XR3D-6 Maintenance & Troubleshooting
EM-XR3D-6-001-EN.D
1-3
©2011 VOTI Inc.
1.3
Operation Workflow
The following flowchart describes how a Technician accesses the XR3D diagnostics software
using the key pad. This is described in
3.3 Control Box Access - Technician
The keypad diagnostics can be used in addition to the DIOX application. The keypad tests
input/output communication with the hardware, whereas the DIOX tests input/output
communication through the computer.
The following flowchart describes how the XR3D is used by an Operator, as described in the
Operator Manual.
Operator Key
Switch ON
Log On as Operator
Item on Conveyor
Belt
Operator on
Pressure Sensitive
Mat (Option)
Click/Release the
Conveyor Control
Forward Arrow
Photosensor
Triggers X-ray
Generation
Red Indicator
lights / Warning
Icons
Photosensor
Triggers End X-ray
Generation
Green Indicator
Lights
Warning Icons Off
Item Exits Tunnel
Image Appears on
Operator Screen
The following flowchart describes how the XR3D is used by a Supervisor, as described in the
Operator manual.
Log On as
Supervisor
Access to
Administration
Modules
Manage Operators
Manage
Operational
Settings
An XR3D Administrator has access to the exclusive VOTI diagnostic software used for advanced
debugging. Connecting as an Administrator exits the BioSans© user interface and shows the
Windows operating system. The following information flow is described in the Operator manual.
Log On as
Administrator
Access to
Administration
Modules
Manage All Users
Manage Data
Manage Software
Updates
1.4
Safety Information
For a complete list of XR3D safety features, refer to
Training must be provided by a qualified VOTI-certified subject matter expert (SME)
covering scanner operation, maintenance, basic radiation protection, and safety
procedures associated with the XR3D.
The XR3D is a machine that generates X-rays to inspect items for security purposes. This
machine has been designed and constructed to meet or exceed the requirements of the
Radiation Emitting Devices Act (Canada), and the applicable Regulation (Schedule II, Part IV
–
Baggage Inspection X-ray Devices) and in accordance with the International Commission on
Radiological Protection (ICRP) methodology, including the As Low As Reasonably Achievable
(ALARA) Principle.
Summary of Contents for XR3D-6
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