MTE RLW Reactors Technical Reference Manual
RLW Reactors
Technical Reference Manual
Form: RLW-TRM-E
Rel: December 2010
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 1
Supersedes PB-1101-1
RLW Reactors
Technical Reference Manual
TableofContents
STANDARD DELIVERY SCHEDULE............................................................................................................................................................3
SELECTION & APPLICATION GUIDE.........................................................................................................................................................4
MODEL CODE PART NUMBER CONFIGURATION.................................................................................................................................5
RL REACTOR CROSS TO RLW .....................................................................................................................................................................6
INPUT SELECTION GUIDE BY HP/KW AND VOLTAGE ........................................................................................................................7
OPEN AND NEMA 1 ..........................................................................................................................................................................................7
Input Selection Guide by HP and 208 Volts................................................................................................................................................7
Input Selection Guide by HP and 240 Volts................................................................................................................................................8
Input Selection Guide by KW and 400 Volts ...............................................................................................................................................9
Input Selection Guide by HP and 480 Volts..............................................................................................................................................10
Input Selection Guide by HP and 600 Volts..............................................................................................................................................11
Input Selection Guide by KW and 690 Volts .............................................................................................................................................12
NEMA 3R........................................................................................................................................................................................................13
Input Selection Guide by HP and 208 Volts..............................................................................................................................................13
Input Selection Guide by HP and 240 Volts..............................................................................................................................................13
Input Selection Guide by KW and 400 Volts .............................................................................................................................................14
Input Selection Guide by HP and 480 Volts..............................................................................................................................................14
Input Selection Guide by HP and 600 Volts..............................................................................................................................................15
Input Selection Guide by KW and 690 Volts .............................................................................................................................................15
OUTPUT SELECTION GUIDE BY HP/KW AND VOLTAGE..................................................................................................................16
OPEN AND NEMA 1 ........................................................................................................................................................................................16
Output Selection Guide by HP – 208Volts and 240 Volts.........................................................................................................................16
Output Selection Guide by HP – 408 Volts and 600 Volts........................................................................................................................17
Output Selection Guide by KW – 400 Volts and 690 Volts .......................................................................................................................18
NEMA 3R........................................................................................................................................................................................................19
Output Selection Guide by HP – 208 Volts and 240 Volts........................................................................................................................19
Output Selection Guide by HP – 480 Volts and 600 Volts........................................................................................................................19
Output Selection Guide by KW – 400 Volts and 690 Volts .......................................................................................................................19
FACTORY CONFIGURED OPTION KITS..................................................................................................................................................21
MECHANICAL DATA.....................................................................................................................................................................................22
OPEN PANEL....................................................................................................................................................................................................22
ENCLOSED REACTOR.....................................................................................................................................................................................25
REACTOR ELECTRICAL DATA..................................................................................................................................................................28
OUTLINE DRAWINGS....................................................................................................................................................................................31
FIGURE 1 SNAP BASE MOUNT.........................................................................................................................................................................31
FIGURE 2 35MM DIN MOUNT OPTION ..........................................................................................................................................................31
FIGURE 3 STANDARD MOUNTING ...................................................................................................................................................................32
FIGURE 4 CAB – 8............................................................................................................................................................................................33
FIGURE 5 CAB 13V..........................................................................................................................................................................................33
FIGURE 6 CAB 17V .........................................................................................................................................................................................34
FIGURE 7 CAB 17C .........................................................................................................................................................................................34
FIGURE 8 CAB 26C .........................................................................................................................................................................................35
SPECIFICATION DATA..................................................................................................................................................................................36
SERVICE FACTOR:............................................................................................................................................................................................36
LINE.................................................................................................................................................................................................................36
AMBIENT TEMPERATURE.................................................................................................................................................................................36
APPROVALS .....................................................................................................................................................................................................36
ENCLOSURES: ..................................................................................................................................................................................................36
DIN RAIL MOUNT ...........................................................................................................................................................................................36
NON STANDARD PRODUCT REQUEST ....................................................................................................................................................37
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 2
Supersedes PB-1101-1
RLW Reactors
Standard Delivery Schedule
Open Types 0. 5 thru 750 AMP
Stock - 2 weeks (Quantity 1 – 4)
1 - 4 weeks (Quantity 5 - 20)
Consult factory for larger quantities
NEMA 1, and 3R enclosed reactors 0. 5 thru 750 AMP
Special order (Quantity 1 – 4)
Special order (Quantity 5 - 20)
Consult factory for delivery dates
Non-Standard product requests
Complete page 36 and Consult factory
Above schedule is based on normal manufacturing conditions. Unforeseen issues in
materials or manufacturing backlog my affect above standard delivery schedule.
Please contact factory for actual delivery.
Technical Reference Manual
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 3
Supersedes PB-1101-1
RLW Reactors
Technical Reference Manual
Selection & Application Guide
The MTE World reactor (RLW) is an international product that is optimized to support global
IEC and NEC Drive /motor applications and provides a low cost line side alternative to the
present line of MTE “RL” line/ load reactors. RLW’s are RMS current rated impedance
devices. Selection is based on the choice of inductance correlated to the application motor
full load amps, voltage and frequency and the number of phases. Use the selection table
based on input voltage and NEC FLA motor selection table for common voltages. For
critical impedance selection based on specific HP or load currents consult MTE applications
engineering.
Single phase applications: The RLW like RL reactors may also be sized to protect single
phase drives. Please see MTE application AN0120 for details
Load side applications require use of the reactor output selection tables.
Choose the impedance level:
1.5% Minimum impedance for reduction of low level voltage transients. RLW reactors
may be used as a supplement to already installed reactors.
