Uninterruptible Power Supply (UPS) and Rack Distribution

Power distribution units for IT equipment

Power management software

Surge protection

Uninterruptible power supplies (UPS)

Eaton UPS Companion

Art. UPS Companion

The Eaton UPS Companion program provides secure shutdown of UPS systems. It's a simple way to enhance UPS protection for small offices/home offices (SOHO), small businesses, and residential users. Eaton UPS Companion allows for easy configuration of shutdown parameters and provides simple access to UPS settings. Additionally, Eaton UPS Companion provides energy cost and consumption data, allowing users to better assess the power requirements of their protected equipment.

CHARACTERISTICS

Safe system shutdown
Energy cost and consumption reports
Easy access to UPS status and fault data
Configuration of UPS parameters
Multiple language support
Automatic software update

COMPATIBILITY

UPS: Eaton 3S and Eaton 5S
Operating systems for UPS Companion 1.04: Windows Server 2012 R2, 2012, 2011, 2008, 10, 8.1, and 7

Eaton Intelligent Power Protector

Art. Intelligent Power Protector

Eaton's Intelligent Power Protector (IPP) software automatically and gracefully shuts down network devices during extended power outages, preventing data loss and saving unfinished processes. IPP is part of Eaton's power management system and works in conjunction with Eaton Intelligent Power Manager to provide comprehensive power management and protection.

Automatic and correct shutdown of equipment connected to the UPS to ensure uninterrupted operation of the system.

SAVE TIME AND MONEY

Proper shutdown of computers and virtual machines/servers connected to Eaton UPSs can help prevent data loss during extended power outages.
Redundancy for dual-core servers
Easy-to-use interface, accessible from any PC with a web browser
Can be remotely managed, configured and updated using Eaton's Intelligent Power Manager software

RISK REDUCTION

The monitoring function ensures stable operation of terminals with PCs or servers by automatically detecting freezes and rebooting the machines.
Receives UPS information via LAN or network connection, can be easily installed on multiple computers
Can communicate directly with a protected device (via USB) or over the network (via Web/SNMP card)

Eaton Intelligent Power Manager

Art. Intelligent Power Manager

Eaton IPM editions deliver business continuity and operational efficiency for modern IT architectures through policy-driven decision integration and contextual visibility into electrical systems across virtualized, hybrid cloud, converged/hyperconverged infrastructure, and edge IT environments.

Understand version

- Monitoring the operation of power supply devices from Eaton and other manufacturers
- Contextual overview of power supply indicators and limitations

Manage version

- Management and updating of Eaton power supply devices
- Defining core business continuity policies with host-level measures

Optimize version

- Defining advanced business continuity policies with virtual machine level enforcement
- Support for third-party UPS

A contextual overview of power supply metrics and limitations

	Understand	Manage	Optimize
Dashboard view	✔	✘	✘
Type "Data Center"	✔	✘	✘
View "Stand"	✔	✘	✘
View "Wednesday"	✔	✘	✘
Asset Management	✔	✘	✘

Monitoring the operation of power supply devices from Eaton and other manufacturers

	Understand	Manage	Optimize
Eaton UPS, Rack PDUs, and ATS	✔	✔	✔
Third-party UPS, Rack PDUs, and ATS	✔	✔	✔

Manage and update Eaton power devices

	Understand	Manage	Optimize
Mass configuration of Eaton power supply devices	✘	✔	✔
Eaton's Massive Power Supply Upgrade	✘	✔	✔

Basic power management functions

	Understand	Manage	Optimize
Secure servers (via IPP agents) and virtual hosts (agentless)	✘	✔	✔
Storage Shutdown Module	✘	✔	✔
Universal drivers and third-party devices	✘	✔	✔
Configuration Policy	✘	✔	✔
ePDU Outlet Management	✘	✔	✔
Advanced steps to correct common errors	✘	✔	✔
Advanced actions for correcting non-standard errors	✘	✘	✔
SSH Universal Actions	✘	✘	✔

Defining core policies for virtual infrastructure uptime with host-level actions

	Understand	Manage	Optimize
Basic steps for power management
Shutting down storage devices	✘	✔	✔
Shutting down virtual hosts	✘	✔	✔
Shutting down virtual machines (all, without prioritization according to IPM policy)	✘	✔	✔
Entering/Exiting Maintenance Mode	✘	✔	✔

