Apc back ups 1000 pro: APC Back-UPS Pro 1000 VA UPS, 8-Outlets, Black (BX1000M-LM60)
APC Power Saving Back-UPS Pro 1000
Premium Battery Backup with Surge Protection for High Performance Electronics and Computers
The Back-UPS Pro family offers guaranteed power protection for high performance computer systems, routers/modems, external storage devices, game consoles and other electronics in your home or business. Models supply abundant battery backup during outages and stabilize unsafe voltage levels. They provide protection from damaging surges and spikes, and allow the use of management software so you get the most out of your unit. Premium features of this family include Automatic Voltage Regulation (AVR), an LCD display, and energy saving functions that reduce electricity use. Together with the rest of the Back-UPS Pro’s standard features, they are the perfect choice to protect your data and keep your system available.
- Green mode – Patent-pending operating mode that bypasses unused electrical components in good power conditions to achieve very high operating efficiency without sacrificing any protection.
- Audible alarms – Provide notification of changing flywheel conditions
- Battery failure notification – Provides early-warning fault analysis on batteries enabling timely preventive maintenance
- Power-saving outlets – Automatically cuts power to idle equipment to conserve electricity.
- Resettable circuit breaker – Easy recovery from overloads; no need to replace a fuse.
- Battery-protected and surge-only outlets – Reserves power capacity and run time for connected equipment that require battery back-up while providing surge only protection for less critical equipment
- Cold-start capable – Provides temporary battery power when the utility power is out.
- Serial Connectivity – Use any Home Automation network to monitor and control the S20 through its RS-232 serial port. For information on how to communicate with the S20, see APC’s Application Note #102. Crestron and AMX installers should visit their respective websites for information on how to integrate the S20 into those networks.
- Hot-swappable batteries – Ensures clean, uninterrupted power to protected equipment while batteries are being replaced
- Disconnected battery notification – Warns when a battery is not available to provide backup power.
- Dataline Surge Protection – Provides protection of connected equipment from power surges on the data lines.
- Automatic self-test – Periodic battery self-test ensures early detection of a battery that needs to be replaced.
- Adjustable voltage-transfer points – Maximizes useful battery life by widening the input voltage window or tightening the output voltage regulation.
- Adjustable voltage sensitivity – Provides the ability to adapt the UPS for optimal performance in specific power environments or generator applications.
- Audible alarms – Provides notification of changing utility power and UPS conditions.
- User-replaceable batteries – Increases availability by allowing a trained user to perform upgrades and replacements of the batteries reducing Mean Time to Repair (MTTR)
- USB connectivity – Provides management of the UPS via a USB port (not available on all models).
- Serial Connectivity – Provides management of the UPS via a serial port.
- Transformer-block spaced outlets – Protect equipment with input transformer blocks without blocking access to other receptacles.
- Boost and Trim Automatic Voltage Regulation (AVR) – Gives higher application availability by correcting low and high voltage conditions without using the battery.
- Intelligent battery management – Maximizes battery performance, life, and reliability through intelligent, precision charging.
- Safety-agency approved – Ensures the product has been tested and approved to work safely with the connected service provider equipment and within the specified environment.
- Lifetime data recovery warranty – Provides peace of mind by providing professional data recovery services in the event data is lost due to the failure of the unit.
- Building Wiring Fault Indicator – This LED informs users of potentially dangerous wiring problems in the wall circuit.
- Adjustable voltage sensitivity – Provides the ability to adapt the Power Conditioner for optimal performance in specific power environments or generator applications.
- Battery replacement without tools – Allows quick, easy battery replacement.
- LCD graphics display – Text and mimic diagrams that display modes of operation, system parameters and alarms.
