nx series - always on · always on™ ups systems canada inc 2 nx series high efficiency thanks to...

Always On™ UPS Systems Canada Inc www.alwayson.com 1

True Sine Wave On‐Line UPS Always On™ NX Series UPS systems are designed to provide reliable, clean and consistent power to all critical loads and emergency applications. Power reliability is business reliability.

The NX Series of UPS is a dual conversion, on‐line, three phase system for use as centralized power protection and distribution. The dual conversion process converts the utility AC supply into DC power, which is used to charge the batteries and supply power to the inverter. The Inverter then inverts the DC power back into a high quality, regulated and isolated AC power source. The wide operating range of the UPS system allows it remain online without discharging or depleting the battery capacity. This makes it fully compatible with poor quality industrial electrical environments, as well as unstable generators.

The UPS continually monitors and provides conditioning to the incoming electrical power, removing under‐voltages and over‐voltages, sags and spikes and other irregularities that are inherent within industrial power systems. The NX Series UPS system supplies clean, consistent power at the rated voltage with a low distortion pure sine wave for your sensitive electronic equipment. Blackouts, brownouts and other power interruptions, regardless of duration, can be protected against with additional battery cabinets to provide the necessary emergency power to safeguard your operation.

Always On™ provides a truly isolated output to eliminate all types of power aberrations as well as Common and Normal Mode noise, increasing the reliability and life of the loads connected.

Our High Quality Control Standards are ensured by testing at the component level, board level, function level and completed stage level as specified by our ISO 9001:2008 certification.

Redundant Applications for the highest standard of reliability: Mission critical applications such as hospital operating rooms, airport security, oil processing and refineries, and marine emergency systems require the highest availability of power. Always On™’s unique IPRO technology sets the highest standard for power reliability, with the IPRO 1+1 compatible NX Series UPS’s. Decentralized bypass, redundant control electronics and batteries provide matched load‐sharing and robust fault‐tolerant operations.

Features and Benefits Full Galvanic Isolation Full Galvanic Isolation provides a completely isolated and referenced output. This isolation protection provides a proven solution to problems created by induced voltages affecting the critical loads. Since the output circuit to the load is completely isolated and no noise induced on the neutral can permeate to the loads, systems operate in a more reliable fashion. Also, this type of protection increases the life span of equipment by eliminating noise, which breaks down components. Modular design Each major component (inverter, rectifier and static switch) on the NX Series are installed on slide‐out modules. This allows for quick repair (mean time to repair of <30 minutes) and easy field upgradeability. Fully digital DSP (Digital Signal Processor) and flash memory are the technology corner stones of the new age of power quality and reliability.

NX Series NX31 & NX33

Three Phase In / Single or Three Phase Out Dual Conversion On-Line UPS

Industrial / Commercial


NX Series

High Efficiency Thanks to IGBT technology, the NX Series UPS’s has a high efficiency. This, combined with IPRO, results in the most cost‐efficient and reliable UPS solution in the industry. Convenient front panel design The LCD display and control switches are accessible through the up, down, and enter switches below the front panel window. All the viewable parameters can be read without opening the front door. The inverter on/off switch is protected from accidental operation by being located behind the locked front door. The inverter can still be switched on and off via the control switches on the front panel, but this feature is password protected. UPS monitoring and management via SNMP module (included) Direct access of remote UPS and active management of single modules in multi‐unit configurations are the keys to efficient and predictable power quality management. The SNMP Client/Agent structure, direct link, or remote connection enables a network manager or facility engineer to permanently monitor and control local or remote Always On™ UPS systems and the equipment and processes they protect. A real‐time graphical display of critical UPS parameters and environment information of multiple decentralized UPS’s, as well as statistical data and event log files, are available on every local computer display and network management system or on the Internet. Additionally, UPS status information changes can be sent to such varied information carriers as SMS, network management systems, email or fax. High Efficiency Mode The high efficiency function adds cost effectiveness, maximizes efficiency and reduces power consumption. Alternating between bypass and on‐line modes is achieved automatically and in accordance with the conditions of the AC supply power. On‐line mode may be used during times of intermittent power, and bypass mode when the utility is within user‐selectable parameters in order to obtain greatest efficiency. Irregularities can be detected in less than a second, and on‐line mode reactivated immediately. Extension of battery life Batteries are a critical part of every UPS solution, acting as the power supply in the event of an AC power failure. They are sensitive products that need to be handled and monitored continuously and carefully in order to increase their lifetime and predictability. Always On™ includes superior battery management within the entire NX Series family and is a comprehensive management and monitoring system that prevents batteries from overcharging and deep discharging. The NX Series features a ”no surprises” automatic battery test, and boost charging, which equalizes recharging of batteries. Protection Short circuit, over‐temperature and over‐voltage protection is built‐in to protect the NX Series UPS against any form of misuse. Back feed protection, complete protection circuits and excellent overload behavior provide outstanding user protection and application security on every UPS system. Full galvanic isolation is also included in the NX series. Extremely flexible The NX Series UPS offers tailor‐made power protection to comply with your individual installation requirements. Options include a 6‐pulse rectifier (instead of the standard 12‐pulse rectifier) for units under 80kVA and a Smart Panel (SP). In addition, a comprehensive software suite can be added for mission control and data protection.

