NOTES：
1. MUST MEET DELTA SPEC. 10000‐0162
2. Number of pages: 4
3. Model No: MR1207.003
REV.
Change Description
Date
Drawn
ISSUE NEW SPEC.
18.12.2018
Alf Torve
01
Added Key coding for 3x1Phase
05.02.2019
Oskar Hogganvik
02
ECN 103E‐193137 ‐ on sheets 2 & 3 third PE
terminal added to X1 also AC terminals X1 & X2
updated to show 230VAC and 400Vac input
configurations.
08.04.2019
Chris Lawson
03
ECN 103E195043‐ On sheet 2 neutral/live link
added to terminal X2. Sheet 3 reconfigured for
3ph only with AC load output mcbs and neutral
links added to terminal X2. Sheet 4 added for 3 x
1ph only with AC load output mcbs configuration.
All sheets updated with SmartPack2 Touch.
10.05.2019
Chris Lawson
D
EL
TA
C
O
N
FI
D
EN
TI
AL
00
Frame Name: DF-RCA4V-1R01.DOC
PAGE
1 OF
4
X6 (PE)
03
AC Output
(1 Phase 230Vac)
X2
N L1 L2 L3
N
N
Temp. sense
N L1 L1 L1
X4
2
3
4
5
6
X3
X1
1
2
N2
N1
3
4
5
6
7
N3
8
9
L11
10
11
L12
12
13
14
4
3
2
1
7
15
8
AC Input (3 Phase 400Vac)
6
PE
X1
1
2
N
3
4
5
6
7
L1
8
9
10
11
12
13
12
L3
L2
14
10
5
11
16
9
15
14
13
15
8
2
1
Power Power +
Power
Input1
(CON1)
2
1
Power Power +
Power
Input2
(CON2)
9
8
7
6
5
4
3
2
1
Load fuse senseLoad fuse sense+
Battery fuse sense Battery fuse sense+
I sense 2I sense 2+
I sense 1 I sense 1+
System Ref
Sense
inputs
(CON4)
6
5
4
3
2
1
Voltage sense 3Voltage sense 3+
Voltage sense 2Voltage sense 2+
Voltage sense 1Voltage sense 1+
Voltage
sense
(CON5)
1
RJ45
8
To be insulated in 308184
CAN 1
2
03
10 mm²
key2
key1
key1
KEYING CODE 1
KEYING CODE 1
CAN
RJ45
1
2
SYNC
RJ45
1
2
PS2
Rectiverter shelf #347708
N
L
L
3 Phase
key2
key1
KEYING CODE 2
3 x 1 Phase
CAN
RJ45
key2
key1
KEYING CODE 1
SYNC
RJ45
O
D
EL
N
~~~~ ~~
=== ~~ +
=
R5
*
Con21 CANgnd
1
2
NC
3
Config
inputs
(CON8)
Input 3 Input 3 +
Input 2 Input 2 +
Input 1 Input 1 +
6
5
4
3
2
1
Signal
Relays
(CON9)
Relay3 NO
Relay3 C
Relay3 NC
Relay2 NO
Relay2 C
Relay2 NC
Relay1 NO
Relay1 C
Relay1 NC
9
8
7
6
5
4
3
2
1
RS485
RJ45
0.5mm²
SPD (Optional)
8
Test Battery Voltage
Socket
9
DSUB-9
X5
-
1.0mm²
A2
XF1
8
1
CAN 1
1
SYNC TERM
PE
C
3 x 1 Phase
key2
~~~~ ~~
=== ~~ +
=
R5
*
Con21 CANgnd
TA
3 Phase
C
NO
0.5mm²
N
FI
0.5mm²
N
L
L
NC
2
0.5mm²
CAN 2
2
PS1
N
C
NO
+
RJ45
4mm²
PE
8
7
6
5
4
3
2
1
RS232
1
Rectiverter shelf #347708
LVD
(CON3)
LVD supply LVD supply +
LVD 3 LVD 3 +
LVD 2 LVD 2 +
