UPS catalogue 2015

Transcription

UPS catalogue 2015

UPS catalogue 2015
YOUR POWER IN SAFE HANDS
E Series UPS Secure Power
The E Series UPS range
from Dale Power Solutions
Contents
1 Introduction
2 E-Series UPS Power Matrix
4 E200R Series 1–3kVA
6 E200R+ Series 1–3kVA
8 E200+ Series 1–3kVA
10 E200 Series 1–3kVA
12 E200R Series 6–10kVA
36 Could your business cope
without power?
37 Remote Monitoring
38 Total Secure Power Solution
39 UPS Service & Support
40 Corporate & Social Responsibility
41 E Series UPS Secure Power
42 Secure power when you need it
43 Summary of UPS AC & DC Systems
44 Delivering secure power
Keeping the power secure
Setting the benchmark
in UPS solutions
Your total power solutions partner
Future proof modular flexibility
In an uncertain world, where rocketing demand is putting a
strain on power supplies, you need the total confidence
in your back-up power that Dale provides. Select from our
standard range of UPS and generators, or our secure power
projects providing your ideal standby power solution. Our
integrated UPS and generator solutions provide ‘no-break’
power, saving you from costly outages and downtime. We
deliver flexible, innovative and cost effective secure power
solutions, service and maintenance and manage the complete
lifecycle of your equipment.
A modular approach to system design includes hot-swappable
modules ensuring maximum up time. Your power solution
lifecycle is totally flexible with ease of maintenance and
expandability. As your power requirement grows so can
your power solution, guaranteeing continued reliability. Safe
removal and insertion of the UPS modules ensure no risk to
the critical load.
Manufacturing excellence
Operating lean and efficient 6 Sigma designed working
practices, we ensure that your exact requirements are met from design to a finished product of the highest quality and
reliability. All systems are built and tested, including customer
witness testing, under the highest levels of quality control.
Outstanding features
Features include internal failsafe bypass, extended run times,
and high input power factor. With maximum reliability and
power availability you can connect several units in parallel.
The E Series has multi-language touch screen displays, remote
monitoring, an advanced IGBT rectifier, back-feed protection
and is configurable for redundancy.
Protecting the environment
Our systems are designed and manufactured using the
minimum amount of resources, can be upgraded or refurbished
to reduce material consumption and extend product life,
and can be safely recycled, avoiding the need for system
disposal. The E Series is designed with selectable ECO-mode,
guaranteeing high operation efficiency.
Unrivalled service and support
Outstanding service and maintenance support is backed by
more than 77 years’ experience, a worldwide team of service
personnel, access to a comprehensive parts and spares archive
and 24/7 expert help available.
Leading edge technology
The outstanding E series uses double conversion technology
(VFI) with the UPS load powered continuously by the inverter.
This guarantees that the critical UPS load receives a stable,
clean, regulated sinusoidal power supply.
Expert project management,
installation and commissioning
Your system is in expert hands. Project managers work
with you to plan, control and co-ordinate everything from
order placement, design and manufacture to installation.
Our engineers join you on site to install and commission
your equipment.
www.dalepowersolutions.com
01
E-Series UPS Power Matrix
At a glance
E200
Power (kVA)
1 kVA
2 kVA
3 kVA
6 kVA
10 kVA
15 kVA
20 kVA
30 kVA
40 kVA
50kVA
60 kVA
80 kVA
100 kVA
120 kVA
160 kVA
200 kVA
250 kVA
300 kVA
400 kVA
500 kVA
600 kVA
02
1:1
E200R
3:1
1:1
3:1
E200+
E200R+
E300
1:1
1:1
3:3
E600
1:1
3:1
E600 Module
3:3
1:1
3:1
3:3
E700
E800
E900
3:3
3:3
3:3
03
E200R Series
An Advanced UPS Technology
1:1 Phase | 1– 3 kVA | 0.8PF
Features
3 High frequency, double conversion on-line
technology
3 Rotatable LCD – suitable for 19" rack or slim tower
3 Fully digital DSP control
3 Wide input voltage range
3 Cold start function
3 Advanced battery management
3 Selectable ECO mode for high efficiency operation
3 Automatic battery charge in UPS off mode
3 Lightning and surge protection
3 Short circuit and overload protection
3 Automatic fan speed control with load variation
3 Smart RS232 communications with monitoring
software
3 USB communications port included
3 Optional relay or SNMP communications card
3 Matching EER battery packs available
3 E suffix models have no internal battery and
increased charging capacity
BATTERY Pack
Intelligent Slot options:
RELAY CARD
SNMP card
OR
4
Specifications
E201RE202RE203R
UPS Model
Capacity
Input
1000VA / 800W
2000VA / 1600W
3000VA / 2400W
Voltage Range
115V AC – 295V AC, load < 70%
160V AC – 295V AC, load > 70%
Phase Single phase
Frequency
46 – 54 ±0.5Hz or 56 – 64Hz ±0.5Hz (auto sensing)
Power Factor
>0.98
Output
Voltage
220 / 230 /240V AC ±2% (factory set)
Phase
Single phase
Frequency range
50 / 60Hz ±0.2%
THD (Linear Load)
< 3%
THD (Non-Linear Load)
< 6%
Overload Capability
>110% for 30 sec then transfer to bypass
>150% for 0.3 sec then transfer to bypass
Crest Factor
3:1 (max)
Power Factor
0.8
Short Circuit Protection
O
n-line mode: Inverter turns off after 5 cycles, inhibits transfer to the bypass & provides an alarm
Battery mode: Inverter turns off after 5 cycles & provides an alarm
Bypass mode: AC input fuse blows or circuit breaker operates
Waveform
Sine wave
Transfer Time 0ms (between on-line mode & battery mode)
Efficiency
Battery
Model
DC Voltage
On-line mode: ≥ 87%
Battery
12V valve regulated lead acid maintenance free
24V DC
48V DC
72V DC
2× 12V / 9Ah
4× 12V / 9Ah
6× 12V / 9Ah
Backup Time At Half Load
10 mins
10 mins
10 mins
Backup Time At Full Load
4 mins
4 mins
4 mins
Charge Current Internal battery: 1A
Recharge Time
90% capacity after 8 hours charging
Environment
Temperature
0°C to +40°C
Relative Humidity
0 – 95% (non-condensing)
Altitude
1500m maximum
Storage Temperature
-25°C to +55°C
Communication Standard: RS232, USB
Optional: SNMP or Relay Card
LCD Display
Measurements: Input/output voltage/freq, battery voltage, load power and kVA, UPS temperature
Operation mode: On-line, Battery, Bypass
LED Indication
Green LED: Normal operation
Noise Level
Safety & EMC
Weight & Dimensions
Standard Unit Weight
Dimensions (H × W × D) Yellow LED: Warning condition
Red LED: Abnormal operation
< 45dBA
CE marked to 2006/95/EC & 2004/108/EC Tested to EN62040-1-1:2003 & EN62040-2:2006
12.0kg
21.1kg
400 × 380 × 86.5 mm
26kg
440 × 520 × 131 mm
Standard Accessories
Control Software
YesYesYes
Input & Output Leads
Yes
Yes
Yes
Data Lead YesYesYes
User Manuals
YesYesYes
Dale Power Solutions Ltd reserves the right to make changes in specification without notice or liability.
All information is subject to Dale Power Solutions Ltd own data & is considered accurate at time of publishing.
