Cleco S133410 User manual

For additional product information visit our website at http://www.apextoolgroup.com
Arcnet Socket Tray
S133410, S133411
Instruction Manual
P2268BA/EN
2015-10

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Notes on this Instruction Manual
This Instruction Manual is the Original Instruction Manual and
• provides important instructions for safe and effective operation.
• describes functionality and operation
• serves as a lexicon for technical data.
Symbols in the text:
Symbols in graphics:
Disclaimer:
Apex Tool Group reserves the right to modify, supplement or improve this document or the product without
prior notice. This document may not be reproduced in whole or in part in any way, shape or form, or copied
to another natural or machine-readable language or to a data carrier, whether electronic, mechanical, opti-
cal or otherwise, without the express permission of Apex Tool Group.
App Application
LG Linking group, combination of individual linking steps (links)
LS Linking steps
 identifies instructions to be followed.
• identifies lists.
Italics Indicates menu items such as Diagnostics in software descriptions
<…> identifies elements that have to be selected or deselected, such as buttons or check
boxes, i.e. <F5>
Courier Indicates the name of paths and files, e.g. setup.exe
\ A backslash between two names indicates the selection of an item from the menu,
e.g. file \ print
Identifies movement in one direction.
identifies function and force.

P2268BA-EN_2015-10_ArcStcknusstab_S133410-411IVZ.fm, 08.02.2016P2268BA/EN 2015-10 3
Contents
1 Safety 5
1.1 Symbols .................................................................................................................. 5
1.2 Safety instructions....................................................................................................... 5
1.3 Designated use ........................................................................................................... 5
2 Product description 6
2.1 Sizes ........................................................................................................................... 6
3 Before initial operation 6
3.1 Necessary components............................................................................................... 6
3.2 Identifying and programming Arcnet address.............................................................. 7
3.3 Connecting socket tray to control ............................................................................... 8
3.4 Adjusting inserts before installation............................................................................. 8
4 Use case 1 –
Controlling App/LG by socket removal 9
4.1 Selecting mode............................................................................................................ 9
4.2 To define selection mode........................................................................................... 10
4.3 Inserting socket tray in I/O mapping.......................................................................... 10
4.4 Defining input/output signals...................................................................................... 11
5 Use case 2 –
Controlling socket removal by App/LG 13
5.1 Selecting mode.......................................................................................................... 14
5.2 Defining input/output signals..................................................................................... 14
5.3 Assigning socket to LS.............................................................................................. 15
5.4 Assigning socket to App............................................................................................ 17
6 Technical data 18
6.1 General...................................................................................................................... 18
6.2 Mechanic dimensions and weights............................................................................ 18
7 Service 18
8 Disposal 18

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P2268BA-EN_b.fm, 08.02.2016 P2268BA/EN 2015-10 5
Safety
1Safety
1.1 Symbols
1.2 Safety instructions
The socket tray described in this Instruction Manual was developed, manufactured, inspected and docu-
mented according to the relevant safety standards. Therefore, the socket tray does not normally represent a
danger to property or persons as long as the handling instructions and safety notes are adhered to during
installation and first operation.
1.3 Designated use
The socket tray must only be used with the fastener control mPro400GC(-P, -M, -S) from Apex Tool Group.
Unauthorized alterations, repairs and modifications are prohibited for reasons of safety and product liability.
CAUTION! A symbol combined with the word CAUTION warns of a potentially hazardous situation for the health of
personnel or damage to property or the environment. If this warning is not observed, injuries, property or
environmental damage may occur.
This sign warns of a potentially hazardous situation.
If the note is not adhered to, the product or parts of it may be damaged.
This symbol indicates a general instruction.
General instructions include application tips and special useful information, but not warnings against
dangers.
ATTEN-
TION!

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Product description
2 Product description
The socket tray is used in conjunction with an Apex Tool Group fastener control with Arcnet port. Depending
on the software, the following can be parameterized:
•aApplication (App)
A App (fastening strategy, fastening parameter set) includes settings for
- Fastening sequence
- Shut off and boundary values
- Torque
- Speed specifications
•aLinking Group (LG).
The LG (links) comprises several linking steps (LS).
The socket tray couples App/LG with a socket. The following use cases are possible (see chapters below):
• Use case 1 – Controlling App/LG by socket removal, Seite 9.
• Use case 2 – Controlling socket removal by App/LG, Seite 13
A defined bit pattern defines which socket has to be taken.
Depending on the version, the socket tray can have up to 4 or 8 sockets.
2.1 Sizes
3 Before initial operation
The socket tray must be connected before commissioning on Arcnet.
3.1 Necessary components
Number of possible sockets Socket tray App selection
4 S133410 1-4
8 S133411 1-8
System bus cable
Order no.
S133408-×××
System bus
terminator
Order no.
S133412
Hex wrench
Phillips
PH3
Hex wrench
Blade width 2
Potentiometer
calibration
Threaded pin
Order no.
S906934
for not connected
use
Offset screw-
driver 2.5
for not connected
use

