Honeywell Vx9 Manual

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Connect Cables
There are many cables available for the Thor VX9. This section deals with those cables that are a part of the installation pro-
cess, such as:
Various data and communication cables are available for the Thor VX9.
Connect Keyboard
The Thor VX9 has PS/2 connectors for the keyboard and mouse.
Connect the adapter cable to the PS/2 connectors on the Thor VX9.
Connect the Honeywell keyboard to the adapter cable.
The Thor VX9 has a D9 connector for the keyboard and mouse.
Connect the adapter cable ot the keyboard connector on the Thor VX9
Connect the Honeywell keyboard to the adapter cable.
95 key Keyboard
The 95 key keyboard contains an integrated 2 button mouse, shown with adapter cable.
1. To adapter cable
2. To 95-key keyboard cable
3. To VX9 keyboard connector 
						

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60 key Keyboard
Shown with adapter cable.
1. To adapter cable
2. To 95-key keyboard cable
3. To VX9 keyboard connector 
						

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Connect Antenna
Several antenna configurations are available for the Thor VX9. Options include:
 single 802.11 external antenna
 dual 802.11 external antennas
802.11 Remote Mount Antenna (page 4-11)
WAN Remote Mount Antenna (page 4-13)
 external Bluetooth antenna
The VX8 has up to four antenna connectors.
 Generally, the two top antenna connectors are used for the 802.11 antennas.
 The two bottom connectors are used for the Bluetooth antenna and the remote WAN antenna.
The VX9 has up to three antenna connectors.
 Generally, the two top antenna connectors are used for the 802.11 antennas.
 The bottom connector is used for the Bluetooth antenna or the remote WAN antenna.
 If the VX9 has Bluetooth and WAN, only a single 802.11 antenna is supported.
Note: Thor VX9’s are equipped with a radio and require an antenna. Some Thor VX9’s may be equipped with a dual antenna 
option. For these Thor VX9’s, an external antenna must be connected to each antenna connector.
External Antenna
The external 802.11 and Bluetooth antennas are pre-installed.
To use a remote mount 802.11 antenna, unscrew the pre-installed antenna to remove and follow these instructions.
Repeat for second 802.11 antenna connector, if present.
Note: Substitution of antennas is not permitted unless authorized by Honeywell. Use of unauthorized antennas will void the 
FCC emissions certification of the Thor VX9.
Remote Antenna Installation
802.11 Remote Mount Antenna
The Remote Antenna Installation Kit consists of the whip antenna, cable, a flat mounting plate and a right angle mount-
ing bracket. Choose the mounting plate or mounting bracket depending on vehicle configuration. Tools are not 
included. For radio antenna diversity, two remote mount antennas are required. Many components in the kits are also 
available individually.
The remote antenna bracket is mounted on the top of a forklift, truck or other vehicle and cabled to the Thor VX9 inside 
the vehicle. 
						

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Components and Mounting Diagram
Typical Installation
Mounting Instruction
1. Attach and secure the mounting plate or bracket to the highest point on the safety cage, following these pre-
cautions:
 The mounting plate or bracket must be mounted so the antenna is not damaged while the vehicle or any of 
its parts are moving.
 The antenna mounting portion of the plate or bracket must be parallel to the floor. 
 If the Thor VX9 requires two antennas, they must be mounted at least 12 inches (304.8mm) apart.  1. Nut
2. Washer
3. Washer
4. Base Plate Bracket
5. To Antenna
6. To Thor VX9 Antenna 
Connector
7. Antenna
8. Right Angle Bracket (not shown)
1. Antenna
2. Mounting Bracket
3. Vehicle Safety Cage
4. Cable
5. Vehicle Mounted Thor 
VX9 
						

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2. Attach the female connector of the coaxial cable to the antenna connector on the vehicle mounted Thor VX9. 
3. Secure the antenna to the mounting bracket or plate. 
4. Connect the antenna cable to the whip antenna. 
5. Use cable ties to secure the coaxial cable to the vehicle as necessary. Make sure the cable is routed so it is 
not damaged by any moving parts of the vehicle. 
6. If the Thor VX9 is using dual 802.11 antennas (diversity option), repeat these steps for the second antenna.
WAN Remote Mount Antenna
The Remote Antenna Installation Kit consists of the WAN antenna and integrated cable. Tools are not included. 
The remote antenna is mounted on the top of a forklift, truck or other vehicle and cabled to the Thor VX9 inside the vehicle.
1. Locate a mounting position on highest point on the vehicle, following these precautions:
 The antenna must be mounted so the antenna is not damaged while the vehicle or any of its parts are moving.
2. Clean the area where the antenna is to be mounted.
3. Remove the protective backing paper from the adhesive on the antenna and position the antenna on the vehicle.
4. Attach the connector on the coaxial cable to the antenna connector on the vehicle mounted Thor VX9. 
5. Use cable ties to secure the coaxial cable to the vehicle as necessary. Make sure the cable is routed so it is not 
damaged by any moving parts of the vehicle.
Connect Power Cable
The power supply connector is located on the bottom of the Thor VX9. 
						

