ACD GRUPPE MFT920 Reference guide

MFT920_F160_Fusion_Summit_Brief_Overview_FCC_V1.50_en.doc 1 / 16
Brief Overview
MFT920 Vehicle Terminal – F160
U.S. Edition 2015
Version: 1.50
© 2015 ACD Group
All Rights Reserved
This document may not be duplicated or made accessible to
third parties without written permission by ACD.

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Table of Contents
1 Scope of Delivery.........................................................................................3
2 Intended Use................................................................................................3
3 Handling of the Device.................................................................................4
3.1 Switching the Device on and off................................................................................5
3.1.1 Switching on.........................................................................................................5
3.1.2 Switching off.........................................................................................................6
3.2 Connection Ports of the Device ................................................................................6
3.2.1 Pin Assignment Voltage Supply: Sub-D Plug (15-pole).......................................7
3.2.2 Pin Assignment COM 1 (RS232) Interface: Sub-D Plug (9-pole)........................8
3.2.3 Pin Assignment COM 2 (RS232) Interface: Sub-D Plug (9-pole)........................9
3.2.4 Pin Assignment PS/2 Jack: Mini-Din (6-pole)....................................................10
3.2.5 Ethernet (LAN)...................................................................................................10
3.2.6 USB (USB1, USB2, USB3)................................................................................11
3.2.7 External Antenna Connector..............................................................................11
3.2.8 Special Considerations for external Devices at the Interfaces..........................11
3.3 Emergency Supply..................................................................................................11
4 Cleaning and Maintenance Information......................................................12
5 Service and Spare Parts ............................................................................12
6 FCC Statement of Compliance...................................................................13
7 Manufacturer’s Representations and Warranties.......................................15

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1 Scope of Delivery
The package contains the following items:
1 Device
2 Brief overview MFT920 Vehicle Terminal – F160 (quick start manual)
3 Holding bracket (optional)
4 Power supply cable (optional)
5 Table power adapter – two parts (optional)
Check package for completion and possible damages.
Figure 1: Package content
2 Intended Use
The MFT920 serves as a vehicle terminal, specifically designed for use in vehicles such as forklifts or order
pickers. Do not use the system in geographical areas where explosives may be used.
Observe the local regulatory requirements for wireless devices.
The supplied components are intended for use with this device only.
1
2
3
4
5
5

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3 Handling of the Device
Read all instructions first before using the MFT920!
Do not drink any alcohol or take any drugs while using the MFT920
and follow the saftey instructions carefully!
ATTENTION
Tampering with the device or improper operation will lead to a loss
of warranty! If problems occur, ACD must be contacted
immediately.
ATTENTION
The power supply is electrically isolated from the device.
Bear in mind, however, that this electrical isolation ceases to be
effective if the interfaces (COM/USB) of the device are directly
supplied with input voltage (without electrical isolation). This can
lead to the destruction of components of the device.
ATTENTION
Prior to each use, the terminal as well as the connection cables
must be inspected for damage. Damaged parts must be replaced.
Please contact ACD in this case.
ATTENTION
Prior to each journey, the mounting bracket of the MFT920 must be
inspected for damage (tear, deformation). Defective mounting
brackets must be replaced for your own safety.
ATTENTION
In order to prevent excessive heat, the terminal, as well as the
power pack (if a power pack is used), must not be covered while in
use.
ATTENTION
Do not place the terminal close to any heat sources (such as space
heaters) and do not expose it to direct sunlight or excessive dust
sources.
ATTENTION
Make sure there is no risk of stumbling over connection cables or
power packs.
ATTENTION
Only original ACD power packs or the ACD power supply cable
may be used for operating the MFT920. Observe the input voltage
range on the rating plate located at the bottom of the device.

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ATTENTION
Voltage may occur on the inside of the device, which may lead to
severe or even fatal injuries when touching live parts or handling
the device in an improper manner. It may also lead to severe
material damage.
The device may only be opened by trained specialists, and only
after consulting with ACD.
The device may only be attached in the position intended by the
holding bracket.
3.1 Switching the Device on and off
3.1.1 Switching on
In order to switch on the device, the ON/OFF switch at the bottom of the device must be in position “I”
(Figure 2). The device can then be switched on via a defined key (ACD key (default setting), F1 key or F2
key, see Figure 3). It is also possible that the device starts up immediately without pressing a defined key.
Figure 2: Switching on
Figure 3: Front of the Device