Features & Benefits:
Boost and Trim Automatic Voltage Regulation (AVR) | Gives higher application availability by correcting low and high voltage conditions without using the battery. |
Unattended shutdown | This ensures that files are saved and the Operating System is properly shutdown in the event of a sustained power outage. |
Ethernet protection | Shields hardware from damage |
Additional Surge Protected Outlets | Surge Only outlets offer protection for non-data sensitive equipment like scanners and printers without reducing the unit’s available power or battery capacity. This helps to maximize battery power for equipment that needs it most like a computer and monitor. |
Site wiring fault indicator | Immediately warns you of wiring problems like improper grounds that could cause shocks or prevent the UPS from adequately suppressing surges. (120V units only) |
Automatic Self Test | Biweekly testing of all internal components, including the battery, ensures your unit is ready when you need it. |
Intelligent battery management | Maximizes battery performance, life, and reliability through intelligent, precision charging. |
Audible alarms | Proactively notifies you of changing UPS and utility power conditions. |
Easy Overload Recovery | Push-button circuit breaker instead of a standard fuse, eliminates the need to return the unit to the factory for service. |
Adjustable voltage sensitivity | Provides the ability to adapt the UPS for optimal performance in specific power environments or generator applications. |
Adjustable voltage-transfer points | Maximizes useful battery life by widening the input voltage window or tightening the output voltage regulation. |
LCD graphics display | Text and mimic diagrams that display modes of operation, system parameters and alarms. |
Cold-start | You can power on the unit without any input power. This provides temporary emergency battery power when the utility power is out. |
User replacable batteries | Save time and money by swapping the battery yourself. There is no need to send the unit to a factory service center. |
Hot Swap Batteries | You can change the battery without powering down your equipment. |
Runtime Chart:
Watts | 50 | 100 | 200 | 300 | 400 | 500 | 600 | 700 | 800 | Full | Half |
BG500 | 24 min | 12 min | 6 min | 4 min | – | – | – | – | – | 4 min (300 Watts) | 8 min (150 Watts) |
BR700G | 1 hrs 7 mins | 33 min | 14 min | 8 min | 5 min | – | – | – | – | 4 min (420 Watts) | 13 min (210 Watts) |
BR1000G | 1 hrs 57 mins | 57 min | 24 min | 14 min | 9 min | 5 min | 3 min | – | – | 3 min (600 Watts) | 14 min (300 Watts) |
BN1080G |
2 hrs 27 mins | 1 hrs 4 mins | 26 min | 14 min | 9 min | 6 min | 4 min | – | 3 min (650 Watts) | 13 min (325 Watts) | |
BR1300G |
2 hrs 8 mins | 1 hrs 9 mins | 33 min | 21 min | 14 min | 10 min | 8 min | 6 min | – | 5 min (780 Watts) | 15 min (390 Watts) |
BX1300G |
2 hrs 0 mins | 57 mins | 25 min | 15 min | 9 min | 6 min | 5 min | 6 min | – | 2 min (780 Watts) | 10 min (390 Watts) |
BR1500G | 2 hrs 8 mins | 1 hrs 9 mins | 33 min | 21 min | 14 min | 10 min | 8 min | 6 min | 4 min | 4 min (865 Watts) | 13 min (432. 5 Watts) |
BR1500 + (1)BR24BPG | 7 hrs 26 mins | 3 hrs 52 mins | 1 hrs 50 mins | 1 hrs 9 mins | 49 min | 37 min | 29 min | 24 min | 20 min | 17 min (865 Watts) | 48 min (432.5 Watts) |
BX1500 | 2 hrs 8 mins | 1 hrs 9 mins | 33 mins | 21 mins | 14 min | 10 min | 8 min | 6 min | 4 min | 4 min (865 Watts) | 13 min (432.5 Watts) |
Technical Specifications:
Output Power Capacity | 600 Watts / 1000 VA |
Nominal Output Voltage | 120V |
