With Toromont Power Systems, you will be working with a single source provider with a broad range of solutions readily available - delivering the products you need and the support to keep your facility 'Always On.''
Toromont Cat Power Systems provides customized turnkey power solutions designed specifically for the data centre industry. From planning & designing to installation & maintanance we will help you every step of the way.
Data Centre Products
T1000
Size
6 kVA
Input Voltage
208/240
Frequency Hz
50/60 (auto-sensing)
Output Voltage
208/240
Output Power Factor
0.8
Efficiency
AC/DC/AC > 89%
T1000 UPS spec sheet
1600 XPi
Size
3.6 kVA to 22 kVA
Input Voltage
208/240
Frequency Hz
45 to 65 (auto-sensing)
Output Voltage
240/208/120
Output Power Factor
0.85
Efficiency
AC/DC/AC > 85%
1600 XPi UPS spec sheet
4300 Series
Size
30 kVA to 50 kVA
Input Voltage
208 to 600 Three-Phase/Four-Wire
Frequency Hz
50/60
Output Voltage
208 Three-Phase/Four-Wire
Output Power Factor
0.9
Efficiency
91% at full load
88% at 25% load
4300 UPS spec sheet
4400 Series
![4400 Series UPS]( "Toshiba 4400 Series UPS")
Size
15 - 80 kVA
Input Voltage
208/120 Three-Phase/Four-Wire
Frequency Hz
50/60 (auto-sensing)
Output Voltage
208/120 Three-Phase/Four-Wire
Output Power Factor
0.9
Efficiency
91% full load
88.8% at 25% load
4400 UPS spec sheet
G9000 Series
![T1000 Series]( "Toshiba T1000 Series")
Size
100 - 2000 kVA
Input Voltage
480 Three-Phase/Four-Wire
Frequency Hz
60
Output Voltage
480 Three-Phase/Four-Wire
Output Power Factor
0.9 - 1.0
Efficiency
95.8% - 96.5% at full load
92.5% - 94.9% at 25% load
G9000 UPS spec sheet
G8000 Series
![T1000 Series]( "Toshiba T1000 Series")
Size
80 - 300 kVA
Input Voltage
480 Three-Phase/Four-Wire
Frequency Hz
50/60
Output Voltage
480/277 Three-Phase/Four-Wire
Output Power Factor
1.0
Efficiency
90.6% - 92.7%
G8000 UPS spec sheet
G2020
![T1000 Series]( "Toshiba T1000 Series")
Size
500 - 750 kVA
Input Voltage
480 Three-Phase/Three-Wire
Frequency Hz
50/60
Output Voltage
480 Three-Phase/Three-Wire
Output Power Factor
1.0
Efficiency
98.2% at full load
97.7% at 25%
G2020 Spec Sheet
For mission critical standby performance nothing beats diesel fuel. Our Cat diesel line offers some of the industries most reliable and efficient generators.
Diesel Generator Products
This technology uses a power dense integrated flywheel, which stores sufficient energy to ride through power disturbances such as dips or surges in voltage and/or current. The stored power is immediately available for delivery to a critical load during a power disturbance.
Flywheel UPS Products
From monitoring and controlling standby/load management to multi-unit utility paralleling installations, whether you’re on- or off-site, our switchgear is engineered to manage your power system.
Switchgear Products
Maintenance Bypass Switch Panel
Maintenance bypass switch panels in either floor or wall mounting configurations are available in two-, three-, and four-breaker configurations with optional kirk-key interlock systems and solonoid release.
Battery Cabinets & Racks
Matching battery cabinets provide uniform appearance to installation. Toshiba UPSs work equally well with either Valve-Regulated Lead Acid or flooded-cell battery backup.
Power Distribution Unit
Optional Power distribution units with internal 480/208 transformers and remote power panels are available in a range of sizes and capacities for the threephase systems.
Flywheel for G9000 Series
Flywheels are an alternative and/or supplement to traditional batteries. They provide safe, reliable energy storage in a robust, lightweight, and mallfootprint package with a low life-cycle cost.
Toshiba Distribution Cabinet
The TDC provides singleoperation G9000 UPS’s with external maintenance bypass, step-down output transformer and sub-feed breaker and/or 42-pole panel distribution in one compact, dimensionally matched and color-matched cabinet.
Toshiba Tie Cabinet
The tie cabinet synchronizes and parallels the output of G9000 UPSs to increase capacity up to 6000 KVA. Each dimensionally matched and color-matched tie cabinet has a main output breaker and a bypass breaker, and one output isolation breaker for each UPS unit attached to it.
RemotEye II & III
The RemotEye II & III network interface card offers remote real-time control, monitoring and analysis of UPS operation via HTTP (web browser) and SNMP. This includes e-mail alerts, SNMP Traps, graceful shutdown on protected servers/computers, and many more features
RemotEye II III specs
RemotRadar
The RemotRadar application software enables global, real-time monitoring of up to 5000 RemotEye II & III devices and the standalone Remote-Ds combined. The graphical user interface can be switched between list and graphical map presentation for easier navigation. In addition, it can send cellular text messages.
