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MP1-2E-1L-1L-1N-1Q-1Q-00 [ARTESYN]

MP CONFIGURABLE POWER SUPPLY;
MP1-2E-1L-1L-1N-1Q-1Q-00
型号： MP1-2E-1L-1L-1N-1Q-1Q-00
厂家： ARTESYN TECHNOLOGIES    ARTESYN TECHNOLOGIES
描述：

MP CONFIGURABLE POWER SUPPLY
文件： 总14页 (文件大小：3925K)
中文：  中文翻译
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ARTESYN  
INTELLIGENT MP SERIES  
Up to 1500 Watts  
Advanced Energy's Artesyn iMP series is an AC input to  
DC output configurable power system consisting of a  
microprocessor-controlled PFC front end providing seven  
slots that accept intelligent DC-DC converter modules with  
single, dual or triple outputs ranging from 2 V to 60 V. Single  
output modules come in four power ranges that can be  
mixed and matched and connected in parallel or series to  
obtain thousands of output combinations customized to any  
application.  
AT A GLANCE  
Total Power:  
Up to 1500 W  
Input Voltage:  
85 to 264 Vac  
120 to 300 Vdc  
# of Outputs:  
Optional extended hold-up module  
(SEMI F47 compliance)  
Up to 21  
SPECIAL FEATURES  
Full medical EN60601 approval  
Intelligent I2C control  
Increased power density to 50% over  
standard MP  
External switching frequency sync  
input  
Voltage adjustment on all outputs  
(manual or I2C)  
Optional conformal coating  
Configurable input and output OK  
signals and indicators  
Industrial temp range (-40 ºC to  
70 ºC)  
Configurable inhibit/enable  
No preload required  
Configurable output UP/DOWN  
sequencing  
Industrial shock/vibration (> 50G’s)  
Configurable current limit  
(foldback or constant current)  
SAFETY  
High power density (8.8 W/cu-in)  
UL  
UL60950/ES60601-1  
Intelligent fan (speed control/fault  
status)  
CSA CSA C22.2 No. 60950-1-07/  
CSA C22.2 No. 60601-1  
Downloadable GUI from website  
Customer provided air option  
TUV EN62368-1/EN60601-1  
CB  
Certificate and report  
Mark to LVD  
uP controlled PFC input with active  
inrush protection  
I2C monitor of voltage, current, and  
temp  
CE  
CCC  
Programmable voltage, current limit,  
inhibit/enable through I2C  
©2021 Advanced Energy Industries, Inc.  
IMP  
ELECTRICAL SPECIFICATIONS  
Input  
Input range  
85 to 264 Vac; 120 to 300 Vdc  
(limited to 300 Vdc in medical applications)  
Frequency  
47 to 63 Hz (iMP1 47 to 440 Hz)  
40 A peak maximum (soft start)  
Up to 85% @ full case load  
Inrush current  
Efficiency  
Power Factor  
Turn-on time  
0.99 typ. meets EN61000-3-2 (n/a @ 440 Hz)  
AC on 2.0 sec typ., inhibit/enable 150 ms typical  
Programmable delay; 50 ms internal turn-on delay (Dual Output only)  
EMI filter  
CISPR 22/EN55022 Level “B”**  
300 µA max. @ 240 Vac; 47 - 63 Hz  
CISPR 22/EN55022 Level “B”**  
Leakage current  
Radiated EMI  
Holdover storage  
20 ms minimum (independent of input Vac) additional 34 ms holdover  
storage with optional HUP module (SEMI F47 compatible).  