Efficiency at Full Load | 80% |
Waveform Type | Stepped approximation to a sinewave |
Output Connections | (4) NEMA 5-15R (Surge Protection)
(4) NEMA 5-15R (Battery Backup) |
Efficiency at Half Load | 84% |
Bypass | Built-in Bypass |
Nominal Input Voltage | 120V |
Input Connections | NEMA 5-15P |
Cord Length | 6 feet (1. 83 meters) |
Battery Type | Maintenance-free sealed Lead-Acid battery with suspended electrolyte: leakproof |
Typical recharge time | 8 hour(s) |
Replacement battery cartridge | APCRBC123 |
RBC™ Quantity | 1 |
Runtime Graph |
This graph is based on actual measured runtime data. All measurements were taken with new, fully charged batteries and a balanced resistive load (PF = 1.0). Actual runtimes may vary from the values of this graph. Actual runtimes are dependent on several variables including battery age, battery charge level, environmental conditions and characteristics of the connected load. |
Interface Port(s) | USB |
Control Panel | Multi-function LCD status and control console |
Audible Alarm | Alarm when on battery : distinctive low battery alarm : overload continuous tone alarm |
Surge Energy Rating | 355 Joules |
Filtering | Full time multi-pole noise filtering : 5% IEEE surge let-through : zero clamping response time : meets UL 1449 |
Data Line Protection | Network line – 10/100/1000 Base-T Ethernet (RJ-45 connector),Coaxial cable for CATV/SATV/modem/Audio-Video (coax connector) |
Maximum Height | 9. 84 inches (190 mm) |
Maximum Width | 3.94 inches (91 mm) |
Maximum Depth | 15.04 inches (310 mm) |
Net Weight | 23.60 lbs. (7.15 kg) |
Shipping Weight | 28.00 lbs. (7.95 kg) |
Shipping Height | 13.27 inches (252 mm) |
Shipping Width | 8.60 inches (138 mm) |
Shipping Depth | 19.00 inches (442 mm) |
Master Carton Weight | 52.80 lbs. (24.00 kg) |
Color | Black |
SCC Codes | 1073130427878 5 |
Operating Environment | 32 – 104°F (0 – 40°C) |
Operating Relative Humidity | 0 – 95% |
Operating Elevation | 0-10000 feet (0-3000 meters) |
Storage Temperature | 5 – 113°F (-15 – 45°C) |
Storage Relative Humidity | 0 – 95% |
Storage Elevation | 0-50000 feet (0-15000 meters) |
Audible noise at 1 meter from surface of unit | 45. 00 dBA |
Regulatory Approvals | FCC Part 15 Class B,TUV,UL Listed |
Standard Warranty | 3 years repair or replace |
Equipment protection policy | Lifetime: $150,000 |
Environmental Compliance | RoHS,REACH: Contains No SVHCs |
**The time to recharge to 90% of full battery capacity following a discharge to shutdown using a load rated for 1/2 the full load rating of the UPS.
BR1000G – APC Back-UPS Pro 1000VA 600W Tower 120V Refurbished
JavaScript seems to be disabled in your browser.
You must have JavaScript enabled in your browser to utilize the functionality of this website.
APC Back-UPS Pro 1000VA 600W Tower 120V Model: BR1000G |
|
Input: NEMA 5-15P (120V – 15A) | |
Output: (4) NEMA 5-15R (Surge Protection), (4) NEMA 5-15R (Battery Backup) | |
Line Interactive UPS – Sinewave Output | |
New batteries, Refurbished UPS | |
1 Year Warranty Included |
- Extended Warranty
-
- 1 Year Warranty 1 Year
Included1 Year
Included - 2 Year Warranty 2 Year
+$22.002 Year
+$22.00 - 3 Year Warranty 3 Year
+$38.503 Year
+$38.50
- 1 Year Warranty 1 Year
Regular Price:
$139. 99
$109.99
Availability:
In stock
Qty:
12345678910111213141516171819202122232425262728293031323334353637383940
Description
Details
Manufacturer: APC
Model: APC Back-UPS Pro 1000VA 600W Tower, 15A, 120V
Condition: New batteries, refurbished UPS
Part Number: BR1000G
Maximum output: 600W / 1000VA
Typical backup time at half load: 13.5 minutes (300 Watts)