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Connect Vehicle Power
The DC/ DC power supply is used to power the Thor VX9. A DC/DC power supply must be used with the Thor VX9 regard-
less of vehicle voltage.
Determining Power Supply Type
Three different types of power supplies have been used with the Thor VX9. Use the table below to determine the type 
of power supply and follow the relevant instructions for that power supply.
 
 Model Numbers Identifying Features
 9000311PWRSPLY, 9-60VDC, 60W
 9000313PWRSPLY, 50-150VDC, 60W
Shown With Lid Attached
 Lid is secured with screws on 
the side of lid.Shown With Lid Removed
 Input and output connector 
blocks under lid.
 One positive (Vin+), negative 
(Vin-) and ground ( ) 
connection in input block. 
 One positive (Vo+) and 
negative (Vo-) connection in 
output block.
For installation instructions, please see DC/DC Power Supply (Lid with Screws on Side) (page 4-15)
Model Numbers Identifying Features
 VX89301PWRSPLY, 9-36VDC, 60W
 VX89A302PSDC48V, 18-60VDC, 60W
 VX89303PWRSPLY, 60-110VDC, 60W
Shown With Lid Attached
 Lid is secured with screws on 
top of lidShown With Lid Removed
 Input and output connector 
blocks under lid.
 Two positive (+), negative (-) 
and ground ( ) connections per 
terminal block
For installation instructions, please see DC/DC Power Supply (Lid with Screws on Top) (page 4-19)
Model Numbers Identifying Features
 VX89305PWRSPLY, 9-36VDC, 75W
 VX89306PWRSPLY, 18-72VDC, 75W
 No Lid
 Input and output blocks on side of power supply.
 Input block has one +Vi and one –Vi connector.
 Output block has two +Vo and two –Vo connectors.
For installation instructions, please see DC/DC Power Supply (with Connector Blocks on Side) (page 4-23) 
						

