual values may differ from the guide values.
Additional information
10.4
Battery change
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109
Maintenance table
110
TOX_Manual_Process-monitoring-unit_CEP400T_en
11 Repairs
11.1 Repair work
No repair work is necessary.
Repairs
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111
Repairs
112
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Disassembly and Disposal
12 Disassembly and Disposal
12.1 Safety requirements for disassembly
è Have the disassembly carried out by qualified personnel.
12.2 Disassembly
1. Shut down system or component. 2. Disconnect system or component from the
supply voltage. 3. Remove all connected sensors, actuators or components. 4.
Disassemble system or component.
12.3 Disposal
When disposing of packaging, consumables and spare parts, including the
machine and its accessories, the relevant national environmental protection
regulations must be complied with.
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113
Disassembly and Disposal
114
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13 Appendices
13.1 Declaration of conformity
Appendices
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115
Appendices
116
TOX_Manual_Process-monitoring-unit_CEP400T_en
13.2 UL certificate
Appendices
118
TOX_Manual_Process-monitoring-unit_CEP400T_en
NOTICE OF COMPLETION AND
INITIAL PRODUCTION INSPECTION
TOX-PRESSOTECHNIK L L C MR. ERIC SEIFERTH 4250 Weaver Pkwy Warrenville, IL, 60555-3924 USA
2019-08-30
Our Reference: Your Reference: Project Scope:
Subject:
File E503298, Vol. D1
Project Number: 4788525144
Models EPW 400, Smart9 T070E, Smart9 T057, STE 341-xxx T070, STE346-0005, CEP 400T, Touch Screen PLC’s
UL Listing to the following standard(s):
UL 61010-1, 3rd Edition, May 11, 2012, Revised April 29 2016, CAN/CSA-C22.2 No. 61010-1-12, 3rd Edition, Revision dated April 29 2016
Notice of Project Completion with Initial Production Inspection
Dear MR. ERIC SEIFERTH:
Congratulations! UL’s investigation of your product(s) has been completed
under the above Reference Numbers and
the product was determined to comply with the applicable requirements. The
Test Report and records in the Follow-
Up Services Procedure covering the product are completed and are now being
prepared (if you do not have a
separate CB Report, you can to access the Test Report now). Please have the
appropriate person in your company that is responsible for receiving/managing
UL reports access an electronic copy of the Test Report and FUS Procedure
through the CDA feature on MyHome@UL, or if you desire another method of
receiving the report please contact one of the contacts below. If you are not
familiar with our MyHome site or need to create a new account in order to
access your reports, please click the link HERE.
PLEASE NOTE: YOU ARE NOT AUTHORIZED TO SHIP ANY PRODUCTS BEARING ANY UL MARKS UNTIL THE INITIAL PRODUCTION INSPECTION HAS BEEN SUCCESSFULLY CONDUCTED BY THE UL FIELD REPRESENTATIVE.
An Initial Production Inspection (IPI) is an inspection that must be conducted prior to the first shipment of products bearing the UL Mark. This is to ensure that products being manufactured are in accordance with UL LLC’s requirements including the Follow-Up Service Procedure. After the UL Representative has verified compliance of your product(s) at the manufacturing locations listed below, authorization will be granted for shipment of product(s) bearing the appropriate UL Marks as denoted in the Procedure (located in the FUS Documentation of the report).
List of all manufacturing locations (please contact us if any are missing):
Manufacturing Facility(ies):
TOX PRESSOTECHNIK GMBH & CO. KG
Riedstraße 4
88250 Weingarten Germany
Contact Name:
Eric Seiferth
Contact Phone No.: 1 630 447-4615
Contact Email:
ESEIFERTH@TOX-US.COM
It is the responsibility of TOX-PRESSOTECHNIK L L C, the Applicant, to inform its manufacturers of that the IPI must be successfully completed before product may be shipped with the UL Mark. Instructions for the IPI will be sent to our inspection center nearest to each of your manufacturing locations. The contact information of the inspection center is provided above. Please contact the inspection center to schedule the IPI and ask any questions you may have regarding the IPI.
