Hoja de datos de NEVO1200 Drawing de Vox Power Ltd.

Jl - Mains lnpul - lnpul Module J2 - Global Signal - Ingul Module J3/J4 - Oulpul Power Terminal - Oulpul Module J5 - Oulpul Signal - Oulpul Module J6 - Ingul Bias - lngul Module innunnui annual: i1 non .‘Js E; J2 - Global Si nal m Sigbol J5 - Global Si nal Pin 5' b | E J5 - Global Si nal Pin 5' b | E VOXPOWER
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN MILLIMETERS
TOLERANCES:
As Per DIN 2768-1/-2CLASS M
THIRD LEVEL
PROJECTION
J2a
J2 - Global Signal
Pin
Sigbal
1 Module Power Good Slot A/E
2 Module Inhibit Slot A/E
3 Module Power Good Slot B/F
4 Module Inhibit Slot B/F
5 Module Power Good Slot C/G
6 Module Inhibit Slot C/G
7 Module Power Good Slot D/H
8 Module Inhibit Slot D/H
9 Global Inhibit Slots A-D/E-H
10 AC OK
11 Global Bias Supply +5V
12 GND
J3
J4
J5
CIRCUIT # 1
J2b
1
2
11
12
J1 - Mains Input - Input Module
Barrier Connector - 6-32 Steel Screws
J2 - Global Signal - Input Module
Housing:
Molex - Part # 0511101260
2.00mm (0.079"), 12Way Housing with Friction
Lock
or any direct equivalent
Terminal
Molex - Part # 0503948051
Crimp terminal, 24-30 AWG
or any direct equivalent
J3/J4 - Output Power Terminal - Output Module
Termninal
Various - Tab Size 0.80mm x 6.35mm
Crimp Terminal Must have current rating higher
than short circuit of output module e.g.
Isc OP 1 = 25Amp * 1.25 = 31.25Amp
Always use appropriate wire size, See
instruction Manual
J5 - Output Signal - Output Module
Housing
Molex - Part # 01510210600
1.25 (0.049"), 6Way Housing
or any direct equivalent
Terminal
Molex - Part # 050058800
Crimp Terminal, 28-32 AWG
or any direct equivalent
J6 - Input Bias - Input Module
Housing
Molex - Part # - 01510210500
1.25mm (0.049"), 5 Way housing
or any direct equivalent
J5 - Global Signal
Pin
Sigbal
1 + Sense
2 - Sense
3 Voltage Control
4 Current Out/ Current Control / Current Share
5 GND
6 Module Bias Supply +5V
J5 - Global Signal
Pin
Sigbal
1 Common
2 + 5V Bias
3 Shut Down
4 Reserved
5 Reserved
6 Reserved
NA
NA
23-11-2020
22-10-2012
RB
MP
01
02
Scale 1:2
Sheet 1 of 2
NA
NA
DOC-DWG-005
This document and its contents are the copyright property of VOX POWER Ltd. and may not be copied in whole or in part without written permission from VOX POWER Ltd.
ECO#DATE
SIGNED
REV.
IF IN DOUBT ALWAYS ASK
NEXT HIGHER ASSY
--------
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
FF
EE
DD
CC
BB
AA
TITLE:
DWG NO.
FINISH:
MATERIAL:
NA
PART NUMBER:
Not to Scale
NEVO+1200 - 2D MECHANICAL DRAWING
30.50 VOXPOWER mi: 8.2 , . 9.: 0mm: H 02: 09% on? 8% 9mm: $.m __ ...333. 1.. a3/3333333 0 = _ _ = _ = = _ 0 /c 3 © @ © ® @ © @ © 0 © @ © © © © @ © T/u O O O O O O O O 5 7 9 0 - a 7. 6. % w W% 1 ‘ M M E) J a a a m w. w w. _ w 3 w i . 8.8 8 mm 9.9 039 9.9 8.; 3% 3R 0 n 5. o e 0 , 2.; ONE 9&2 4 H M S 3 E w w n 2 m X S H .b w M m s E P S R m W M m M o C
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN MILLIMETERS
TOLERANCES:
As Per DIN 2768-1/-2CLASS M
THIRD LEVEL
PROJECTION
15.36
18.30
18.30
18.30
8.69
20.50
62.60
41.10
70.20
152.40
27.20
37.26
29.42
18.03
25.76
29.42
12.78
146.75
30.50
41.00
28.00
7.75
30.50
28.00
17.13
19.42
38.15
12.10
128.20 12.10
38.15 98.60
73.20 39.60 39.60
M4 (X4) 4mm Depth Max
SCREWS
MH1, MH2, MH3, MH4
Screw type -M4
Tightening - Tighten to 0.55Nm torque
Penetration Depth -M4
OUTPUT MODULES
Screw type - M3 x 5, C/sink, Posi, Stainless Steel
Tightening - Tighten to 0.35Nm torque
Penetration Depth - Defined by Screw
CHASSIS x 11
Screw type - M3 x 5, C/sink, Posi, Stainless Steel
Tightening - Tighten to 0.35Nm torque
Penetration Depth - Defined by Screw
MH1
MH2
MH3
MH4
TOLERANCES unless otherwise stated - All dimensions in mm and according to DIN 2768-1/-2 CLASS C
NA
NA
23-11-2020
22-10-2012
RB
MP
01
02
Scale 1:2
Sheet 2 of 2
NA
NA
DOC-DWG-005
This document and its contents are the copyright property of VOX POWER Ltd. and may not be copied in whole or in part without written permission from VOX POWER Ltd.
ECO#DATE
SIGNED
REV.
IF IN DOUBT ALWAYS ASK
NEXT HIGHER ASSY
--------
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
FF
EE
DD
CC
BB
AA
TITLE:
DWG NO.
FINISH:
MATERIAL:
NA
PART NUMBER:
Not to Scale
NEVO+1200 - 2D MECHANICAL DRAWING