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Fusing. The FlatPAC’s internal fuses are not user-replaceable. Please return the

unit to vendor if servicing is necessary.

Grounding. For safe operation, the FlatPAC unit must be grounded. Connect a

ground lead to the terminal marked 

(GND). Use the same wire gauge as that

specified for your FlatPAC unit’s input voltage connections, below.

Input Voltage Connections. Connect the line voltage to L1 (hot) and L2N

(neutral). For one-up FlatPAC models (max. output 200 W), use #16 input wire; for

two-up and three-up models (max. output 400 W and 600 W), use #14 input wire.

Recommended connector screw torque is 5 to 7 in-lbs (0.5 to 0.8 N-m). Use your

FlatPAC model only with the corresponding input voltages and frequencies shown

in the table below. Either connect or do not connect ST1 to ST2 as indicated.

Output Wire Gauge. Use the output wire gauge that corresponds to the output

current of your FlatPAC unit, below:

105 A–160 A :  #4

26 A–40 A  :  #10

7 A–10 A  :  #16

66 A–104 A  :  #6

16 A–25 A  :  #12

4 A–6 A  :  #18

41 A–65 A  :  #8

11 A–15 A  :  #14

0 A–3 A  :  #20

Output Voltage Trimming. Do not trim the outputs higher than 110% of their

nominal output voltage. When an output is trimmed up, do not exceed its

maximum rated output power.

Operating Temperature. Do not allow the FlatPAC to exceed its maximum

operating temperature, which is reached when the heat sink is 85°C. (Full power

can be delivered up to this temperature.) Heat sink temperature is a function of the

output power and voltage of the supply, ambient temperature, and airflow across

the heat sink. Refer to the Vicor Applications Manual to determine the maximum

ambient temperature for your application. Always use worst-case conditions when

calculating operating temperature. Note: To ensure proper heat transfer from the

internal module(s) to the heat sink, the mounting holes through the heat sink (2, 3,

and 4 holes on one-, two-, and three-up models, respectively) must contain

torqued screws at all times during operation, whether or not the unit is mounted.

Installation and Operation Guidelines

6

90–132 Vac

180–264 Vac

C-Grade

Model

47–63 Hz

Strappable

VI–

F–C

Connect

Open

Autoranging

VI–

A–C

Open

Open

90–132 Vac

180–264 Vac

I-Grade

Model

47–440 Hz

Strappable

VI–

F–I

Connect

Open

Autoranging

VI–

A–I

Open

Open

Summary of Contents for AC-DC

Page 1: ...up and three up models maximum output 400 W and 600 W feature an autoranging input which automatically senses the input line voltage and sets the power supply s input range accordingly FlatPAC s unique modular design accommodates over 10 000 different configurations FlatPAC switchers that contain BatMod current source modules instead of VI 200 converters are indicated by the suffix BM following th...

Page 2: ...Vce sat 0 4 V 1 5 mA Maximum voltage is 70 Vdc 30 mA max Disable MOD DIS MOD DIS V AC OK AC OK BUS OK BUS OK Status 1 5mA max V r r AC Mains Connections Supervisory Connections 2 up and 3 up models AC Mains Earth Ground MOD DIS MOD DIS AC OK AC OK BUS OK BUS OK Internal Supervisory Circuits Optocouplers Autoranging models Do not connect Manual strap models Connect for 115 Vac Open for 230 Vac ST2 ...

Page 3: ...VLINE 90 180 Vac AC Line Interrupted AC Line AC OK DC OK T0 T1 T2 T3 T4 Conditions Full Load 90 180 Vac AC Line Timing Diagram Status Signals 2 up and 3 up models Output Trimming All models with VI 200s Battery Charger External Control Functions OUT VTRIM ITRIM IMON OUT Programmable Current Source 12 48V Battery Load OR Typical Applications FlatPACs with BatMods only Time Interval Min Typ Max Unit...

Page 4: ...odels 10 11 8 9 7 6 1 2 5 4 3 7 38 187 5 1 99 50 6 4 42 106 7 20 5 1 18 4 6 6 00 152 4 2 288 58 12 2 420 61 47 7 00 177 8 20 5 1 5 PLACES 25 6 4 5 PLACES 19 4 8 12 ø 150 005 ø3 81 0 13 THRU 6 PLACES 18 4 6 6 00 152 4 192 4 88 2 156 54 77 2 54 64 5 20 5 1 87 22 1 20 5 1 TYP 1 3 5 4 2 12 ø 150 005 ø3 81 0 13 THRU 4 PLACES 199 5 06 90 22 9 3 05 77 5 4 96 126 0 25 6 4 20 5 1 20 5 1 18 4 6 2 281 57 94 ...

Page 5: ... A E D C B A 41 10 41 6 95 176 53 6 37 161 80 5 98 151 89 5 59 141 99 5 25 133 35 4 53 115 06 3 95 100 33 3 56 90 42 3 17 80 52 2 83 71 88 2 11 53 59 1 53 38 86 1 14 28 96 75 19 05 0 25 TYP OUTPUT 1 OUTPUT 2 OUTPUT 3 OUTPUT 1 OUTPUT 2 OUTPUT 1 S 2 76 70 1 8 32 STUD 2 PLACES E D C B A 41 10 41 2 11 53 59 1 53 38 86 1 14 28 96 75 19 05 0 25 TYP OUTPUT 1 2 76 70 1 3 07 78 0 00 2 4 12 10 32 STUD 2 PLA...

Page 6: ...0 Output Voltage Trimming Do not trim the outputs higher than 110 of their nominal output voltage When an output is trimmed up do not exceed its maximum rated output power Operating Temperature Do not allow the FlatPAC to exceed its maximum operating temperature which is reached when the heat sink is 85 C Full power can be delivered up to this temperature Heat sink temperature is a function of the...

Page 7: ...latPAC AC DC Switchers To receive literature or to consult an applications engineer about installation or operation of this product contact your nearest Vicor office See page 8 Bitte lesen Sie die Sicherheits Vorschriften auf Seite 8 AMP and Faston are registered trademarks of AMP Incorporated Harrisburg PA 7 Metal Terminal Drawing P N 10894 1 Terminal and Terminal Recommended Product Model Style ...

Page 8: ...ur Die maximale Betriebstemperatur des FlatPAC Gerätes darf nicht überschritten werden Dies ist gegeben wenn der Kühlkörper eine Temperatur von 85 Grad Celsius erreicht hat Weitere Informationen Das Vicor Applications Manual und Produkt Datenblätter enthalten ausführliche Informationen über FlatPAC AC DC Wandler Fordern Sie bitte Unterlagen bei Vicor oder Ihrer nächsten Vicor Vertretung an Vicor C...

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