Inspections at your production facility will be conducted under the supervision of: Area Manager: ROB GEUIJEN IC Name: UL INSPECTION CENTER GERMANY, Address: UL INTERNATIONAL GERMANY GMBH ADMIRAL-ROSENDAHL-STRASSE 9, NEUISENBURG, Germany, 63263 Contact Phone: 69-489810-0
Page 1
Email: Marks (as needed) may be obtained from: Information on the UL Marks,
including our new Enhanced UL Certification Marks can be found on the UL
website at https://markshub.ul.com Within Canada, there are federal and local
statutes and regulations, such as the Consumer Packaging and Labeling Act,
requiring the use of bilingual product markings on products intended for the
Canadian market. It is the responsibility of the manufacturer (or distributor)
to comply with this law. The UL Follow-Up Service Procedures will only include
the English versions of the markings Any information and documentation
provided to you involving UL Mark services are provided on behalf of UL LLC
(UL) or any authorized licensee of UL. Feel free to contact me or any of our
Customer Service representatives if you have any questions. UL is strongly
committed to providing you with the finest customer experience possible. You
may receive an email from ULsurvey@feedback.ul.com inviting you to please
participate in a brief satisfaction survey. Please check your spam or junk
folder to ensure receipt of the email. The subject line of the email is “Tell
is about your recent experience with UL.” Please direct any questions about
the survey to ULsurvey@feedback.ul.com. Thank you in advance for your
participation.
Very truly yours, Brett VanDoren
847-664-3931 Staff Engineer
Brett.c.vandoren@ul.com
Page 2
Index
Index
Symbols Menu
Supplement……………………………………….. 85
A Adjustment
Force sensor ……………………………………… 72 Analyzing
NOK situations…………………………………. 100
B Basic safety requirements ……………………….. 13 Battery change …………………………………….. 107
Buttons
Function buttons ………………………………… 58
C Calibration
Force sensor ……………………………………… 74 Change
Device name ……………………………………… 95 Password ………………………………………….. 88 Change flash
card ………………………………… 106 channel Naming the ……………………………………….. 68
Checkboxes…………………………………………… 58 Commissioning ………………………………………. 53 Communication
parameters Configure ………………………………………….. 89 configuration Apply
………………………………………………… 77 Force sensor ……………………………………… 69 Naming the
channel……………………………. 68 Nominal force of force sensor………………. 72 Configure
Communication parameters…………………. 89 Connections ………………………………………….. 28 Contact
…………………………………………………. 11 Control elements ……………………………………. 58 Counter Switch-off
at OK……………………………. 80, 83 Switch-off at total …………………….. 81, 83, 85
D Date
Set ……………………………………………………. 95 Declaration of conformity ……………………….. 115
description
Function ……………………………………………. 19 Device name
Change……………………………………………… 95 Dialog
Keyboard …………………………………………… 59 Digital inputs ………………………………………….. 28 Digital
outputs ……………… 31, 32, 34, 35, 36, 37 Dimensions ……………………………………………. 24
Hole pattern of installation housing ……….. 25 Installation housing
…………………………….. 24 Wall/table housing ………………………………. 25
Disassembly…………………………………………. 113 Safety ……………………………………………… 113 Dispatch
Repair……………………………………………….. 51 Disposal ………………………………………………. 113 DMS
signals…………………………………………… 40 Document additional …………………………………………….. 8
Validity………………………………………………… 7
E Electromagnetic compatibility …………………… 38 Enable
Remote access ………………………………….. 92 Environmental conditions…………………………. 38 Error
message ……………………………………… 101 Ethernet
