Cleco Tools CellCore mPro200GC-AP Manuel utilisateur
CellCore
™
For additional product information visit our website at www.ClecoTools.com
Quick Installation Guide
P2402KA
2019-05
Data Transmission
CellCore Installation
P2402KA | 2019-05 Apex Tool Group
Copyright © Apex Tool Group, 2019
No part of this document may be reproduced in any way or in any form, in whole or in part, or in a natural or
machine-readable language, or transmitted on electronic, mechanical, optical, or other media, without the
express permission of the Apex Tool Group.
Disclaimer
The Apex Tool Group reserves the right to modify, supplement, or improve this document or the product
without prior notice.
Trademark
Cleco is a registered trademark of Apex Brands, Inc.
Apex Tool Group GmbH
Industriestraße 1
73463 Westhausen
Germany
Apex Tool Group P2402KA | 2019-05 3
EN
Contents
1 About this description ........................................................................... 4
2 System layout....................................................................................... 5
2.1 WLAN communication................................................................................................. 5
2.1.1 Data on the tool ........................................................................................................... 5
2.1.2 Country-specific channel settings................................................................................ 6
2.1.3 Cell planning for access point ..................................................................................... 7
2.2 Bluetooth connection................................................................................................... 7
3 Setting up the mPro200GC-AP ............................................................ 8
3.1 Prior to Initial Startup................................................................................................... 8
3.2 Configuring the access point ....................................................................................... 8
3.3 Configuring tool RF settings with the PC................................................................... 10
3.4 Configuring tool Bluetooth settings with mPro200GC-AP ......................................... 12
3.5 Installing the tool on the controller............................................................................. 14
About this description
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EN 1About this description
The original language of this description is German.
This description is intended for anyone who sets up the cordless EC tool CCBA or CCBP on a mPro200GC-
AP controller.
This Instruction Manual is the Original Instruction Manual and
• describes the basic installation of the components.
• provides tips for using and setting the components up in the manner intended.
• is not sufficient for planning complex network infrastructures.
• does not contain detailed information about the components. Detailed information can be found in the
manuals concerned.
Other documents
Symbols in the text
No. Type
P2398PM Programming Manual Cordless EC Tool CellCore
P2403HW Hardware description mPro200GC(-AP) CellCore
P2390BA Instruction Manual cordless EC tool CellCore
P2372JH Installation Guide LiveWire Utilities
P2280PM Programming Manual S16813
Documentation mProRemote Professional
Italic identifies menu options (e.g., diagnostics), input fields, control boxes, options fields or
dropdown menus.
> Denotes the selection of a menu option from a menu, e.g., File > Print
<…> Denotes switches, pushbuttons or the buttons of an external keyboard, e.g., <F5>
Courier Denotes filenames and paths, e.g., setup.exe
• Denotes lists, Level 1
- Denotes lists, Level 2
a)
b)
Denotes options
→ Denotes results
1. (...)
2. (...)
Denotes handling steps
Denotes an individual handling step
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System layout
2
EN
2 System layout
The communication between the controller and the tool is possible via WLAN or Bluetooth.The access point
is integrated in the mPro200GC-AP controller. To communicate with the controller, the tools must be in the
mPro mode.