For more information, visit www.alwayson.com


NX Series

Options

External Bypass System Always On™ offers an external ATS (Automatic Transfer Switch) which is fully programmable for automatic electronic operation. This will automatically switch to bypass (alternate source) in the event there is loss of power from the system for any reason. IPRO (Isolated Parallel Redundant Operation) For the highest standard of reliability. Mission critical applications such as hospitals, airports, oil industries, refineries, and marine require the highest availability of power. Always On unique IPRO technology sets the highest standard for power reliability, and IPRO 1+1 compatible NX Series UPS’s. Decentralized bypass, redundant control electronics and batteries offer perfect load‐sharing and robust fault‐tolerant operations. Redundancy With IPRO, the NX Series UPS’s are controlled in a true peer‐to‐peer configuration where all critical elements and functions (including bypass) being redundant. The IPRO 1+1 system has the benefit of redundant control electronics, active‐active system management and fault tolerant operation. Failure of one system component still allows redundancy on remaining components, which permits the complete maintenance and repair of one UPS while the other UPS remains on‐line. Remote LCD Display Panel Full monitoring and control of multiple UPSs from a common panel located up to 300M away. Top Cable Entry Module attached to the rear of the UPS cabinet to allow for convenient top cable termination. Emergency Power Off Switch Local or remote located switch to activate EPO function. Harsh Environment Protection Several NEMA and Ingress Protection (IP) rated options, as well as seismic mounting brackets, are available.

NX33’s with IPRO NX33 with BBU


NX Series


Specifications are subject to change without notice to reflect upgrades and improvement in technology.

True Sine Wave On-Line UPS 10kVA—250kVA General Data

Topology True On‐Line, Dual Conversion

Nominal output at PF=0.8 kVA 10 15 20 30 40 50 60 80 100 120 160 250

Overall efficiency 100% load,

0.8 PF % 90 90 90 90 90 90 90 90 90 90 90 90

True galvanic isolation from input to output YES

Audible noise level (at 1m) db (A) <65 at 1m <70 at 1m

Operating temperature

UPS 0°C to 40°C (32°F to 104°F)

Battery Optimum: 20°C to 25°C (68°F to 77°F); higher temperatures reduce battery life expectancy

Relative humidity 0% to 95%, non‐condensing

Enclosure

Type Indoor (NEMA 1) [Drip shield and skirting included]

Safety Internal dead front construction

Cooling Forced air ‐ variable speed

Installation

Rigging Suitable for handling by forklift or overhead crane (eye hooks available)

Mounting Casters and leveling feet [optional seismic rated mounting available]

Installation & maintenance access Front access required for normal maintenance

Conduit access Bottom entry standard [optional top entry]

Standards UL 1778, CSA 107.3 listed, CSA 22.2 No. 60950, FCC Class A, [optional ABS or UL‐924 available]

Rectifier

Configuration 12 pulse rectifier

Input

Voltage 208/480/600, L‐L Vac, 3 phase, 4 (or 3) wire + ground (‐20% to 15% without battery discharge)

Frequency 45 ‐ 65 Hz

Power factor 0.8 at full load

Inrush current Limited by soft‐start circuit

Power walk‐in 20 seconds

Output Output voltage tolerance ±1%

DC ripple voltage ±0.5%

Current THD 12 pulse rectifier: 9%

Battery

Nominal output at F=0.8 kVA 10 15 20 30 40 50 60 80 100 120 160 250

Battery compatibility Sealed lead‐acid [optional NiCD or flooded]