Application
Server,
Telecommunications,
Networking, Desktop,
CCTV
5
E200R+ Series
1:1 Phase | 1– 3 kVA | 0.9PF
UPDATED
Features
technology
3 User friendly LCD interface
3 Selectable Eco mode for high efficiency
operation
software
3 Matching EER+ battery packs available
3 Programmable load shedding in battery mode
BATTERY Pack
RELAY CARD
SNMP card
OR
6
Specifications
E201R+E202R+E203R+
UPS Model
Capacity
1000VA / 900W
2000VA / 1800W
3000VA / 2700W
Input
Voltage Range
Phase Single phase
Frequency
46 – 54Hz ±0.5Hz or 56 – 64Hz ±0.5Hz (auto sensing)
Power Factor
>0.98
Output
Voltage
200 / 208 / 220 / 230 / 240V AC ±2% (factory set)
Phase
Single phase
Frequency Range
50 / 60Hz ±0.02Hz
THD (Linear Load)
< 3%
< 5%
Overload Capability
Up to 130% for 30 sec then transfer to bypass
160V AC – 295V AC
130% – 200% for 0.3 sec then transfer to bypass
>200% for 0.2 sec then transfer to bypass
Crest Factor
3:1 (max)
Power Factor
0.9
On-line mode: Inverter turns off after 5 cycles, inhibits transfer to the bypass & provides an alarm
Battery mode: Inverter turns off after 5 cycles & provides an alarm
Waveform
Sine wave
Efficiency
≥ 89% AC mode
Battery
Model
DC Voltage
Battery
≥ 84% battery mode
36V DC
72V DC
72V DC
3× 12V / 9Ah
6× 12V / 9Ah
6× 12V / 9Ah
14 mins
14 mins
8 mins
5 mins
5 mins
3 mins
Charge Current 1A
Recharge Time
Environment
Temperature
0°C to +40°C
Relative Humidity
Altitude
1500m maximum
Storage Temperature
-25°C to +55°C
Communication LCD Display
LED Indication
Standard: RS232, USB
Noise Level
Safety & EMC
Yellow LED: Warning condition
< 55dBA
Weight & Dimensions
18.7kg31.3kg33.0kg
Dimensions (H × W × D) 86.5 × 440 × 430 mm
86.5 × 440 × 690 mm
Control Software
YesYesYes
Yes
Yes
Yes
Data Lead YesYesYes
User Manuals
YesYesYes
Application
Server,
Telecommunications,
CCTV
7
E200+ Series
1:1 Phase | 1– 3 kVA | 0.9 PF
Features
3 High frequency, double
conversion on-line technology
3 Selectable ECO mode for high
efficiency operation
3 Automatic battery charge in UPS
off mode
3 Automatic fan speed control with
load variation
3 Smart RS232 communications with
monitoring software
3 Optional relay or SNMP
communications card
3 Matching EE+ battery packs available
3 Programmable load shedding in
battery mode
3 Emergency Power Off function
8
BATTERY PACK
RELAY CARD
SNMP CARD
OR
Specifications
UPS Model
Capacity
E201+E202+E203+
1000VA / 900W
2000VA / 1800W
3000VA / 2700W
Input
Voltage Range
Phase Single phase
Frequency
46 – 54Hz ±0.5Hz or 56 – 64Hz ±0.5Hz (auto sensing)
Power Factor
0.98
Output
Voltage
200/208/220/230/240V AC ±2% (factory Set)
Phase
Single phase
Frequency Range
50 / 60Hz ±0.2% (auto selected at start up)
THD (Linear Load)
< 3%
< 5%
Overload Capability
Up to 130% for 30 sec then transfer to bypass
160V AC - 295V AC
130% - 200% for 0.3 sec then transfer to bypass
>200% for 0.2 sec then transfere to bypass
Crest Factor
3:1 (max)
Power Factor
0.9
Short Circuit Protection On-line mode: Inverter turns off after 5 cycles, inhibits transfer to the bypass & provides an alarm
Battery Mode: Inverter turns off after 5 cycles & provides an alarm
Waveform
Sine wave
Efficiency
ECO mode: ≥94% AC mode: ≥89% Battery mode: ≥84%
Battery
Model
DC Voltage
Battery
Charge Current 1A Recharge Time
Environment
Temperature
0°C to +40°C
Relative Humidity
Altitude
1500m maximum without derate
Storage Temperature
-25°C to +55°C
36V DC
72V DC
72V DC
3x 12V / 9Ah
6x 12V / 9Ah
6x 12V / 9Ah
14 mins
14 mins
8 mins
5 mins
5 mins
3 mins
LED Indication
Standard: RS232, USB
Noise Level
Safety & EMC
< 55dBA
Weight & Dimensions
Dimensions (H × W × D)
Control Software Yes
Yes
Yes
Yes
Yes
Yes
13.0kg
24.6kg
215 x 144 x 409 mm
25.5.0kg
337 x 199 x 466 mm
Data Lead YesYesYes
User Manuals
YesYesYes
Application
Server,
Telecommunications,
CCTV
9
E200 Series
1:1 Phase | 6 – 10 kVA | 0.8PF
Features
technology
3 Integral ‘hot-swap’ maintenance bypass module
3 Selectable ECO mode for high efficiency operation
3 Parallel capacity or redundancy (maximum 4 units)
requires a parallel card as factory fitted option
software
3 Matching EE2000 battery packs available
3 E suffix models have no internal battery and
increased charging capacity
3 Internal removable bypass switch
BATTERY pack
10
RELAY CARD
SNMP card
Parallel card
Specifications
UPS Model E206
Capacity E206E E2010 6000VA / 4800W Input Voltage Range Phase Frequency Power Factor Output Voltage Phase Frequency Range 50 / 60Hz (user adjustable)
THD (Linear Load)
≤ 2%
Overload Capability 120V AC – 276V AC
Single phase
40 – 70Hz
≥ 0.99
220 / 230V AC ±2%
Single phase
≤ 6%
≤ 130% load for 10 min then transfer to bypass
Crest Factor Power Factor Short Circuit Protection
E2010E
10000VA / 8000W
> 130% load for 1 sec then transfer to bypass
3:1 (max)
0.7 (16 or 18× 12V batteries)
or
0.8 (20× 12V batteries)
On-line mode: ≥ 5 cycle duration, inverter turns off, no transfer to bypass, unit alarms
Battery mode: ≥ 5 cycle duration, inverter turns off, bypass unavailable, unit alarms
Bypass mode: Input fuse blows or breaker operates, no alarm
Waveform Transfer Time Efficiency Battery Model DC Voltage Battery Sine wave
0ms (between on-line mode & battery mode)
192V DC 192 / 216 / 240V DC 192V DC 16× 12V / 9Ah 16 / 18 / 20× 12V 16× 12V / 9Ah 16 / 18 / 20× 12V
Backup Time At Half Load 14.3 min Depends on ext. battery 6.5 min Depends on ext. battery
Backup Time At Full Load 5.5 min Depends on ext. battery 2.5 min Depends on ext. battery
Charge Current 1.0A 1.0 – 6.0A (selectable) 1.0A 1.0 – 6.0A (selectable)
Recharge Time Environment Temperature Relative Humidity Altitude Storage Temperature 90% capacity after 8 hrs Depends on ext. battery 90% capacity after 8 hrs Depends on ext. battery
0°C to +40°C
1500m maximum
-25°C to +55°C
Communication LCD Display LED Indication Standard: RS232
Optional: USB, SNMP or Relay Card
Noise Level Safety & EMC 192 / 216 / 240V DC
< 55dBA
CE marked to 2006/95/EC & 2004/108/EC
Tested to EN62040-1-1:2003 & EN62040-2:2006
Weight & Dimensions
Standard Unit Weight Dimensions (H × W × D) mm
Control Software
Optional extra
Battery Leads
Optional extra
Data Lead & User Manual
77kg (nett) / 84 kg (gross) 35kg (nett) / 42kg (gross) 80kg (nett) / 87kg (gross) 38kg (nett) / 45kg (gross)
655 × 250 × 590 mm 655 × 250 × 590 mm
Yes
Yes
Internal removable bypass switch
Application
Server,
Telecommunications,
CCTV
11
E200R Series
3:1 or 1:1 | 6 – 10 kVA | 0.9PF
Features
technology
3 Input can be configured for either 3:1 or 1:1
operation
3 Rotatable LCD – suitable for 19" rack or slim
tower
3 Selectable ECO mode for high efficiency
operation
3 Automatic fan speed control with load
variation
3 Up to 4 units can be operated in parallel
monitoring software
3 Matching EER2000 battery pack available
12
BATTERY pack
RELAY CARD
SNMP card
OR
Specifications
E21306REE21310RE
UPS Model
Capacity
6000VA / 5400W
10000VA / 9000W
Input
Rated Voltage
Voltage Range120V AC – 276V AC Line – Neutral or 208V AC – 478V AC Line – Line
Phase 3 Phase 4 Wire & Earth or 1 Phase 2 Wire & Earth
Frequency
40 – 70Hz
Power Factor
≥0.99
220 / 230 / 240V AC ±2%
380 / 400 / 415V AC or 220 / 230 / 240V AC
Output
Voltage
Phase
Single phase
Frequency Range
50 / 60Hz ± 0.2Hz (user adjustable)
THD (Linear Load)
≤ 2%
≤ 5%
Overload Capability
AC Mode: ≤110% for 3 min, ≤125% for 30 sec, ≤150% for 1 sec,
>150% shutdown immediately, transfer to bypass
Battery Mode: ≤
110% for 30 sec, ≤125% for 1 sec, ≤150% for 0.2 sec, >150% shutdown immediately
Crest Factor
Power Factor
3:1 (max)
0.9
Yes
Waveform
Sine wave
Efficiency
Battery
Model
DC Voltage
192 / 216 / 240V DC
Charge Current 6A (Maximum)
Recharge Time
90% capacity after 8 – 10 hours charging
Depends on the external battery capacity
Environment
Temperature
0°C to +40°C
Relative Humidity
Altitude
1500m maximum
Storage Temperature
-25°C to +55°C
Communication Standard: USB, RS485 & Parallel Port
LCD Display
LED Indication
Noise Level
< 55dBA
Safety & EMC CE marked to EN62040-1-1:2008 & EN62040-2:2006
Weight & Dimensions
23.0kg25.0kg
Dimensions (H × W × D) 131 × 443 × 580 mm
Control Software Yes
Yes
Yes
Yes
Data Lead
YesYes
User Manuals
Battery Leads
YesYes
Optional extra
Optional extra
Application
Server,
Telecommunications,
CCTV
13
E200 Series
3:1 Phase | 10 –20kVA | 0.8PF
Features
3 High frequency, double conversion
on-line technology
3 Integral ‘hot-swap’ maintenance bypass
module on E2310(E) model
3 Selectable ECO mode for high efficiency
operation
3 Automatic fan speed control with
load variation
3 Parallel capacity or redundancy
(maximum 4 units) requires a parallel
card as factory fitted option
monitoring software
3 Optional relay or SNMP communications
card
3 Matching EE2000 battery packs available
for E2310(E) model
RELAY CARD
14
SNMP card
Parallel card
Specifications
UPS Model
Capacity
E2310EE2315EE2320E
10000VA / 8000W
15000VA / 12000W
Input
Voltage Range
Phase Frequency
Power Factor
Output
Voltage
Phase
Frequency Range
50 / 60Hz (user adjustable)
THD (Linear Load)
≤ 2%
Overload Capability
176V AC to 275V AC Line – Neutral
3 Phase 4 Wire & Earth
40 – 70Hz
≥ 0.99
220 / 230V AC ±2%
Single phase
≤ 6%
≤ 130% load for 10 min then transfer to bypass
Crest Factor
Power Factor
Short Circuit Protection 20000VA / 16000W
> 130% load for 1 sec then transfer to bypass
3:1 (max)
0.7 (16 or 18× 12V batteries)
or
0.8 (20× 12V batteries)
On-line mode: ≥ 5 cycle duration, inverter turns off, no transfer to bypass, unit alarms
Battery mode: ≥ 5 cycle duration, inverter turns off, bypass unavailable, unit alarms
Bypass mode: Input fuse blows or breaker operates, no alarm
Waveform
Transfer Time Sine wave
Efficiency
Battery
Model
DC Voltage
Battery
Depends on external battery
Charge Current
1.0 – 6.0A (selectable)
Recharge Time
Environment
Temperature
Relative Humidity
Altitude
Storage Temperature
0ms (between on-line mode & battery mode)
192 / 216 / 240V DC
16 / 18 / 20× 12V blocks
0°C to +40°C
1500m maximum
-25°C to +55°C
LED Indication
Standard: RS232
Noise Level
Safety & EMC
Optional: USB, SNMP or Relay Card
< 55dBA
CE marked to 2006/95/EC & 2004/108/EC
Tested to EN62040-1-1:2003 & EN62040-2:2006
Weight & Dimensions
Dimensions (H × W × D) mm
Control Software Input & Output Leads
Optional extra
Battery Leads
Optional extra
Data Lead & User Manual
40kg
45kg
45kg
655 × 250 × 590 mm
655 × 250 × 590 mm
Yes
Yes
Application
Server,
Telecommunications,
CCTV
15
E300 Series
3:3 Phase | 10 – 250kVA | 0.8PF
UPDATED
Features
3 High frequency double conversion on-line UPS
3 Fully digitised microprocessor control
(maximum 4 units)
3 Wide input voltage range from single or dual
source
3 Open architecture design provides full access
for servicing
3 Intelligent battery charge management
3 RS232/RS485 communication with monitoring
software
3 Over temperature and over humidity protection
3 EMI and RFI noise filtering
3 ECO Mode
3 Cold start and programmable auto re-start
functions (optional extra)
3 Fan speed auto control with load variation
3 Built-in static and maintenance bypass switches
3 Back feed protection between UPS output and
mains supply
3 Low THD & high input power factor for diverse
generator compatibility
3 Soft start with programmable power walk-in
3 Optional temperature compensated battery
charging
3 Optional SNMP, relay card and remote
monitoring panel
3 Optional galvanic isolation transformer
3 Nicad battery option available
16
relay card
SNMP card
The Dale E300 series is the innovative new generation of high frequency, on-line double conversion Uninterruptible Power Supplies.