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DC/DC Power Supply (Lid with Screws on Side)
The instructions in this section are for the DC/DC power supply models with input and output connection blocks located 
under a removable lid which is secured by screws through the top of the lid:
 VX89311PWRSPLY – Power Supply, DC to DC, 9 to 60V, 60W
 VX89313PWRSPLY– Power Supply, DC to DC, 50 to 150V, 60W
For other styles of DC/DC power supplies, refer to Determining Power Supply Type (page 4-14) for information and 
installation instructions.
Specifications for electrical supply
Please refer to the appropriate wiring schematics at the end of this section for wiring colors and connections:
Connect to Vehicle Power
1. Please review the wiring diagrams before beginning power cable install:
Without Screen Blanking (page 4-17)
With Screen Blanking Box (page 4-17)
With Relay/Mechanical Switch for Screen Blanking (page 4-18) Input
VoltageAlways observe input voltage range specified on the DC to DC power supply and the optional screen 
blanking box.
Output
Voltage13.2 VDC ± 10%
Fuse 10 A (slow blow fuse)
3 A (for optional screen blanking box)
Fuses are USER SUPPLIED
For proper and safe installation, the input power cable must be connected to a fused circuit on the vehicle. 
This fused circuit requires a user supplied 10 Amp maximum time delay (slow blow) high interrupting rating 
fuse. If the supply connection is made directly to the battery, the fuse should be installed in the positive 
lead within 5 inches of the battery positive (+) terminal.
 Usage in areas where moisture can affect the power supply connections should be avoided. The power 
supply should be mounted in a dry location within the vehicle or placed in a suitable protective enclosure. 
For installation by trained service personnel only.
Risk of ignition or explosion. Explosive gas mixture may be vented from battery. Work only in well ventilat-
ed area. Avoid creating arcs and sparks at battery terminals.
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2. If the Thor VX9 is on, perform a shut down.
3. Connect the power cable to the Thor VX9.
4. Route the cable from the Thor VX9 to the DC/DC power supply.  Route the power cable the shortest way pos-
sible.  The cable is rated for a maximum temperature of 105°C (221°F).  When routing this cable, it should be 
protected from physical damage and from surfaces that might exceed this temperature.  Do not expose the 
cable to chemicals or oil that may cause the wiring insulation to deteriorate.  Always route the cable so that it 
does not interfere with safe operation and maintenance of the vehicle.
5. Cut the cable to length and strip the wire ends.
6. Remove the lid from the DC/DC power supply.
7. Connect the stripped end of the positive wire to the Vo+ 
terminal of the output block.
8. Connect the stripped end of the negative wire to the Vo- 
terminal of the output block.
Note: The input block has V
IN+, VIN- and GND terminals.  
The output block has VO+ and VO- terminals.
9. Connect the ground (green) wire from the Thor VX9 to 
the GND terminal on the input side of the DC/DC power 
supply.
10. If the screen blanking box is used for the Thor VX9 
installation, attach the stripped wire ends of the power cable to the box.  Refer to the 
applicable following diagram and the label on the screen blanking box for proper 
wiring connection..
11. Route the wiring from the DC/DC power supply to the vehicle’s electrical system.  
Do not connect to vehicle power at this time.
12. Strip the wire ends and connect to the input side of the DC/DC power supply.
13. Use looms and wire ties to secure all wiring as shown. 
14. Reattach the cover with the screws.
15. Connect the DC/DC power supply to the vehicle’s electrical system as directed below:
16. While observing the fuse requirements in Specifications for electrical supply (page 4-15) connect the power 
cable as close as possible to the actual battery terminals of the vehicle.  When available, always connect to 
unswitched terminals in the vehicle fuse panel, after providing proper fusing.
ATTENTION:  For uninterrupted power, electrical supply connections should not be made at any point 
after the ignition switch of the vehicle.For battery powered vehicles:
V
IN+ is connected to battery positive.
ViN- must be connected to battery negative.
GND must be connected to the vehicle chassis ground.
For internal combustion engine powered vehicles:
V
IN+ is connected to battery positive.
ViN- is connected to battery negative.
GND is connected to the vehicle chassis ground, which can also be battery negative.
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17.  If used, connect the wiring from the vehicle to the screen blanking box.
18. Use proper electrical and mechanical fastening means for terminating the cable.  Properly sized “crimp” type 
electrical terminals are an accepted method of termination.  Select electrical connectors sized for use with 
18AWG (1mm
2) conductors.
19. Provide mechanical support for the cable by securing it to the vehicle structure at approximately one foot inter-
vals, taking care not to over tighten and pinch conductors or penetrate the outer cable jacket.
20. Press the power button on the front of the Thor VX9 to turn on the Thor VX9.
Without Screen Blanking
ThorVX8
Vehicle
Mounted
Computer
Circular
Power
Connector -Vi
-Vo +Vo5
6
1
3
-Vi-Vo
+Vo
+ViGND
10A slowfuse
Close to power
source
Cable Shield Existing Circuitry onVehicle
Forklift Battery
Main Switch
Green
Yellow
Brown
White
DC/DC
Power
Supply
ThorVX9
Vehicle
Mounted
Computer
Circular
Power
Connector -Vi
-Vo +Vo5
6
1
3
-Vi-Vo
+Vo
+ViGND
10A slowfuse
Close to power
source
Cable Shield Existing Circuitry onVehicle
Forklift Battery
Main Switch
Green
Yellow
Brown
White
DC/DC
Power
Supply 
						

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With Screen Blanking Box
It is assumed that the motion sensing circuitry in the illustration below is powered by internal vehicle circuitry 
and is any 12-60/72VDC signal triggered by vehicle motion (see blanking box label for allowable range).
ThorVX8
Vehicle
Mounted
Computer
Circular
Power
Connector -Vi
-Vo +Vo5
6
1
3
-Vi-Vo
+Vo
+ViGND
10A slowfuse
Close to power
source
Cable Shield Existing Circuitry onVehicle
Forklift Battery
Main Switch
Green
Yellow
Brown
White
DC/DC
Power
Supply
MOTION
CIRCUITRY
3A fuse
+Vi
GND
ThorVX9
Vehicle
Mounted
Computer
Circular
Power
Connector -Vi
-Vo +Vo5
6
1
3
-Vi-Vo
+Vo
+ViGND
10A slowfuse
Close to power
source
Cable Shield Existing Circuitry onVehicle
Forklift Battery
Main Switch
Green
Yellow
Brown
White
DC/DC
Power
Supply
MOTION
CIRCUITRY
3A fuse
+Vi
GND