background image

 

 

E

XTERNAL TEMPERATURE SENSOR 

(

OPTIONAL

This NON-ISOLATED input is used to detect temperature inside a remote Battery Box. 
 

 

Only use the special kit (optional) supplied by the manufacturer: any uses which do not conform to  specifications 
may cause malfunction or equipment breakage. 

 
For  installation,  connect  the  cable  contained  in  the  special  kit  (optional)  to  the  "EXT  BATT  TEMP"  connector  (see  "

UPS 

connections view

") following instructions contained in the relative manual. 

After installation, enable this external temperature measuring function by means of the configuration software. 
 
 
 

 

R

EMOTE PANEL 

(

OPTIONAL

The remote panel (optional) allows you to monitor the UPS from a distance and thus have a detailed, real-time overview of machine 
status. Using this type of device, network, output, battery measurements etc. can be viewed and any alarms detected. 
 
For details related to use and connections, refer to the appropriate manual. 
 
 
 

 

A

UXILIARY SOCKETS 

(

OPTIONAL

)

 

E

NERGY

S

HARE

 

Programmable  output  socket  (optional)  which  allows  automatic  disconnection  of  the  load  applied  to  it  under  certain  operating 
conditions. Events that determine automatic disconnection of the EnergyShare socket can be selected by the user through the 
configuration software. It is possible, for example, to select detachment after a certain period of battery operation, or when the 
pre-alarm threshold for battery discharge has been reached, or when an overload occurs.  
 
 

A

UX OUTPUT

 

Output socket (optional) directly connected to the UPS output; It caters auxiliary power supply  (230V / max 10A) 
 
 

 

Notes  regarding  safety: 

if  the  output  switch  (SWOUT)  is  opened  while  the  UPS  is  on,  both  sockets  remain 

powered. 

If a manual bypass switch (SWMB) is inserted, the output switch (SWOUT) is opened and the UPS switches off 
and both sockets will no longer be powered. 

 
 
 

 

 

 

 

Summary of Contents for MULTI SENTRY MST 100

Page 1: ......

Page 2: ...eloped by the company in compliance with applicable standards Hazardous materials such as CFCs HCFCs or asbestos have not been used in this product Packaging is composed of RECYCLABLE MATERIALS Dispos...

Page 3: ......

Page 4: ...GNETIC COMPATIBILITY 16 INSTALLATION ENVIRONMENT 16 REMOVING THE UPS FROM THE PALLET 17 CONTENT CHECK 18 UPS POSITIONING 18 ELECTRICAL CONNECTIONS 19 CONNECTION CABLES SECTION 19 ARRANGEMENT OF THE CA...

Page 5: ...BATTERY 34 SHUTDOWN 34 GRAPHIC DISPLAY 35 DISPLAY MENU 37 OPERATING MODE 38 MANUAL BYPASS SWMB 38 REDUNDANT AUXILIARY POWER ADAPTER FOR AUTOMATIC BYPASS 39 POWER WALK IN 39 DERATING OF POWER FOR 200 2...

Page 6: ...ion of components has enabled us to achieve high performance such as ZERO IMPACT SOURCE ensures low input distortion power factor close to one and maximum compatibility with the generator BATTERY CARE...

Page 7: ...UPS VIEWS FRONT VIEW Control panel with graphic display Wheels for UPS handling Front door with lock Parking brakes Ventilation grille...

Page 8: ...VIEW R E P O Remote Emergency Power Off COLD START battery start up button AS400 Contacts port USB communication port RS232 communication port UPS Parallel Board housing optional Slot for communicati...

Page 9: ...SWITCHES VIEW SWIN Input switch SWOUT Output switch SWBYP Separate bypass switch optional QN Switch for service personnel use only SWMB Manual bypass switch Terminal cover MST 60 100 bar cover MST 125...

Page 10: ...REAR VIEW EnergyShare Aux Output sockets 10A max and relative protection optional Power board fans MultiCOM 382 contacts board accessory housing Battery charger fan...

Page 11: ...attery operation with early low battery or imminent shutdown warning Flashing in standby programmed restart function active and mains absent Load on bypass LED On steady load powered from bypass line...

Page 12: ...3 Power connections SEPARATE BYPASS PHASES optional OUTPUT L1 L2 L3 Power connections OUTPUT PHASES N Power connections N BATTERY N INPUT N BYPASS N OUTPUT PE Power connections GROUND A1 A2 Connection...