Full DSP controlled inverter technology ensures continuous, clean, true sinusoidal power to critical applications under a wide
range of conditions. Available in output power capacities from 10 to 250kVA, all with three phase input and output. Innovative and
inspired in concept, designed and manufactured with engineering precision to deliver pure, resilient power to the most critical of
applications.
Common Specifications
Input
Voltage Range
Phase
Frequency
Power Factor
Output
Voltage
Phase
Frequency range
50 / 60Hz (user adjustable)
THD (Linear Load)
< 2%
Efficiency
Overload Capacity
Crest Factor
Power Factor
Waveform
Transfer Time
Battery
External
Up to 50 x 12V mono blocks (600V DC Nominal)
Environment
Altitude
1000m at rated power
Operate Temperature
Relative Humidity
176V AC to 264V AC Line-Neutral
50 / 60Hz ±10% (user adjustable)
> 0.99
220 / 230V AC Line-Neutral (user adjustable)
< 3%
On-line mode: 93%
ECO mode: 98%
125% load for 10 min, 150% load for 1 min
3:1
0.8
IGBT controlled electronic protection
True sine wave
0ms (on-line mode)
0°C to 40°C
Communication
Standard: RS232 / RS485
Optional: SNMP and relay cards, remote monitoring panel
LCD Screen Display
LED Indication
Double conversion on-line or ECO line interactive (user selectable)
Mimic panel overview of UPS operation and alarms
Noise Level
<60dBA
Safety & EMC
CE marked and tested to EN62040-1-1, IEC60950 & EN62040-2 Class A
Control software, data lead & user manual
MODEL Specifications
Model No. E310
E315
E320
E330
E340
E360
E380
E3100 E3120 E3160
E3200
E3250
Output (kVA) 10
15
20
30
40
60
80
100
120
160
200
250
Rating (kW) 8
12
16
24
32
48
64
80
96
128
160
200
Full load Efficiency 93%
93%
93%
93%
93% 93%
93%
93%
93%
93%
93%
93%
Battery Quantity 28-50
28-50
38-50
38-50
48-50
50
50
50
50
50
50
50
Weight 115
115
125
150
156
165
320
360
385
550
575
700
Dim (H x W x D mm) 460 x 805 x 1190 882 x 770 x 1660 1055 x 800 x 1905 1500 x 800 x 1905
17
4
E300 Series
DSP Power Factor Corrected
IGBT Rectifier
IGBT power factor correction technology
provides an input power factor close
to unity (≥0.99) and input current total
harmonic distortion (THDi) less than 3%
to avoid disturbances to the connected
loads.
The high input power factor leads to
reduced electricity consumption, minimised
switchgear and circuit protection, cabling
and generator requirements, thus reducing
investment cost.
Parallel and Redundant
Operation
Capability to connect up to 4 units in
parallel to provide increased power capacity
or redundancy. All parallel units can be
operated from the front panel of any UPS.
Power Increase
Units can be connected in parallel to increase
the total capacity of the system. When an
inverter goes offline, the critical loads are
automatically transferred to bypass.
Redundancy
Units can be connected in parallel
to provide redundancy for absolute
reliability. In parallel redundant mode, the
number of units (N) supply the load and
an extra unit is provided in case of failure
(N+1). All units share the load current
equally. When a unit goes offline, due
to failure or maintenance, the standby
unit continues to supply the critical load
without any interruption.
x
Automatic adjustment of charging
parameters based on the battery
configuration entered via the LCD panel.
Real-time battery management information
is displayed on the LCD, such as battery
capacity (as percentage or time remaining).
Temperature compensated battery charging
monitors are available to monitor the
internal and external battery temperature
with a feedback control loop to adjust the
charge current rate accordingly.
Programmable automatic or manual
battery tests can be performed without
interruption to the UPS operation or load.
DSP Controlled IGBT Inverter
The DSP controlled IGBT inverter provides
a clean, true sine wave output voltage
to deliver the highest quality power to
protect critical loads.
The DSP circuitry is embedded within a
single control board to reduce hardware
and improve noise immunity. Complex
control algorithms are utilised with
floating point controllers to ensure
uninterrupted operation and protection
of the loads in abnormal conditions that
may cause failure.
The DSP control system achieves fast
dynamic response for non-linear loads
and high power factor under various load
conditions.
Static & Manual
(Maintenance) Bypass
Advanced Battery Management Static and manual bypass switches are
Intelligent precision charging principles
guarantee enhanced battery life and
maximum battery performance and
reliability. This provides the reassurance
that the battery is primed and ready for
the critical role they play in your power
protection system.
18
included as standard, with operational
characteristics as follows:
Static Bypass
This feature provides a safe transfer to
mains should the UPS be overloaded or
develop a fault condition.
The static switch contains electronically
controlled switching circuits that enable
the critical load to be connected to either
the inverter output or to a bypass source
via the static bypass line. During normal
operation, the load is connected to the
inverter, but in the event of a UPS overload
or inverter failure, the load is automatically
transferred to the static bypass line.
To provide a clean (no-break) load transfer
between the inverter output and static
bypass line, the static switch activates
and connects the load to bypass. To
achieve this, the inverter output and
bypass are fully synchronised by the
inverter control electronics.
Manual Bypass
This feature is provided solely to allow
maintenance work to be carried out on
the UPS without interrupting the power to
the load. The UPS can be powered down
to enable technical personnel to replace
parts. Full system replacement and repair
of major components does however,
necessitate shutdown of the load.
Optional Single or Dual Source
Operation
To increase flexibility, the UPS input can
be fed by single or dual sources. In dual
configuration, the rectifier is fed from the
utility (main source), and the static and
maintenance bypasses are fed from a
secondary source.
Open Architecture Design
The UPS incorporates an open architecture
design to facilitate full access to replace
parts quickly and easily, resulting in low
Mean Time To Repair (MTTR).
Diverse Generator
Compatibility
Thanks to the robust IGBT rectifier, the E300
series UPS is uniquely compatible with a
diverse range of sources, in particular,
generators. Input current total harmonic
distortion (THDi) of less than 3% is
achieved without compromising efficiency.
The high input power factor enables a
generator to be utilised with a power
rating only 20% higher than the UPS.
Power walk-in can be adjusted from 5 to 15
seconds. Based on the current measured
on the input, the UPS gradually increases
the power supplied from the utility source
to the load. The power, delivered by the utility
source to the load, varies according to the
input voltage, current and power factor.
Back Feed Protection
Back feed protection prevents current
from the UPS output feeding back to the
UPS input terminals, thereby protecting
maintenance personnel from electric
shock hazards whilst working on the
incoming supply side of the system.
Reverse Energy Tolerance
for Regenerative Loads
The E300 series UPS is suitable for use with
regenerative loads, such as synchronous
motors. Regenerative loads pump energy
back to the mains supply. Traditionally, UPS
systems would burn this feedback energy,
resulting in lower operating efficiency.
The IGBT rectifier in the E300 series UPS is
capable of absorbing intermittent load
generated power. This reverse power
tolerance facilitates the execution of
important system operations, such as
closed transition transfers of the UPS load
directly to an engine generator source.
Lower Total Cost of Ownership
The high efficiency operation of the UPS
means that less energy is consumed to
supply power to the protected loads. As a
result of reduced heat emission and power
loss, users benefit from reduced electricity
usage and air conditioning requirements.
With reduced THDI and high 0.99 input
power factor, switchgear, circuit protection,
cabling and generator requirements are
minimised, thus reducing investment cost.
Advanced User Interface
The UPS operating information and
parameter settings are displayed in 4
different languages and can be accessed
using the large user friendly, data rich LCD
and system LED mimic panel. The UPS is
capable of recording up to 500 events.
Advanced Communications
A wide range of advanced communication
options are available:
External Battery
Temperature Sensor
One module is fitted to each external
battery cabinet to monitor the battery
temperature. A feedback control loop within
the UPS adjusts the charge current based
on the battery temperature, optimising
battery performance and longevity.
Emergency Power Off (EPO)
Relay Alarms Card
Isolated, volt-free dry contacts indicate the
UPS operating status and the presence of
alarm conditions. Fully programmable to
facilitate the capture of a diverse range
of operating and alarm conditions.
Opto-isolated inputs allow the UPS to be
controlled remotely.
The EPO function is designed to switch off
the UPS in an emergency situation (eg. fire,
flood). Operation of the EPO turns off the
rectifier and inverter and cuts power to the
load immediately (both the inverter and
bypass lines). The EPO also prevents the
battery from charging or discharging.
RS232/RS485 Serial Port
The UPS operating parameters can be
observed and controlled locally using an
RS232/RS485 communications port. Real
time notification of changes in UPS status
is reported to users by SMS or e-mail.
Green ECO Mode of Operation
The E300 series UPS can be operated in
high efficiency ECO mode (98%) providing
green energy savings through reduced
power consumption.
With the utility input supply present, the
UPS control circuits remain energised,
even though the output is turned off.
To remove all power from the UPS, the
external feeder breaker must be opened.