LVD 1 LVD 1 +
Chassis
Manual Bypass
S1
L13
NC
1
A1
0.5mm²
PE
C
NO
1
10mm²
AC Input (3 x 1 Phase 230Vac)
Customer connections
3x High Voltage (HV) Relay output
T
(+)
N
(-)
N
2
2
To be insulated in 308184
1 ( CAN H )
2 ( CAN L)
CAN 2
3 ( GND_BC)
1.0mm²
To be insulated in 308184
GND
To be insulated in 308184
Ethernet (front )
WEB /S NMP (ENET)
-
(-) CU Rail
SH1
4
03
USB ( side)
Type A
USB ( front )
Type A
Micro
SD
4
A3
+
+
-
6
RS232/ RS 485
RJ 11 Type
8
Option
LVBD
To be insulated in 308184
8
Ethernet (side)
WEB / S NMP ( ENET )
LCD
To be insulated
in 308184
(+) CU Rail
1
2
SmartPack 2 Touch
242100. 510
(-) Bat CU Rail
1 2 3 4 5 6 7 8 9 10 11 12
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
Alarm 1-NO
Alarm 1-C
Alarm 1-NC
Alarm 2-NO
Alarm 2-C
Alarm 2-NC
Alarm 3-NO
Alarm 3-C
Alarm 3-NC
Alarm 4-NO
Alarm 4-C
Alarm 4-NC
Alarm 5-NO
Alarm 5-C
Alarm 5-NC
Alarm 6-NO
Alarm 6-C
Alarm 6-NC
X2
Option
L1
242100.601 Smartpack2 Basic Industrial
N
L1 L2 L3
D
EN
TI
AL
N
Config input 1 Config input 1 +
Config input 2 Config input 2 +
Config input 3 Config input 3 +
Config input 4 Config input 4 +
Config input 5 Config input 5 +
Config input 6 Config input 6 +
AC Output
(3 Phase 400Vac)
Configurable Inputs
Alarm Outputs
PS3
Rectiverter shelf #347708
PE
N
N
L
3 Phase
key2
key1
KEYING CODE 3
3 x 1 Phase
~~~~ ~~ L
=== ~~ +
=
R5
*
Con21 CANgnd
key2
key1
KEYING CODE 1
CAN
RJ45
1
2
SYNC
RJ45
1
2
1
8
DC-Output and Battery
I/O Monitor Type 2
242100.502
8
Date
Design
18.12.2018
NOTE:
1. KEYING CODE in PS1 to PS3 are to be either 3ph+N AC input configuration or 3x 1ph AC input.
2. Make sure Phase order is correct. See Doc No. 2268675 «Rectiverter systems Engineering guidelines» for details.
3. It is critical to connect AC input N-wires at terminal 4, 6 and 8 at 3x 1-phase AC input configuration.
CAN 0
2
Approved
Draw
altono
altono
Scale
-
IFS
Schematic diagram
- AC Distribution
at Breakers: See page 3 & 4
Copyright Eltek.
All rights reserved
RCV IBB 1 or 3‐ph 24kW MBP 48Vdc
Part no.
Sym.
03
Alternation
103E195043
Date/Sign
10.05.2019 / chlagb
Format
A3
Page
Drawing no.
2 of 4
SC-MR1207.003
Rev.
03
X6 (PE)
AC Output
(3 Phase 400Vac)
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17 18
Option
N
L1 L2 L3
Configurable
3-Phase Output breakers.
6 x 3 pole (54mm) positions
(Q1, Q2, Q3…….)
