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external source. Electromagnetic interference is also known 

as radio frequency interference (RFI). This disturbance can 

interrupt, degrade or limit the performance of the circuit.

 

IGBT.-

 An insulated gate bipolar transistor is a 

semiconductor device that is generally used as a controlled 

switch in power electronics circuits. This device possesses 

the characteristics of the gate signals of field effect 

transistors with the capacity for high current and low 

saturation voltage of the bipolar transistor, combining 

an isolated FET gate for input and control and a bipolar 

transistor as a single switch in a single device. The IGBT’s 

excitation circuit is similar to that of the MOSFET, while the 

conducting characteristics are similar to those of the BJT.

 

Interface.-

 In electronics, telecommunications and 

hardware, an interface (electronics) is the port (physical 

circuit) through which signals are sent or received from one 

system or subsystem to another

 

kVA.-

 A volt-ampere is the unit used for apparent power in 

electrical current. In DC, it is practically equal to real power 

but, in AC, it can differ from this depending on the power 

factor.

 

LCD.-

Liquid crystal display, a device invented by Jack 

Janning, who was an employee of NCR. It is an electrical 

system for data presentation formed by 2 transparent 

conductive layers and a special crystalline material in the 

middle (liquid crystal) which have the ability to orientate 

light as it passes through.

 

LED.-

 Light-emitting diode, a semiconductor device (diode) 

that emits light that is almost monochromatic, that is to 

say, it has a very narrow spectrum when it is polarised 

directly and is penetrated by an electric current. The colour 

(wavelength) depends on the semiconductor material 

used in the construction of the diode, and can vary from 

ultraviolet, passing through the visible light spectrum, to 

infrared, the latter called IRED (infra-red emitting diode).

 

Circuit breaker.-

 A circuit breaker is a device capable 

of interrupting the electrical current of a circuit when it 

exceeds certain maximum values.

 

On-line mode.-

 A device is said to be on-line when it is 

connected to a system, is operative, and normally has its 

power supply connected. 

 

Inverter.-

 An inverter is a circuit used to convert DC into AC. 

The function of an inverter is to change a DC input voltage 

to a symmetrical AC output voltage, with the magnitude 

and frequency desired by the user or designer.

 

Rectifier.-

 In electronics, a rectifier is the element or 

circuit that converts AC into DC. This is done by using 

rectifier diodes, whether solid state semiconductors, 

vacuum valves or gaseous valves, such as those containing 

mercury vapour. Depending on the characteristics of the AC 

power that they use, they are classified as single-phase 

when they are powered by a mains phase or three-phase 

when they are powered by three phases. Depending on the 

type of rectification, they can be half wave when only one 

of the half cycles of the current is used or full wave when 

both half cycles are used.

 

Relay.-

 A relay is an electromechanical device that 

functions as a switch controlled by an electrical circuit 

in which, by means of an electromagnet, a set of one or 

several contacts is activated to enable other independent 

electrical circuits to be opened or closed.

 

SCR.-

 Silicon controlled rectifier, commonly known as a 

thyristor, a 4-layer semiconductor device that works as an 

almost ideal switch.

 

THD.-

 Total harmonic distortion. Harmonic distortion 

occurs when the output signal of a system does not equal 

the signal that entered it. This lack of linearity affects the 

waveform because the device has introduced harmonics 

that were not in the input signal. Since they are harmonic, 

that is to say, multiples of the input signal, this distortion is 

not so dissonant and is less easy to detect.

SLC TWIN PRO2

 UNINTERRUPTIBLE POWER SUPPLY SYSTEMS (UPS)

USER MANUAL        

Summary of Contents for SLC-700-TWIN RT2 (B0)

Page 1: ...SLC TWIN RT2 0 7 10 kVA UNINTERRUPTIBLE POWER SUPPLY SYSTEMS UPS USER MANUAL...

Page 2: ...caltower typemountingwithPDU 5 1 5 7 Rackmountingin19 cabinetwithPDU 5 1 5 8 Preliminaryconsiderationsbeforeconnection 5 1 5 9 Preliminary considerations before connection regarding the batteriesandth...