Auto Re-start
When the utility and bypass sources fail, the
UPS draws power from the battery system
to supply the load, until the batteries are
depleted. Once the batteries reach their
End of Discharge threshold, the UPS will
shut down. The UPS will automatically
re-start once the utility power is restored
and output power to the load will be
delivered. The UPS also incorporates a
programmable automatic start time delay.
SNMP Network Card
Enables monitoring and control of the
UPS operation by ethernet or internet
connection. Allows the remote execution
of scheduled events and the shutdown
/ reboot of the UPS and multiple servers.
Full event log and data management. Real
reported to users by audible alarm, SMS or
e-mail. Software supports Windows, Linux,
Mac, Solaris, Open VMS and IBM operating
systems.
Remote LCD and LED Mimic Panel
Facilitates the monitoring and control of
the UPS operations, events and parameters
from a remote location.
Application
Server, Telecommunications,
Networking, Data Centre,
IT, Financial, Emergency
Services, Defence, Retail,
Transportation, Broadcasting
and Communications,
Healthcare, Leisure and Sport,
Government, Education
19
E600 Series
1:1, 3:1, 3:3 Phase | 10 – 200kVA | 0.9PF
UP TO
UPDATED
96%
Efficiency
at half load
Features
3
Hot swappable modular design
3 Flexible and expandable UPS
power solution
3 19" cabinets available in full
and half height format
3 Modular design capable of housing
either 5× or 10× power modules
3 Power modules available in 10
and 20kVA ratings
3 Configurable N+1 modular
redundancy
3 Parallel system capability
(maximum 4x cabinets)
3 High frequency double conversion
on-line technology
3 Intelligent battery charge
management
3 Programmable battery charge
current
3 Smart RS232 communication with
monitoring software
3 Large touch screen LCD interface
3 Built-in maintenance bypass
3 Optional SNMP card or relay card
3 Optional hot plug internal batteries
20
BATTERY Pack
RELAY CARD
SNMP
The Dale E600 series UPS is a sophisticated, new generation of modular, high frequency on-line double conversion Uninterruptible
Power Supplies. Full DSP controlled inverter technology ensures continuous, clean, true sine wave power to critical applications
under a wide range of conditions. Available in output power capacities from 10 to 200kVA in 1:1 and 3:1 phase configurations and
10 to 100kVA in 3:3 phase configuration. The E600 series UPS is the perfect modular UPS solution, capable of supporting a diverse
range of mission critical applications.
Specifications
E61150
Cabinet Model
Maximum Rating
10 – 50kVA
Input
Voltage range
Phase
Frequency Power factor
Output
Voltage
Phase
Frequency range
THD
Efficiency
8 – 40kW
Crest factor
Power factor
Short circuit protection Waveform
Transfer time E631100
10 – 100kVA
8 – 40kW
8 – 80kW
E633100
E633200
10 - 100kVA
10 - 200kVA
9 – 90kW
9 – 180kW
120 to 276V AC Line - Neutral
220 / 230V AC Line - Neutral
380 / 400 / 415 AC Line - Line
40 – 70Hz
≥0.99
220 / 230V AC Line – Neutral
220 / 230V AC Line – Neutral
380 / 400 / 415V AC Line – Line
50-60Hz
≤2% with linear load ≤5% with non-linear load
Utility mode > 90%
Overload capability
E63150
10 – 50kVA
<110% load for 60 min then transfer to bypass <125% load for 10 min then transfer to bypass
< 150% load for 1 min then transfer to bypass >150% load results in automatic shutdown of UPS
3:1
0.8
0.8
0.9
Yes
Sine wave
0ms (between on-line mode and battery mode)
Battery
DC voltage
16/18/20x 12V blocks 192V/216V/240V DC
32/34/36/38/40x 12V blocks
384V/408V/432V/456V/480V DC
Charge current
6A (per module)
Recharge time
Depends on battery capacity and charger current
Environment
Temperature
Relative humidity
Altitude
0 – 40°C
<1500m maximum
Communication Standard: R S232 / RS485 Optional: SNMP or relay card
LCD
Touch screen display
Measurements: Input & output voltage/frequency, battery voltage, load power & kVA, UPS temperature
Operation mode: i.e. Online, On Battery, Bypass
LED Indication
Yellow LED: Battery mode/Bypass mode
Noise Level
<62dBA
Safety & EMC
CE marked and tested to EN/IEC62040-1-1 & EN/IEC62040-2
Weight & Dimensions
150kg
1400x600x840
Control software Data lead
No
User manuals
Yes
150kg
213kg
1400x600x840 2000x600x840
170kg
1400x600x840
230kg
2000x600x1100
No (unless SNMP option selected)
Module Type
E61110H E63110H
Capacity 10kVA 10kVA
E63310HE63320H
10kVA
20kVA
Weight & Dimensions
Standard Unit Weight 25kg 25kg
26kg
31kg
131 × 443 × 580 (3U)
Dale Power Solutions Ltd reserves the right to make changes in specification without notice or liability. All information is subject to Dale Power Solutions Ltd own data & is considered accurate at time of publishing.
21
E600 Series
IGBT Rectifier
4
x
Advanced Battery Management Static Bypass
Latest IGBT power factor correction
technology provides an input power
factor close to unity (≥0.99) and input
current total harmonic distortion (THDi)
less than 3% to avoid disturbances to the
connected loads.
protection system.
N+X Parallel Modular
Redundancy
3Powerful 6A charger built into each
UPS module with the ability to freely
set the charge current level.
The E600 series provides N+X parallel
modular redundancy for absolute
reliability. When a module goes offline,
due to failure or maintenance, the
remaining modules continue to supply
the load without any interruption.
The level of redundancy can be set to suit
the criticality of the protected load. Should
the load increase above the redundancy
threshold, the UPS will alarm to notify the
user there is insufficient capacity available
to maintain the load if a module fails.
This allows preventative action to be
taken (decrease load or install additional
UPS modules).
High Availability & MTBF
All UPS modules share the load current
equally. With two modules configured
for redundancy, the UPS system achieves
99.999% availability and the Mean
Time Before Failure (MTBF) exceeds
15,000,000 hours, satisfying the reliability
requirements of the critical load.
The UPS design incorporates ‘drawer style’
hot-swap UPS modules to facilitate quick
and easy replacement for low Mean Time
To Repair (MTTR).
a clean, true sine wave output voltage
to deliver the highest quality power to
protect critical loads.
3Automatic adjustment of charging
parameters based on the battery
configuration settings.
3Real-time battery management information is displayed on the LCD, such as
battery capacity (as percentage or time
remaining).
3Programmable automatic or manual
battery tests can be performed without
interruption to the UPS operation or
load. The batteries can also be ‘hotswapped’ without disconnection of
the UPS.
Single or Dual Source Operation
For increased flexibility, the E600 series
UPS is available with a split bypass,
enabling the UPS input to be fed by single
or dual sources. In dual configuration,
the rectifier is fed from the utility (main
source) and the static and maintenance
bypass are fed from a secondary source.
Scalable Modular Solution
1.4m and 2.0m tall 19” cabinets are
available, capable of holding up to 5 or
10 UPS modules respectively, providing
scalability to expand as power demand
increases. Up to 4 three phase cabinets may
be connected in parallel configuration,
providing a maximum output power
capacity of 800kVA at 0.9 power factor.
Static & Manual
Static and manual bypass switches are
22
develop a fault condition.
The static switch contains electronically
controlled switching circuits that enable
the critical load to be connected to either
the inverter output or to a bypass source
via the static bypass line. During normal
operation, the load is connected to the
inverter, but in the event of a UPS overload
transferred to the static bypass line.
To provide a clean (no-break) load transfer
between the inverter output and static
bypass line, the static switch activates and
connects the load to bypass. To achieve
this, the inverter output and bypass are
fully synchronised by the inverter control
electronics.
Cold Start Operation
When the utility and bypass sources
are not available, the cold start feature
enables the UPS to be started using the
battery only.
Excellent Generator
Compatibility
Thanks to the robust IGBT rectifier, the
E600 series UPS is compatible with a
diverse range of sources, including
generators. High Input power factor
(0.99) and low input current total
harmonic distortion (THDi) <3% is
achieved without compromising
efficiency, allowing a modestly sized
generator to be utilised.
Adjustable power walk-in allows the UPS
to gradually increase the power supplied
from the utility source to the load, based
on the current measured on the input.
Module Options available
3U high ‘drawer-style’ UPS modules with
individual LCD control panel. Available
in the following phase and power
configurations:
3 1:1 Phase – 10kVA
3 3:1 Phase – 10kVA
3 3:3 Phase – 10 and 20kVA
Common module size:
H131 × W443 × D580mm
Decentralised Parallel
Structure Concept
Each UPS module contains all the required
hardware and software for autonomous
operation, without reliance on the
centralised monitoring module. This
increases system reliability by eliminating
Single Points of Failure (SPOF).
(≤ 98% in ECO mode and ≤96% in On-Line
mode) means that less energy is consumed
to supply power to the protected loads.
As a result of reduced heat emission and
power loss, users benefit from reduced
electricity usage and air conditioning
requirements.
With low <3% THDi and high 0.99 input
The UPS operating information, status and
parameter settings are accessed using the
large user friendly, data rich LCD and
system LED mimic panel. The UPS stores
500 events on a rolling data log.
The EPO function is designed to switch
off the UPS in an emergency situation (eg.
fire, flood). Operation of the EPO turns off
the rectifier and inverter and cuts power
to the load immediately (both the inverter
and bypass lines). The EPO also prevents
the battery from charging or discharging.
UPS control circuits remain energised,
even though the output is turned off.
To remove all power from the UPS, the
external feeder breaker must be opened.
Auto Re-start
When the utility and bypass sources fail,
the UPS draws power from the battery
system to supply the load, until the
batteries are depleted. Once the batteries
reach their End of Discharge threshold,
the UPS will shut down. Once the utility
and bypass sources are re-instated, the
UPS will auto re-start, deliver power to the
load and recharge the battery.
Relay Alarms Card
UPS operating status and the presence of
alarm conditions. Opto-isolated inputs
allow the UPS to be controlled remotely.
Hot Plug Battery Packs
Smart and simple plug and play battery
solution can be installed/removed by a
single operator without causing any
disruption to the system.
RS232 Serial Port
RS232 communications port.