Page 13: ...TE BYPASS PHASES OUTPUT L1 L2 L3 Power connections OUTPUT PHASES N Power connections N BATTERY N INPUT N BYPASS N OUTPUT PE Power connections GROUND EXT SYNC A1 A2 Connection for external synchronizat...

Page 14: ...line The UPS output will be synchronized to the bypass line in such a way that there will not be any incorrect switching between push pull voltages in the event of automatic bypass intervention or ma...

Page 15: ...kg Shipping weight 214 kg 224 kg 244 kg 274 kg Power loss at nominal resistive load pf 0 9 and with charged batteries 1 2 61 kW 2245 kcal h 8910 B T U h 3 65 kW 3140 kcal h 12460 B T U h 4 75 kW 4074...

Page 16: ...room temperature with the UPS in operation is maintained between 0 and 40 C The UPS is able to operate at a temperature between 0 and 40 C The recommended operating temperature for the UPS and the bat...

Page 17: ...door Remove the 2 brackets fastening the UPS to the pallet unscrewing the type A and B screws A A A A The previously removed brackets can also to be used as slides Fasten the slides to the pallet wit...

Page 18: ...east enough free space in front of the equipment to allow for start stop operations and maintenance 1 5 m the upper part should be at least 50cm from the ceiling to allow for maintenance operations th...

Page 19: ...in the terminal board is equal to 95 mm2 flexible and rigid cables MST 100 the maximum cross section of the cables to insert into the terminals is 95 mm for the PHASES and 150 mm for the batteries fle...

Page 20: ...are no dangerous voltages The first connection to be made is the protective conductor earth wire to be connected to the screw marked PE The UPS must operate while connected to the earthing system The...

Page 21: ...ions in UPS connections view Connect the N BATT N INPUT N BYPASS if present and N OUTPUT cables to the neutral bar Note PE M6 screw N M8 screw Example image purely illustrative The input and bypass Ne...

Page 22: ...ELECTRICAL SYSTEM CONNECTION DIAGRAMS UPS without neutral connectivity variation UPS with galvanic input insulation UPS with galvanic output insulation...

Page 23: ...without neutral connectivity variation and with separate bypass input UPS with galvanic input insulation and with separate bypass input UPS with galvanic output insulation and with separate bypass in...

Page 24: ...hey will have to be connected to the same potential If the two power supplies are different you must use an isolation transformer on one of the inputs UPS without neutral connectivity variation and wi...

Page 25: ...ernal AC protections Mod UPS Network input Separate bypass input optional for MST 60 80 100 60kVA 100A 100A 80kVA 125A 125A 100kVA 160A 160A 125kVA 250A 250A In the case of non linear loads properly o...

Page 26: ...e fitted upstream of the point at which the line divides to supply the trip switch protected rectifier and bypass inputs for the UPS See following diagram PARALLEL versions In order to prevent false a...

Page 27: ...th Remote Emergency Power Off R E P O terminals short circuited by a jumper see Communications area view To manage emergency shutdown replace the jumper with the selected normally closed stop device c...

Page 28: ...nection After installation enable this option by means of the configuration software AUXILIARY CONTACTS Terminals for connecting auxiliary contacts of the remote maintenance and remote output bypass s...

Page 29: ...etc can be viewed and any alarms detected For details related to use and connections refer to the appropriate manual AUXILIARY SOCKETS OPTIONAL ENERGYSHARE Programmable output socket optional which a...

Page 30: ...ure to perform this connection can cause power cut off to the load and UPS damage Use switches and power cables suitable for UPS currents Use a double insulation cable with a 1mm2 section for connecti...

Page 31: ...ons The following is a block diagram of the UPS which describes the individual components that it is composed of UPS block diagram IMPORTANT Our UPS have been designed and built for long term duration...

Page 32: ...in the closed position Closing the external UPS battery line switch fuses After having checked proper connection polarity close the external UPS battery line switch fuses Attention any connection mad...

Page 33: ...ry capacity ATTENTION you must configure the UPS to set the correct values of total nominal capacity of the battery This operation must be performed by means of the configuration software reserved for...

Page 34: ...The UPS will switch on and the display will turn on Press to access the start menu When asked to confirm select YES and press again to confirm All the LEDs around the display will light up for about...

Page 35: ...rter Output Line Battery Charge Automatic Static Bypass The diagram shows the status of the three power logical modules PFC Converter Inverter Automatic Static Bypass Each module can take on one of th...