Typical backup time at full load: 3.7 minutes (600 Watts)
Warranty: 1 year full replacement warranty
APC Back-UPS Pro 1000VA 600W Tower 120V BR1000G Manual
BR1000G – APC BACK-UPS PRO 1000VA Specifications:
Main:
Main Input Voltage
|
120V
|
||||
Kw Rating
|
600W
|
||||
Rated Power in VA
|
1000VA
|
||||
Output Connection Type
|
|
||||
Cable Length
|
6 ft (1. 83 m)
|
||||
Number of Cables
|
1
|
||||
Battery Type
|
Lead-Acid Battery
|
||||
Input Connections
|
|
General:
Number of Power Module Free Slots
|
0
|
Number of Power Module Filled Slots
|
0
|
Redundant
|
No
|
Physical:
Color
|
Black
|
Height
|
9. 84 in (25 cm)
|
Width
|
3.94 in (10 cm)
|
Depth
|
15.04 in (38.2 cm)
|
Net Weight
|
23.63 lb(US) (10.72 kg)
|
Mounting Preference
|
No Preference
|
Mounting Mode
|
Not Rack-mountable
|
Two Post Mountable
|
0
|
USB Compatible
|
Yes
|
Input:
Input Frequency
|
50/60 Hz +/- 3 Hz auto-sensing
|
Efficiency at Full Load
|
88 – 148V
|
Maximum Input Current per Phase
|
12 A
|
Switching Current Capacity
|
15 A
|
Output:
Max Configurable Power (Watts)
|
600 W
|
Output Frequency
|
50/60 Hz +/- 3 Hz sync to mains
|
Topology
|
Line Interactive
|
Waveform Type
|
Stepped Approximation to a Sinewave
|
Maximum Configurable Power in VA
|
1000 VA
|
Transfer Time
|
8ms typical: 12ms maximum
|
Conformance:
Product Certifications
|
DOC/Industry Cananda
|
Environmental:
Ambient Air Temperature for Operation
|
32 – 104°F (0 – 40°C)
|
Relative Humidity
|
0 – 95%
|
Operating Altitude
|
0 – 9842 ft
|
Ambient Air Temperature for Storage
|
5 – 113°F (-15 – 45°C)
|
Storage Relative Humidity
|
0 – 95%
|
Storage Altitude
|
0 – 49212 ft (0. 00 – 14999.82 m)
|
Acoustic Level
|
45 dBA
|
Heat Dissipation
|
67.6 Btu/h
|
Batteries & Runtime:
Included Battery Modules
|
|
Battery Slots Empty
|
0
|
Typical Recharge Time
|
8 h
|
RBC Quantity
|
1
|
Battery Charge Power (Watts)
|
20 W rated
|
Battery Power in VAH
|
157 VAh runtime
|
Battery Life
|
3 – 5 year(s)
|
Replacement Battery
|
APCRBC123
|
Extendable Run Time
|
0
|
Communications & Management:
Control Panel
|
Multi-function LCD Status and Control Console
|
Alarm
|
Alarm when on battery: distinctive low battery alarm: overload continuous tone alarm
|
Surge Protection and Filtering:
Surge Energy Rating
|
354 J
|
Filtering
|
Full time multi-pole noise filtering: 5% of IEEE surge let-through: zero clamping response time: in
|
Data Line Protection
|
Coaxial cable for CATV/SATV/modem/audio-video
|
Let Through Voltage Rating
|
330 V
|
Additional Info
Additional Info
Manufacturer | APC |
---|---|
Form Factor | Tower |
Waveform in Battery Mode | Stepped Sinewave |
Input Voltage | 120V AC |
Output (VA) | 1000VA |
Output Voltage | 120V AC |
PDU Total Outlets | No |
You may also be interested in
Related Products
About ExcessUPS.
com
Specializing in Uninterruptible Power Supplies and replacement UPS Batteries. ExcessUPS is your premier source for new and refurbished UPS Backup Systems and batteries.
Information
- Shipping
- Customer Service
- Contact Us
- Warranty Policy
- Returns Policy
- Terms
- Privacy
- About Us
- Safe and Secure Shopping
- Read Our Blog
Contact Information
ExcessUPS – 555 Riverwalk Parkway, Tonawanda, New York
14150 USA
1 (866)-311-1945
NEWSLETTER
Sign up to receive the latest news, special offers and other discount information
To top
All product and company names are trademarks or registered trademarks of their respective holders. Use of such names/marks does not imply any affiliation with or endorsement by their respective owners. Specifications are subject to change without notice.