For iMP4 15 ms (low-line), 10 ms (high-line)  
AC OK  
> 5 ms early warning min. before outputs lose regulation  
Full cycle ride thru (50 Hz) (n/a on iMP4 > 750 W @ 90 Vac)  
Harmonic distortion  
Isolation  
Meets EN61000-3-2  
Meets EN60950 and EN60601  
Input to output: 4000 Vac; input to ground: 1500 Vac; output to ground: 400 Vdc  
Meets 1 MOPP Primary to ground, 2 MOPP Primary to Secondary  
Global inhibit / enable  
Input fuse (internal)  
Warranty  
TTL, Logic “1” and Logic “0”; configurable  
iMP4: 16 A; iMP8: 20 A; iMP1: 25 A (both lines fused)  
2 years  
2
advancedenergy.com  
IMP  
ELECTRICAL SPECIFICATIONS (CONTINUED)  
Output  
Adjustment range*  
10% minimum all outputs (manual)  
(full module adjustment range using I2C)  
Factory set point accuracy  
I2C output program accuracy  
Margining  
1%  
5%  
4 - 6% nominal analog (single output module only)  
Overall regulation  
Ripple  
0.4% or 20 mV max. (1500 W modules 1% max.) (36 W modules 4% maximum)  
RMS: 0.1% or 10 mV, whichever is greater  
Pk-Pk: 1.0% or 50 mV, whichever is greater  
Bandwidth limited to 20 MHz  
Dynamic response  
Recovery time  
< 2% or 100 mV, with 25% load step  
To within 1% in < 300 µsec  
Overcurrent protection**  
Configurable through I2C (calibration required). Single output module and main output of the dual output module  
105 - 120% of rated output current. Aux output of dual output module 105 - 140% of rated output current  
Short-circuit protection  
Overvoltage protection*  
Protected for continuous short-circuit.  
Recovery is automatic upon removal of short  
Configurable through I2C  
Single output module: 2 to 5.5 V 122 to 134%; 6 to 60 V 110 to 120%  
Dual output module: 2 to 6 V 122 to 134%; 8 to 28 V 110 to 120%  
Triple output module: 110 - 120% of highest voltage rating  
Thermal protection*  
(OTP and OTW)  
Configurable through I2C  
All outputs disabled when internal temp exceeds safe operating range. > 5 ms warning (AC OK signal) before  
shutdown  
Remote sense  
Up to 0.5 V total drop (not available on triple output module)  
Current share to within 2% of total rated current  
5% of nominal. Configurable through I2C  
Not required  
Single wire parallel  
DC OK*  
Minimum load  
Housekeeping bias voltage  
Module inhibit*  
5 Vdc @ 1.0 A max. present whenever AC input is applied (Optional 2.0 A available)  
Configured and controlled through I2C  
Switching frequency  
Output/Output isolation  
External sync  
250k Hz accepts external sync signal  
> 1 Megohm, 500 V  
TTL clock input signal used to adjust switching frequency. Frequency 500 kHz  
20%; Duty cycle 40 - 55%  
*
Can be controlled via I2C  
** Controlled via I2C but requires load calibration  
INTERNAL PART NUMBER REFERENCE TABLE  
Part #  
Description  
iMP8 Case  
iMP1 Case  
iMP4 Case  
Case Code  
iMP8  
73-580-0001i  
73-690-0001i  
73-540-0001i  
iMP1  
iMP4  
advancedenergy.com  
3
IMP  
ENVIRONMENTAL SPECIFICATIONS  
Operating temperature  
Storage temperature  
Electromagnetic susceptibility  
Humidity  
-40 °C to 70 °C ambient. Derate each output 2.5% per degree from 50 °C to 70 °C. (-20 °C start up)  
-40 °C to +85 °C  
Designed to meet EN61000-4; -2, -3, -4, -5, -6, -8, -11 Level 3  
Operating; non-condensing 10% to 95% RH  
Vibration  
IEC68-2-6 to the levels of IEC721-3-2  
MTBF demonstrated  