2.1 WLAN communication
The system layout described is based on communication via WLAN. The access point is integrated in the
mPro200GC-AP controller. The tools can communicate according to the following standard:
Abb. 2-1: System layout with mPro200GC-AP
2.1.1 Data on the tool
Tool Standard
CCBA, CCBP WLAN dual band:
2.4 GHz/5 GHz Standard IEEE 802.11 a/b/g/n
mPro200GC-AP
CCBA/CCBP (mPro mode)
Integrated access point
Features Data
Standard IEEE 802.11a/b/g/n
Safety • WEP 64/128 encryption
• WPA/WPA2 TKIP/AES
• 802.1x LEAP, PEAPa
a. ) PEAP (without client certificates)
Range Typically up to 50 m
Channels • 1 – 13 (2.412 – 2.472 GHz)
• 36, 40, 44, 48, 52, 56, 60, 64, 100, 104, 108, 112, 116, 120, 124, 128, 132, 136,
140, 149, 153, 157, 161, 165 (5.180 – 5.825 GHz)
Transmission
power
20 dBm
Sensitivity -95 dBm (typ. @ 1 Mbps DSSS, 2.4 GHz)
-66.3 dBm (typ.@ 40 MHz MCS7 MM 4K)
-92.5 dBm (typ. @ 6 Mbps OFDM, 5 GHz)
-69.3 dBm (typ @ 40 MHz MCS7 MM 4K, 5 GHz)
Modulation CCK/DSSS/OFDM
System layout
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EN 2.1.2 Country-specific channel settings
The cordless CellCore tools work in the license-free 2.4 GHz/5 GHz ISM band:
Key
Band Channel Frequency
in GHz
World Europe USA/Canada
World CE FCC
2.4 GHz
IEEE802.11b/g
1 2.412 x x x
2 2.417 x x x
3 2.422 x x x
4 2.427 x x x
5 2.432 x x x
6 2.437 x x x
7 2.442 x x x
8 2.447 x x x
9 2.452 x x x
10 2.457 x x x
11 2.462 x x x
12 2.467 - x -
13 2.472 - x -
5 GHz
IEEE802.11a
U-NII-1
36 5.180 x x x
40 5.200 x x x
44 5.220 x x x
48 5.240 x x x
5 GHz
IEEE802.11a
U-NII-2
52 5.260 - x x
56 5.280 - x x
60 5.300 - x x
64 5.320 - x x
5 GHz
IEEE802.11a
U-NII-2 ext
100 5.500 - x x
104 5.520 - x x
108 5.540 - x x
112 5.560 - x x
116 5.580 - x x
120 5.600 - x -
124 5.620 - x -
128 5.640 - x -
132 5.660 - x -
136 5.680 - x x
140 5.700 - x x
Outdoor channels
U-NII-3
149 5.745 - o x
153 5.765 - o x
157 5.785 - o x
161 5.805 - o x
165 5.825 - o x
x Approved and available
- Not permissible, blocking necessary
o Permissible with limited power to 20 dBm (SRD)
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System layout
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EN
2.1.3 Cell planning for access point
Each channel operates with a frequency range of 22 MHz. To avoid overlapping the frequency ranges, the
channels must be chosen so that they do not overlap. In other words, a maximum of 3 independent chan-
nels (e.g., 1, 6 and 11) are available in the 2.4 GHz frequency band.
The 5 GHz frequency band provides up to 21 independent channels.
To minimize interference between different radio cells that share the same RF channel, it is advisable to
physically separate them. Note that for multistory buildings, it is necessary to consider both higher and
lower floors.
The following overview shows the basic channel assignment.
Abb. 2-2: Idealized radio cells
The physical circumference of a radio cell depends primarily on the access point used, the antennas and
the type of construction in the surrounding area. The limit of a radio cell is reached when the signal-to-noise
ratio (SNR) falls below 15 dB. If the ratio falls below this value, a new radio cell should be started. The typi-
cal circumference of a radio cell in a building is up to 50 m.
For the tool to be able to connect to different access points automatically (roaming), the SSID and encryp-
tion must be set identically at the corresponding access points.
Example installation 5 GHz
• Several overlapping radio cells are possible, even if only one free channel is used.
• Up to 200 tools are then possible within the radio range with a limited volume of data.
• The range of the radio cells is limited by the minimal transmission power.
Abb. 2-3: Idealized radio cells = Range of use of the tools
2.2 Bluetooth connection
The controller can communicate via the Bluetooth connection with up to seven tools at a time. The tools can
communicate according to the following standard:
Area of use of the tools
Channel 1 Channel 11
Channel 6
If wide-area coverage with controlled emission from multiple access points is required, corresponding
planning and evaluation must be carried out for the specific case.