X2
03
N
N
Temp. sense
N L1 L2 L3
X4
2
3
4
5
6
X3
LVD
(CON3)
LVD supply LVD supply +
LVD 3 LVD 3 +
LVD 2 LVD 2 +
LVD 1 LVD 1 +
8
7
6
5
4
3
2
1
Config
inputs
(CON8)
Input 3 Input 3 +
Input 2 Input 2 +
Input 1 Input 1 +
6
5
4
3
2
1
Signal
Relays
(CON9)
Relay3 NO
Relay3 C
Relay3 NC
Relay2 NO
Relay2 C
Relay2 NC
Relay1 NO
Relay1 C
Relay1 NC
9
8
7
6
5
4
3
2
1
RS485
RJ45
2
1
7
8
AC Input (3 Phase 400Vac)
6
PE
1
2
3
4
5
6
7
8
9
10
11
12
13
14
5
11
12
L3
L2
10
16
9
15
14
13
15
8
To be insulated in 308184
0.5mm²
N
L
key1
KEYING CODE 1
CAN
RJ45
1
2
SYNC
RJ45
1
2
SYNC TERM
PS2
Rectiverter shelf #347708
PE
N
L
3 Phase
key2
key1
KEYING CODE 2
3 x 1 Phase
key2
key1
KEYING CODE 1
1
2
SYNC
RJ45
1
2
Voltage sense 3Voltage sense 3+
Voltage sense 2Voltage sense 2+
Voltage sense 1Voltage sense 1+
Voltage
sense
(CON5)
RJ45
CAN 1
RJ45
C
NO
NC
3
0.5mm²
0.5mm²
SPD (Optional)
8
Test Battery Voltage
Socket
9
DSUB-9
X5
CAN 2
2
O
~~~~ ~~
=== ~~ +
=
R5
*
Con21 CANgnd
CAN
RJ45
6
5
4
3
2
1
-
1.0mm²
A2
XF1
8
1
CAN 1
1
D
EL
N
L
Sense
inputs
(CON4)
C
key1
KEYING CODE 1
~~~~ ~~
=== ~~ +
=
R5
*
Con21 CANgnd
key2
Load fuse senseLoad fuse sense+
Battery fuse sense Battery fuse sense+
I sense 2I sense 2+
I sense 1 I sense 1+
System Ref
RS232
TA
key2
3 x 1 Phase
NC
2
+
PS1
3 Phase
9
8
7
6
5
4
3
2
1
1
8
Rectiverter shelf #347708
L
Power
Input2
(CON2)
03
4mm²
N
Power Power +
2
8
PE
2
1
1
8
10 mm²
C
NO
0.5mm²
N
FI
X1
L1
N
Power
Input1
(CON1)
(-)
03
3
Power Power +
D
EN
TI
AL
Manual Bypass
S1
2
1
242100.601 Smartpack2 Basic Industrial
Chassis
4
NC
1
A1
0.5mm²
10mm²
C
NO
1
10mm²
10mm²
L1 L2 L3
Customer connections
3x High Voltage (HV) Relay output
T
2
2
To be insulated in 308184
1 ( CAN H )
2 ( CAN L)
CAN 2
3 ( GND_BC)
1.0mm²
To be insulated in 308184
GND
To be insulated in 308184
Ethernet (front )
WEB/S NMP (ENET)
-
(-) CU Rail
SH1
4
03
USB ( side)
Type A
USB ( front )
Type A
Micro
SD
4
A3
+
+
-
6
RS232/RS 485
RJ 11 Type
8
Option
LVBD
To be insulated in 308184
Ethernet (side)
WEB / S NMP ( ENET )
LCD
To be insulated
in 308184
(+) CU Rail
8
SmartPack 2 Touch
242100. 510
(-) Bat CU Rail
1 2 3 4 5 6 7 8 9 10 11 12
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
Alarm 1-NO
Alarm 1-C
Alarm 1-NC
Alarm 2-NO
Alarm 2-C
Alarm 2-NC
Alarm 3-NO
Alarm 3-C
Alarm 3-NC
Alarm 4-NO
Alarm 4-C
Alarm 4-NC
Alarm 5-NO
Alarm 5-C
Alarm 5-NC
Alarm 6-NO
Alarm 6-C
Alarm 6-NC
2
Config input 1 Config input 1 +
Config input 2 Config input 2 +
Config input 3 Config input 3 +
Config input 4 Config input 4 +
Config input 5 Config input 5 +
Config input 6 Config input 6 +
1
(+)
Option
X7 (N)
Configurable Inputs
Alarm Outputs
PS3
1
Rectiverter shelf #347708
PE
N
N
L
3 Phase
3 x 1 Phase
key2
key2
key1
key1
KEYING CODE 3
~~~~ ~~ L
=== ~~ +
=
R5
*
Con21 CANgnd
KEYING CODE 1
CAN
RJ45
1
2
SYNC
RJ45
1
2
8
CAN 0
DC-Output and Battery
I/O Monitor Type 2
242100.502
2
8
Date
Design
18.12.2018
Approved
Draw
altono
altono
Scale
-
IFS
Schematic diagram
NOTE:
1. KEYING CODE in PS1 to PS3 are to be either 3ph+N AC input configuration or 3x 1ph AC input.
2. Make sure Phase order is correct. See Doc No. 2268675 «Rectiverter systems Engineering guidelines» for details.
3. It is critical to connect AC input N-wires at terminal 4, 6 and 8 at 3x 1-phase AC input configuration.
RCV IBB 3‐ph 24kW MBP 48Vdc
with load MCBs
- AC Bulk feed: See page 2
Sym.
03
Alternation
103E195043
Date/Sign
10.05.2019 / chlagb
Format
A3
Copyright Eltek.
All rights reserved
Part no.
Page
Drawing no.
3 of 4
SC-MR1207.003
Rev.
03
X6 (PE)
AC Output
(1 Phase 230Vac)
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17 18
N
Configurable
1 Phase Output breakers.
18 x 1 pole (18mm) positions
(Q1, Q2, Q3…….)
X2
N
N
Option
L1
Temp. sense
N L1 L1 L1
X4
2
3
4
5
6
X3
LVD
(CON3)
LVD supply LVD supply +
LVD 3 LVD 3 +
LVD 2 LVD 2 +
LVD 1 LVD 1 +
8
7
6
5
4
3
2
1
Config
inputs
(CON8)
Input 3 Input 3 +
Input 2 Input 2 +
Input 1 Input 1 +
6
5
4
3
2
1
Signal
Relays
(CON9)
Relay3 NO
Relay3 C
Relay3 NC
Relay2 NO
Relay2 C
Relay2 NC
Relay1 NO
Relay1 C
Relay1 NC
9
8
7
6
5
4
3
2
1
RS485
RJ45
AC Input (3 x 1 Phase 230Vac)
6
PE
X1
1
2
N1
3
4
5
N2
6
7
L11
N3
8
9
10
11
L12
12
13
L13
14
5
11
12
10
16
9
15
14
13
15
8
8
To be insulated in 308184
10 mm²
0.5mm²
N
key2
key1
key1
KEYING CODE 1
KEYING CODE 1
CAN
RJ45
1
2
SYNC
RJ45
1
2
PS2
N
L
3 Phase
key2
key1
KEYING CODE 2
3 x 1 Phase
~~~~ ~~
=== ~~ +
=
R5
*
Con21 CANgnd
key2
key1
KEYING CODE 1
CAN
RJ45
1
2
SYNC
RJ45
1
2
Load fuse senseLoad fuse sense+
Battery fuse sense Battery fuse sense+
I sense 2I sense 2+
I sense 1 I sense 1+
System Ref
Sense
inputs
(CON4)
6
5
4
3
2
1
Voltage sense 3Voltage sense 3+
Voltage sense 2Voltage sense 2+
Voltage sense 1Voltage sense 1+
Voltage
sense
(CON5)
1
RJ45
CAN 1
2
1
RJ45
C
NO
NC
3
0.5mm²
0.5mm²
SPD (Optional)
8
Test Battery Voltage
Socket
9
DSUB-9
X5
CAN 2
2
O
D
EL
Rectiverter shelf #347708
N
L
9
8
7
6
5
4
3
2
1
-
1.0mm²
A2
XF1
8
2
CAN 1
To be insulated in 308184
2
1.0mm²
1 ( CAN H )
2 ( CAN L)
CAN 2
3 ( GND_BC)
To be insulated in 308184
8
SmartPack 2 Touch
242100. 510
1
1
SYNC TERM
PE
Power
Input2