Number of cells 174 cells

Voltage range 295 ‐ 410Vdc

Float voltage at 20°C (68°F) 392Vdc

Low voltage level 320Vdc

Minimum discharge voltage 295Vdc

Boost charge voltage 410Vdc

Maximum charge current (ADC) 5 7.5 10 15 20 25 30 40 50 60 80 125

Recharge time for 30 minute battery to 95% capacity

10 times the discharge time

Automatic and manual battery test Standard


NX Series

Inverter Nominal output at PF=0.8 kVA 10 15 20 30 40 50 60 80 100 120 160 250

DC voltage input range 295 ‐ 415Vdc Nominal output voltage 208/120 or 480/277 or 600/347, 3 phase, 4 wire + ground

Inverter bridge IGBT technology and Pulse Width Modulated Output isolation transformer Standard

Output power factor 0.8 Frequency lock range 50 / 60Hz, ±7% Output waveform True sine wave

Output voltage tolerance

Static ±1% Load step 0% ‐ 100% ‐ 0% ±3%, recovering to within ±1% in 1 cycle Load step 0% ‐ 50% ‐ 0% ±2%, recovering to within ±1% in 1 cycle

Output voltage distortion

100% linear load <2% THD maximum 100% non‐linear load <3% THD maximum

Crest factor capability Greater than 3:1 Phase

displacement 100% balanced load 120° ±1%

Output freq. Free running 50 / 60 Hz, ±0.1% synchronized with utility

Overload capability (on inverter)

<110% Continuous 110 ‐ 125% 15 minutes 125 ‐ 150% 5 minutes > 150% 30 seconds

Efficiency (100% load) 92% 92% 92% 92% 92% 92% 92% 92% 92% 92% 92% 92%

By‐pass

Input configuration Common to rectifier [optional dual input] Primary Components Full load rated static switch, back‐feed protection and internal maintenance by‐pass

Voltage range ±20% of input voltage Frequency range 45 ‐ 55 Hz / 55 ‐ 65 Hz

Efficiency 98%

Transfer time Inverter to bypass 0 ms Bypass to inverter 0 ms

Overload capacity

200% of UPS rating 30 seconds 400% of UPS rating 1 second

Short circuit capability (on by‐pass) 1000% for 3 cycles (non‐repetitive) Isolation transformer YES

External interface

Alarm contacts 8 pre‐defined contacts (COM, BATL, BACKUP, BYPASS, SS, FAULT, OVL, INVON) Ethernet communications SNMP adapter Serial communication RS‐232 & RS‐485

Input signals Emergency power off contacts provided (optional switch available)

Interface controls and alarms Active mimic diagram

Represents the operational status of the UPS, with integrated LED's and power flow indicators

Audible alarm Audible signal active when any alarm condition is present

LCD/LED display Display of UPS metering functions, event history and fault

conditions

Optional features

Marine approval ABS (American Bureau of Shipping) Emergency lighting UL‐924, BMEC and CCMC Mounting options Seismic rated mounting (seismic certification available)

Dual input Bypass and rectifier have separate inputs Warranty Extended warranty and services packages available

Redundant operation N+1, A+B Buss system and IPRO (Isolated Parallel Redundant Operation) Remote status panel Active mimic diagram w/ Stop Operation and Summary Alarms


NX Series

Module Interior Layout

NX33 UPS with Backup Battery Unit (BBU)

Plugin Rectifier Module

Plugin Inverter Module


ALW Batteries & Battery Bank Units ALW Batteries Always On UPS Systems Canada Inc takes great pride in our ALW Series batteries. Years of research and development, along with ISO 9001:2008 quality management systems and UL Listing, ensure the highest quality and performance from our battery systems. The range of battery sizes and capacities is unique in the industry, and their specifications are optimized to ensure maximum performance for our broad range of UPS backup power and Emergency Lighting Inverter Systems.

Our tough standards during manufacturing, quality control and testing ensure that only batteries meeting the tight specifications of the product

are integrated into the rest of our system designs. Our special process of grouping battery types during transport and storage maintenance allows us to easily match our batteries during assembly of our battery cabinets.

As part of our certification by CSA and listing by UL, each battery, charger and inverter of a fully assembled system is accurately calibrated and vigorously tested through each mode of operation, including battery discharge and recharge cycles. This is done to ensure that the complete system is in compliance with the required safety standards.

Battery Cabinets Our battery cabinets come in a variety of sizes to suit your backup time needs. For even longer runtimes, multiple cabinets can be used to increase storage capacity. The cabinets themselves have several useful features, such as:

• Heavy duty casters.

• Convenient battery cable with Anderson quick connects.

• Retractable battery trays, making battery testing and replacement easy.