Networking ………………………………………… 21 Transfer of measuring data ………………….. 21
Exclusion of liability…………………………………… 7
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121
Index
F Faults
Battery buffer …………………………………… 104 Detect ………………………………………………. 99 Field bus
parameters Change …………………………………………….. 91 Force measurement ……………………………….. 19
Force monitoring ……………………………………. 19 Force sensor Adjust offset
………………………………………. 72 Calibration…………………………………………. 74 Configuring the
………………………………….. 69 Forced offset……………………………………… 73 Setting the
filter………………………………….. 74 Setting the nominal force of the ……………. 72 Setting
the offset limit …………………………. 73 Forced offset Force sensor ……………………………………… 73
Function Software……………………………………………. 57 Function buttons …………………………………….. 58
Function description ……………………………….. 19 Force measurement……………………………. 19 Force
monitoring ………………………………… 19 Test of the final position………………………. 20
G Gender note ……………………………………………. 8
H Hardware configuration …………………………… 26 Hazard
Electrical …………………………………………… 15 Hazard potential …………………………………….. 15
I Icons …………………………………………………….. 60 Identification
Product ……………………………………………… 18 Images
Highlighting ……………………………………….. 10 Important information ………………………………… 7
Information
Important …………………………………………….. 7 Input field ………………………………………………. 58 Inputs
……………………………………………………. 92 Interface
Software ……………………………………………. 57 IP address
Change……………………………………………… 89
J Job counter
Switch-off at OK …………………………………. 80 Job counter
Switch-off at total………………………………… 81
K Keyboard……………………………………………….. 59
L Language
Change……………………………………………… 89 Legal note ……………………………………………….. 7 Liability
………………………………………………….. 17 limits
Editing min/max………………………………….. 63 Log CEP 200 …………………………………………. 21 Log in
……………………………………………………. 86 Log out ………………………………………………….. 86 Lowercase
permanent …………………………………………. 60
122
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Index
M Main menus …………………………………………… 62 Maintenance ………………………………………… 105
Safety……………………………………………… 105 Measurement menu ……………………………….. 98 Measures
Organizational……………………………………. 13 measuring cycles
Setting………………………………………………. 68 Measuring sensor
Supply voltage …………………………………… 39 Mechanical specifications………………………… 23 Menu
Communication parameters…………………. 89 Configuration …………………………………….. 67 Copying
the process ……………………… 64, 65 Data …………………………………………………. 78 Date/Time
…………………………………………. 95 Device name ……………………………………… 95 Field bus I/O
……………………………………… 93 Field bus parameters ………………………….. 91 Force sensor
……………………………………… 69 Force sensor calibration ……………………… 74 Inputs/outputs
……………………………………. 92 Internal digital I/O……………………………….. 92 IP
address…………………………………………. 89 Job counter ……………………………………….. 79 Language
…………………………………………. 89 Lot size …………………………………………….. 79 Measurement
menu……………………………. 98 Remote access ………………………………….. 92 Shift
counter………………………………………. 82 Tool counter………………………………………. 84 User administration
…………………………….. 86 Valuation options ……………………………….. 96 Message
acknowledge……………………………………… 99 Error ……………………………………………….. 101 Messages
……………………………………………… 98 Min/max limits………………………………………… 63 Mode Measuring
……………………………………. 46, 47 mode sequence Measuring ……………………………………. 46, 47
Monitoring Operation ………………………………………….. 55 Process …………………………………………….. 19
N name
Enter process …………………………………….. 62 Process …………………………………………….. 62 Network
server program ………………………….. 21 Networking Ethernet…………………………………………….. 21
Nominal load Force sensor ……………………………………… 72 Note Gender ………………………………………………..