Defining advanced virtual infrastructure business continuity policies with actions at the virtual machine and cluster level

Includes all the basic power supply steps listed above, plus the following
	Understand	Manage	Optimize
Advanced power actions for virtual machines/disks
Load shedding	✘	✘	✔
Shutting down target virtual machines	✘	✘	✔
Migrating virtual machines to target hosts	✘	✘	✔
Automatic assignment of virtual machine groups	✘	✘	✔
Advanced power actions for hosts
Shutting down a VMware vApp	✘	✘	✔
Automating the Mware SRM Recovery Plan	✘	✘	✔
Virtual IT cluster level
Shutting down a fully virtualized cluster	✘	✘	✔
Shutting down VMware vSAN	✘	✘	✔
Nutanix Acropolis Shuts Down	✘	✘	✔

Plugins and connectors for third-party IT solutions

	Understand	Manage	Optimize
Virtualization Management Plugins
Plugin for VMware vCenter	✘	✔	✔
Plugin for Citrix XenCenter	✘	✔	✔
Advanced power actions for hosts
Shutting down a VMware vApp	✘	✔	✔
Automating the VMware SRM Recovery Plan	✘	✔	✔
Microsoft Hyper-V	✘	✔	✔
Citrix XenCenter	✘	✔	✔
Citrix XenServer Pool	✘	✔	✔
NetApp storage	✘	✔	✔
OpenStack	✘	✘	✔
HPE OneView	✘	✘	✔
Nutanix Acropolis	✘	✘	✔
Cisco UCS Manager	✘	✘	✔
Management packs
Eaton IPM Management Package for managing VMware vRealize	✘	✘	✔

Eaton Protection Box

The Eaton Protection Box is a best-in-class, multi-output surge arrester for sensitive and mission-critical equipment in residential and commercial applications.

TOPOLOGY
Modern surge protection device

EXITS
1/6/8 outputs - DIN and FR

FORM FACTOR
Desktop devices

The Eaton Protection Box's modern design complies with the international IEC 61643-11 standard for surge protection devices. It protects sensitive equipment from overvoltage, interference, and indirect lightning strikes.

Protection Box 6 USB, 6 USB Tel@, 8 USB Tel@ are equipped with two USB ports (max. 2.4 A) for charging mobile devices (phones, tablets, etc.).

Technical specifications	1	1 Tel@	6	6 USB	6 USB Tel@	8 USB Tel@
Nom. current - rated power (A-W)	16 A - 4000 W	16 A - 4000 W	10 A - 2,500 W	10 A - 2,500 W	10 A - 2,500 W	10 A - 2,500 W
Voltage-Frequency	220 – 250 V AC 50-60 Hz
USB ports for charging	-	-	-	2	2	2
Surge protection
Surge protection test conditions comply with IEC 61643-11 With 1.2-50μs; 8-20μs pulse T3	L+N to PE: Uoc = 6 kV; Up < 1.5 kV; In = 3 kA L to N: Uoc = 4 kV; Up < 1.5 kV; In = 2 kA
Protective devices
Max. current	18,000 A, 3 x MOV 6,000 A
Response time	<1 ns
Telephone line protection
RJ11 telephone lines, including broadband	-	10,000 A	-	-	10,000 A	10,000 A
Surge protection test conditions comply with IEC 61643-21 With 1.2-50μs; 8-20μs pulse C2	Pin 4 & 5 to PE: Uoc = 6 kV; Up < 1.5 kV; In = 3 kA Pin 4 to Pin 5 : Uoc = 4 kV; Up < 1.5 kV; In = 2 kA

Compliance with standards
Certificates	CE - EAC - CM
Standards	IEC 60884-1 - IEC 61643-11 - IEC-EN 61000-6-1 - IEC-EN 61000-6-3 - NF C61-314 - VDE 06020
Dimensions and weight
Dimensions HxWxD	72.5 x 55 x 98 mm	72.5 x 55 x 98 mm	47.5 x 110 x 245 mm	47.5 x 110 x 245 mm	47.5 x 110 x 245 mm	47.5 x 110 x 290 mm
Weight	0.115 kg	0.124 kg	0.586 kg	0.612 kg	0.646 kg	0.713 kg
Service and support
2-year warranty	Repair or replacement of a defective product