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Before initial operation
3.2 Identifying and programming Arcnet address
Each socket tray is supplied with a default address (110) which can be seen on the respective type plate. If
only one socket tray is used, the default address is sufficient.
The default address must be changed if several
Arcnet components are connected to the system
bus. Identical addresses are not allowed.
Open the housing with a Phillips screwdriver and
continue with the next step.
Set the corresponding Arcnet address. Possible
address range 100–131.
The illustration on the right shows the default
address 110, where the two dials stand for the last
two digits. The first digit is always 1.
• 1 Fixed
• 1 HIGH switch for tens digit (00-30)
• 0 LOW switch for ones digit (0-9)
Note the new address.

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Before initial operation
3.3 Connecting socket tray to control
3.4 Adjusting inserts before installation
Adjust the inserts for the use case concerned. See drawing below.
Fig. 3-1 : Inserts
Connect the socket tray to the
control by cable with control.
Plug the terminator to the
underside.
If several Arcnet components
are connected, plug the termi-
nator to the last Arcnet partici-
pant.
S133408-×××
Example: socket WAF 24
Use
S970716
916377

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Use case 1 – Controlling App/LG by socket removal
4 Use case 1 –
Controlling App/LG by socket removal
Example: SW S168813 V1.4, 4x socket tray, Arcnet address 110
4.1 Selecting mode
Switch on control.
Select <Navigator> < Advanced> <Linking>.
Fig. 4-1 Linking
Enable linking: No App mode
Yes LG mode
2.
Remove socket – the order is not important.
LED for the removed socket goes out.
3.
Use socket:
The relevant App/Linking Group is selected
App mode: Result after working through each App
LG mode: Overall result after working through all linking steps
Inputs
Outputs
1.
mPro400GC Programming
• Application (App)/
Linking Group (LG)
• Outputs and inputs
c01276_STN-nein_en.png

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Use case 1 – Controlling App/LG by socket removal
4.2 To define selection mode
Select <Advanced> Tool Settings.
Fig. 4-2 : Tool settings
Select relevant Tool.
Activate External Application / LG Selection
Under Mode, select Socket Tray (see note on Page 12).
Under Mirror, select Socket Tray.
Accept settings until Navigator menu appears.
Back with <Navigator>.
4.3 Inserting socket tray in I/O mapping
Select <Navigator> < Diagnostics> <System Bus> and check whether a socket tray is present in the
I/O mapping: Status: Bridge not in I/O mapping.
If the socket tray has been successfully inserted, the status will change to: Ready for communica-
tion.
c01282en.png

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Use case 1 – Controlling App/LG by socket removal
Fig. 4-3 System bus
Back with <Navigator>.
Select <Navigator> <Advanced> Controller Settings.
Activate Display mPro button.
Save settings with <Navigator>.
Select <mPro>.
Select <Main menu> <System Programming> Service > Programmable I/O mapping.
Select User number Service (if required).
Enter password 0736381254 (if required).
Note warning. Select <Run>.
Fastenings must be completed or else the programmable I/O mapping will be disabled.
4.4 Defining input/output signals
Select signals individually and confirm with <Insert>
In dropdown list 1, select Group (Tool).
In dropdown list 2, select A-IOS (Arcnet bridge).
In input field 3, enter Arcnet address, e.g. 110.
In dropdown list 4, select the relevant inputs and outputs (see table).
In input field 5, enter the relevant bit (see table).
4x socket tray 8x socket tray
Inputs Bit Outputs Bit Inputs Bit Outputs Bit
Ext.App.Sel.1
Ext.App.Sel.2
Ext.App.Sel.3
Ext.App.Sel.4
0
1
2
3
Conf.App.Sel.1
Conf.App.Sel.2
Conf.App.Sel.3
Conf.App.Sel.4
8
9
10
11
Ext.App.Sel.1
Ext.App.Sel.2
Ext.App.Sel.3
Ext.App.Sel.4
Ext.App.Sel.5
Ext.App.Sel.6
Ext.App.Sel.7
Ext.App.Sel.8
0
1
2
3
4
5
6
7
Conf.App.Sel.1
Conf.App.Sel.2
Conf.App.Sel.3
Conf.App.Sel.4
Conf.App.Sel.5
Conf.App.Sel.6
Conf.App.Sel.7
Conf.App.Sel.8
8
9
10
11
12
13
14
15
c01278en.png