Channel 60
SSID 2
Channel 60
SSID 3
Channel 60
SSID 4
Channel 60
SSID 5
Channel 60
SSID 6
Channel 60
SSID 7
Channel 60
SSID 8
Channel 60
SSID 9
Tool Standard
CCBA, CCBP Bluetooth 4.2
Setting up the mPro200GC-AP
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EN 3 Setting up the mPro200GC-AP
3.1 Prior to Initial Startup
To set up the controller, the following items are required:
•PC
• Ethernet cable
• Software mProRemote Professional
• Software LiveWire Utilities
• Monitor with VGA connector, keyboard and mouse (optional)
1. Download the mProRemote Professional and LiveWire Utilities software from the following website:
http://software.apextoolgroup.com/current-software-packages/pc-software/
2. Install the mProRemote Professional software on the PC, see Document mProRemote Professional.
3. Install the LiveWire Utilities software on the PC, see Document P2372JH.
4. Set network settings from laptop/PC to i. e. 192.168.100.201.
3.2 Configuring the access point
In the factory setting, the IP address and the subnet mask of the controller are specified with a default value
(Ethernet 1):
To configure the access point:
1. Connect laptop/PC directly to a mPro200GC-AP using an Ethernet cable.
2. Start mProRemote Professional on the PC.
3. In the Remote Control tab in the Target input box, enter the IP address 192.168.100.200.
4. Press Remote (TCP/IP).
→ A connection to the controller is established.
→ The user interface for the controller opens on the PC.
5. Select Navigator > Utility > System Settings > Radio Frequency (RF) Configuration LiveWire/CellCore.
6. Open the Wireless AP Configuration tab.
7. Carry out the desired settings for the configuration of the access point.
8. Press <Apply> to save the changes.
Parameter Default value
IP address 192.168.100.200
Subnet mask 255.255.255.0
Note
If installing more than one Series 200 Controller, each controller must have a unique IP address.
Connecting all controllers to the same network without changing the original IP address of
192.168.100.200 will create an IP conflict.
Assign a new IP address to each controller.
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Setting up the mPro200GC-AP
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EN
Abb. 3-1: WLAN AP Configuration
Parameter Description
Activate WLAN Commu-
nication
If the checkbox is activated, WLAN is active on the controller.
→ The Bluetooth function is deactivated.
SSID Enter the SSID for the WLAN name (access point) to which a connection is
to be established.
Set default SSID If the Set default SSID checkbox is activated, then a default value for the
SSID is assigned.
Password Enter the password for the access point.
The default password is visible. As soon as a new password is assigned,
asterisks * are displayed instead of numbers.
<Generate Password> Press <Generate Password> to generate any eight-digit password.
Default Password If the Default Password checkbox is activated, then the default password is
displayed.
Channel bands Select the frequency band. Only one channel can be selected.
The following may be selected:
• 2.4 GHz
• 5.2 GHz
2.4 GHz channels
(802.11 b/g/n)
Select channel. Only one channel can be selected.
Only active if the 2.4 GHz frequency band has been selected.
5.2 GHz channels
(802.11 a)
Select channel. Only one channel can be selected.
Only active if the 5.2 GHz frequency band has been selected.
Information to setup cli-
ents for access point
Information to setup clients for access point:
• IP address range for tools
• Subnet mask
• Gateway
• WLAN-Encryption
<Identify> Update the view of the WLAN settings.
<Apply> Save the settings.
<OK> Exit software, the settings are saved.
<Cancel> Exit software, the settings are not saved.
Setting up the mPro200GC-AP
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EN For all other settings, default values are assigned, which can not be changed.
3.3 Configuring tool RF settings with the PC
1. Connect the tool to the PC via a Micro B USB cable.
Abb. 3-2: LiveWire Utilities
2. Switch on the tool.
3. Determine the serial interface (COM port) for the driver in the device manager for the PC.
Abb. 3-3: Device manager
4. Starting the LiveWire RF Configuration program under the Apex Tool Group.
Abb. 3-4: Starting the LiveWire RF Configuration program
5. For an IRDA Connection, select the serial interface (COM port) for the driver.
6. Select <Identify> to read out the specific data of the WLAN module.
If the PC can not establish a connection to the controller, then the settings can be made via a monitor
connected to the controller.
1. Connect a monitor via a VGA connection, as well as a keyboard and a mouse, to the controller.
→ The software user interface for the controller appears on the screen.
2. Select Navigator > Utility > System Settings > Radio Frequency (RF) Configuration LiveWire/Cell-
Core.
3. Open the Wireless AP Configuration tab.
4. Carry out the desired settings for the configuration of the access point.
5. Press <Apply> to save the changes.
LiveWire Utilities
Micro B USB cable
CCBA, CCBP
Ce manuel convient aux modèles suivants
1
Table des matières