> 550,000 hours at full load, 220 Vac and 25 °C ambient conditions  
OUTPUT MODULE LINE-UP  
—
Triple  
36 W  
2 A  
Module Code  
Module Type  
1
2
3
5
4
Dual  
Single  
210 W  
35 A  
Single  
360 W  
60 A  
Single  
750 W  
150 A  
Single  
1500 W  
300 A  
Max output power  
144 W  
10 A  
Max output current  
Output voltages available  
Standard voltage increments  
2 to 60 V 2 to 60 V 2 to 60 V 2 to 60 V  
2 to 28 V  
16  
2 to 28 V  
18  
25  
25  
25  
18  
V1  
V2  
Yes  
No  
V1,V2,V3  
No  
Remote sense  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
No  
Remote margin  
No  
V-Program - I2C Control  
Active Current Share  
Module Inhibit - I2C Control  
Module Inhibit - Analog  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
No  
No  
No  
Yes  
No  
Yes  
No  
Overvoltage/Overcurrent  
protection  
Yes  
Yes  
Minimum load required  
No  
1
No  
2
No  
3
No  
4
No  
No  
No  
1
Slots occupied in any iMP  
case  
1
4
advancedenergy.com  
IMP  
OUTPUT MODULE VOLTAGE/CURRENT*  
I2C  
Voltage  
Code  
Voltage  
Single Output Module Code  
Dual Output**  
Triple Output  
Adjustment  
Ranges***  
1
2
3
5
4
10 A  
10 A  
10 A  
10 A  
10 A  
10 A  
10 A  
10 A*  
10 A  
10 A  
10 A  
10 A  
9 A  
8 A  
—
4
10 A  
10 A  
10 A  
10 A  
10 A  
10 A  
10 A  
10 A*  
4 A  
4 A  
4 A  
4 A  
4 A  
4 A  
—
-
-
—
-
2 V  
A
B
C
D
E
35 A  
35 A  
35 A  
35 A  
35 A  
35 A  
34 A  
23 A  
20 A  
18 A  
17 A  
17 A  
14 A  
14 A  
11 A  
10.5 A  
8.5 A  
6.7 A  
6.5 A  
6.2 A  
5.8 A  
4.2 A  
4.0 A  
3.7 A  
3.5 A  
60 A  
60 A  
60 A  
60 A  
60 A  
60 A  
58 A  
42 A  
36 A  
32 A  
31 A  
30 A  
21 A  
20 A  
19 A  
18 A  
15 A  
11 A  
11 A  
10.9 A  
10 A  
7.5 A  
7.5 A  
6.0 A  
6.0 A  
150 A  
150 A  
150 A  
150 A  
150 A  
144 A  
136 A  
97.5 A  
84.4 A  
75 A  
300 A  
300 A  
300 A  
300 A  
300 A  
288 A  
273 A  
250 A  
187.5 A  
140 A  
136.3 A  
125 A  
107 A  
100 A  
83.3 A  
75 A  
—
2 A  
2 A  
2 A  
2 A  
2 A  
2 A  
2 A  
2 A  
1 A  
1 A  
1 A  
1 A  
1 A  
1 A  
0.5 A  
0.5 A  
0.5 A  
0.5 A  
—
1.8 - 2.2  
2.0 - 2.4  
2.2 V  
3 V  
—
—
—
—
2.7 - 3.3  
3.3 V  
5 V  
—
—
3.0 - 3.6  
—
—
4.5 - 5.5  
5.2 V  
5.5 V  
6.0 V  
8.0 V  
10 V  
11 V  
12 V  
14 V  
15 V  
18 V  
20 V  
24 V  
28 V  
30 V  
33 V  
36 V  
42 V  
48 V  
54 V  
60 V  
F
—
—
4.7 - 5.7  
G
H
I
—
—
5.0 - 6.1  
—
—
5.4 - 6.6  
1 A  
1 A  
1 A  
1 A  
1 A  
1 A  
—
1 A  
1 A  
1 A  
1 A  
1 A  
1 A  
0.5 A  
0.5 A  
0.5 A  
0.5 A  
—
7.2 - 8.8  
J
9.0 - 11.0  
9.9 - 12.1  
10.8 - 13.2  
12.6 - 15.4  
13.5 - 16.5  
16.2 - 19.8  
18.0 - 22.0  
21.6 - 26.4  
25.2 - 30.8  
27.0 - 33.0  
29.7 - 36.3  
32.4 - 39.6  
37.8 - 46.2  
43.2 - 52.8  
48.6 - 59.4  
54.0 - 66.0  
K
L
68 A  
62.5 A  
53.5 A  
50 A  
M
N
O
P
41.6 A  
37.5 A  
30 A  
—
—
—
Q
R
S
T
62.5 A  
53.5 A  
50 A  
4 A  
3 A  
—
2 A  
2 A  
—
—
26.8 A  
25 A  
—
—
22.7 A  
20.8 A  
16 A  
35.8 A  
35.8 A  
35.7 A  
31.2 A  
27.7 A  
25 A  
—
—
—
—
—
U
V
W
X
Y
—
—
—
—
—
—
—
—
—
—
15.6 A  
13.9 A  
12.5 A  
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
Contact Factory  
Special*  
Special*  
Special*  
Z
35 A  
35 A  
20 A  
60 A  
60 A  
36 A  
150 A  
150 A  
80 A  
300 A  
300 A  
140 A  
—
—
—
10 A  
10 A  
8 A  
2.3 - 2.6  
3.7 - 4.4  
6.7 - 7.1  
Z
Z
* Increments of current not shown can be achieved by paralleling modules (add currents of each module selected).  