ALW Batteries ALW36‐12UPS ALW56‐12UPS ALW85‐12UPS ALW110‐12UPS ALW160‐12UPS Capacity (25°C/77°F) 36Ah 56Ah 85Ah 110Ah 160Ah

Voltage 12V 12V 12V 12V 12V Weight 12.6kg / 27.7lbs 17.5kg / 38.5lbs 26.0kg / 57.2lbs 32.0kg / 70.4lbs 45.5kg / 100.1lbs

Dimensions KA, KB, KC, KD, KE cabinets KF, KG, KH, KI, KJ cabinets

mm 815W x 865D x 1020H 1314W x 850D x 1945H

inches 32W x 34D x 40H 51.5W x 33.5D x 76.5H


NX Series

Backup Times (Battery Banks)

NX‐Series UPS Single Line Drawing

Specifications are subject to change without notice to reflect upgrades and improvement in technology. For more information or different runtimes, please contact CUSTOMER SERVICE toll‐free at 1‐877‐259‐2976, ext. 451.

Full load runtime calculations for NX Series UPS systems from 8kW (10kVA) to 128 kW (160kVA).

Load 4000W 8000W 12 000W 16 000W 24 000W 32 000W

5000VA 10 000VA 15 000VA 20 000VA 30 000VA 40 000VA

Model

BBU‐NX33D 22 min 8 min 4 min

BBU‐NX33E 105 min 40 min 18 min 13 min 6 min BBU‐NX33KF 36 min 23 min 18 min 10 min 5 min

BBU‐NX33KG 80 min 48 min 32 min 17 min 10 min BBU‐NX33KH 120 min 76 min 46 min 28 min 19 min

BBU‐NX33KI 130 min 81 min 50 min 24 min

BBU‐NX33KJ 130 min 80 min 60 min

Load 40 000W 48 000W 64 000W 80 000W 96 000W 128 000W 50 000VA 60 000VA 80 000VA 100 000VA 120 000VA 160 000VA

Model

BBU‐NX33KG 6 min BBU‐NX33KH 12 min 10 min BBU‐NX33KI 21 min 18 min 12 min 6 min BBU‐NX33KJ 33 min 30 min 18 min 10 min 6 min

2 x BBU‐NX33KI 66 min 50 min 24 min 21 min 18 min 2 x BBU‐NX33KJ 92 min 80 min 60 min 33 min 30 min 17 min


NX Series

System Dimensions The standard configurations presented are intended only to illustrate the general size of the enclosures. These units are shipped as separate components.

Drawings are not to scale.

10 to 50kVA UPS System 60 to 160kVA UPS System 250kVA UPS System 550mm (21.7") W 1100mm (44") W 2200mm (86.5") W 812mm (32") D 812mm (32") D 812mm (32") D 1626mm (64") H 1626mm (64") H 1626mm (64") H 380 ‐ 710kg 850 ‐ 1600kg 2700kg

D Battery Cabinet E Battery Cabinet K Series Battery Cabinet 235mm (9.25") W 400mm (15.75") W 1314mm (51.5") W 546mm (21.5") D 682mm (26.75") D 850mm (33.5") D 552mm (21.75") H 1008mm (39.75") H 1945mm (76.5") H

117kg 511kg 814 ‐ 1764kg



NX Series

Optional Bypass Systems

A separate cabinet to allow for complete removal of the UPS system from the load, while still supplying the load with conditioned power. Always On™ offers various systems which include isolation transformers for different voltage configurations, distribution panels, electro‐mechanical interlock protection to ensure proper operation, rotary switch operation and transient voltage surge suppression. Systems are supplied in a matching cabinet or wall mounted cabinet. These systems are recommended for maintenance purposes to prevent accidental removal of power from the loads and to allow for complete power removal from the UPS system for safety considerations.


UPS Preventative Maintenance Program

Always On™’s UPS systems are designed for maximum reliability and peak performance. Even so, a regular maintenance program is necessary to identify and correct potential problems before they can occur. This helps to prevent unplanned and inopportune downtime and outages of critical systems, more rapidly addresses problems that can occur, and even extends battery lifespan. A regular program that involves inspecting, cleaning, calibration and functional testing of all modes of operation ensures factory‐specified performance through the lifecycle of the UPS System. Record keeping is a snapshot in time for tracking and analysis of the results, to trend the components’ performance as the system ages. Maintenance takes into account the actual age of the specific devices, comparing expected performance to the lifespan. This allows us to monitor the health of the UPS system, and take corrective actions as necessary under pre‐planned conditions. The UPS automatic monthly self test can be enhanced with increased functionality through remote monitoring and testing. Specific parameters can be programmed to take into account the actual system design requirements, and log the results for analysis. Secured remote access to all the UPS’s in the network allow for comprehensive control and monitoring from one centralized location. To accurately assess battery backup capacity, however, a load test and measurement must be performed as part of a regular maintenance program. An annual UPS maintenance program (or semi‐annually in challenging environmental conditions) should be implemented as part of a user’s regular maintenance program, and is highly recommended as part of the overall equipment budget and lifecycle planning.


