Operating Instructions

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Table Of Contents

1. Introduction
- 1.1. Information about the DLT-V72 manuals
2. Technical customer support
3. Functional description
- 3.1. Intended use
- 3.2. Mount, operate and service the device correctly
- 3.3. Device identification/name plate
4. Unpacking, transporting, storing
- 4.1. Unpacking
- 4.2. Transport
- 4.3. Storage
5. Technical data – Device
- 5.1. General
- 5.2. Environmental conditions
- 5.3. Device dimensions
- 5.4. Position of VESA drill holes
6. Technical data – Radio modules (all optional)
- 6.1. Identification of the equipment variants
- 6.2. Radio cards (optional)
- 6.3. Antennas (all optional)
- 6.4. Bluetooth (optional)
- 6.5. GPS receiver external (optional)
7. Operation
- 7.1. Switching the DLT-V72 on/off
- 7.2. Operating the touchscreen
- 7.3. Operation elements
- 7.4. Operating states
- 7.5. Software keyboard (optional)
- 7.6. Operating the DLT-V72 with UPS
8. General device configuration
- 8.1. Operating systems available (optional)
- 8.2. MS-Windows (optional)
- 8.3. Android
- 8.4. Linux (optional)
- 8.5. Automatic shut down
9. Wi-Fi configuration
- 9.1. Safety notice
- 9.2. Differences between MS Windows and Linux
- 9.3. Preparation work at the factory
- 9.4. Customer-specific settings
- 9.5. Windows Zero Configuration (WZC)
- 9.6. Advantech Wi-Fi Client Manager (IGX Tool)
10. WWAN configuration
- 10.1. Safety notice
- 10.2. Differences between MS Windows and Linux
- 10.3. Preparation work at the factory (DLT-V72 delivery status)
- 10.4. SIM card for WWAN (customer-specific)
- 10.5. Configuration of radio card SIERRA WIRELESS MC80
- 10.6. Configuration of Radio card QUECTEL EC25
11. Mechanical installation
- 11.1. Safety notice – observe before installing
- 11.2. Mounting the DLT-V72 at the deployment location
- 11.3. Attaching accessories to the DLT-V72
12. Electrical installation, cable connection, cable cover
- 12.1. Safety notice – observe before connecting
- 12.2. Preparations
- 12.3. Inserting the rubber seal in the cable compartment
- 12.4. Connecting the USB, Ethernet and COM cables
- 12.5. Closing off unused cable openings
- 12.6. Attaching the cable cover
13. Connectors
- 13.1. Under the cable cover
- 13.2. Under the antenna
14. Integrated power supply, power supply cable
15. Optional equipment
- 15.1. Integrated UPS (optional)
- 15.2. Screen defroster (optional)
- 15.3. Keyboards and keyboard mounts (optional)
- 15.4. Scanner and scanner bracket (optional)
- 15.5. Touch stylus
- 15.6. USB recovery stick (optional)
- 15.7. Protective film for touchscreen (optional)
- 15.8. Screen blanking (optional)
16. Maintenance
- 16.1. Manufacturer, authorized service centers
- 16.2. Replacing the integrated keyboard of the DLT-V7210 K, KD
- 16.3. Regular checks and maintenance of the complete system
- 16.4. Replacing the battery pack
- 16.5. Cleaning the DLT-V72
- 16.6. Touchscreen protective film (optional)
17. Malfunctions and troubleshooting
18. Reasonably foreseeable misuse
19. Guidelines and certificates
- 19.1. Simplified EU declaration of conformity
- 19.2. Low-voltage guidelines
- 19.3. EMC guidelines
- 19.4. China
- 19.5. Taiwan
- 19.6. MIC Japan (previously TELEC)
20. End-of-life device disposal
21. List of figures

WWAN configuration

88 / 140 DLT-V72 Operating Instructions V2.50 Preliminary

10.5.3.2. Test communication between DLT-V72 and WWAN Radio card

The open source software Tera Term, for example, can be used to test that the DLT-V72 can

communicate with the Radio card.

This software can be downloaded from the following URL, for example (website available at time of

writing this operating manual, dated Feb 2019):

https://www.heise.de/download/product/tera-term-51776

Perform the following steps:

 Open the AT port via Tera Term.

 Connect to the AT port.

 In the AT port, enter the command AT.

If the response received is OK, communication is present.

10.5.3.3. Test that GNSS data can be received

The open source software Tera Term, for example, can be used to test that GNSS data can be

received. Availability of the software: see previous section.

Perform the following steps:

 Open the NMEA port via Tera Term.

 Test that NMEA data are received.

Enabled data flows are displayed.

Example:

Fig. 10.14: SIERRA WIRELESS MC80 - test NMEA data flows