Questions? Feedback? powered by Olark live chat software
Support for uninterruptible power supplies in Windows XP
on the example of UPS manufactured by APC, Lighthouse and MGE
Compatibility of components and equipment is an important component of the correct operation of the system as a whole, but at the same time it is no less important part of the convenience of using the complex of all software and hardware , including both the PC itself and the surrounding peripherals. In the world of computer equipment, the process of unification and the creation of uniform standards is ongoing. It is also worth mentioning interfaces with the ability to “hot-plug”, that is, when the computer is running, one of the first universal interfaces that supports this type of connection is USB – Universal Serial Bus. This bus also did not immediately win a place in the sun, but now it’s hard to imagine a computer without at least one USB device connected. What is good in this situation is that the protocol and bus are standardized, and almost all devices connected with their help are automatically recognized, that is, without user intervention, by the most common Windows XP operating system today, and most do not require additional drivers.
In principle, this article is not about the USB bus, but about another standard, which is somewhat less well-known – Smart Battery.
What is it? What does its use look like in terms of hardware and end user? We will try to answer these questions. So, in order…
What is this?
The Smart Battery standard was developed jointly by Duracell and Intel in 1995, and in 1999 it was included in the ACPI (Advanced Configuration Power Interface) specification, which is the fundamental document for the interaction and power consumption of PC components.
Standardizes Smart Battery interaction between batteries, battery chargers, controllers, operating systems, and communication protocol. That is, devices that have batteries in their composition or are designed to work from them are supported. Basically, this standard concerns portable devices, where, by the way, it is used very actively – the vast majority of laptops produced today support it. But devices with built-in batteries also include uninterruptible power supplies or UPS for short, and, accordingly, they are intended for ordinary PCs, we will briefly consider the interaction of the last pair today.
A bit of theory
The Smart Battery Standard includes several sections:
System Management Bus Specification (SMBus) (PDF, 600kb)
This specification describes the operation of a system bus designed to transfer data and control commands.
Smart Battery Data Specification (SBDS) ( PDF, 139kb)
The specification describes the data transfer protocol and also includes a general description of the Smart Battery standard.
Smart Battery Charger Specification (SBCS) ( PDF, 103kb)
This specification describes the charging process and chargers.
Smart Battery Selector Specification (SBCS) ( PDF, 64kb)
Description of the battery switch used to switch between independent battery packs.
Smart Battery System Manager Specification (SBCS) ( PDF, 61kb)
The specification describes a highly integrated control device that performs several functions, in particular, a controller and a battery selector.
Designation on the diagram | Explanation |
System Power Supply | UPS power supply |
System Power Control | Controller |
AC-DC Converter | Converter (rectifier) |
System Host | SM Bus Controller |
Smart Battery | Smart Battery |
Smart Battery Charger | Charger |
SM Bus 90 056 | System bus for data and command transmission |
Power Switch | Power switch |
Smart Battery System Manager | Controller |
In order for Smart Battery devices to interact with the operating system, the latter must fully support the ACPI specification and have a software module supporting the Smart Battery standard.
What does it look like?
Let’s move on to the practical part of the study of support for the Smart Battery standard in modern desktop systems in conjunction with uninterruptible power supplies. Let’s see what this technology will give us in reality. So, a modern desktop system will be a computer running one of today’s most common operating systems Windows XP SP2 in the following configuration:
- Processor Intel Pentium 4 531 3.0 GHz (HT)
- Mainboard Gigabyte GA-8I945P-G (Chipset Intel 945P)
- RAM Corsair xtreme XMS4303 (533 MHz), 2 two modules of 512 MB
- Video card Sapphire RADEON X1300 PCI-E 256 MB
- Hard Drive WD 2500JD
We will use several UPSs for testing:
- APC BR 800
- Lighthouse Pro 1000
- APC BR 1000
90 142
- MGE Ellipse 600 USBS
All three UPSs are connected to a PC for data transfer via a USB interface.
Before connecting the data cable, let’s see what the Power Options item looks like from the Windows XP Control Panel.
Now let’s connect the first UPS and see how it was defined in the Device Manager of Windows XP.
