Product Info
Table Of Contents
- TABLE OF CONTENTS
- 1 USERS OF THIS MANUAL
- 1.1. Purpose of this manual
- 1.2. End User
- 1.3. Training
- 1.4. Information
- 1.5. Disclaimer
- 2 DigiShot® Plus CE4 Tagger PRODUCT SAFETY
- 2.1. DetNet Safety Philosophy
- 2.2. User Safety
- 2.3. Product Safety
- 2.4. Transportation, Storage and Handling
- 2.5. Maintenance Schedule
- 2.6. Improper Use
- 2.7. Information in case of emergency
- 2.8. Warning, Caution, and Note Statements
- 2.9. RF compliance - FCC (USA) and ICES (Canada)
- 3 DigiShot® Plus CE4 Tagger General Information
- 3.1. Multiple Channel Mode
- 3.2. DigiShot® Plus CE4 Tagger Components
- 3.2.1. Harness wire terminals
- 3.2.2. Pogo pin connector
- 3.2.3. LED’s
- 3.2.4. LCD Screen
- 3.2.5. Soft Keys
- 3.2.6. Navigation and Numerical keys ((((
- 3.2.7. Enter key
- 3.2.8. Backspace Key
- 3.2.9. ESC key
- 3.2.10. ON/OFF key
- 3.2.11. FN key
- 3.2.12. USB connector port
- 3.2.13. Battery
- 3.2.14. Audio Tones
- 3.2.15. Vibration Signals
- 3.2.16. Visual Signals
- 3.2.17. Real Time Clock (RTC) Function
- 3.3. DigiShot® Plus CE4 Tagger Menu Navigation
- 3.4. Systems Notification/Quick info screen
- 4 DigiShot® Plus CE4 Tagger Accessories
- 4.1. External Battery Pack
- 4.2. Replaceable Top Connector
- 4.3. Surface Harness Wire
- 5 DigiShot® Plus CE4 Tagger Battery
- 5.1. Charging the DigiShot® Plus CE4 Tagger
- 5.2. Power DigiShot® Plus CE4 Tagger ON and OFF
- 6 Tagging DigiShot® Plus Detonators
- 6.1. New Design Screen
- 6.2. Tag Detonators
- 6.3. Tagging Screen Soft Key Options
- 6.4. Right or Left Side Definition
- 7 Testing DigiShot® Plus detonators
- 7.1. Test All in List
- 7.2. Test Row
- 7.3. Test Single Detonator
- 7.4. Autosearch
- 7.5. Leakage Test
- 7.6. Untagged Test
- 7.7. Check Pattern
- 8 View Design
- 8.1. View Design Soft Key Options
- 8.2. List Detonators
- 8.3. List Missing detonators
- 8.4. List New Detonators
- 8.5. List bad status
- 8.6. Blast Summary
- 8.7. Det Totals
- 9 System Information
- 10 Configuration Settings
- 10.1. DigiShot® Plus Setup
- 10.2. Device Setup
- 10.3. Advanced Setup
- 11 Troubleshooting
- 11.1. Troubleshooting during Tagging
- 11.2. Troubleshooting during Testing
- 11.3. Basic causes of leakage
- 11.4. Troubleshooting during Installation
- 12 Specifications
- 12.1. Temperature Limitations
- 12.2. Battery Life
- 12.3. Storing the DigiShot® Plus Tagger
- 12.4. Cleaning the DigiShot® Plus Tagger
- 12.5. Electrostatic Discharge, Over Voltage, Over Current and EMP Immunity
- 12.6. Inherent Safety
- 12.7. Safety Warnings
- 12.8. Maximum Dets vs Leakage for successful Blasting
UTM-00330 | Rev 5
Page 21 of 91 DetNet South Africa Copyright © 2019
The DigiShot
®
Plus CE4 Tagger uses a rechargeable 3.7V Lithium Polymer cell.
The Tagger battery compartment is sealed to prevent moisture ingression and condensation, which could
cause corrosion and or short circuits within the tagger resulting in a possible malfunction or an unreliable
Tagger. The Tagger is IP 57 rating tested.
No detonator shall be connected to the Tagger whilst the DigiShot
®
Plus CE4 Tagger is
connected to a charger.
Connect the USB cable between the mini USB
port on the DigiShot
®
Plus CE4 Tagger and a
Personal Computer or use a DetNet Universal
charger to charge the Tagger.
The DigiShot
®
Plus CE4 Tagger will automatically
start charging as soon as the USB connector port
is plugged into a USB socket.
A battery level indication will be displayed during
charging.
The tagger may not charge sufficiently if the tagger is
connected to a weak charger or damaged USB port.
The charging circuit of the tagger may require as much as
1A for charging.
It is recommend that the Tagger be charged to 50% when placed into storage, and
thereafter the unit should be charged at least every three months to 50%, to maintain
the expected lifetime of the battery. Refer to Tagger Storage Mode under Advanced
Setup for more detail.
The battery is not replaceable in the field and should only be replaced by a DetNet
qualified technician.
It is recommended that the DigiShot
®
Plus CE4 Tagger be charged to 100% before use,
to allow for maximum operating time.