Eaton ATS Automatic Transfer Switch

Art. Eaton ATS

The Eaton ATS Automatic Transfer Switch (ATS) is an affordable solution for those looking to add redundancy to network equipment (switches, routers). The ATS supplies power to equipment from two different sources. If power is lost at one source, the alternate source immediately takes over, without interrupting power to the connected equipment. Multiple devices can be connected to the Eaton ATS simultaneously, saving on the cost of backup uninterruptible power supplies.

Form factor: 1U rack.
The TS 16 Netpack and ATS 30 provide network connectivity. Remote access, configuration, and device management are supported.
Measurement and adjustment are carried out via the ATS 16 LCD display.

Technical specifications	ATS 16	ATS 16 Netpack	ATS 30
Rated current	16 A	16 A	30 A*
Input/output
Nominal voltage/frequency of input current	208/220/230/240 V; 50/60 Hz	208/220/230/240 V; 50/60 Hz	220/230/240 V; 50/60 Hz
Performance characteristics
Standard switching time	8 ms
Safety standards	MEK/EN 62310-1, MEK/EN 60950-1	MEK/EN 62310-1, MEK/EN 60950-1	IEC/EN 60950-1
EMC standards	IEC/EN 62310-2
Marking	CE
Connection
Input characteristics	2 IEC C20 + 2 input cables	2 IEC C20 + 2 input cables	Wired
Exits	8 IEC C13 + 1 IEC C19	8 IEC C13 + 1 IEC C19	Wired
User interface and communication capabilities
User interface	LCD	LCD	LED screen
Network connection	No	Yes	Yes
Dimensions and weight
Dimensions (H x W x D)	43 x 430 x 250 mm	43 x 430 x 250 mm	43 x 440 x 390 mm
Weight	3.3 kg	3.5 kg	5 kg
Customer Service and Support
2-year warranty	Standard product replacement

Eaton Metered Input Rack PDU with input metering

Art. ePDU G3

The ePDU G3 Metered Input models enable metering at the circuit and phase level for efficient load balancing, without switching. These units provide a measurement accuracy of ±1% (IEC Class 1). They feature a hot-swappable metering module with an LCD display that displays readings in V, W, A, and kWh. Eight units can be connected in parallel to form a daisy chain and connected to a single network port and IP address.

The power distribution unit with input metering offers network connectivity and a modern LCD display for easy configuration. The ePDU G3 features hot-swappable network components.

IEC Estimate Accuracy +/- 1%: Highly accurate measurement of energy consumption (kWh), as well as voltage, current and power (V, A, W).

Measurement of input parameters and individual phases, measurement of circuit breaker current.

Eaton FlexPDU

Art. Eaton FlexPDU

These basic rack-mount power distribution units are flexible, universal power strips that offer a variety of connection options for rack-mount UPS systems. The FlexPDU series is compatible with any UPS system rated below 3 kVA. Multiple installation options include rack-mount, wall-mount, or connection to the rear panel of the UPS.

For rack mounting, wall mounting, or rear connection of Eaton UPS (3 options).

Technical specifications		Load distribution block Eaton FlexPDU
Maximum power		3000 VA
Nominal voltage		220–240 V
Installation
Form factor		1U (except BS) 19" rackmount with multi-position fastenings
Installation		19" wall mount or Eaton RT series UPS
Dimensions H x W x D		44 x 483 x 80 mm (BS: 52 x 483 x 120 mm)
Connections
Inputs		1 IEC C20 (16 A) connector and 2 cable (1 IEC 16 A - 16 A cable and 1 IEC 10 A - 16 A cable) for connection to any UPS
Conclusions	DIN	8 Schuko sockets + 1 IEC 16 A socket
	IEC	12 IEC 10A sockets + 1 IEC 16 A socket (with 2 switches)
	HW	ND
Cascade connection		Yes, IEC 16A outlet socket
Retaining clamps		Retaining clips on IEC socket outlets
Terms of Use and Approvals
Operational temperature		from 0 to 45°C during continuous operation
Statements and approvals		CE