As you can see, two devices appeared:
- Battery
- American Power Convertion USB UPS
That is, the device was defined as a battery-powered device, and the appropriate drivers were automatically installed for it. Let’s now take a look at the Power tab.
Here we see certain changes. Instead of one UPS tab, two appeared – Battery Indicator and Alarm, and an additional field appeared on the Power Schemes tab When powered by batteries , which in turn confirms that the UPS was defined as a battery power source.
Let’s continue our little research. Now it’s the Lighthouse Pro 1000’s turn to showcase its abilities. We connect …
The device manager has been replenished with two new devices:
- USB HID controller
- HID controller
Here the first item is the UPS interface USB controller, which is a USB to COM translator, and the second, most likely, the main controller UPS. As you can see, Windows XP did not recognize the battery in the Lighthouse Pro 1000 UPS, unfortunately. Let’s take a final look at the Power Options tab.
There are no changes compared to the Default option, that is, without a UPS connected, here. Accordingly, any battery power settings and information received from the UPS are not available here.
We connect another test participant – the APC BR 1000 UPS.
In this case, the following appears in the Device Manager: battery backup, however , just like in the first case with the APC BR 800. Now let’s look at the item Power.
UPS settings are fully available.
Next in line is an uninterruptible power supply manufactured by MGE (France).
D Device Manager appeared:
- Battery
- MGE USB UPS
That is, as with APC UPS, standard battery and USB UPS are recognized. We look at the contents of the item Power management…
Settings for working with the UPS are available in full.
So what does the Smart Battery support in the UPS do for us?
Versatility and convenience. If the UPS supports this standard, then third-party software can be completely dispensed with. Windows OS automatically detects it as a battery and allows you to interact with it programmatically.
No bugs and support. Third-party software for uninterruptible power supplies is of different quality and level, so sometimes it can cause errors and failures, and it happens that the device is still working, but the software for it has not been updated for a long time and support for new operating systems simply does not shine.
It is also possible (subject to Smart Battery support, of course) to use universal programs for monitoring the status of the UPS, one of which we will get to know towards the end of the article.
Now let’s take a look at the functionality of the Windows XP firmware from the point of view of managing computer systems when the computer is powered by UPS batteries.
All the settings we need are concentrated in the already mentioned item Power (Properties: Power), which can be accessed in two ways:
- through the Control Panel by selecting the appropriate item in the Start menu
- through the desktop properties (Screensaver tab, Power button) by selecting the Properties item from the drop-down menu after right-clicking on an empty space on the desktop.
After performing one of the above manipulations, if we have a connected UPS with Smart Battery support, we get to the Power Schemes tab, where, as you can see, there are two modes:
- mains power
- battery power
The following events are individually configurable for each mode:
- display off
- disks off
- standby
For each power plan, individual settings for these modes.
Go to the Alarm tab.
On this tab, in addition to the notification itself, it is also configured to perform certain OS actions when the batteries are discharged to a certain level, there are two such levels:
- low battery
- almost empty battery
Despite the names, the levels are adjustable, for example, allowing you to set the first to 50 percent and the second to 5 percent battery.
Actions available when the above levels are reached can be as follows:
- enter standby mode
- enter hibernation mode
- shut down (shut down)
- start the selected application or file
The Battery indicator tab informs about the current charge level of the latter and shows the current mode: mains or battery powered.
In the event of switching to battery power, the picture showing the remaining battery power gradually changes, and a thumbnail image of this picture appears in the system tray area (about the clock), hovering over it displays the approximate time remaining until the batteries are completely discharged when working with current load.
The listed functions allow, if necessary, to correctly shut down the OS without resorting to third-party utilities, as well as organize file backup and remote notification.
And now a little about the above-mentioned universal program for monitoring devices with battery support that meet the Smart Battery standard, that is, in addition to the UPS, this program allows you to receive information from the battery subsystem of laptops. In version 2.1, the RM Clock program received the ability to monitor Smart Battery devices, as a result of which it has an additional Battery Info tab, where, in fact, current information about such devices connected or available in the system is displayed.
