Output Module Selection; Input Module Selection - Emerson Packaged Drives and Engineered Systems Brochure

Max
Drive
Cont.
Current
Order
Code
SPMD1201 192
200-
SPMD1202 248
240 VAC
312
SPMD1203
+/- 10%
SPMD1204 350
SPMA1401 205
236
SPMA1402
380-
SPMD1401 205
480 VAC
SPMD1402 246
+/- 10%
SPMD1403 290
350
SPMD1404
SPMA1601 125
[2]
SPMA1602 144
[2]
500-
125
SPMD1601 [2]
575 VAC
SPMD1602 144
[2]
+/- 10%
SPMD1603 168
[2]
SPMD1604 192
[2]
125
SPMA1601
SPMA1602 144
500-
SPMA1601 125
690 VAC
SPMA1602 144
+/- 10%
168
SPMA1603
SPMA1604 192
Option Reference
SM-Control Master
SM-Control Follower
24V DC Supply - 10A
SPM Docking Kit
Normal Duty Suitable for most applications, current overload
is set at 110% for 60 seconds. Where motor
rated current is less than the drive continuous
current, higher overloads are achieved.
Heavy Duty Suitable for demanding applications, current
overload is set at up to 150% for 60 seconds.
(Rotor Flux
Where motor rated current is less than the
Control and
drive rated continuous current overloads
Closed Loop)
(200% or greater) are achieved.
Notes:
[1] The full rating is only possible when the SPMD is mounted separately to the SMPC.
That is, a single module can deliver 350A with a separate airflow path for each module
and Tambient = <35°C. Otherwise the limit is 335A.
[2] The same model can be used on a 575V or a 690V supply and has two different output
ratings. e.g. At Normal Duty, SPMD1601 is suitable for a 90 kW output motor on a 575V
338
but is suitable for a 110 kW output motor on 690V.
[3] All SPM modules require a 24 VDC power supply for the cooling fans. The total
24 VDC current required can be assessed in the table and a 24 VDC supply chosen.

Output Module Selection

Normal Duty Heavy Duty
Typical Max Typical
Motor Cont. Motor
Output Current Output
220V 230V 220V
A A
kW hp kW
55 75 156 45
75 100 192 55
250
90 125 75
110 150 290 90
[1] [1] [1]
400V 400V 400V
A A
kW hp kW
110 150 180 90
210
132 200 110
110 150 180 90
132 200 210 110
160 250 246 132
290
[1] 200 [1] 300 [1] 160
575V 575V 575V
A A
kW hp kW
90 125 100 75
110 150 125 90
100
90 125 75
110 150 125 90
110 150 144 110
150 200 168 110
600V 600V 600V
A A
kW hp kW
100
110 150 90
132 175 125 110
110 150 100 90
132 175 125 110
144
160 200 132
185 250 168 160
Order Code
SM-Control Master
SM-Control Follower
[4]
8510-0000
3470-0012

Input Module Selection

Controlled
24 VDC
Input
[3]
Single
230V
A A
hp
60 3.3 400 na
75 3.3 550 na
na
100 5.0 550
125 5.0 550 na
400V
hp
150 3.3 na na
na na
150 3.3
150 3.3 400
150 3.3 560
SPMC1402 SPMC2402 SPMU1402 SPMU2402
200 5.0 560
250 5.0 560
575V
hp
100 3.3 na na
125 3.3 na na
100 3.3 250
125 3.3 315
SPMC1601 SPMC2601 SPMU1601 SPMU2601
150 5.0 350
150 5.0 400
600V
hp
na na
125 3.3
150 3.3 na na
125 3.3 250
150 3.3 315
SPMC1601 SPMC2601 SPMU1601 SPMU2601
175 5.0 350
200 5.0 400
SPM D 1 4 0 1 - 4 T
Modular power stages
for custom drive systems
Module Type (a)
A - AC in AC drive out put
D - DC in AC drive output
C - Controlled rectifier input
U - Uncontrolled rectifier input
Module Type (b)
1 - Single rectifier 2 - Dual rectifier
Voltage Rating
2 - 200V to 240V 4 - 380V to 480V
5 - 500V to 575V 6 - 500V to 690V
[4] For paralleling, the necessary interface cable that connects a follower to a master
or another follower is delivered with the follower module.
[5] A separate soft start must be provided for the DC link. Please contact your supplier.
[6] Input inductance may be incorporated in star-delta transformer.
[7] Only 400A AC and DC fuses are stocked by Control Techniques, as
these are used with other products.
[8] For more information, contact your supplier.
www.emersonct.com
800-893-2321
Uncontrolled
24V DC
Single Dual
Dual
[3] [3]
na
na
SPMU1402 SPMU2402
na
na
na na na
na na na
na na na
na na na
na na na
na na na
Top level code
Design requirement
T - 12 pulse S - Simple Install
L - Lowest Cost
R - Regen or Active Input
Top level code- Multiple modules
M - Single master S - Single follower
2-10 - Number of parallel drives
Current Rating Step
Configuration (SPMA and D only)
0 - Dynamic brake control
2 - No dynamic brake controls
Input
[3]
A A
3.0 400
na 315
na
350
3.0 400
na 200
na 200
3.0 250
na
200
na 200
3.0 250