SNMP Network Card
Enables monitoring and control of the UPS
operation by LAN or Internet connection
and allows the remote execution of
scheduled events and the shutdown/
reboot of the UPS and multiple servers.
Full event log and data management.
Real time notification of changes in UPS
status reported to users by SMS or e-mail.
Software supports Windows, Linux, Mac,
Free BSD and VM Ware operating systems.
Accepts environmental monitoring inputs
(temperature, humidity, water, smoke,
security sensors).
power consumption.
Centralised Monitoring Module
All system data is processed by a centralised
monitoring module offering advanced
DSP control technology. The module itself
can be exchanged from the system
without disrupting the protected load.
Hot swappable modules
Hot swappable modules allows for modules
to be removed whilst the system is live for
ease of servicing or repair, this removes
the need to shut down the whole system
during maintenance, and allows additional
modules to be added without risk to the
load. The UPS will also continue to run if
the control module has been removed
ensuring that your critical loads are
protected throughout all maintenance
works are being fulfilled.
Application
and Communications,
23
E700 Series
3:3 Phase | 10 – 40kVA | 0.9PF
*NEW
to the E Series Range
Features
3 High frequency, double conversion
on-line technology
3 Fully digital microprocessor control
(maximum 4 units)
3 Intelligent battery charge
management
3 Automatic battery charge in UPS
off mode
3 RS232 communication with
monitoring software
3 Line interative ECO Mode
3 Built-in maintenance bypass switch
3 Relay alarm card fitted as standard
3 Optional SNMP network card
available
3 Supplied with 36x 38Ah VRLA battery as standard
3 Alternative battery capacity /
autonomy available
24
RELAY CARD
SNMP
The Dale E700 UPS is a state-of-the-art high frequency, double conversion on-line uninterruptible power supply with internal sealed
VRLA battery, providing exceptionally high performance levels. Available in output power capacities of 10kVA, 15kVA, 20kVA, 30kVA
and 40kVA, all with three phase input and output. The E700 series has been engineered to protect critical loads and processes that
could be disrupted by power quality power or an unexpected break in the utility supply.
Specifications
UPS Model E73310B E73315B E73320B E73330B
Capacity 10KVA
15KVA 20KVA 30KVA
40KVA
E73340B
9KW 13.5KW 18KW 27KW
36KW
Input Voltage Range 184V AC to 276V AC Line-Neutral
Phase Frequency Power Factor Output Voltage Phase Frequency Range 50 / 60Hz (user adjustable)
THD (Linear Load)
≤ 2%
Waveform
Overload Capability Crest Factor Power Factor 0.9
Yes
Transfer Time Efficiency Battery Type
DC Voltage Battery Backup Time At Half Load 150 min
90 min
60 min
35 min
25min
Backup Time At Full Load 60 min 35 min 25 min
12 min
8 min
Charge Current Recharge Time Charge current can be set according to battery capacity installed
Environment Temperature Relative Humidity Altitude Storage Temperature 3 Phase 4 Wire & Earth
40 – 70Hz
≥ 0.99
220/230/240V AC Line-Neutral (user adjustable)
≤ 5%
Sine wave
≤110%: 60 mins, ≤125%: 10 mins, ≤150%: 1 min, ≥150% automatic shutdown of UPS
3:1 (max)
0ms On-line mode: ≥95% Battery mode: ≥93%
384V - 480V DC (432V DC fitted as standard)
36x 12V / 38Ah 6A (max)
0°C to 40°C
1500m maximum
-25°C to 55°C
Communication LCD Display LED Indication Standard: RS232
Measurements: Input/output voltage/frequency, battery voltage, load power and kVA, UPS temperature
Noise Level Safety & EMC Optional: SNMP
< 55dBA
CE marked. Tested to EN/IEC 62040-1-1, EN/IEC62040-2, EN/IEC60950-1, IEC6100-4
Weight & Dimensions
Standard Unit Weight Dimensions (H × W × D) mm 1200 x 600 x 780 mm
Relay alarm card
SNMP network card
600kg
602kg
604kg
606kg 608kg
Fitted as standard
Optional extra
25
E700 Series
IGBT Rectifier
technology provides an input power
factor close to unity (≥0.99) and input
current total harmonic distortion (THDi)
less than 3% to avoid disturbances to the
connected loads.
DSP control system
The digital signal processor controls the
power-on, star-up, input power factor
control, battery charging, output stage ac
voltage regulation and shutdown control
for the UPS system.
Operation
Capability to connect up to 4 units in parallel
to provide increased power capacity or
redundancy. As each UPS contains and
internal battery, an increase in autonomy
time is also achieved when units are
connected in parallel. Automatic master/
slave rotation is provided for additional
reliability.
POWER INCREASE
the total capacity of the system. When an
inverter goes offline, the critical loads are
REDUNDANCY
Units can be connected in parallel
to provide redundancy for absolute
reliability. In parallel redundant mode, the
number of units (N) supply the load and
an extra unit is provided in case of failure
(N+1). All units share the load current
equally. When a unit goes offline, due
to failure or maintenance, the standby
unit continues to supply the critical load
without any interruption.
26
4
x
from the UPS output feeding back
to the UPS input terminals, thereby
protecting maintenance personnel from
electrocution whilst working on the
incoming supply side of the system.
to the static bypass line. To provide a clean
(no-break) load transfer between the
inverter output and static bypass line, the
static switch activates and connects the
load to bypass. To achieve this, the inverter
output and bypass are fully synchronised
by the inverter control electronics.
MANUAL BYPASS
Advanced Battery Management This feature is provided solely to allow
protection system. Automatic adjustment
of charging parameters based on the
battery configuration entered via the LCD
panel. Real-time battery management
information is displayed on the LCD, such
as battery capacity (as percentage or time
remaining). Programmable automatic or
manual battery tests can be performed
without interruption to the UPS operation
or load.
a clean, true sine wave output voltage to
deliver the highest quality power to protect
critical loads.
Static & Manual
STATIC BYPASS
mains should the UPS be overloaded
or develop a fault condition. The static
switch contains electronically controlled
switching circuits that enable the critical
load to be connected to either the inverter
output or to a bypass source via the static
bypass line. During normal operation, the
load is connected to the inverter, but in
the event of a UPS overload or inverter
failure, the load is automatically transferred
Discrete UPS Module Design
The UPS design incorporates discrete rack
mounted UPS module to facilitate quick
and easy replacement for low Mean Time
To Repair (MTTR). The UPS module can
be exchanged with the protected load
supplied by the internal maintenance
bypass breaker.
Frequency Converter Mode
The UPS can also be used as a frequency
converter. It can accept a 40Hz to 70Hz
input frequency range and provide a stable
50Hz or 60Hz output frequency.
Excellent Generator
Compatibility
series UPS is compatible with a diverse range
of sources, including generators. High Input
power factor (0.99) and low input current
total harmonic distortion (THDi) <3% is
achieved without compromising efficiency,
allowing a modestly sized generator to be
utilised. The E700 series includes a “power
walk-in” feature that measures the UPS
input current and gradually increases the
power supplied from the utility source to
the load.
(>95% in on-line mode) means that less
energy is consumed to supply power to
the protected loads. As a result of reduced
heat emission and power loss, users benefit
from reduced electricity usage and air
conditioning requirements. With low <3%
THDi and high 0.99 input power factor,
switchgear, circuit protection, cabling and
generator requirements are minimised,
thus reducing investment cost.
The UPS operating information, status and
parameter settings are accessed using the
large user friendly, touch screen LCD and
system LED mimic panel. The UPS stores
500 events on a rolling data log.
power consumption.
The EPO function is designed to switch off
the UPS in an emergency situation (eg. fire,
flood). Operation of the EPO turns off the
rectifier and inverter and cuts power to the
load immediately (both the inverter and
bypass lines). The EPO also prevents the
UPS control circuits remain energised, even
though the output is turned off. To remove
all power from the UPS, the external feeder
breaker must be opened.
Auto Re-start
When the utility source fails, the UPS draws
power from the battery system to supply
the load, until the batteries are depleted.
Once the batteries reach their End of
Discharge threshold, the UPS will shut
down. The UPS can be programmed to
auto-recover after End of Discharge after a
set variable delay time.
Free BSD and VM Ware operating systems.
Accepts environmental monitoring inputs
(temperature, humidity, water, smoke,
security sensors).
Cold Start Operation
When the utility source is not available, the
cold start feature enables the UPS to be
started using the battery only.
Long Autonomy Compact
Solution
Each E700 unit holds 36pcs of 12V/38Ah
sealed, maintenance free VRLA batteries,
providing extended back-up autonomy in
the event of a mains failure. The compact
design prevents the need for a separate
battery cabinet, providing a very compact
solution, ideal for applications where floor
space is limited.
RELAY ALARMS CARD
UPS operating status and the presence
of alarm conditions. Opto-isolated inputs
RS232 SERIAL PORT
RS232 communications port.
SNMP NETWORK CARD
Enables monitoring and control of
the UPS operation by LAN or Internet
connection. Allows the remote execution
of scheduled events and the shutdown /
reboot of the UPS and multiple servers.
Full event log and data management.
Real time notification of changes in UPS
status reported to users by SMS or e-mail.
Software supports Windows, Linux, Mac,
Application
and Communications,
27
E800 Series
3:3 Phase | 10–600kVA | 0.8PF
*NEW
Features
3 Cutting edge technology, high frequency double
conversion on-line UPS
3 Fully digital microprocessor control
3 Parallel capacity or redundancy (maximum 4 units)
3 Wide input voltage and frequency range
3 Dual input as standard on 80kVA models and above
3 Open architecture design provides full access for servicing
3 RS232/RS485 communication with monitoring software
3 Line interactive ECO mode
3 Large user friendly LCD interface
3 Cold start and programmable auto re-start functions
3 Built-in static and maintenance bypass switches
3 Back feed protection between UPS output and
mains supply
3 Low THD and high input power factor for diverse
3 Optional temperature compensated battery charging
3 Optional SNMP, relay card and remote monitoring panel
28
relay card
SNMP card
The Dale E800 series is a ground breaking new generation of high frequency, on-line double conversion Uninterruptible Power Supplies. Full
DSP controlled technology ensures continuous, clean, true sinusoidal power is delivered to critical applications under a wide range of
conditions. Available in output power capacities from 10 through to 600kVA, all with three phase input and output. The engineering design
is truly ingenious, combining leading-edge power electronics, software and mechanical design to achieve excellence on every level.