1609-P

Art. 1609-P

Robust industrial design
Vertical/rack mounting
Extended operating time
Battery management system
Possibility of replacing batteries without turning off the power
Integrated network management
Remote control/setup
Double conversion in real time
Pure sine wave output
Frequency and voltage regulation
Automatic internal bypass

Electrical parameters		1609-P3000N	1609-P3000A	1609-P5000E	1609-P8000E	1609-P10000E
Entrance	In nom.(AC)	120	230	208/230	208/230	208/230
	Voltage range, default (AC)	90 ... 150V	160 ... 280V
	Current (A)	20 nom., 28 max.	11 nom., 14 max.	19 nom., 24 max.	30 nom., 40 max.	39 nom., 48 max.
	Power	3000VA (2100W)		5000VA (3500W)	8000VA (6400W)	10,000 VA (8,000 W)
	Frequency	45 ... 65 Hz (self-definition)
	PFC	gt- 0.95
	Protection	N/A	N/A	N/A	70 input circuit breaker
Exit	In nom.	120V	208
	Power	3000VA (2100W)		5000VA (3500W)	8000VA (6400W)	10,000 VA (8,000 W)
	Protection	3 ... 15 Circuit breaker			N/A	N/A
From the battery	Frequency	Nominal +/- 3 Hz
	Reg.	+ / - 2% in static mode + / - 5% dynamic	+/- 1% in static mode, +/- 5% dynamic
	THD	lt-5% at full load
	Peak factor	3:01
Efficiency	From the battery	86%
	On Line	88%
Protection	Emission	IEC 1000-4-4
	Overload	125%: 1 minute, 150%: 30 seconds
	Output short-circuit current	Protection switches Input circuit and/or premises branch
	Thermal protection	Yes
	Bypass	N/A			70 input circuit breaker
Regulatory	Safety	UL 1778, CULUS, IEC 60950	EN 61000-3-2	UL 1778, CULUS, IEC 60950
	EMC	FCC (Class A)	EN50091-2	FCC (Class A), EN50091-2
	Marking	CULUS, CSA	CE	CULUS, CSA, CE
Battery	Opening hours	14 minutes at full load, 34 minutes at half load		5...7 minutes at full load, 13...18 minutes @ half load
	Type	Sealed Lead Acid, hot-swappable, user-replaceable valve
	Voltage	192V
	Charger	Temperature compensated current limited, float charger
	Reload time	In less than 3 hours to 90% capacity	Less than 3 hours to 85% capacity
	Term	2...4 years at 25 deg- C ambient temperature
Wednesday	Temperature	0 ... 40 deg- C (working), -20 ... 60 deg- C (short-term storage)
	Altitude	10,000 ft (working)
	Humidity	0 ... 95% non-condensing (operating)
	Thermal power (at full load)	655 BTU/hour		1040 BTU/hour	1536 BTU/hour	2216 BTU/hour
	Noise level	lt-50 dB @ 1 meter (at full load)	lt-55 dB @ 1 meter (at full load)
Back panel	AC outputs	(6) NEMA 5 ... 15 (2) NEMA 5 ... 20	(8) IEC C13 (2) IEC C19		(12) IEC C13 (2) IEC C19
	AC Inputs	NEMA L5 ... 30	IEC C14	IEC C20	3 position terminal blocks
Communication	DB9	Serial and contact closures
	EPO	By closing contacts
	Net	Via network management cards (1609-NMC, supplied as standard with 3 kVA units)
Indicators and controls	LED Status	Online, In bypass mode, from battery, overload and battery replacement, faults, Histogram for load, Histogram for battery Fuel level indicator, Histogram for measured input voltage when built-in switch is conducted
	Control	(Front Panel) On/Self Test/Silence Alarm/Cold Start/Boot
	Sound	On battery: 4 short beeps every 20 seconds (variable), Low battery: persistent 0.5 second beep every 1 second (variable), Bypass: continuous beep, Failure: continuous beep, Battery change: occasional on/off change - one beep