Genie Smart Panel / Cabinet UPS Powered Fault Protected System (One Cycle Clearing) The Genie is designed to supply AC power and isolate multiple critical loads fed by one panel. Genie is manufactured in our ISO 9001:2008 certified facilities and incorporates the Always On™ Specifically Designed Breaker (SDB). GENIE protects the connected loads from reacting to problems caused by short circuits, i.e. momentary loss of voltage (opening contacts, re‐boots etc) and high current spikes creating a possible hazard at the failed or shorted loads. During

short circuit condition with a standard distribution panel, the UPS will be automatically transferred to static bypass mode allowing the input utility to supply dangerously high currents (approximately 1000% of the maximum UPS current) for 18 to 22 cycles (the normal amount of time a standard breaker requires to clear). Also during the time the load breaker is being cleared a large transient will be created resulting in possible damaged equipment. In the event the faulted load breaker is not cleared, the UPS will shut‐down, due to extended overload, or the UPS input breaker will clear causing a power loss.

• Genie is designed to identify an overload condition and clear the SDB in advance of a total load failure preventing damaging and/or dangerous short circuits and high current conditions.

• Genie SDB’s are designed to clear or open in less than one cycle eliminating the “time window” (18 to 22 cycles of standard breakers) which allows the short circuit evolution of problems to begin.

• Genie SDB’s intelligent design distinguishes the difference between normal inrush current for equipment and a short circuit or overload condition.

• Genie SDB’s are simple plug‐in breaker design, for easy upgrade or replacement.

Options Communication port: GENIE can incorporate a relay communication interface and alarms to allow for notification of an open SDB.

Power Protection: SPD protection 200kA surge current to 600kA surge current protection is available.

Remote Panel with Audible Alarm: Configured with notification Display and Alarms function to identify open SDB.

Compatibility: The GENIE is designed specifically for Always On™ UPS products but can be utilized to support other manufactured UPS products.

Patented in Canada: Patented in the USA: # 2 504 860 # 7 259 476 # 2 496 365 # 7 557 468

Complete custom

configurations available!


*Products may not necessarily be as shown.

The Always On™ ESE SPD filter is designed to protect, at the power panel, against externally and internally produced power aberrations, massive impulses, lightning induced effects and interference associated with low frequency harmonics and situations caused by accidents and/or failures in the electrical utility system. It is also totally compatible with all operating loads, including high frequency power supplies and constant current loads controlled by electronic switches.

Applications Electrical Service Entrance filters protect the electronic and electrical equipment in the building by supplying power protection at the main and sub‐panel locations.

Protection Our ESE’s offer high end protection for industrial and commercial environments and our specifically designed and tuned circuitry provides protection against all potentially dangerous electrical aberrations. They eliminate and attenuate to safe levels common and normal mode noise, massive surge impulses, indirect lightning strikes and their effects, interference associated with low frequency harmonics, spikes and transients, as well as problems associated with electrical utility failures caused by accidents, storms, etc.

Electrical and electronic equipment create their own power aberrations, which creates problems for other loads and equipment ‘downstream’. These aberrations will travel down the power bus to the power panels, where they propagate to other loads via other branch circuits.

By installing Always On™ ESE power panel protection devices, these problems will not occur.

Always On™ ESE Power protection offers TWO Methods of Protection

1) For all New Residential, Commercial and Industrial Construction: The ESE protects electronic equipment in new buildings (security, environmental, networking, communications, appliances, systems, etc.) from potentially destructive and disruptive externally generated power spikes and transients, massive surges, indirect lightning strikes, low frequency harmonics and common and normal mode noise.

2) For all Commercial and Industrial Retrofits: In commercial and industrial environments, the ESE offers the same features as above and protects ‘downstream’ branch panels from externally and internally generated power aberrations such as spikes, transients, massive surges, low frequency harmonics and common and normal mode noise.

Stop the problems before they can occur. Eliminate all potential problem‐causing and damaging power aberrations by having an Always On™ ESE filter installed.