RemotRadar specs
Emd
The optional EMD module is an add-on to the Remote-D and RemotEye II & III. It allows for remote monitoring of the ambient temperature and humidity. The two additional user-defined contacts can be used with any device that provides normally open or closed results, or active high or low signal results.
EMD Specs
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Remote-D
The Remote-D is an intelligent, single-phase Power Distribution Unit. The front display shows the power status, current level, and remote control status for each outlet which can be monitored, controlled and configured over HTTP (web browser) or SNMP. Configurations include programming on/off outlets for specific events, e-mail alerts and more.
Remote-D specs
Protonode
The Industrial Bus module allows for reliable real-time monitoring and control of the UPS. Also since it works with the most commonly used industrial protocols SNMP, Modbus TCP/RTU, BACnet IP/MSTP, AB EtherNet/IP, and Metasys N2 it can be easily integrated into a custom Building Management System. The ProtoNode also comes equipped for RS-232, RS-485, and ethernet connectors.
Protonode Specs
Toshiba UPS Accessories
Maintenance Bypass Switch Panel
Maintenance bypass switch panels in either floor or wall mounting configurations are available in two-, three-, and four-breaker configurations with optional kirk-key interlock systems and solonoid release.
Battery Cabintes & Racks
Matching battery cabinets provide uniform appearance to installation. Toshiba UPSs work equally well with either Valve-Regulated Lead Acid or flooded-cell battery backup.
Power Distribution Unit
Optional Power distribution units with internal 480/208 transformers and remote power panels are available in a range of sizes and capacities for the threephase systems.
Flywheel for G9000 Series
Flywheels are an alternative and/or supplement to traditional batteries. They provide safe, reliable energy storage in a robust, lightweight, and mallfootprint package with a low life-cycle cost.
Toshiba Distribution Cabinet
The TDC provides singleoperation G9000 UPS’s with external maintenance bypass, step-down output transformer and sub-feed breaker and/or 42-pole panel distribution in one compact, dimensionally matched and color-matched cabinet.
Toshiba Tie Cabinet
The tie cabinet synchronizes and parallels the output of G9000 UPSs to increase capacity up to 6000 KVA. Each dimensionally matched and color-matched tie cabinet has a main output breaker and a bypass breaker, and one output isolation breaker for each UPS unit attached to it.
The Toromont Advantage
Industry leading efficiency and reliability across across a wide range of loads
Available 24/7/365 for guaranteed support when you need it
Over 100 Power Technicians for the quickest onsite service
Designed for redundant systems where power failure is not an option
FAQ
The main difference between Tier III and Tier IV data centres is in the level of redundancy. Tier III
will not be protected from outages in the event of serious incidents occuring on different
infastrucutre components. The Tier IV data centre is fully redudant in terms of electrical circuits,
cooling and network. Full a full overview of data centre tiers take a look at our comparions chart.
Redundancy is the duplication of critical components in the data centre system, for the purpose of
increasing reliability. Within the data centre world, the greater the redundancy, the smaller the
likely hood of experiencing downtime.
In a data centre system if you require 10 UPS units for normal operation, in a N+1 system you would
have your 10 UPS plus 1 additional unit to reduce chance of downtime. In order to run the same 10
unit data centre in a 2N system you would need 20 UPS units 10 for normal operation and 10 more for
backup. In a 2N system, unlike N+1, all equipment needs to run separetly with no single failure
points.
Have a look at our Data Centre Tier guide for redundancy requirements based on Tier levels.
A colocation is a data center where you lease as much space as you require from a data center
provider. Eliminating the need and cost associated with building and maintain your own data center.
There are four reasons Canada is becoming a hot spot for new data centres:
- Climate: cooler climate (winters) significantly lower the cooling costs
- Infrastructure: Cheap clean electricity, access to large bodies of water and
fast reliable internet connections
- Political Stability: Security and privacy are critical to data centers
- Incentives: Canadian government offers research grants, financing and tax
breaks for data centers in Canada
UPS efficiency is the
percentage of original incoming utility power that is used to power your critical load versus how much
is lost within operation of the UPS. On the surface, two UPS's that operate at 96% efficiency would
appear to be equal, it's important to notice most UPS manufacturaers only publish thier ratings at 100%,
or full load. In a data centre, with high redundancy, the UPS typically operate between 20% and 60%
load, where efficiency ratings typically drop off.
As you can see in the efficiency curve below the G9000 UPS remails above 95% efficiency at 25% load
(where data centres typically operate) versus the competition without IGBT technology, which runs at
only 86% efficiency - costing you lot's of energy money month after month.
An online double-conversion UPS is the highest level of power protection. Online UPSs deliver clean and
stable power to critical loads by converting and conditioning utility power first to DC and then back to
AC. Learn more about online UPS technologies here.