**Total output power on dual model must not exceed 144 W.  
*** For single output modules only.  
Bold black lines reference lines indicate physical module groupings  
advancedenergy.com  
5
IMP  
OUTPUT MODULE VOLTAGE/CURRENT* (CONTINUED)  
Parallel Codes  
Ordering Notes  
iMP4  
available slots  
1. The cases and modules of both MP and iMP series can be inter-  
changed to allow more flexibility. If intelligent modules are used  
with non-intelligent cases, a numeric code “4” is placed at the end  
of the module code (ex. 4LL0 becomes 4LL4).  
iMP8  
available slots  
iMP1  
available slots  
2. USB to I2C module order code 73-769-001  
7
6
5
4
3
2
1
0 = no parallel  
1 = 1 & 2  
2 = 2 & 3  
3 = 3 & 4  
4 = 4 & 5  
5 = 3 & 4 & 5  
6 = 5 & 6  
7 = 4 & 5 & 6  
8 = 6 & 7  
9 = 3 & 4, 6 & 7  
A = 1 & 2, 3 & 4, 5 & 6  
C = 2 & 3, 4 & 5  
E = 3 & 4, 5 & 6  
F = 2 & 3, 4 & 5, 6 & 7  
ORDERING INFORMATION  
Case Size  
Module/Voltage/Option Codes  
First - Module Code  
Case Option Codes  
Software Code  
Hardware Code  
Second - Voltage Code  
Third - Option Code  
iMP1*  
-
3L0 - 2E2 - 1Q1 - 4LL0  
-
00  
-
A
-
###  
Software code  
used for  
configuration  
change. “A” is  
standard  
Factory assembled  
for hardware of  
firmware mods.  
Case Size (mm)  
4 = 2.5” x 5” x 10”; 750 W - 1158 W,  
Module Codes  
Module/voltage/option codes  
Module codes:  
(None) = 36 W triple O/P (1 slot)  
1 = 210 W single O/P (1 slot)  
2 = 360 W single O/P (2 slot)  
3 = 750 W single O/P (3 slot)  
4 = 144 W dual O/P (1 slot)  
5 = 1500 W single O/P (4 slot)  
6 - 9 = future  
Voltage Codes:  
See Output Module Voltage/  
Current table above  
Option Codes:  
0 = Standard  
Case Option Codes  
First digit  
5 Slots  
(63.5 x 127 x 254 mm)  
8 = 2.5” x 7” x 10”; 1000 W - 1200 W,  
6 Slots (63.5 x 177.8 x 254 mm)  
1 = 2.5” x 8” x 11”; 1200 W - 1500 W,  
7 Slots (63.5 x 203.2 x 279.4 mm)  
0 - 9, A - Z parallel code  
(See Parallel Codes table  
above)  
Second digit  
0 = No options  
1 = Reverse air  
3 = Global enable  
4 = Fan idle with inhibit  
5 = Opt 1 + Opt 3  
6 = Opt 1 + Opt 4  
7 = Opt 3 + Opt 4  
8 = Opt 1 +3 +4  
* Note: Add “E” after iMP4 to denote IEC  
input option.  
e.g. iMP4E (Not available on iMP8 or iMP1)  
1 = Module enable  
2 = Constant current  
3 = 1 & 2 combined  
4 = Set for use in standard  
(non-intelligent case)  
5 = Shutdown mode for 1500 W  
6 = 1 & 5 combined  
9 = RS485 73-544-002  
A = RS485 73-544-002 +  
Reverse air  
C = Opt 3 + Opt 9  
D = CAN BUS 73-544-003  
E = Opt 3 + Opt D  
F = RS485 - MODBUS  
73-544-005  
7 - 9 = future  
6
advancedenergy.com  
IMP  
ORDERING INFORMATION (CONTINUED)  
Single  
iMP4 (AC input on opposite side)  
S
L
S
L
S
L
S
L
S
L
O
T
O
T
O
T
O
T
O
T
1
5
3
2
4
210 W  
360 W  
Input  
180 - 264 Vac  
1158 W max.  
90 - 264 Vac  
750 W max.  
iMP4 = 2.5” x 5” x 10” 5 available slots  
(63.5 x 127 x 254 mm)  
