Salicru ILUEST+CR User Manual
ILUEST+CR
Lighting flow dimmer-stabiliser
ILUEST+CR: Regulation + Telemanagement = Saving
With today’s modern street lighting systems, it’s not enough to
reduce the voltage to supply the lamps to obtain energy savings. The
criteria are different nowadays and the requirements have increased
in accordance with the growth of street lighting. Applying the most
advanced technology possible is needed as well as telemanagement,
monitoring and parameterisation of the complete block of units in
order to guarantee the sustainability of the lighting system.
Applications: Lighting savings and management
TheILUEST+CRseries of advanced lighting flow dimmer-stabilisers
fromSalicru, takes over from its highly successful and field-tested
predecessor, has vast improvements in critical aspects of modularity,
power density, protection and telemanagement. As a result, greater
flexibility in areas of power growth, maintenance, commissioning
and equipment integration can be better realized along with superior
reliability and shorter payback periods.
TheILUEST+CRseries is available in a wide range of powers, has 3
implementation variants - indoor, outdoor and OEM Kit - and several
possibilities of monitoring. Used in conjunction with our powerful
telemanagementtechnology, theILUEST+CRis now the state-of-theart reference in lighting regulation and control.
The ILUEST+CR is suitable for use in many areas, both industrial and
commercial e.g. roads and highways, road bridges & tunnels, airports,
hospitals, commercial centres, ports, railroads, car parks and many
more. The superior supervisory and remote control capability of the
ILUEST+CR will result in the better and more efficient management
of lightings, regardless of their applications.
As an example, our studies have shown that a town of 10,000
inhabitants with 1,700 public lighting points would consume an
average of 1,210 MW of electricity per year. By using just 20 units
of the ILUEST+CR rated 20 kVA each, potential annual savings
of 490 MW can be realized, translated to 270 Tm less CO2 to the
atmosphere.
Performances
∙ Bi-directional ‘Buck’ converter with IGBTs, electronic, static and
transformerless.
∙ Continuous regulation of the output voltage, no voltage steps; higher
lamp lifetime.
∙ Lineal and programming ramps.
∙ High response time.
∙ Stabilisation better than ± 1% + saving voltage periods = savings > 40%.
∙ LCD display, as standard.
∙ Protections with automatic programming rearm due to overload and
overtemperature.
∙ Protections with fuses
∙ Automatic bypass per phase, independent operating, manual
operating
(3)
, active bydefault and break before make.
∙ RS-232 port + MODBUS protocol, as standard.
∙ Telemanagement card built in completely.
∙ Duty cycle adapted to the warm up curve of the lamp.
∙ Programming of two saving levels and start voltage via LCD display.
∙ Average payback of the investment between 6 and 24 months.
∙ Low weight and dimensions, higher power density.
∙ No harmonic injection to mains.
∙ SLC Greenergy solution.
(1) In the equipment.
(2) MOV (Metal Oxid Vasistor).
(3) Through stated input or keypad.
(4) In frontal slot provided for this purpose.
(5) Estimated 0.09 €/kWh rate.
(1)
and against lightning arrestors.
(4)
(2)
(5)
Monitoring
All of the units, regardless of the format,
include synoptic panel as standard,
comprised of:
∙ LCD panel: It provides input / output
voltages, frequency, load and saving
percentage levels, output currents, active
power, apparent power, power factor, load
type and temperature. It includes timer,
astronomical clock and event data logger.
∙ Communication ports: RS-232 via RJ-45
connector for local PC monitoring.
∙ MODBUS protocol.
Options
∙ External or internal manual bypass.
∙ GSM/GPRS modem.
∙ Telemanagement card.
∙ Digital I/O card (digital inputs and outputs).
∙ Atmospheric gas discharger.
Technical support and
service
∙ Customized studies and simulations of the
saving and payback.
∙ Extended warranties (under request).
∙ Multiple formulae of maintenance and
telemaintenance.
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