COMMON Specifications
Phase Frequency Power Factor Output Voltage 3 Phase 4 Wire & Earth
≥ 0.99
Phase Frequency Range 50 / 60Hz (user adjustable)
THD (Linear Load)
≤ 2%
Efficiency Overload Capability Crest Factor Power Factor Short Circuit Protection
Waveform Transfer Time Battery External
62x 12V mono blocks (744V DC Nominal Centre Tapped)
Environment Altitude 1000m at rated power
Operate Temperature Relative Humidity
≤ 3%
On-line mode: 93% ECO mode: 98%
3:1
0.8
True sine wave
0ms (on-line mode)
0ºC to 40ºC
0 - 95% (non-condensing)
Communication Standard: RS232 / RS485 Optional: SNMP and relay cards, remote monitoring panel
LCD Screen Display Measurements: Input/output voltage/freq, battery voltage, load power and kVA, UPS temperature
Operation Mode
LED Indication Mimic panel overview of UPS operation and alarms
Noise Level
<60dBA
Safety & EMC
CE marked and compliant with EN62040-1-1, IEC60950 & EN62040-2 standards
Standard Accessories Control software, data lead & user manual
Model Number
Output (kVA)
E83310 E83315
E83320 E83330 E83340 E83360 E83380 E833100 E833120 E833160 E833200 E833250 E833300 E833400 E833500 E833600 10
15
20 30 40 60 80 100 120 160 200 250 300 400 500 600 Ratings
(kW)
8
12 16
24 32 48 64 80 96 128 160 200 240 320 400 480 Full Load
Efficiency Battery DC
Voltage
Audible Noise
Physical
(dBA) Nett Weight (kg)
Dims (mm) (H x W x D)
93% 93% 93% 93% 93% 93% 93% 93% 93% 93% 93% 93% 93% 93% 93% 93% 744V 744V 744V 744V 744V 744V 744V 744V 744V 744V 744V 744V 744V 744V 744V 744V <60dBA <60dBA <60dBA <60dBA <60dBA <60dBA <60dBA
<60dBA <60dBA <60dBA <60dBA <60dBA <60dBA <60dBA <60dBA <60dBA 115 120 125 150 160 180 300 320 350 550 575 700 750 1250
1600 1800 1190 x 460 x 805
1190 x 460 x 805
1190 x 460 x 805
1190 x 460 x 805
1190 x 460 x 805
1190 x 460 x 805
1660 x 880 x 770
1660 x 880 x 770
1660 x 880 x 770
1905 x 1055 x 800
1905 x 1055 x 800
1900 x 1400 x 800
1900 x 1400 x 800
1900 x 1250 x 805
1900 x 1750 x 850
1900 x 1750 x 850
29
4
E800 Series
x
IGBT Rectifier
Static & Manual
technology provides an input power factor
close to unity (≥0.99) and input current total
harmonic distortion (THDi) less than 3% to
avoid disturbances to the connected loads.
The high input power factor leads to
investment cost.
critical loads. The DSP circuitry is embedded
within a single control board to reduce
hardware and improve noise immunity.
Complex control algorithms are utilised
with floating point controllers to ensure
may cause failure. The DSP control system
achieves fast dynamic response for nonlinear loads and high power factor under
various load conditions.
Operation
POWER INCREASE
the total capacity of the system. When a
unit goes out of order, the critical loads are
REDUNDANCY
Units can be connected in parallel to provide
redundancy for absolute reliability. In parallel
redundant mode, the number of units (N)
supply the load and an extra unit is provided
in case of failure (N+1). All units share the
load current equally. When a unit goes out
of order, due to failure or maintenance, the
standby unit continues to supply the critical
load without any interruption.
30
STATIC BYPASS
develop a fault condition. The static switch
contains electronically controlled switching
circuits that enable the critical load to be
connected to either the inverter output or
to a bypass source via the static bypass line.
During normal operation, the load is
connected to the inverter, but in the event
of a UPS overload or inverter failure, the
load is automatically transferred to the
static bypass line. To provide a clean (nobreak) load transfer between the inverter
output and static bypass line, the static
switch activates and connects the load to
bypass. To achieve this, the inverter output
and bypass are fully synchronised by the
MANUAL BYPASS
maintenance work to be carried out on the
UPS without interrupting the power to the
load. The UPS can be powered down to
enable technical personnel to replace parts.
Full system replacement and repair of major
components does however, necessitate
shutdown of the load.
Advanced Battery
Management
protection system. Automatic adjustment of
charging parameters based on the battery
configuration entered via the LCD panel.
Real-time battery management information
is displayed on the LCD, such as battery
capacity (as percentage or time remaining).
Temperature compensated battery charging
monitors are available to monitor the internal
and external battery temperature with a
feedback control loop to adjust the charge
current rate accordingly. Programmable
automatic or manual battery tests can be
performed without interruption to the UPS
operation or load. The batteries can also be
‘hot-swapped’ without disconnection of
the UPS.
Single or Dual Source
Operation (Optional)
To increase flexibility, the UPS input can
be fed by single or dual sources. In dual
configuration, the rectifier is fed from
the utility (main source) and the static
and maintenance bypass are fed from a
secondary source.
The UPS incorporates an open architecture
design to facilitate full access to replace
parts quickly and easily, resulting in low
Perfect Generator
Compatibility
series UPS is uniquely compatible with a
diverse range of sources, in particular,
distortion (THDi) of less than 3% is achieved
without compromising efficiency. The high
input power factor enables a generator to
be utilised with a power rating only 20%
higher than the UPS.
Power walk-in can be adjusted from 5 to 15
seconds. Based on the current measured on
the input, the UPS gradually increases the
power supplied from the utility source to
the load. This power delivered by the utility
source to the load varies according to the
input voltage, current and power factor.
and bypass lines). The EPO also prevents the
(Optional)
from the UPS output feeding back to the
UPS input terminals, thereby protecting
maintenance personnel from electrocution
whilst working on the incoming supply side
of the system.
Reverse Energy Tolerance for
Regenerative Loads
back to the mains supply. Traditionally, UPS
systems would burn this feedback energy,
resulting in lower operating efficiency.
The IGBT rectifier in the E800 series UPS
is capable of absorbing intermittent load
generated power. This reverse power
tolerance facilitates the execution of
important system operations, such as closed
transition transfers of the UPS load directly
to an engine generator source.
Auto Re-start
UPS draws power from the battery system
to supply the load, until the batteries are
depleted. Once the batteries reach their
End of Discharge threshold, the UPS will
shut down. The UPS will automatically restart once the utility power is restored and
output power to the load will be enabled.
The UPS also incorporates a programmable
automatic start time delay.
EXTERNAL BATTERY
TEMPERATURE SENSOR
One module is fitted to each external battery
cabinet to monitor the battery temperature.
A feedback control loop within the UPS
adjusts the charge current based on the
battery temperature, optimising battery
performance and longevity.
RELAY ALARMS CARD
Isolated volt-free dry contacts indicate the
UPS operating status and the presence
of alarm conditions. Fully programmable
to facilitate the capture of a diverse
range of operating and alarm conditions.
Opto-isolated inputs allow the UPS to be
controlled remotely.
RS232/RS485 SERIAL PORT
RS232/RS485 communications port. Real
reported to users by SMS or e-mail.
SNMP NETWORK CARD
operation by LAN or Internet connection.
Allows the remote execution of scheduled
events and the shutdown / reboot of the
UPS and multiple servers. Full event log and
data management. Real time notification of
changes in UPS status reported to users by
audible alarm, SMS or e-mail. Software
supports Windows, Linux, Mac, Solaris, Open
VMS and IBM operating systems.
means that less energy is consumed to
supply power to the protected loads. As a
result of reduced heat emission and power
loss, users benefit from reduced electricity
usage and air conditioning requirements.
With reduced THDi and high 0.99 input
The UPS operating information and
parameter settings are displayed in 4
different languages and can be accessed
using the large user friendly, data rich LCD
and system LED mimic panel. The UPS is
capable of recording up to 500 events.
The E800 series UPS can be operated in high
efficiency ECO mode (98%) providing green
energy savings through reduced power
consumption.
REMOTE LCD & LED MIMIC PANEL
Facilitates the monitoring and control of the
UPS operations, events and parameters
from a remote location.
Application
and Communications,
31
E900 Series
96%
Efficiency
at half load
3:3 Phase | 10–200kVA | 0.9PF
*NEW
Features
3 Latest technology, high frequency double
conversion on-line UPS
3 3 level inverter and rectifier design achieves
>96% efficiency
3 Parallel capacity or redundancy (maximum 4 units) 3 Wide input voltage and frequency range switches
3 Open architecture design provides full access
for servicing
3 RS232/RS485 communication with
monitoring software
3 Line interactive ECO mode
3 Dual input facility for utility and bypass supplies
3 Large user friendly LCD interface
3 Programmable auto re-start functions
3 Built-in static and maintenance bypass
3 Optional back feed protection between UPS
output and mains supply
3
Emergency Power Off function
3 Low THD and high input power factor for diverse
3 Optional temperature compensated battery charging
3 Optional SNMP, relay card and remote monitoring
3 Optional galvanic isolation transformer
32
relay card
SNMP card
The Dale E900 series is a fresh wave of ultra-efficient, high frequency, on-line double conversion Uninterruptible Power Supplies.
Boasting an incredible 96% efficiency in on-line mode and 98% in green ECO mode, the E900 series UPS will reduce your energy
consumption and the total cost of ownership for your site. Full DSP controlled technology ensures continuous, clean, pure sinusoidal
power is delivered to critical applications under a wide range of conditions. Available in output power capacities from 10 through to
200kVA, all with three phase input and output at 0.9 power factor as standard. The E900 series is a pioneering marvel, pushing the
boundaries of engineering design into a new class.