iMP8 and iMP1  
750 W  
S
L
O
T
7
S
L
O
T
6
S
L
O
T
5
S
L
O
T
4
S
L
O
T
2
S
L
O
T
1
S
L
O
T
3
iMP1 only  
Input  
85 - 264 Vac  
1000 W max.  
180 - 264 Vac  
1200 W max.  
1500 W ( 2.0 to 8.0  
iMP8 = 2.5” x 7” x 10” 6 available slots  
(63.5 x 177.8 x 254 mm)  
iMP1 = 2.5” x 8” x 11” 7 available slots  
1200 W max.  
1500 W max.  
(63.5 x 203.2 x 279.4 mm)  
1500 W ( 10 to 60 V)  
1500 W with Bus Bar  
Adapter Option (used with  
the 10 to 60 V module)  
Dual  
Triple  
144 W  
36 W  
advancedenergy.com  
7
IMP  
PIN CONNECTORS  
Figure 1. AC Input  
AC Input  
Pin No.  
Function  
N
1
1
2
3
AC neutral  
2
~
AC line (hot)  
3
Chassis (earth) ground  
PFC Input Connector (Control and signals）  
Figure 2. Connector J1  
Pin No.  
Function  
1
2
Input AC OK - “emitter”  
5
10  
Input AC OK - “collector”  
Global DC OK - “emitter”  
Global DC OK - “collector”  
External Sync  
3
4
Mates with  
5
Molex 90142-0010 Housing  
90119-2110 Pin  
6
Global inhibit/optional enable logic “0”  
Global inhibit/optional enable logic “1”  
Global inhibit/optional enable return  
+5 VSB housekeeping  
7
Connector Kit Part No.:  
70-841-004  
8
9
Figure 3. Connector J2  
10  
+5 VSB housekeeping return  
I2C Bus Output Connector  
10  
5
6
1
Pin No.  
Function  
1
2
No connection  
No connection  
Mates with  
Landwin 2050S1000 Housing  
2053T011V Pin  
3
No connection  
4
Serial clock signal (SCL)  
Serial data signal (SDA)  
Address bit 0 (A0)  
Address bit 1 (A1)  
Address bit 2 (A2)  
Secondary return (GND)  
5 Vcc external bus (5 VCC. Bus)  
or  
5
JST PHDR-10VS Housing  
JST SPHD-002T-P0.5 (28-24)  
JST SPHD-001T-P0.5 (26-22)  
6
7
8
Connector Kit Part No.:  
70-841-023  
9
10  
8
advancedenergy.com  
IMP  
MECHANICAL DRAWINGS  
iMP Modules  
Single 210 Waꢀ  
.44” (11.2)  
2X  
V+  
DC-DC Converter Output Modules  
Control Signal Information, J1 Control Connector  
M4X8 SCREWS WITH CONICAL WASHER  
V-  
Pin No.  
Function  
1
2
+ Remote Sense  
single or dual o/p main  
single o/p  
Remote Margin / V. Program  
Margin High  
V ADJ  
3
single o/p  
PIN 1  
4
- Remote Sense / Margin Low  
Spare  
single or dual o/p main  
DC OUTPUT CONNECTOR  
5
.32"  
(8.1)  
6
Module, Isolated Inhibit  
Module Inhibit Return  
Current Share (SWP)  
+ Remote Sense V2  
- Remote Sense V2  
single or dual o/p  
7
single or dual o/p  
Single 360 Waꢀ  
.63”  
V+  
8
single or dual o/p main  
dual o/p, single is spare  
dual o/p, single is spare  
.33”  
(8.5)  
(16.0)  
9
M 4 X 8 SCREWS  
WITH CONICAL  
WASHER  
10  
* Note: All iMP modules have a green DCOK LED. (except for 36 W module)  
V-  
PIN 1  
Figure 4. Connector J1  
V ADJ  
Mates with  
Molex 90142-0010 Housing  
90119-2110 Pin  
1
6
5
10  
DC OUTPUT  
CONNECTOR  
.32”  
(8.1)  
Single 750 Waꢀ  
Single 1500 Waꢀ 2-8 V  
Single 1500 Waꢀ 10-60 V  
59.3 ꢀ.ꢁ  
.63"  
(16.0)  
V+  
(3x) 31.6 ꢀ.ꢂ  
.59"  
(15.0)  
11.3 ꢀ.ꢂ  
ꢂ.1 ꢀ.ꢂ  
(ꢁx) 15.ꢀ ꢀ.ꢂ  
(ꢁx) 16.ꢀ ꢀ.ꢁ  