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Use case 1 – Controlling App/LG by socket removal
Accept settings until Navigator menu appears.
Fig. 4-4 Programmable I/O Mapping
Only take one socket in mode Socket Tray or else the tool will be disabled.
Seal unconnected inserts with a threaded pin.
c01280en.png
1
2
3 4 5

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Use case 2 – Controlling socket removal by App/LG
5 Use case 2 –
Controlling socket removal by App/LG
Specification of socket with defined bit mask
Example: SW S168813 V1.4, 4 sockets, Arcnet address 101
1.
Program mPro400GC:
• Application (App)/Linking Group (LG)
• Outputs and inputs
Optional:
• Number of sockets,
that can be taken for each process
• LG: Specify LS order
3.
LED lights up and marks the socket
to be used.
4.
Use socket:
The relevant App/Linking Group is activated.
After working through all linking steps: Overall result
Inputs
Outputs
2.
Activate Application (App)/Linking Group (LG) via external unit
(SPS, scanner, computer…)

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Use case 2 – Controlling socket removal by App/LG
5.1 Selecting mode
Switch on control.
Select <Navigator> < Advanced> <Linking>.
Fig. 5-1 Linking
5.2 Defining input/output signals
Select signals individually and confirm with <Insert>
In dropdown list 1, select Group (Tool).
In dropdown list 2, select A-IOS (Arcnet bridge).
In input field 3, enter Arcnet address, e.g. 110.
In dropdown list 4, select the relevant inputs and outputs (see table above).
In input field 5, enter the relevant bit (see table above).
Accept settings until Navigator menu appears.
Enable linking: No App mode
Yes LG mode
4x socket tray 8x socket tray
Inputs Bit Outputs Bit Inputs Bit Outputs Bit
EIN_S_1
EIN_S_2
EIN_S_3
EIN_S_4
0
1
2
3
AUS_S_1
AUS_S_2
AUS_S_3
AUS_S_4
8
9
10
11
EIN_S_1
EIN_S_2
EIN_S_3
EIN_S_4
EIN_S_5
EIN_S_6
EIN_S_7
EIN_S_8
0
1
2
3
4
5
6
7
AUS_S_1
AUS_S_2
AUS_S_3
AUS_S_4
AUS_S_5
AUS_S_6
AUS_S_7
AUS_S_8
8
9
10
11
12
13
14
15
c01276_STN-nein_en.png

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Use case 2 – Controlling socket removal by App/LG
Fig. 5-2 Programmable I/O mapping
5.3 Assigning socket to LS
Select <Navigator> <Advanced> Controller Settings.
Activate Display mPro button.
Save settings with <Navigator>.
Select <mPro> .
Select tool group no. and program individual linking steps (LS):
Mark LS and open with .
Fig. 5-3 : Overview of linking steps
c01403en.png
1
2
3 4 5
c01401en.png

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Use case 2 – Controlling socket removal by App/LG
Fig. 5-4 : Linking step 1
Program input mask (see table).
Program output mask (see table).
Example: 8x socket tray, output 1
Removal Input mask Outputs
Socket 1 E2-4/EN1 A1
Socket 2 E1/3-4/EN2 A2
Socket 3 E1-2/4/EN3 A3
Socket 4 E1-3/EN4 A4
Socket 5 E1-4/6-8/EN5 A5
Socket 6 E1-5/7-8/EN6 A6
Socket 7 E1-6/8/EN7 A7
Socket 8 E1-7/EN8 A8
c01402en.png

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Use case 2 – Controlling socket removal by App/LG
5.4 Assigning socket to App
Select <Navigator> < Standard> Settings > Input / output bitmask.
Definition of bitmask:
Example for a 4x socket tray, socket 1 must be taken:
Set Input 1 bit to 0.
Set Inputs 2–4 to 1. Inputs 5–8 are not defined.
Set Output 1 to 1.
Set other outputs to 0.
Confirm with <OK>
Fig. 5-5 Input / Output bitmask 4x socket tray
Inputs E1 E2 E3 E4 E5 E6 E7 E8
01
1) Logic 0 = EN1 →Remove socket 1
12
2) Logic 1 = E2 →Socket 2 remains
111111
1 0111111
1 1011111
1 1101111
1 1110111
1 1111011
1 1111101
1 1111110
Outputs A13
3) Output = A1 →LED to socket 1
A2 A3 A4 A5 A6 A7 A8
Seal unconnected inserts with a threaded pin.
Do not define Inputs 5-8 if a 4x socket tray is being used.
c02025de.png