COMMON Specifications
Phase Frequency Power Factor Output Voltage 3 Phase 4 Wire & Earth
≥ 0.99
Phase Frequency Range 50 / 60Hz (user adjustable)
THD (Linear Load)
≤ 2%
Efficiency Overload Capability Crest Factor Power Factor Short Circuit Protection
Waveform Transfer Time Battery External
62x 12V mono blocks (744V DC Nominal Centre Tapped)
Environment Altitude 1000m at rated power
Operate Temperature Relative Humidity
≤ 6%
On-line mode: 96% ECO mode: 98%
3:1
0.9
True sine wave
0ms (on-line mode)
0ºC to 40ºC
0 - 95% (non-condensing)
Communication Standard: RS232 / RS485 Optional: SNMP and relay cards, remote monitoring panel
LCD Screen Display Measurements: Input/output voltage/freq, battery voltage, load power and kVA, UPS temperature
Operation Mode
LED Indication Mimic panel overview of UPS operation and alarms
Noise Level
<65dBA
Safety & EMC
CE marked and compliant with EN62040-1-1, IEC60950 & EN62040-2 standards
Standard Accessories Control software, data lead & user manual
Model Number
Output (kVA)
E93310 E93315
E93320 E93330 E93340 E93360 E93380 E933100 E933120 E933160 E933200 10
15
20 30 40 60 80 100 120 160 200 Ratings
(kW)
9
13.5 18
27 36 54 72 90 108 144 180 Full Load
Efficiency 96% 96% 96% 96% 96% 96% 96% 96% 96% 96% 96% Battery DC
Voltage
Nett Weight (kg)
744V 744V 744V 744V 744V 744V 744V 744V 744V 744V 744V 115
120
125
150
160
180
300
320
350
550
575
Physical
Dims (mm) (H x W x D)
1190 x 460 x 805
1190 x 460 x 805
1190 x 460 x 805
1190 x 460 x 805
1190 x 460 x 805
1190 x 460 x 805
1660 x 880 x 770
1660 x 880 x 770
1660 x 880 x 770
1905 x 1055 x 800
1905 x 1055 x 800
33
4
E900 Series
x
High efficiency & low total cost DSP Power Factor Corrected
of ownership
IGBT Rectifier
Using the latest three level rectifier and
inverter technology, the E900 series achieves
the highest levels of efficiency in power
conversion (96% at ≥40% loading) which
results in the lowest possible levels of energy
loss. This provides considerable cost savings
in comparison to a conventional design
UPS. As a result of reduced heat emission
and power loss, users benefit from reduced
electricity usage and air conditioning
requirements.
E900 Ups efficiency compared to
conventional model
High Output power factor
With an output power factor of 0.9, the
E900 series UPS can deliver up to 15%
more active power compared to
older technology Uninterruptible Power
Supplies. This is achieved at 0.9 lagging,
1.0 unity and 0.9 leading power factor
without any de-rate in active power.
0.9 POWER FACTOR OPERATION WITHOUT DERATE
technology provides an input power factor
close to unity (≥0.99) and input current
total harmonic distortion (THDi) less than
3% to avoid disturbances to the connected
loads. The high input power factor leads to
investment cost.
critical loads. The DSP circuitry is embedded
within a single control board to reduce
hardware and improve noise immunity.
Complex control algorithms are utilised
with floating point controllers to ensure
may cause failure. The DSP control system
achieves fast dynamic response for nonlinear loads and high power factor under
various load conditions.
Operation
POWER INCREASE
the total capacity of the system. When a
unit goes out of order, the critical loads are
REDUNDANCY
Units can be connected in parallel to provide
redundancy for absolute reliability. In parallel
redundant mode, the number of units (N)
supply the load and an extra unit is provided
in case of failure (N+1). All units share the
load current equally. When a unit goes out
of order, due to failure or maintenance, the
standby unit continues to supply the critical
load without any interruption.
34
Static & Manual (Maintenance)
Bypass
STATIC BYPASS
This feature provides a safe transfer to mains
should the UPS be overloaded or develop
a fault condition. The static switch contains
electronically controlled switching circuits
that enable the critical load to be connected
to either the inverter output or to a bypass
source via the static bypass line. During
normal operation, the load is connected to
the inverter, but in the event of a UPS overload
transferred to the static bypass line. To provide
a clean (no-break) load transfer between the
inverter output and static bypass line, the
static switch activates and connects the load
to bypass. To achieve this, the inverter output
and bypass are fully synchronised by the
MANUAL BYPASS
maintenance work to be carried out on the
UPS without interrupting the power to the
load. The UPS can be powered down to
enable technical personnel to replace parts.
Full system replacement and repair of major
components does however, necessitate
shutdown of the load.
Advanced Battery Management
guarantee enhanced battery life and maximum
battery performance and reliability.This provides
the reassurance that the battery is primed and
ready for the critical role they play in your power
protection system. Automatic adjustment of
charging parameters based on the battery
configuration entered via the LCD panel. Realtime battery management information is
displayed on the LCD, such as battery capacity
(as percentage or time remaining). Temperature
compensated battery charging monitors are
available to monitor the internal and external
battery temperature with a feedback control
loop to adjust the charge current rate
accordingly. Programmable automatic or
manual battery tests can be performed without
interruption to the UPS operation or load. The
batteries can also be ‘hot-swapped’ without
disconnection of the UPS.
power. This reverse power tolerance facilitates
the execution of important system operations,
such as closed transition transfers of the UPS
load directly to an engine generator source.
Perfect Generator Compatibility
Auto Re-start
series UPS is uniquely compatible with
a diverse range of sources, in particular,
distortion (THDi) of less than 3% is achieved
without compromising efficiency. The high
input power factor enables a generator to
be utilised with a power rating only 20%
higher than the UPS. Power walk-in can
be adjusted from 5 to 15 seconds. Based
on the current measured on the input, the
UPS gradually increases the power supplied
from the utility source to the load. This
power delivered by the utility source to the
load varies according to the input voltage,
current and power factor.
UPS draws power from the battery system to
supply the load, until the batteries are
depleted. Once the batteries reach their End
of Discharge threshold, the UPS will shut
down. The UPS will automatically re-start
once the utility power is restored and output
power to the load will be enabled. The UPS
also incorporates a programmable automatic
start time delay.
and bypass lines). The EPO also prevents
the battery from charging or discharging.
Reverse Energy Tolerance for
Regenerative Loads
back to the mains supply. Traditionally,
UPS systems would burn this feedback energy,
resulting in lower operating efficiency. The
IGBT rectifier in the E900 series UPS is capable
of absorbing intermittent load generated
EXTERNAL BATTERY
TEMPERATURE SENSOR
One module is fitted to each external battery
cabinet to monitor the battery temperature.
A feedback control loop within the UPS adjusts
the charge current based on the battery
temperature, optimising battery performance
and longevity.
Allows the remote execution of scheduled
events and the shutdown / reboot of the
UPS and multiple servers. Full event log and
data management. Real time notification of
changes in UPS status reported to users by
audible alarm, SMS or e-mail. Software
supports Windows, Linux, Mac, Solaris, Open
VMS and IBM operating systems.
REMOTE LCD & LED MIMIC PANEL
Facilitates the monitoring and control of the
UPS operations, events and parameters from
a remote location.
The UPS operating information and parameter
settings are displayed in 4 different languages
and can be accessed using the large user
friendly, data rich LCD and system LED mimic
panel. The UPS is capable of recording up to
500 events.
power consumption.
RELAY ALARMS CARD
Isolated volt-free dry contacts indicate the UPS
operating status and the presence of alarm
conditions. Fully programmable to facilitate
the capture of a diverse range of operating
and alarm conditions. Opto-isolated inputs
RS232/RS485 SERIAL PORT
RS232/RS485 communications port. Real time
notification of changes in UPS status reported
to users by SMS or e-mail.
SNMP NETWORK CARD
operation by LAN or Internet connection.
Application
and Communications,
35
Could your business cope
without power?
Power interruptions are costly to every business Regardless of
whether the origin is a short or long interruption, a voltage dip,
a transient or other voltage disturbance, the consequence is an
outage. Interruption duration is important but much more so is
the frequency of power quality problems and the serious impact
they may have on your businesses ability to operate.
It is estimated that power quality problems cost industry
and commerce in the EU about 10 billion per annum while
expenditure on preventative measures is less than 5 % of this.
The question is the obvious one: ‘How much money should be
invested in prevention to balance the risk of failure?’ and the
answer depends on the nature of the business.
How much money do I risk to lose with each fault?
Table 1.1 Cost of voltage dips
Industry
Duration
Cost/sag
UK Steelworks 30% fo 3.5 cycles
£250 000
US glass plant
Less than 1 s
€200 000
US computer center
2 s €600 000
US car plant
Annual exposure
€10m
South Africa (country)
Annual exposure
€3bn
Table 1.2 Cost of voltage dips
(Reproduced From Leonardo Power Quality Application Guide - Part 2.1, Copper Development Association)
Industry
Typcial financial loss per event (€000)
Semiconductor production
3800
Financial trading 6000 per hour
Computer center
750 Telecommunications 30 per minute
Steelworks
350
Glass manufacture
250
Handbook of Power Quality, By Angelo Baggini, 2008, P. 6558
Any malfunction or wear to the UPS systems components
reduces the availability of its power. It’s critical that you
maintain your UPS SYSTEMS to ensure that if there is a mains
failure they continue to operate, and your sensitive IT
equipment isn’t damaged.
Regular checks of your UPS and generator will help ensure
that they haven’t developed any faults, and identify and rectify
potential issues. If you neglect UPS maintenance, you put your
business continuity strategy at risk. Even the best UPS system
is subjected to wear and tear.
36
How can I save money and
prevent power faults?
A UPS system from Dale Power Solutions with a remote
monitoring system avoids human error, by taking human
supervision out of the equation. By using Dale Power Solutions
remote monitoring system (sentry) and a receptive and high level
of after sales, it is possible to:
3 Prevent the faults before they become evident from early detections
3 For technicians to be properly equipped with any
necessary spare parts
3 To contact the most relevant technicians
3 To remind periodical and preventative maintenance
3 To avoid human errors
Who’s looking
after your power
system when
you’re not there?
A fast and reliable maintenance service is the best solution to
maintaining high system availability for the entire life cycle.
Dale Power Sentry ensures 24/7 continuous monitoring of your
UPS, preventing human errors and preventing faults from the
outset of symptoms.
Remote monitoring is the key
What is remote monitoring?
Dale Power Sentry (DPS) is a remote monitoring service designed to
ensure your business’ critical load is protected by dedicated, trained
personnel, even when your facility is unmanned.