1609-B

Art. 1609-B

1609-B - Industrial Uninterruptible Power Supplies

Robust industrial design
DIN rail or back-of-panel
Increased temperature performance (up to 50°C) is possible with an additional battery
Bulletin 1609-B UPS requires two 12V batteries (order separately)

Electrical parameters		1609-B600N	1609-B1000N
Entrance	In nom.	120V	120V
	Power	600 VA (360 W)	1000 VA (600 W)
	Voltage range, default	96 ... 138V
	Voltage range, wide online	96 ... 138V
	Current No.	5.4	8.9
	Capacity Frequency	50/60 Hz plus minus 3 Hz	50/60 Hz plus minus 3 Hz
	PFC	None	None
Exit	In nom.	120V
	Power	600 VA (360 W)	1000 VA (600 W)
Online	Output voltage range, default	96 ... 138V
	Output voltage range, wide online	96 ... 138V
	Switching point accuracy	plusmn- 3%
From the battery	In nom	120V (wave step)
	Frequency	50/60 Hz plus/min - 1 Hz
	THD	47.5% (wave step)
Short circuit protection	Peak factor	2.5:1
Efficiency	From battery (typical under active load)	80% Typical under active load
	Internet - Typical for active metering load (AVR mode)	94% Typical under active load
Protection	Emission	380 J (Total performance rating with 10 * 1000 pulse s)
	Overload (Shutdown in 10 sec)	gt- 110 ... 130% - shutdown after 5 sec
	Overload (Shutdown immediately)	130% immediate shutdown
	Output short-circuit current: Internet	Parallel circuit premises from current overloads
	Output short-circuit current: batteries	Shutdown
	Thermal protection	UPS inside temperature sup3-70 deg- C
Regulatory	Safety	UL1778, CSA C22.2 No. 107.3-05, EN/IEC62040-1
	EMC	FCC amp- CE (Class A)
	Marking	UL, CULUS, FCC, CE, C-Tick
Battery	Opening hours	sup3-5 min (at 25 deg- C at full load = 360 W, PF = 0.6 ... 0.75)	sup3-2 min (at 25 deg- C at full load = 600W, PF = 0.6 ... 0.75)
	Type	Sealed lead acid battery
		12V/5Ah (for 0 ... 40 deg- C: BB BP5 ... 12)
		12V/5.5 Ah (for 0 ... 50 deg- C: BB HRL5.5 ... 12)
	Voltage	24V
	Charger	Current limited, constant voltage float charger
	Charger Time	Less than 12 hours to 90% capacity after discharge with full loading
	Term	2 ... 3 years at 25 deg- C ambient temperature
Wednesday	Temperature	Operating: Standard battery 0 ... +40 deg- C (+32 ... +104 deg- F) Hi-battery temperature 0 ... +50 deg- C (+32 ... +122 deg- F) In non-operating condition / Storage: -15 ... +45 deg- C (+5 ... +113 deg- F)
	Altitude	Operating: 0...6600 feet (0...2000 meters)
	Humidity	Operation / Storage 5 ... 95% RH (non-condensing)
	Thermal power	On Line, Full Load: 107 BTU/hr On line, full load, charging: 160 BTU per hour Battery Power: Full Load: 1228 BTUs per hour	On Line, Full Load: 178 BTU/hr On line, full load, charging: 231 BTU per hour Battery Power: Fully Loaded: 2047 BTUs per hour
	Noise level	lt-45 dBA @ 1 meter front side
Mechanical	Approximate dimensions L * W * H (mm)	6.1 x 11 x 7.09 (155 x 300 x 180)
	Approximate weight per pound (kg)	14.5 (6.6)	14.7 (6.7)

Eaton 9SX UPS

Art. Eaton 9SX

The Eaton 9SX UPS provides high availability, flexibility, and professional protection for IT equipment and infrastructure in small data centers, as well as networking devices, data storage systems, medical equipment, and telecommunications. Featuring double-conversion (online) technology and a versatile rack, tower, or rack/tower enclosure, the Eaton 9SX UPS offers a choice of two power supplies.

A modern graphical LCD display provides precise UPS operating parameters and measurement data on a single screen (available in seven languages, including Russian). The LCD display can be adjusted to provide the best viewing angle for various installation situations.