Page 3: ...2 4 3 Warningoralertcodes 7 2 4 4 Errororfaultcodes 7 2 4 5 Warningoralertindicators 7 3 CONTROLPANELFOR4KVATO10KVAMODELS 7 3 1 Audiblealarms 7 3 2 Opticalindications 7 3 3 Locationoftheadjustmentpar...

Page 4: ...ed personnel Although no effort has been spared to ensure that the information in this user manual is complete and accurate we are not responsible for any errors or omissions that may exist The images...

Page 5: ...sioning to be performed in a simple and orderly manner without having any doubts whatsoever Finally once the equipment is installed and operating it is recommended to save the documentation downloaded...

Page 6: ...duct may cause radio interference in which case the user must take additional measures SLC TWIN RT2 4 10 kVA This is a category C3 UPS This is a product for commercial and industrial application in th...

Page 7: ...self will always prevail The nameplate of the device shows all of the values relating to its main properties and characteristics Act accordingly for its installation 0 7 to 3 kVA models 4 to 10 kVA mo...

Page 8: ...grammable at disconnection for non critical loads Connector for connection to external battery module Standard and B1 3 kVA models COM port USB RS232 COM port AC power IEC connector Smart slot protect...

Page 9: ...ry module connector Fig 3 Rear view of battery modules for extended backups PDU for 4 to 6 kVA devices Output circuit breaker Output IEC connectors Output circuit breaker Output IEC connectors PDU for...

Page 10: ...without batteries but with a space reserved for installation in the same box for models whose standard version specifies this For other models the battery pack will be installed in the manner conside...

Page 11: ...ains contact T S S With the inverter shut down the output supplies mains power directly through the static bypass of the device provided that it has AC input power Frequency converter CF mode Operatin...

Page 12: ...hout interruptions to the power supply of the protected system while preventing unnecessary hazards for the technical personnel 4 5 3 Communication card The UPS features a slot at the rear for inserti...

Page 13: ...PS 1 battery module Information for warranty registration 2 metal pieces for use as handles and screws for installing the unit in a rack cabinet 2 plastic pieces to extend the base of the UPS and enab...

Page 14: ...distance is considerable it is recommended to transport the device in its packaging to the installation site and then unpack it 5 1 5 Siting immobilising and considerations All TWIN RT2 series UPSs ar...

Page 15: ...the guides at the required height ensuring correct tightening of the fixing screws and appropriate fitting in the machining according to each case Place the device onto the guides and insert it all t...

Page 16: ...he upper or lower part of the cabinet it is recommended that two people carry out the installation operations Fix the UPS and the battery module to the cabinet frame by means of the screws supplied wi...

Page 17: ...n of the cables must always be considered in relation to the size of the terminals of the switches so that they are correctly fastened across their entire cross section for optimum contact between the...

Page 18: ...nnecting systems in parallel only in models 3 kVA To access the signal block it is necessary to remove its protective cover Slot for the integration of one of the optional electronic communication uni...

Page 19: ...g 2 as critical loads will be reserved Take into account that they are set by default as critical loads The 3 kVA models also have a 16A IEC connector that enables the connection of a load of the tota...

Page 20: ...voltage to the input terminals Make sure that all of the loads connected to the UPS are only connected to its earth connection terminal Failure to limit the earthing of the load or loads and battery...

Page 21: ...of each UPS In the event of acquiring a manual bypass board through another conduit check that it has this auxiliary contact and connect it to the terminal block of the UPS or each device in parallel...

Page 22: ...ngth between the input and output cables of the device must be less than 20 When the distance between the UPSs in parallel and the circuit breaker board is more than 20 metres the difference in length...

Page 23: ...rom each other Fig 20 View of ViewPower s main screen Installation procedure Go to the web page http support salicru com Select the required operating system and follow the instructions described on t...

Page 24: ...and output protections to On Turn the battery switch to On models B0 and B1 Turn the device s input circuit breaker to On Press the ON button for more than 2 seconds the audible alarm will sound for...

Page 25: ...t will be necessary to adapt the board or acquire a new one if it has not been previously anticipated Since it is necessary to change the parallel bus connection to incorporate the new device into the...

Page 26: ...ible accidents To prevent incorrect operations it is necessary to fit the mechanical lock and the covers of the manual bypass mechanisms and their fixing screws Press the ON button on all of the UPSs...