Page 36: ...TUS ERRORS FAULTS UPS operation status display area The first row is always active and constantly displays UPS status in real time The second is activated only in the presence of a UPS error and or fa...

Page 37: ...DISPLAY MENU...

Page 38: ...this tolerance the UPS desynchronizes bringing itself to the nominal frequency and bypass can no longer be used free running mode MANUAL BYPASS SWMB ATTENTION Contact a service centre should any malfu...

Page 39: ...red via configuration software When this mode is enabled once the mains power is restored after a period of autonomy the UPS begins absorbing from it again progressively so as not to threaten due to t...

Page 40: ...2 sec and English will automatically be reset Function modification can be blocked by means of the configuration software Configurations which can be modified by means of configuration software avail...

Page 41: ...V Eco mode sensibility Selects the intervention sensitivity during operation in ECO mode Normal Eco mode min max threshold Selects the accepted voltage range for operation in ECO mode Low 200V High 25...

Page 42: ...NECTORS RS232 CONNECTOR USB CONNECTOR PIN NAME TYPE SIGNALS PIN SIGNALS 1 IN 1 VBUS 2 TX OUT TX serial line 2 D 3 RX IN RX serial line 3 D 4 4 GND 5 GND POWER 6 OUT 7 8 15V POWER Isolated power 15V 5...

Page 43: ...e of power the UPS will begin operation via the inverter If the jumper is removed without power the UPS will begin operation via batteries 4 5 12 BATTERY LOW OUTPUT 1 Signals that batteries are low wh...

Page 44: ...es due to the insertion of a distorted current Sound C This signal is emitted when the UPS switches to battery operation before No Battery is signalled sound D It is possible to silence signals see Gr...

Page 45: ...selecting the desired operating system Connect the UPS RS232 communication port to a PC COM communication port by means of the supplied serial cable or connect the UPS USB port to a PC USB port via a...

Page 46: ...ction ATTENTION Failure to make this connection can damage the UPS and or the load Connect the mains to the terminals as indicated in the Installation paragraph THE SWITCH BEHIND THE DOOR SWIN IS OPEN...

Page 47: ...DISPLAY SHOWS ONE OR MORE OF THE FOLLOWING CODES F09 F10 UPS INPUT STAGE MALFUNCTION Activate manual bypass SWMB switch off and re start the UPS Exclude manual bypass Contact the nearest service cent...

Page 48: ...CEED THE SET THRESHOLD Wait until the batteries have recharged or force power on manually via the ON menu THE DISPLAY SHOWS ONE OR MORE OF THE FOLLOWING CODES F06 F07 F08 INPUT CONTACTOR BLOCKED Activ...

Page 49: ...SOURCES OF HEAT NEAR THE UPS VENTILATION SLITS OBSTRUCTED OR TOO CLOSE TO WALLS TEMPERATURE SENSOR OR BATTERY CHARGER COOLING SYSTEM MALFUNCTION Remove the cause of over temperature Insert manual bypa...

Page 50: ...y mode on S09 Ready for start up S10 UPS locked load not powered S11 UPS locked load on bypass S12 BOOST stage or battery charger locked load not powered S13 Frequency converter load powered by invert...

Page 51: ...ange A19 Elevated current peak on Phase1 output A20 Elevated current peak on Phase2 output A21 Elevated current peak on Phase3 output A22 Load on Phase1 set user threshold A23 Load on Phase2 set user...

Page 52: ...15 Phase2 sinusoid inverter deformed F16 Phase3 sinusoid inverter deformed F17 Inverter stage fault F19 Positive battery overvoltage F20 Negative battery overvoltage F21 Positive battery undervoltage...

Page 53: ...age L19 Phase3 inverter undervoltage L20 Continuous voltage on inverter output or Phase1 sinusoid inverter deformed L21 Continuous voltage on inverter output or Phase2 sinusoid inverter deformed L22 C...

Page 54: ...put nominal current 87A 116A 145A 181A Nominal apparent power in output 60kVA 80kVA 100kVA 125kVA Nominal active power in output 54kW 72kW 90kW 112 5kW Output power factor 0 9 Short circuit current 1...

Page 55: ...input voltage and batteries charging with 10A 2 100 load THDv 1 3 To maintain output voltage within the specified accuracy range recalibration may be necessary after a long period of operation 4 If n...

Page 56: ...0MNMSTK60RU5LUF...

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