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SLC ADAPT

SLC ADAPT
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UNINTERRUPTIBLE POWER SUPPLIES (UPS) LIGTHING FLOW DIMMERSTABILISERS DC POWER SYSTEMS STATIC INVERTERS PHOTOVOLTAIC INVERTERS VOLTAGE STABILISERS TECHNICAL SUPPORT & SERVICE SLC ADAPT: Adaptable, scalable and modular protection Modularity is something needed by applications (telecommunications, DPC, railway sector, calculation centres) that require availability, growth and redundancy in addition to easy maintenance and lower ownership costs. Salicru’s SLC ADAPT series starts with independent 10 kVA UPS modules to enable power extensions and n+n redundant configurations thanks to the system’s full modularity, without disconnecting the system (hot-swappable) and no need for tools, in configurations up to 100 kVA. A centralised control module is in charge of the communications, the configuration and monitoring the system. The system is completed with a centralised bypass that charges the loads with the best power supply available. The flexibility of the SLC ADAPT series allows its multiple formats to adapt to the environment thanks to its presentations in subracks of 5 or 10 modules for integration in existing racks or in finished rack cabinets that include input/output switches, maintenance bypass and back-up (the batteries can be housed in the same cabinet or in additional cabinets depending on the required power and autonomy configurations). . Double-conversion, On-line technology. . Completely independent UPS module. . Subracks of 50 kVA and 100 kVA with 10 kVA modules. . Compact and light inverter/ondulator UPS format (9 kg x module). . Power upgrading and redundant set up by adding modules. . All options configured with just 3 references. . Possible three phase/single-phase configurations up to 40 kVA. . System efficiency up to 96% (3-level inverter). . Unit input power factor (FP=1). . Low input current distortion (THDi=3%). . Modules extended and changed by the users themselves. . Large variety of options available. . Parallel/redundant capability by adding systems. . Mean time to repair (MTTR) under 5 minutes. . Inversion depending on growth or redundancy needs (pay as you grow). . SLC Greenergy solution. SLC ADAPT control module Applications: Redundant protection for critical applications The modularity of these systems is used for different purposes: - To increase the power simply, by adding modules as the installation grows. In this configuration, all of the installed modules are used to give power. - To achieve redundant systems, where there is always a number of modules prepared to take over in the event of any other failing unexpectedly. A redundant n+1 system therefore has 1 module ready for this; in other words, when the system gives maximum power, this is not taken into account. For example, a 3+2 system uses 3 modules to give power and 2 to make up for any problem there might be in these 3.

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REF. JM792B01 CODE 401AB000599 ED. MARCH 2014 UNINTERRUPTIBLE POWER SUPPLIES (UPS) TECHNICAL SPECIFICATIONS MODEL TECHNOLOGY INPUT On-line, double conversion, HF Nominal voltage Voltage range Total Harmonic Distortion (THDi) Power factor Nominal voltage Precision Steady state Dynamic state Synchronised Free running Total Harmonic Distortion (THDv) Admissible overload Admissible crest factor Total efficiency STATIC BYPASS 96.0% Hibrid control by microprocessor Type and activation criteria Voltage Transfer time UPS module. Control module. Bypass module. Subrack. Input, output, bypass and...

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