DC OUTPUT CONNECTOR  
PIN 1  
(ꢁx) 16.ꢀ ꢀ.ꢁ  
For Factory-Use Only  
M4Xꢂ SCREWS W/  
CONICAL WASHER (6X)  
VADJ  
V-  
.32"  
(8.1)  
M4X8 SCREWS  
(4X)  
V ADJ  
PIN 1  
DC OUTPUT  
CONNECTOR  
V-  
V+  
Dual 144 Waꢀ .46  
Triple 36 Waꢀ  
V1  
+
(11.7)  
(4X)  
V1 ADJ  
V2 ADJ  
V1  
V2  
-
+
V1 +  
V1 -  
V1+  
V2+  
V1-  
V2-  
V3-  
V2 +  
V2 -  
V2  
-
.30 (7(.35X))  
V3+  
M3X8 SCREWS WITH SPRING WASHER  
(4X)  
V3 +  
V3 -  
V3 ADJ  
1.17 (29.7)  
.42 (10.7)  
V2 ADJ  
V1 ADJ  
Mates with  
Molex 09-91-0600 Housing  
26-60-5060 Pin  
.32  
(8.1)  
PIN  
1
advancedenergy.com  
9
IMP  
IMP SERIES  
iMP4 (750/1158 Watts Max)  
5-Inch Case Size: iMP4: 2.5” x 5” x 10” (63.5 mm x 127 mm x 254 mm)  
Weight: iMP4 Case: 3 lbs. • 360 W Single 1.0 lb. • 750 W Single: 1.6 lbs. 144 W Dual: 0.6 lb.  
Notes:  
1. Input: Barrier type. Three No. 6-32 B.H. screws (0.375” centers). Max torque: 6 in-lbs. (0.67 N-m). (Optional IEC input connector)  
2. Control connectors: (J1) 10 position housing, gold plated contacts. Mates with Molex 90142-0010 housing with 90119-2110 crimp contacts (Molex C - Grid III Series). Connector  
kit includes mating connector and 10 pins, Astec part #70-841-004. (J2) 10 position housing (Landwin 2051P1000T). Mates with housing 2050S1000 (Landwin) with 2053T011P  
(Landwin) pins or JST PHDR-IOVS Housing and JST SPHD-002T-PO.5 pins.  
3. Chassis material: aluminum with chemical film coating (conductive).  
4. All dimensions are in millimeters and inches, and are typical.  
5. Customer mounting -3 sides M4, bottom also includes 8-32 mounting holes. Max. penetration is 0.150” (3.8 mm). Max. torque: 5 in-lbs. (0.57 N-m).  
6. Output module connections: All single O/P modules are M4 x 8 mm screws. Max. torque: 10 in-lbs. (1.13 N-m).  
Dual O/P module is M3 x 8 mm screws. Max. torque: 5 in-lbs. (0.57 N-m).  
10 advancedenergy.com  
IMP  
IMP SERIES (CONTINUED)  
iMP8 (1000/1200 Watts Max)  
7-Inch Case Size: iMP8: 2.5” x 7” x 10” (63.5 mm x 177.8 mm x 254 mm)  
Weight: iMP8 Case: 4.1 lbs. • 210 W Single: 0.6 lb. • 360 W Single: 1.0 lb. 750 W Single: 1.6 lbs. 144 W Dual: 0.6 lb.  
Notes:  
1. Input: Barrier type. Three No. 6-32 B.H. screws (0.375” centers). Max torque: 6 in-lbs. (0.67 N-m).  
2. Control connectors: (J1) 10 position housing, gold plated contacts. Mates with Molex 90142-0010 housing with 90119-2110 crimp contacts (Molex C - Grid III Series)  
Connector kit includes mating connector and 10 pins, Astec part #70-841-004. (J2) 10 position housing (Landwin 2051P1000T). Mates with housing 2050S1000 (Landwin) with  
2053T011P (Landwin) pins or JST PHDR-IOVS Housing and JST SPHD-002T-PO.5 pins.  
3. Chassis material: aluminum with chemical film coating (conductive).  
4. All dimensions are in millimeters and inches, and are typical.  
5. Customer mounting -3 sides M4, bottom also includes 8-32 mounting holes. Max. penetration is 0.150” (3.8 mm). Max. torque: 5 in-lbs. (0.57 N-m).  