APC BR 800
APC BR 1000
MGE Ellipse 600 USBS
the program allows you to monitor a fairly large number of UPS parameters in addition to the main functions of the program, that is, performance and energy management processors and chipsets, which can be very useful for simple diagnostics.
Summary
So, which UPS to choose, with or without Smart Battery support? At the moment, the former are more expensive. Therefore, each person must answer this question for himself. In principle, support for this standard is an additional advantage of a particular UPS model. So this fact should not be discounted, but it is necessary to get acquainted with the candidates for the purchase in more detail. Where, we hope, the tests conducted in the iXBT.com laboratory will help. Now every USB UPS will be tested for compliance with the Smart Battery standard.
Average current price (number of offers) in Moscow retail:
APC BR 800 | $216(3) |
Lighthouse Pro 1000 | N/A(0) |
APC BR 1000 | $345(1) |
MGE Ellipse 600 USBS | $326(2) |
October 2, 2006
Alexander Mishin
News
-
Thermaltake Introduces The Tower 200 and Market’s First Bronze 12V HPWR Power Supply at Computex 2023
June 6, 2023
-
Adata shows liquid-cooled SSD live at Computex 2023. Plus overclocking memory, 1600W PSU and new cases
June 4, 2023
-
Passively cool a bundle of Core i9-13900K and GeForce RTX 4080. $1,000 Streamcom SG10 Radiator Case Introduced
June 1, 2023
News section >
Data backup with HiSuite
HiSuite introduction
you could recover data even if the phone is lost or unusable due to accidental damage.
Preparing
- When you back up data from your phone to your computer using HiSuite, the backup application will be launched on your phone. Temporary files will be created on your phone during the backup and will be automatically deleted after the backup is completed. Therefore, make sure that your phone’s available memory is larger than the size of the data to be backed up. Otherwise, a message will be displayed stating that there is not enough memory.
- It is recommended to use the original USB data cable for a stable connection. If the USB data cable is not securely connected to your phone or computer, the backup may fail.
- Download HiSuite to your computer by following the steps in Downloading and Installing HiSuite.
- Use a USB cable to connect your phone to a computer as described in Connecting a mobile phone to HiSuite on a computer.
When using a Windows computer
- Open HiSuite and click the Data Backup function.
- Select the data to be backed up. If you want to encrypt the backup data, select the Encrypt with password option and click Data Backup.
As shown above, the path in the line Backup … is the path to save the backup data. It is recommended to keep the default path.
- If you selected the Encrypt with password option, a dialog box will appear asking you to enter a password. Set a password, confirm it, and set a password hint. Then click OK to start the backup process. If you did not select the Encrypt with password option, skip this step.
- If you have forgotten your password, the password hint can help you remember your password. You will not be able to reset your password using a password hint. So please remember the password. The backup data cannot be restored to the phone without the correct password.
- HiSuite 9.1.0.307 and later require password backup.
- When the backup is complete, a message with the text “Complete” is displayed. Click Done.
When using a macOS computer
- Open HiSuite and click the Backup/ RESTORE function in the menu on the left side of the screen.
- Select the data to be backed up. If you want to encrypt the backup data, select the Encrypt with password option and press Reserve .
As shown above, the path in line Backup… is the path to save the backup data. It is recommended to keep the default path.
- If you selected the Encrypt with password option, a dialog box will appear asking you to enter a password. Set a password, confirm it, and set a password hint. Then click OK to start the backup process. If you did not select the Encrypt with password option, skip this step.
If you have forgotten your password, the password hint can help you remember your password. You will not be able to reset your password using a password hint. So please remember the password. The backup data cannot be restored to the phone without the correct password.
- When the backup is complete, a message with the text “Complete” is displayed. Click Done.
Viewing backup data
When using a computer running Windows:
- After connecting your phone to HiSuite, go to Menu > Settings in the top right corner.
- Under Backup , select the Settings option and click on the icon of the folder where the backup files are stored to open the folder.
- You can view the backup files in the backup folder.
When using a computer running macOS:
- Open HiSuite and press function BACKUP / RESTORE in the menu on the left side of the screen.