8 General …………………………………………….. 10 Legal ………………………………………………….. 7 Warning signs
……………………………………… 9 Numbers ……………………………………………….. 60
O Offset adjustment……………………………………. 50 Offset limit
Force sensor ……………………………………… 73 Operation ………………………………………………. 55
monitoring …………………………………………. 55 Organizational measures …………………………. 13 Outputs
…………………………………………………. 92
P parameters
Restoring ………………………………………….. 66 Save …………………………………………………. 66 Password
Change……………………………………………… 88 PLC interface Offset adjustment ……………………………….. 50
Power supply …………………………………………. 26 Preparation System ……………………………………………… 53
Process Assign name ……………………………………… 63 select ………………………………………………… 62 Process
monitoring system………………………. 19 processes Min/max limits ……………………………………. 63
Product Identification ………………………………. 18 Profibus interface ………………………………. 43,
44 Pulse diagrams ………………………………………. 46
Q Qualifications …………………………………………. 14
TOX_Manual_Process-monitoring-unit_CEP400T_en
123
Index
R Remote access………………………………………. 92
Enable………………………………………………. 92 Repair
Dispatch ……………………………………………. 51 Repairs ………………………………………… 105, 111
S Safety …………………………………………………… 13
Maintenance ……………………………………. 105 safety requirements
Basic ………………………………………………… 13 Operating company ……………………………. 13 Screw sensor
with standard signal output ….. 39 Select Process …………………………………………….. 62
Selection Personnel………………………………………….. 14 Selection of personnel ……………………………..
14 Sensor Adjust offset ………………………………………. 72 Analog standard signals ………………………
39 Setting Date …………………………………………………. 95 Force sensor filter ………………………………. 74
Offset limit of force sensor …………………… 73 Time …………………………………………………. 95 Setting
the filter Force sensor ……………………………………… 74 Shift counter Switch-off at
OK…………………………………. 83 Switch-off at total ……………………………….. 83 Software
……………………………………………….. 57 Function ……………………………………………. 57
Interface……………………………………………. 57 Source of supply…………………………………….. 11 Special
characters ………………………………….. 60 Starting System ……………………………………………… 53 Storage
…………………………………………………. 51 Temporary storages……………………………. 51 Switch-off
OK………………………………………………. 80, 83 Total ………………………………………. 81, 83, 85 System
preparing…………………………………………… 53 starting ……………………………………………… 53
T Target group ……………………………………………. 7 Technical data ……………………………………….. 23
Connections ………………………………………. 28 Digital inputs………………………………………. 28 Digital
outputs …………. 31, 32, 34, 35, 36, 37 Dimensions ………………………………….. 24, 25 DMS
signals ………………………………………. 40 Electromagnetic compatibility……………….. 38
Environmental conditions …………………….. 38 Hardware configuration ……………………….. 26
Mechanical specifications ……………………. 23 Power supply……………………………………… 26 Profibus
interface ………………………….. 43, 44 Pulse diagrams ………………………………….. 46 Screw sensor
with standard signal output. 39 Sensor ………………………………………………. 39 Test of the
final position …………………………… 20 Clinching …………………………………………… 20 Texts
Highlighting ……………………………………….. 10 Time set ……………………………………………………. 95 Tool
counter Switch-off at total………………………………… 85 Transfer of measuring
data………………………. 21 Transport……………………………………………….. 51 Troubleshooting
……………………………………… 99 Type plate ……………………………………………… 18
U UL certificate ………………………………………… 118 Uppercase
permanent …………………………………………. 60 User
Log in ……………………………………………….. 86 User administration …………………………………. 86
Change password ………………………………. 88 User.
Log out ……………………………………………… 86
V Validity
Document ……………………………………………. 7 Valuation options ……………………………………. 96
124
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W warning limit
Setting………………………………………………. 68 Warning signs………………………………………….. 9 Warranty
……………………………………………….. 17
Index
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Index
126
TOX_Manual_Process-monitoring-unit_CEP400T_en
References
- .DE.COM
- UL Solutions
- Register a .US.COM domain today!
- TOX® PRESSOTECHNIK | Drives for production machinery
- TOX® Homepage | TOX®
- MarksHub | UL Solutions
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