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Technical data
6 Technical data
6.1 General
6.2 Mechanic dimensions and weights
7 Service
8Disposal
Ambient Conditions
Storage temperature 0° C…+75° C
Ambient temperature 0° C…+45° C
Permissible relative humidity 0…90%, non-condensing
Electrical data
Power supply with reverse polarity protection
Supply voltage 21.6…26.4 VDC
Current draw S133410 approx. 200 mA
Current draw S133411 approx. 300 mA
Protection rating (DIN EN 60529) IP54
Housing S133410
(4x) S133411 (8x)
Dimensions (L x W x H) 258 x 91 x 160 258 x 91 x 160
Weight with connector cable approx. 2.95 kg approx. 3.55 kg
Color RAL 2004 RAL 2004
Should a repair be necessary, send the complete socket tray to Apex Tool Group! If you attempt to perform
a repair yourself, there is a risk of malfunction in the fastener control mPro400GC and thus faulty screw
joints. In the event of non-compliance, the manufacturer will be entitled to declare all warranty obligations to
be invalid.
CAUTION! Injuries and environmental damage from improper disposal.
Components and auxiliary materials of the tool pose risks to the health and the environment.
Separate the components of the packing and segregate the different materials before disposing of
them.
Follow the locally applicable regulations.
Observe generally valid disposal guidelines such as, in Germany, the Electrical and Electronic Equipment
Act (ElektroG):
Submit S133410 and S133411 at your company collection point or return them to Apex Tool Group.
ATTEN-
TION!

Please note that all locations may not service all products.
Contact the nearest Apex Tool Group Sales & Service Center for the appropriate facility
to handle your service requirements.
POWER TOOLS SALES & SERVICE CENTERS
Apex Tool Group, LLC
1000 Lufkin Road
Apex, NC 27539
Phone: [phone]
Fax: [phone]
www.apexpowertools.com
EUROPE | MIDDLE EAST | AFRICA
Hungary
Apex Tool Group
Hungária Kft.
Platánfa u. 2
9027 Györ
Hungary
Phone: [phone]
Fax: [phone]
NORTH AMERICA | SOUTH AMERICA
Lexington, South Carolina
Apex Tool Group
670 Industrial Drive
Lexington, SC 29072
Phone: [phone]
Phone: [phone]
Fax: [phone]
Canada
Apex Tool Canada, Ltd.
7631 Bath Road
Mississauga, Ontario L4T 3T1
Canada
Phone: [phone]
Fax: [phone]
Mexico
Apex Tool Group
Manufacturing México
S. de R.L. de C.V.
Vialidad El Pueblito #103
Parque Industrial Querétaro
Querétaro, QRO 76220
Mexico
Phone: [phone]
Fax: [phone]
Detroit, Michigan
Apex Tool Group
2630 Superior Court
Auburn Hills, MI 48236
Phone: [phone]
Fax: [phone]
Brazil
Apex Tool Group
Ind. Com. Ferram, Ltda.
Av. Liberdade, 4055
Zona Industrial Iporanga
Sorocaba, São Paulo
CEP# 18087-170
Brazil
Phone: [phone]
Fax: [phone]
Louisville, Kentucky
Apex Tool Group
1000 Glengarry Drive
Suite 150
Fairdale, KY 40118
Phone: [phone]
apexpowertools.com/service
ASIA PACIFIC
India
Apex Power Tools India
Private Limited
Gala No. 1, Plot No. 5
S. No. 234, 235 & 245
Indialand Global
Industrial Park
Taluka-Mulsi, Phase I
Hinjawadi, Pune 411057
Maharashtra, India
Phone: [phone]
Australia
Apex Tool Group
519 Nurigong Street, Albury
NSW 2640
Australia
Phone: [phone]
China
Apex Power Tool Trading
(Shanghai) Co., Ltd
2nd Floor, Area C
177 Bi Bo Road
Pu Dong New Area, Shanghai
China 201203 P.R.C.
Phone: [phone]
Fax: [phone]
Japan
Apex Tool Group Japan
Korin-Kaikan 5F,
3-6-23 Shibakoen, Minato-Ku,
Tokyo 105-0011, JAPAN
Phone: [phone]
Fax: [phone]
Korea
Apex Tool Group Korea
#1503, Hibrand Living Bldg.,
215 Yangjae-dong,
Seocho-gu, Seoul 137-924,
Korea
Phone: [phone]
Fax: [phone]
|0816 |
England
Apex Tool Group GmbH
C/O Spline Gauges
Piccadilly, Tamworth
Staffordshire B78 2ER
United Kingdom
Phone: [phone]
Fax: [phone]
France
Apex Tool Group S.A.S.
25 rue Maurice Chevalier
B.P. 28
77831 Ozoir-La-Ferrière
Cedex, France
Phone: [phone]
Fax: [phone]
Germany
Apex Tool Group GmbH
Industriestraße 1
73463 Westhausen
Germany
Phone: [phone]
Fax: [phone]
Sales Center
Service Center