(CON2)
C
3 x 1 Phase
key2
~~~~ ~~ L
=== ~~ +
=
R5
*
Con21 CANgnd
TA
3 Phase
NC
2
+
PS1
Rectiverter shelf #347708
L
Power Power +
RS232
8
4mm²
N
2
1
03
8
PE
C
NO
0.5mm²
(-)
1
7
8
Power
Input1
(CON1)
N
FI
2
Power Power +
D
EN
TI
AL
Manual Bypass
S1
2
1
242100.601 Smartpack2 Basic Industrial
Chassis
3
NC
1
A1
0.5mm²
4
C
NO
1
10mm²
10mm²
10mm²
Customer connections
3x High Voltage (HV) Relay output
T
GND
Ethernet (side)
WEB / S NMP (ENET )
6
RS232/RS 485
RJ 11 Type
LCD
4
03
USB ( side)
Type A
Ethernet (front ) USB ( front )
WEB/S NMP ( ENET)
Type A
Micro
SD
To be insulated
in 308184
(+) CU Rail
8
To be insulated in 308184
Option
LVBD
-
To be insulated in 308184
(-) CU Rail
A3
+
+
SH1
4
(-) Bat CU Rail
1 2 3 4 5 6 7 8 9 10 11 12
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
Alarm 1-NO
Alarm 1-C
Alarm 1-NC
Alarm 2-NO
Alarm 2-C
Alarm 2-NC
Alarm 3-NO
Alarm 3-C
Alarm 3-NC
Alarm 4-NO
Alarm 4-C
Alarm 4-NC
Alarm 5-NO
Alarm 5-C
Alarm 5-NC
Alarm 6-NO
Alarm 6-C
Alarm 6-NC
2
Config input 1 Config input 1 +
Config input 2 Config input 2 +
Config input 3 Config input 3 +
Config input 4 Config input 4 +
Config input 5 Config input 5 +
Config input 6 Config input 6 +
1
(+)
Option
X7 (N)
Configurable Inputs
Alarm Outputs
PS3
Rectiverter shelf #347708
1
PE
N
N
L
3 Phase
3 x 1 Phase
key2
key2
key1
key1
KEYING CODE 3
~~~~ ~~ L
=== ~~ +
=
R5
*
Con21 CANgnd
KEYING CODE 1
CAN
RJ45
1
2
SYNC
RJ45
1
2
8
DC-Output and Battery
CAN 0
I/O Monitor Type 2
242100.502
2
8
Date
Design
18.12.2018
Approved
Draw
altono
altono
Scale
-
IFS
Schematic diagram
NOTE:
1. KEYING CODE in PS1 to PS3 are to be either 3ph+N AC input configuration or 3x 1ph AC input.
2. Make sure Phase order is correct. See Doc No. 2268675 «Rectiverter systems Engineering guidelines» for details.
3. It is critical to connect AC input N-wires at terminal 4, 6 and 8 at 3x 1-phase AC input configuration.
RCV IBB 3 x 1‐ph 24kW MBP 48Vdc
with load MCBs
- AC Bulk feed: See page 2
Sym.
03
Alternation
103E195043
Date/Sign
10.05.2019 / chlagb
Format
A3
Copyright Eltek.
All rights reserved
Part no.
-
Page
Drawing no.
4 of 4
SC-MR1207.003
Rev.
03