Benefits include:
The E series UPS is suitable for a wide range of applications.
The flexibility of the UPS is achieved through its many options, including
battery type, single or multi-unit configuration, and accessories.
3 Complete peace of mind
3 Minimises risks to the customers’ business
3 Continuous 24 hour monitoring the health of your UPS
3 Rapid problem analysis and resolution
3 Secure access to all of your system data at all times
3 Ideal for mission critical systems and unmanned sites
We do far more than simply monitor your UPS
How does Remote
Monitoring work?
3 The UPS is fitted with an SNMP card
to allow remote monitoring.
(Simple Network Management Portal)
3 Once the SNMP card is installed it talks back to the hosts UPS extracting information from the UPS allowing it to be remotely monitored.
3 Our servers will continually monitor your UPS and record all essential data and specified alarms.
3 Any alarm that is produced is immediately evaluated within our
system which then transmits an alarm notification to your designated company contact via email.
3 Our service team is notified and will analyse the data, and if required a service engineer will be dispatched to take care of any faults.
3 We provide 24/7 nationwide remote
monitoring service – keeping your
power in safe hands.
Using the data from your UPS we can improve the life of your UPS
battery systems by:
3 Analysing and tracking the performance of your UPS
3 Predicting potential failure of your UPS
3 Watching the condition of your batteries and UPS in real time
3 Ensure the availability of your facility’s power system
37
The Total Secure
Power Solution
Since 1935, Dale Power Solutions has been providing customers
around the world with technical excellence in providing
technologically advanced product solutions, expertly project
managed and supported by tailored service packages.
Remote monitoring
– users can monitor
multiple systems, alarms,
fault signals and fuel
systems from a single
PC or mobile device.
UPS and generator together
– true ‘no break’ solution
Our total secure power solution
integrates UPS and generator together
where the UPS supports critical loads without
interruption until the generator kicks in.
With our “no-break” power solution we can ensure your
business continuity without costly downtime.
38
UPS Service and
Support
We provide nationwide service and maintenance
contracts for all our UPS products and have a variety of
preventive maintenance agreements that are designed
to suit your system’s needs.
Wherever your equipment is required or located –
from the roof to the basement, in the desert or off
shore – we have the expertise to provide the perfect
installation, service and maintenance solution.
Planned preventative maintenance
Scheduled inspections agreed to your requirements
Database management
We can manage all your equipment to ensure it is
maintained to schedule
Lifecycle management
Optimising the operational cost and reducing capital
outlay by upgrading or refurbishing both our own brand
and other OEM equipment keeping it running longer
Waste disposal
Providing environmentally ethical and compliant
disposal and recycling services
Our Service portfolio includes:
3 Standard and bespoke maintenance/ service
contracts
3 System upgrades and modifications
3 Hire solutions: diesel generators, UPS, Load bank,
batteries
3 Temporary battery and secure power system hire
3 Management of turnkey projects
3 Individually tailored training (in factory or on site)
3 Site surveys
3 Installation and commissioning
3 Independent advice on all aspects of standby
power and batteries
Our highly-skilled and qualified engineers have offshore certification, enabling us to work on oil and gas
platforms as well as terrestrial installations world-wide.
We offer a 24 hour, 365 days per year call out facility
that is second to none. Your first point of contact will
be with a member of our own Service team, not a call
centre. This guarantees you a customised service and an
immediate reaction facilitated by our nationwide team
of engineers.
39
Dale Power Solutions
Corporate & Social
Responsibility
Operating in a responsible and sustainable manner is
important to Dale Power Solutions. Whilst we run our
business in line with the expectations of our stakeholders,
we also see corporate responsibility as a discipline that
helps us to manage risks and maximise on the
opportunities presented to us in a changing world.
We take our corporate responsibility seriously across the
Company as an employer, manufacturer, investor and a
consumer. We are committed to understanding, monitoring
and managing our social, environmental and economic
impact to enable us to contribute to society’s wider goal
of sustainable development. We aim to demonstrate
these responsibilities through our actions and within our
corporate policies.
Environment
We recognise the importance of understanding the impact
of our activities on the environment and we are developing
an Environmental Programme to demonstrate and
benchmark our commitment. Our company is accredited
to ISO 14001 and we are continually looking at ways to
improve our efficiency across our sites. We promote energy
and water efficiency, waste reduction, and reduction
of potentially dangerous, volatile or environmentally
damaging chemicals. We also have an ongoing
commitment to reducing our carbon footprint.
Health & Safety
We shall provide, and strive to maintain, a clean, healthy
and safe working environment. Providing a workplace
where our employees feel safe is not only a legal obligation,
but a fundamental factor in building their engagement
with the company. Through management intervention,
awareness campaigns and a culture that encourages
employees to raise concerns about the workplace safety,
we aim to reduce the frequency of accidents.
Our SHE Team promotes and develops cooperation
between all employees to ensure health and safety
management is embedded into management and
business processes. This is supported by our Health
& Safety Policy.
40
Community
We are committed to making a sustainable positive
impact on the communities in which we operate.
We aim to make a distinctive contribution to equality
and social development through the establishment of
effective partnerships and programmes that make best
use of the energies and skills of our employees.
We support our employees in fundraising for charities
and voluntary work, recognising both the benefit to the
community and to the employees themselves.
The E Series UPS
Secure Power Solution
D
A
L
E
U
P
S
Dependable and reliable
Advanced power solutions
Leading edge technology
Ethical and environmentally
friendly
Unrivalled installation
and support
Precision power management
Secured business continuity
Setting New Standards…
The Dale brand provides the benchmark
in UPS power solutions for diverse global
markets including:
3 Data Centres
3Financial
3Commercial
3Retail
3Medical
An unmatched history of
continued supply of secure
power solutions for the most
demanding requirements
worldwide, providing total
customer satisfaction.
41
Secure Power when
you need it
Dale Power Solutions Secure Power Series offers a full range of
diesel generators with power output ranging from 7.5 kVA to
3,300 kVA and beyond and gas turbine repackaging capabilities.
Our range of generator solutions provides you with dependable power no matter what business you are
in. We also provide a comprehensive range of elective accessories and supply ancillary items as standard or
custom designed to meet your specific site requirements. We design and supply a full collection of generator
control systems with guaranteed flexibility providing total control of your installations.
Secure is a range of diesel generators
with open and canopied options
from 7.5kVA to 3000kVA. Available
with rapid product availability,
proven reliability, operational
flexibility and low lifecycle costs.
42
Secure+ offers a pre-designed
range of containerised diesel
generators from 500kVA to 2500kVA
applicable to both permanent and
temporary applications.
For endless custom-designed
generator solutions Secure∞ is a
range of innovative engineering
solutions that meets the most
challenging application requirements.
With open and containerised diesel
generators from 500kVA to 3300kVA
and beyond and gas turbine
repackaging projects our team of
expert engineers are with you every
step of the way working to your
specific requirements.
Summary of our Industrial
UPS AC and DC systems
The E900 series is a pioneering
marvel, pushing the boundaries
of engineering design into a new
class. Full DSP controlled technology
ensures continuous, clean, pure
sinusoidal power is delivered to
critical applications under a wide
range of conditions.
Industrial AC UPS systems are available with integral rectifier,
inverter and static transfer switch or as modular solutions
using compact and customisable rack mounted units.
All our AC & DC Systems may be custom designed and
configured to meet clients exact and demanding requirements
for virtually all industrial applications, providing security of
power for your critical loads:
3 Dual or N+1 redundancy of power systems and batteries
3 Bespoke enclosure sizes
Complex industrial UPS projects require management - Dale
has a team of PROJECT MANAGERS who will plan, control and
co-ordinate all activities involved with delivering the solution
from order placement through to design, manufacture,
installation and commissioning.
Proven Design
All of our industrial secure power solutions, under the Erskine
brand, are proven as robust and reliable with many years of
operation in arduous environments from offshore to the heat
of the desert, from marine to rail; something you can rely on.
Batteries
Dale Power Solutions is one of the largest suppliers of batteries in
the UK. Whether the battery is part of an integrated solution from
Dale or simply a replacement battery for your existing system,
Dale Power Solutions will select and design the optimal battery
solution for the project application. We can satisfy you’re every
requirement from individual cells or mono-blocks and
accessories to full battery banks, strings and entire sites.
The UPS incorporates an open architecture design to facilitate
full access to replace parts quickly and easily, resulting in low
3 Increased protection ratings
3 Configurable alarm and system
monitoring schemes
3 Customer specific distribution
3 Battery cell monitoring
43
Dale Power Solutions –
Delivering secure back-up power
across the globe
Established since 1935, Dale Power Solutions has become a
global leader in bringing technology and engineering together
to create innovative solutions, protecting critical power supplies
for customers through our standby power systems.
With an annual turnover in excess of £30 million, it is through our
commitment to excellence, combined with our mission to deliver
outstanding client service has earned Dale Power Solutions its
prestigious reputation it enjoys today as one of the world’s
most trusted providers of secure power solutions.
Certificate No.: UK.1498800 Certificate No.: UK.002663/E
Dale Power Solutions provides a comprehensive and bespoke
design capability service to our customers, taking initial concepts
through design, project management, manufacturing, installation
and commissioning processes, followed by complete
maintenance and servicing on a worldwide basis to more than
8,000 generators and UPS systems.
Our professional structure, financial strength and the necessary
quality assurance, health and safety, and product accreditations
meet the demands of the world’s most discerning clients. These
accreditations include:
Certificate No.: UK.1498800
Proud of our pedigree…
proud to be your partner.
44
Dale E Series UPS Secure Power
Business power continuity
guaranteed
produced by adverset media solutions limited www.adverset.co.uk
Dale Power Solutions Ltd
Head Office, Factory 1,
Scarborough
Salter Road
Eastfield Industrial Estate
Scarborough
North Yorkshire
YO11 3DU
Tel : + 44 (0) 1723 583511
Factory 2, Filey
SCOTLAND BRANCH
UK SOUTHERN BRANCH
Tel : + 44 (0) 1723 583511
Tel: + 44 (0) 1224 270 391
Tel: +44 (0) 1442 255197
Middle EasT BRANCH
Tel: +971 4 364 1228

UPS catalogue 2015

Transcription

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