The 9SX integrates easily with leading virtualization environments and cloud orchestration tools using an optional network management card and Eaton Intelligent Power® software, compatible with all major operating systems.

If needed, battery life can be extended to several hours by adding additional hot-swappable external battery modules. The battery modules will be automatically recognized by the UPS.

Eaton 93PM G2 UPS

Art. 93 PM G2

The Eaton 93PM G2 UPS delivers power protection, cybersecurity, and business continuity in a flexible, efficient, and cost-effective modular and scalable design. The second-generation 93PM three-phase UPS offers the highest availability and lowest total cost of ownership in its class. This makes it the ideal solution for data center operators and organizations seeking to increase capacity and power protection to meet business needs.

The Eaton 93PM G2 UPS, with its flexible, modular, and scalable design, ensures maximum uptime for critical infrastructure. Its hot-swappable modular system allows for the addition of 50 or 60 kVA modules at any time, without disrupting the system or impacting the critical load. HotSync technology allows the Eaton 93PM G2 to eliminate a single point of failure in the event of a communication loss, ensuring increased device reliability. Additionally, this UPS features built-in safety components to reduce electrical risks and provide additional protection.

Equipped with EnergyAware technology, the Eaton 93PM G2 enables your organization to support the environment and generate revenue by responding to grid demand and providing ancillary services. Without compromising critical load protection, the average benefit from using this technology is up to €50,000 per MW of grid power per year.

The Eaton 93PM G2's cybersecurity is provided by Eaton's Gigabit and Industrial network interface cards—the first in the industry to receive IEC 62443-4-2 and UL 29001-1 certifications. Eaton also offers a remote monitoring service, enabling immediate response to any UPS threats related to power supply and cybersecurity.

The Eaton 93PM G2 UPS offers lower cost thanks to its higher efficiency thanks to built-in technologies, many of which are unique to Eaton products. The 93PM G2 can be scaled to meet business needs. It boasts 97% online efficiency for improved cost control and ROI. Performance can be further enhanced with ESS and VMMS technologies.

UPS uninterruptible power supply

A device known as an uninterruptible power supply (UPS) is designed to protect electronic equipment from power problems and interruptions. It automatically contacts a backup power source when voltage drops to a critical level.

The main functions of the UPS include:

Ensuring uninterrupted operation of connected equipment.
Preventing damage to electrical and electronic equipment from power surges.
Protects data from loss and damage during improper device shutdown.

UPS is widely used to ensure reliable operation of IT equipment, servers, heating systems, medical equipment and other electronic devices.

What is UPS used for?

UPSs play a vital role in preventing many electrical problems:

Power outages. Problems with the electrical grid, such as power outages or overloads, can lead to a complete power outage, which will result in equipment shutdown.
Voltage dip. Activating a heavy load, switching the power grid, or network faults can cause a voltage dip, which can negatively impact equipment operation.
Overvoltage or power surge. Lightning strikes can cause surges or overvoltage in the power grid, which can damage electronic equipment.
Voltage Drop. Prolonged, increased load on the electrical network can cause voltage drop, which negatively impacts equipment operation.
Voltage surge. A sudden power loss, a power outage, or a power failure can cause a voltage surge, which can damage equipment.
Electromagnetic and Radio Frequency Interference. Transmitters, welding equipment, and lightning can cause electromagnetic and radio frequency interference, which can damage equipment.
Frequency fluctuations. Unstable generator operation can lead to frequency fluctuations, which in turn can negatively impact equipment performance.
Transients. When switching electrical equipment, transients may occur that can damage the equipment.
Nonlinear voltage distortion. Switching power supplies, variable frequency drives and motors, and fax machines can cause nonlinear voltage distortion, which can damage equipment.

UPS are designed to protect against all these problems and ensure continuous and stable operation of equipment.

And buy uninterruptible power supplies in Kazakhstan

When choosing a UPS, it's important to choose a reliable supplier that offers high-quality products and professional support. Power Technology Solutions is one such supplier. Our company supplies Eaton products and offers a wide selection of UPSs of various types and capacities, suitable for various equipment types and operating conditions.