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3.1.2 Switching off
To shut down the device, you may either use the software or press a customised key (default setting: ACD
key) for 5 seconds (default setting). If the device is in standby mode, this is indicated by flashing of the green
LED. The device can be switched off completely by switching the ON/OFF switch at the bottom of the device
to position “0” (Figure 4).
Detailed instructions for configuring the ON/OFF behavior can be requested from the manufacturer if
required.
Figure 4: Switching off
3.2 Connection Ports of the Device
The connections are at the rear side of the device. Each connection is described in the following section.
The interfaces will be explained in detail in the following figures 6 - 12.
Figure 5: Bottom of the Device
ATTENTION Unintended use of the interfaces should be avoided.
10
11
9
8
12
6
2/4
13
7

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3.2.1 Pin Assignment Voltage Supply: Sub-D Plug (15-pole)
This is the power supply connection of the device. The device is powered from a DC source with a voltage
range from 13 V to 72 V DC, which is normally the battery of the vehicle. You can plug the provided power
supply cable (see caption 1, “Scope of delivery”) into the connector.
Figure 6: Power
Pin no. Description Function
1 -UB POWER IN- Power supply 0V
2 -UB POWER IN- Power supply 0V
3 -UB POWER IN- Power supply 0V
4 -UB POWER IN- Power supply 0V
5 not assigned
6 +UB POWER IN+ Power supply +
7 +UB POWER IN+ Power supply +
8 +UB POWER IN+ Power supply +
9 +UB POWER IN+ Power supply +
10 not assigned
11 not assigned
12 not assigned
13 not assigned
14 not assigned
15 not assigned
Table 1: Pin Assignment Voltage Supply
For the protection against a short circuit inside of the device, a fuse is used at the connection ports of the
device (see figure 7). The value of that fuse is 3.15 Ampere slow-blow (TT).
Because it is possible that there is a short circuit at the power supply plug or the power supply cable, the
MFT920 must be protected externally at the machine end. The appropriate value is on the rating plate in the
cable entrance area of the device.
Figure 7: Fuse
ATTENTION Always replace blown fuses by identical new ones.

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3.2.2 Pin Assignment COM 1 (RS232) Interface: Sub-D Plug (9-pole)
Usually scanners are connected at the COM1 interface, or it serves as interface for other electronic devices.
Figure 8: COM 1
Pin no. Description Function
1 DCD Input RS232 Handshake
2 RXD Input RS232 Incoming data
3 TXD Output RS232 Outgoing data
4 DTR Output RS232 Handshake
5 GND COMMON GND-RS232
6 DSR Input RS232 Handshake
7 RTS Output RS232 Handshake
8 CTS Input RS232 Handshake
9 +5V Voltage output *)
Table 2: Pin Assignment COM 1
*) +12 V output is optional
(The maximum power consumption should be observed, see Section 3.2.8)

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3.2.3 Pin Assignment COM 2 (RS232) Interface: Sub-D Plug (9-pole)
Usually scanners are connected at the COM2 interface, or it serves as interface for other electronic devices.
Figure 9: COM 2
Pin no. Description Function
1 DCD Input RS232 Handshake
2 RXD Input RS232 Incoming data
3 TXD Output RS232 Outgoing data
4 DTR Output RS232 Handshake
5 GND COMMON GND-RS232
6 DSR Input RS232 Handshake
7 RTS Output RS232 Handshake
8 CTS Input RS232 Handshake
9 +5V Voltage output *)
Table 3: Pin Assignment COM 2
*) +12 V output is optional
(The maximum power consumption should be observed, see Section 3.2.8)

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3.2.4 Pin Assignment PS/2 Jack: Mini-Din (6-pole)
Usually older keyboards or scanners which dispose of this connection
are connected at the PS/2 interface.
Figure 10: PS/2
*) The maximum power consumption should be observed, see Section 3.2.8.
3.2.5 Ethernet (LAN)
The LAN or Ethernet interface is used for the connection of the devices via cable. At these interfaces you
can connect a commercial ethernet cable (which is also called patch cable).
Standard configuration of the RJ45 according to the ethernet standard IEEE 802.3
LED: green: network connection
LED yellow: data exchange via Ethernet (sending or receiving) is taking place.
Figure 11: LAN
Pin no. Description Function
1 DATA PS/2 Data signal
Incoming and Outgoing
data
2 not assigned
3 GND COMMON GND-PS/2
4 +5V Voltage output *)
5 CLK PS/2 Clock signal Outgoing Clock
6 not assigned
Table
4
:
Pin A
ssignment PS/2
J
ack
2
6