User's Manual
Table Of Contents
- VX 675
- Contents
- Preface
- Terminal Overview
- Terminal Setup
- Selecting Terminal Location
- Unpacking the Shipping Carton
- Examining Terminal Features
- Examining Connection Ports
- Installing the Paper Roll
- Installing the SIM Card
- Installing the SD Card
- Using the Battery
- Battery Behavior (No Power Pack)
- Connecting the Terminal Power Pack
- Charging the Battery
- Using the VX 675 Base Stations
- Powering Up the Base
- Docking the Terminal on the Base
- Undocking the Terminal from the Base
- Conducting Wireless Transactions
- Conducting Smart Card Transactions
- Using the Magnetic Card Reader
- Connecting to USB Host
- VX 675 ECR (Fiscal Module) Support
- VX 675 3G and GPS Support
- Using the Terminal Keys
- Verix Terminal Manager
- File Authentication
- Performing Downloads
- Downloads and Uploads
- Download Methods
- Download Tools
- Download Content
- Full and Partial Downloads
- Support for Multiple Applications
- Use of I: drive and F: drive
- File Authentication Requirements
- Required Certificates and Signature Files
- The File Authentication Process During an Application Download
- File Group Permissions
- Download an Operating System Update Provided by VeriFone
- File Authentication for Back-to-Back Application Downloads
- Timing Considerations Due to the Authentication Process
- Support for File Compression
- Effect of Downloads on Existing Files and Data
- Direct Operating System Downloads
- Back-to-Back Application Downloads
- Specifications
- Maintenance
- VeriFone Service and Support
- System Messages
- Troubleshooting Guidelines
- Port Pinouts
- ASCII Table
- VX 675 Battery Information
- Glossary
- Application ID
- Application program
- Application prompt
- ASCII
- Back-to-back application download
- Baud
- Bit
- Block
- Boot loader
- Buffer
- Byte
- Calendar/clock chip
- Card reader
- Carrier
- Certificate
- Character
- CONFIG.SYS file
- CPU
- Data
- Data entry
- Data packet
- Default
- Delete
- Diagnostics
- Direct download
- Display
- Download
- File authentication
- Firmware
- Fixed prompt
- Flash memory
- Host computer
- Input
- Interface
- Keyed file character set
- Keyed file editor
- Keyed file record
- Keypad
- Local functions
- Manual transaction
- Memory
- Messages
- Non-volatile memory
- Normal Mode
- Packet
- Packet-switched networks
- Parameter
- Password
- PC
- Peripheral terminal
- Port
- POS terminal
- Power pack
- Prompt
- Protocol
- PTID
- RAM
- Remote host computer
- Scroll
- Search key
- Serial port
- Signature file
- mDRAM
- Subroutine
- Swipe
- Verix Terminal Manager
- Verix Terminal Manager password
- Terminal
- Terminal ID
- Terminal-to-terminal application upload
- Track 1, 2, or 3 data
- Transaction
- Variable
- Volatile memory
- Index
- Contact VeriFone
VX 675 BATTERY INFORMATION
Notable VX 675 Battery Specifications
VX 675 R
EFERENCE GUIDE 173
Transportation Restrictions
• It is illegal to ship fully charge batteries by air because they may cause
accidental explosions.
• Shipment of large quantities of lithium-ion batteries may be subject to
regulatory control.
Storage Precautions
• Do not fully charge batteries before storage. Instead, keep the batteries
partially charge before storing them, then charge them fully before actual
usage.
• Do not store batteries when they are fully depleted. If a battery is empty,
charge it for at least an hour before storage. When a depleted battery self
discharges, it may become unusable.
• Do not stock pile batteries. Avoid buying dated battery stocks even at reduced
prices. In addition, always check the date when the batteries were
manufactured.
Notable VX 675
Battery
Specifications
The battery is designed to offer optimum protection to the VX 675 terminals and
their users.
Safety/Protection
Circuit
The battery features a safety/protection circuit that provides the following benefits:
• Limits the peak voltage in each cell during charging – a field effect transistor
(FET) opens if voltage level in any cell reaches 4.28V.
• Prevents cell voltage from dropping too low during discharge – a field effect
transistor (FET) opens if voltage in any cell reaches 2.3V.
• Limits the current going in and coming out of the battery pack. A field effect
transistor (FET) opens the current path when charge current exceeds 6.5A or
when the discharge current exceeds 7A. This prevents damage caused by
shorting the battery contacts.
Cell Temperature
Monitoring
A discrete thermistor is built into the battery pack to prevent cell or terminal
damage during charging. The terminal’s OS monitors the cell temperature using
the thermistor and automatically shuts down the charger if the temperature
exceeds 50
C or falls below 0
C.
ESD Protection
Electrostatic discharge (ESD) protection: ±8KV air discharge, ±4KV contact
discharge
NOTE
These precautions do not apply to personal carry-on battery packs.