Page 27: ...ted to the output as a by displaying four equivalent segments respectively in the following proportion 0 25 26 50 51 75 and 76 100 Information about programmable outputs P1 Indicates that the programm...

Page 28: ...ESC ESC Escape HLS HLS Upper voltage limit for transfer to battery mode LLS LLS Lower voltage limit for transfer to battery mode AO AO EPO normally open AC AC EPO normally closed EAT EAt Estimated bac...

Page 29: ...hrough the menu structure in relation to the point where it is located accessing the following variable with each press OFF ENTER UPS shutdown Press this button for at least 2 seconds Confirmation of...

Page 30: ...ctly related to the capacity of the battery pack The charger will adapt the charging factor automatically according to the value of the total capacity entered up to the maximum of the current that is...

Page 31: ...60 1 CF with output frequency of 60 Hz 1 With parameter 02 ENA the CF 50 or CF 60 variables are displayed instead of BAT 50 or BAT 60 DIS ECO mode disabled ENA ECO mode enabled DIS Bypass disabled wit...

Page 32: ...the output voltage from the bypass in ECO mode energy saving LCD display CF mode Description When the input frequency is between 46 and 64 Hz the UPS can be set to a constant output frequency of 50 o...

Page 33: ...oo low 2A Battery charger short circuited at its output 41 Overtemperature 43 Output overload 45 Charger fault 49 Input overcurrent Tab 13 Error or fault code 7 2 4 5 Warning or alert indicators Code...

Page 34: ...e menu structure to the previous variable in relation to the point where it is located ON Starting up the UPS Press the button for at least 2 seconds Confirmation of selection Press this button to con...

Page 35: ...odes list Description and settings Code 01 Output voltage Fig 27 Parameter 3 setting Output voltage It is possible to choose one of the following values for the output voltage between phase and neutra...

Page 36: ...Bypass enabled When selected bypass mode is enabled DIS Bypass disabled If selected automatic bypass is permitted but not manual switch to bypass At this point manual switch to bypass is understood as...

Page 37: ...external battery pack of 45 Ah belonging to it 45 Ah 7 Ah 6 4 When rounding down value 6 must be entered in parameter 3 The basic reason for adjusting the setting is as follows without it affecting t...

Page 38: ...n the regulation ranges and ECO mode is activated the UPS supplies the output voltage from the bypass in ECO mode energy saving LCD display ECO CF mode Description When the output frequency is selecte...

Page 39: ...switch cover open 3D Bypass not available 3E Start up fault Tab 20 Warning or alert code 7 3 4 4 Error or fault codes Code Error or fault description 01 DC bus start up fault 02 DC bus overvoltage 03...

Page 40: ...nal which is in turn connected to earth any metal part of the device Repair and or maintenance work must be carried out by our T S S except for the replacement of batteries which can be performed by q...

Page 41: ...After repeated overloads the UPS is locked in Bypass mode The connected loads are powered directly from the mains Disconnect the excess loads from the output sockets shut down the device and restart i...

Page 42: ...of the following fault codes 01 02 03 04 11 12 13 14 1A 21 24 35 36 41 42 or 43 are displayed on the LCD display and the audible alarm sounds continuously An internal fault has occurred in the UPS Thi...

Page 43: ...load in ECO mode 95 96 97 99 Overload in line mode 110 130 5 min 100 110 2 min 130 140 30 sec 110 130 1 min 140 150 1 5 sec 130 1 sec 150 100 ms Overload in battery mode 110 130 2 min 100 110 30 sec 1...

Page 44: ...ill be 78 of the rated 6 As a frequency converter the power supplied will be 60 of the rated DSP Digital signal processor A DSP is a processor or microprocessor based system that has a set of instruct...

Page 45: ...ht spectrum to infrared the latter called IRED infra red emitting diode Circuit breaker A circuit breaker is a device capable of interrupting the electrical current of a circuit when it exceeds certai...

Page 46: ...46 SALICRU...

Page 47: ...47 SLC TWIN PRO2 UNINTERRUPTIBLE POWER SUPPLY SYSTEMS UPS USER MANUAL...

Page 48: ...any salicru salicru_SA Product Range Uninterruptible Power Supplies UPS Lighting Flow Dimmer Stabilisers DC Power Systems Static Inverters Photovoltaic Inverters Voltage stabilisers The Technical Serv...

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