6. Output module connections: All single O/P modules are M4 x 8 mm screws. Max. torque: 10 in-lbs. (1.13 N-m).  
Dual O/P module is M3 x 8 mm screws. Max. torque: 5 in-lbs. (0.57 N-m).  
advancedenergy.com  
11  
IMP  
IMP SERIES (CONTINUED)  
iMP1 (1200/1500 Watts Max)  
8-Inch Case Size: iMP1: 2.5” x 8” x 11” (63.5 mm x 203.2 mm x 279.4 mm)  
Weight: iMP1 Case: 5.0 lb. • 210 W Single: 0.6 lb. • 360 W Single: 1.0 lb. 750 W Single: 1.6 lb. • 144 W Dual: 0.6 lb.  
M4 MOUNTING HOLES (4X)  
IDENTICAL BOTH SIDES  
171.45  
38.10  
#8-32 MOUNTING HOLES  
(4X) MARKED AS  
Y
171.45  
xy  
x
x
y
177.8  
y
x
y
M4 MOUNTING HOLES (4X)  
MARKED AS  
19.05  
X
Notes:  
1. Input: Barrier type. Three No. 6-32 B.H. screws (0.375” centers). Max torque: 6 in-lbs (0.67 N-m).  
2. Control connectors: (J1) 10 position housing, gold plated contacts. Mates with Molex 90142-0010 housing with 90119-2110 crimp contacts (Molex C - Grid III Series). Connector  
kit includes mating connector and 10 pins, Astec part #70-841-004. (J2) 10 position housing (Landwin 2051P1000T). Mates with housing 2050S1000 (Landwin) with 2053T011P  
(Landwin) pins or JST PHDR-IOVS Housing and JST SPHD-002T-PO.5 pins.  
3. Chassis material: aluminum with chemical film coating (conductive).  
4. All dimensions are in millimeters and inches, and are typical.  
5. Customer mounting -3 sides M4, bottom also includes 8-32 mounting holes. Max. penetration is 0.150” (3.8 mm). Max. torque: 5 in-lbs. (0.57 N-m).  
6. Output module connections: All single O/P modules are M4 x 8 mm screws. Max. torque: 10 in-lbs.  
(1.13 N-m). Dual O/P module is M3 x 8 mm screws. Max. torque: 5 in-lbs. (0.57 N-m).  
12 advancedenergy.com  
IMP  
OPTIONAL CANBUS OR RS485 INTERFACE  
The RS485/CAN-to-I2C uses 2 Input  
Protocols and 1 Output Protocol.  
The Input Protocols used are RS485  
Slave/Server Device(s)  
Adapter  
using Modbus (Command Index:  
0x01), and CAN using modified Modus  
(Command Index: 0x02).  
Output Protocols  
I2C with SMBus  
Support  
The Output Protocol use is: I2C with  
SMBus support (Command Index: 0x80).  
Adapter Protocol  
Input Protocols  
Adapter Controls  
Adapter Command  
RS485 using  
Modbus  
CAN using  
Modiꢀed Modbus  
Master/Client Device(s)  
RS485/CAN - to - I2C  
For detailed info, download the Software Requirements  
Specification (SRS) from https://www.artesyn.com/assets/software requirement_specifica_1248401123.pdf  
iMP CAN RS485  
advancedenergy.com  
13  
ABOUT ADVANCED ENERGY  
Advanced Energy (AE) has devoted more than three  
decades to perfecting power for its global customers. AE  
designs and manufactures highly engineered, precision  
power conversion, measurement and control solutions for  
mission-critical applications and processes.  
Our products enable customer innovation in complex  
applications for a wide range of industries including  
semiconductor equipment, industrial, manufacturing,  
telecommunications, data center computing, and medical.  
With deep applications know-how and responsive service  
and support across the globe, we build collaborative  
partnerships to meet rapid technological developments,  
propel growth for our customers, and innovate the future  
of power.  
For international contact information,  
visit advancedenergy.com.  
Specifications are subject to change without notice. Not responsible  
for errors or omissions. ©2021 Advanced Energy Industries, Inc. All rights  
reserved. Advanced Energy®, AE® and Artesyn™ are U.S. trademarks  
of Advanced Energy Industries, Inc.  
powersales@aei.com (Sales Support)  
productsupport.ep@aei.com (Technical Support)  
+1 888 412 7832  
ENG-IMP-235-01 05.17.21  

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