Hi-Target V60 Manuale utente
V60 Getting Started
Hi-Target Co., Ltd
All Rights Reserved
Surveying Instrument
V60 Getting Started
Content
1. Introduction of hardware
1.1 Hardware structure
1.2 Buttons operation and screen display
1.3 Descriptions of indicator lamp on the control panel
1.4 Static collection and data transmission
2. Handheld controller and application
2.1 Introduction to the handheld controller
2.2 Appearance of the handheld controller
2.3 Handheld controller accessories
2.4 Operation of handheld controller
2.5 Installation of SIM card
2.6 Power on and power off operation
2.7 Data download
3. Hi-Survey
3.1 Creat a project
3.2 Measurement and collection
3.3 Export of data achievement
3.4 Stake out
4. Quick Guide of SurvCE
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V60 Getting Started
I
5. Technical parameters
5.1 GNSS specification
5.2 Precision of receiver
5.3 UHF transceiver
5.4 Interface
5.5 Physical characteristics
5.6 Environment requirements
6. Trouble shooting
6.1 Reset operation
6.2 Upgrade firmware
6.3 Correction data transmitting issues
6.4 Internet accessing issue
6.5 Transceiver issue
6.6 Signal descriptions of 5-core/8-core socket
6.7 Signal descriptions of V60 indicator lamp
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II
V60 Getting Started
1
Introduction of hardware
■ Hardware structure
■ Buttons operation and screen display
■ Descriptions of indicator lamp on the control panel
■ Static collection and data transmission
V60 Getting Started
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1. Introduction of hardware
1.1 Hardware structure
Hardware Schematic Diagram
Upper Cover
Bottom Cover
Guard Circle
Control Panel
Fig.1.1-1
Control Panel
There are FN button, Power button and three indicator lamps on the control panel .Three indicator
lamps are satellite lamp (single green lamp), status lamp (bi-color lamp of red and green) and power
lamp (bi-color lamp of red and green) from the left to the right.
FN button (Function): Set work mode, data chain, UHF transceiver channel, satellite elevation angle,
sampling interval and restoration receiver, etc.
Power button (Function): for power on and power off, Set confirmation and inquiry of the current
work mode, etc.
2
Introduction of hardware
Upper Cover
Anti-wear buffer: Anti-wear buffer can effective avoid the instrument from scratches.
Anti-wear Buffer
Fig.1.1-2
Bottom Cover
Fig.1.1-3
1. 8-core socket and protective plug 2. 5-core socket and protective plug
3. Differential antenna port and protective plug: 4. Connecting screw hole
5. Battery cabin 6. Spring contacts power seat
7. SIM card slot 8. SD card slot
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3
V60 Getting Started
4
Introduction of hardware
Fig.1.1-4
Fig.1.1-5
5-core socket and 8-core socket
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3. Transceiver antenna port: Used to connect internal transceiver antenna for receiving and
transmitting differential signal.
Cautions:
1. when 8-core socket or 5-core socket is not in use, please cover them with the plug.
2. When water enters into the trumpet, it is likely that the trumpet is silent or hoarse.The voice can
recover after the trumpet is dry.
5
V60 Getting Started
1. 5-core socket: It is also known as COM2/PW2, which is generally used to connect the receiver
with external data chain or the external power supply.
2. 8-core socket: It is also known as COM1/USB/PW1, which is used to connect with computer,
handheld controller and other equipment for downloading and deleting data.
Cautions: All the above are the front diagrams of sockets at the bottom of receiver when facing
to the receiver. (Namely the face of weld of plug)
Battery
Outside view of 5000 m Ah lithium battery
Fig.1.1-6
Positive pole
Negative pole
6
Environmental requirements
V60 receiver is designed by waterproof material but please try to keep its environment dry. In order
to improve the stability and service life, please avoid the receiver from being exposed to extreme
environment for use, for example:
◇Humid environment
◇Temperature of higher than 65°C
◇Lower than -40°C
◇Corrosive liquid or gas
Electronic interference sources
Do not set the GNSS receiver at the place near electric power or strong interference signal, such as:
◇petroleum pipeline
◇Television and computer monitor
◇Generator
◇Electric motors
◇DC - AC power conversion equipment
◇Fluorescent lamp
◇Power switch
Fig.1.1-7
Unlock State Lock State
Basic Operations
Introduction of this chapter
Power supply system
Installation and dismantlement of battery cover
Introduction of hardware
7
V60 Getting Started
Power supply mode
Table 3.1Power supply mode of V60 signal receiver
V60 receiver can be supplied with the power by the external power supply of 8-core socket and
5-core socket at the bottom of receiver ,in which, once external power supply of 8-core socket is
powered on, the receiver can power on automatically. When the external power supply of 5-core
socket is powered on, the receiver can be powered on by pressing the power button on the control
panel of receiver.
External voltage range for GSM operation mode and UHF rover station is DC 6-28V and the current
shall be more than 1000mA. If there is external power supply, the receiver will choose the higher
voltage between the lithium and external power supplies. If it is needed to use the external power
supply, it is required to use the special power supply designated by Hi-Target.
Cautions:
1. Service time of lithium battery will decrease with the reduction of temperature and increase of
charging and discharging times. Generally, one new 5000 m Ah lithium battery can be used for
13-15 hours for static data collection, or 10-12 hours as GPRS Rover, or 8-10 hours as internal
transceiver transmitting station.
2. In case that electric quantity is used up, in order to avoid battery performance from damage, it
shall be used again after continuous charging for 24 hours.
3. If the battery is not used for a long time, in order to prolong its service time, please charge the
battery once per month.
Power Supply
Power Supply Mode
Scope of Power Supply
Lithium battery, 8-core socket and
5-core socket external power supply
6V min. and 28V max.
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