Features The ESE features self‐diagnostics, LED indicators and removable fuses per phase, which eliminate dedicated and costly 3 phase panel breakers.

Electrical Service Entrance Surge Protection Device


Many years of experience working on high profile projects, combined with industry leading expertise, allows Always On™ UPS Systems Canada Inc. to design and manufacture the highest quality uninterruptible power supply and power conditioning products. All Always On™ designs incorporate the most efficient and robust devices and system components to provide the highest degree of protection possible for all critical and emergency equipment installations.

Always On™ takes great pride in providing complete solutions. This includes all modes and levels of protection being designed into each and every system we build, eliminating the need for additional equipment to be added to address the total system requirements. We do not cobble together standard products like some of our larger competitors do, but instead provide a customized engineered solution to meet customer needs. Ensuring protection and power quality through every mode of operation requires coordination between all system components. This includes surge protection devices, inverters, batteries, battery chargers, bypass systems, transfer switches and power distribution units.

Every employee and manager at Always On™ takes a personal interest to ensure that all stages of each product is designed, manufactured and tested to the highest degree of quality within our ISO 9001:2008 certified facility. This QMS certification, along with our numerous safety approvals (such as our various UL, CSA, CCMC, BMEC, or ABS listed products), gives us the confidence to set us apart as one of the leading UPS manufacturers in this industry.

Always On™ products are put into service by many world renowned companies and users who rely on our expertise and the high reliability of our systems to protect their critical installations. These include industries such as the oil, gas and mining industries, airplane and other manufacturing plants, hospitals and operating rooms, rail and marine transportation systems, data centers, army, navy, air force and military installations, nuclear and other power generating plants, public utilities, and emergency systems for buildings.

Some of our customers include: Boeing, Canadian Natural Resources Ltd., Siemens USA, GE Energy, Husky Oil, Sherritt Mines, Protrans Canada Line, Beghelli, Stanpro, the Department of National Defense, the US Navy, New Brunswick Nuclear Power, L‐3 Communications, Fortis BC, the RCMP, BC Hydro, and the Canadian Coast Guard. We hope you will visit our website: www.alwayson.com for more information, or call our inside sales and engineering support on our toll‐free telephone lines: 1‐877‐259‐2976 (Sales ext. 451). Or, you can email for support departments: [email protected], [email protected] Robert S. Adria, President


Engineered Solutions Always On™ UPS Systems Canada Inc. is not your typical manufacturer. In addition to providing standard product, we provide engineered solutions to fit unique applications and customer re‐quests. Some of our solutions are shown below.

Transportable modular power - Canadian military hospital - Afghanistan - 100kVA

Canada Line - Rapid Transit - Vancouver, BC

Boeing - Moving assembly line crawler - 100kVA

John P. Tully - Canadian Coast Guard


Project:

Company:

Contact:

Phone:

Email:

Fax:

If tender available send with information above.

Power Requirements (Please fill in load requirements) _____kVA or ______kW or ______A Back up time requirements

_______minutes

Applications (Circle one, or fill in other)

Commercial

Telecom

Industrial

Marine

Medical Other: ____________

Type of load to be powered (Circle one, or fill other)

Motor, Pump (HP:_______

PC

Telecom

PLC

Lighting

Electronic

Life support (or Medical) Other:________________

Environmental considerations Temperature range:

0 – 40 degree C standard

Other:_______

Space considerations?

Yes No

If Yes, What? _____________________

Vibration (earthquake):

Yes No

What standard:____________

Enclosure rating:

NEMA IP

Other:___________

Peripheral equipment:

Remote Panel

External Bypass

Redundancy (3 phase only)

Extended Warranty

24/7 Warranty

On‐site Warranty

Replacement Warranty

Extended Battery Warranty

Ethernet Communication (3 phase standard)

Relay communication (3 phase standard)

UPS Specification Questions

Input Voltage (Circle one, or fill in other)

1 Phase 3 Phase

2 Wire 3 Wire 4 Wire

120Vac 208Vac 120/208Vac

240Vac 480Vac 277/480Vac

208Vac 600Vac 347/600Vac

Other:

Output Voltage (Circle one, or fill in other)

1 Phase 3 Phase

2 Wire 3 Wire 4 Wire

120Vac 120/240Vac 120/208Vac

240Vac 277/480Vac

208Vac 347/600Vac

Other:

nx series - always on · always on™ ups systems canada inc 2 nx series high efficiency thanks to...

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