3% Helps minimize (95%) most drive nuisance tripping and faults caused by over
voltage and input line disturbances. 3% is typical impedance specified by most
drive manufacturers.
5% The MTE recommended value to protect drive components from transient
overvoltage, prevents (99.9%) nuisance trips, and offers limited harmonic
protection to input line power from drive inducted harmonics.
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 4
Supersedes PB-1101-1
RLW Reactors
Technical Reference Manual
Model Code Part Number Configuration
Model Number Code System: RLW- _ _ _ _ X X -
Reactor “W” world
.
Current Rating (i.e. 00P5 is 0.5 Amps)
Mechanical Configurations
0 = Base Mount
1 = NEMA 1
3 = NEMA 3R
Reactor relative impedance no.
1- 7 (1) is lowest value
Options:
KIT- 0038 = DIN Rail Mount
KIT-0039 = RL conversion Plate
KIT-0040 = Vibration Pads
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 5
Supersedes PB-1101-1
RLW Reactors
Technical Reference Manual
RL Reactor cross to RLW
Amps RL Part No.
RL-00101 RLW-00P506 RLW-01P106 RL-08001 RLW-008301 RLW-010403
1
2
4
8
12
18
25
35
45
55
RL-00102 RLW-01P106 RLW-01P106 RL-08002 RLW-008305 RLW-010405
RL-00103 RLW-01P105 RLW-01P105
RL-00104 RLW-01P103 RLW-01P103 RL-10001 RLW-010401 RLW-013003
RL-00201 RLW-02P103 RLW-03P405 RL-10002 RLW-010403 RLW-013005
RL-00202 RLW-02P105 RLW-03P406
RL-00203 RLW-02P106 RLW-03P406 RL-13001 RLW-013001 RLW-016001
RL-00204 RLW-02P101 RLW-03P403 RL-13002 RLW-013003 RLW-016003
RL-00401 RLW-04P801 RLW-04P801
RL-00402 RLW-04P805 RLW-04P805 RL-16001 RLW-016001 RLW-020001
RL-00403 RLW-04P806 RLW-04P806 RL-16002 RLW-016003 RLW-020003
RL-00404 RLW-04P806 RLW-04P806
RL-00801 RLW-07P601 RLW-001101 RL-20001B14 RLW-020001 RLW-025001
RL-00802 RLW-07P603 RLW-001105 RL-20002B14 RLW-020003 RLW-025003
RL-00803 RLW-07P605 RLW-001106
RL-00804 RLW-07P606 RLW-001106 RL-25001B14 RLW-025001 RLW-032201
RL-01201 RLW-001101 RLW-001403 RL-25002B14 RLW-025003 RLW-032203
RL-01202 RLW-001103 RLW-001405
RL-01203 RLW-001106 RLW-001406 RL-32001B14 RLW-032201 RLW-041401
RL-01801 RLW-001401 RLW-002101 RL-32002B14 RLW-032203 RLW-041403
RL-01802 RLW-001403 RLW-002105
RL-01803 RLW-001405 RLW-002106 RL-40001B14 RLW-041401 RLW-051501
RL-02501 RLW-002101 RLW-002801 RL-40002B14 RLW-041403 RLW-051503
RL-02502 RLW-002103 RLW-002805
RL-02503 RLW-002105 RLW-002806 RL-50001B14 RLW-051501 RLW-060001
RL-03501 RLW-003501 RLW-004601 RL-50002 RLW-051503 RLW-060003
RL-03502 RLW-003503 RLW-004605
RL-03503 RLW-003505 RLW-004605 RL-60001 RLW-060001 RLW-075001
RL-04501 RLW-004601 RLW-005501 RL-60002 RLW-060003 RLW-075003
RL-04502 RLW-004603 RLW-005505
RL-04503 RLW-004605 RLW-005505 RL-75001 RLW-075001
RL-05501 RLW-005501 RLW-006501 RL-75002 RLW-075003
RL-05502 RLW-005503 RLW-006503
RL-05503 RLW-005505
RLW Input
PN
Note:
1. The RLW was designed to support global IEC and NEC input VFD drive motor
applications. To gain optimum performance and size advantages use the RLW
selections tables by HP and voltage on the following pages.
2. RLW output selection is based on 80% of fundamental RLW current capacity for
output load applications up to 100 foot motor leads!
3. Cross reference is based on RL reactors used for 480 vac NEC FLA applications
RLW Output
PN
RLW-006505
Amps RL Part No.
80
RL-08003 RLW-008305 RLW-010405
100
RL-10003 RLW-010405 RLW-013005
130
RL-13003 RLW-013005 RLW-016005
160
RL-16003 RLW-016005 RLW-020005
200
RL-20003B14 RLW-020005 RLW-025005
250
RL-25003B14 RLW-025005 RLW-032205
320
RL-32003B14 RLW-032205 RLW-041405
400
RL-40003B14 RLW-041405 RLW-051505
500
RL-50003 RLW-051505 RLW-060005
600
RL-60003 RLW-060005 RLW-075005
750
RL-75003 RLW-075005
RLW Input
PN
RLW Output
PN
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 6
Supersedes PB-1101-1
RLW Reactors
Technical Reference Manual
Input Selection Guide by HP/KW and Voltage
Open and NEMA 1
Input Selection Guide by HP and 208 Volts
HP @
208 V
60Hz
0.25
0.33
0.5
0.75
1
1.5
2
3
4
5
5.5
7.5
10
12.5
15
20
25
30
40
50
60
75
100
125
150
175
200
225
250
FLA
3% Impedance 5% Impedance
Open NEMA 1 Open NEMA 1
1.4 RLW-01P601 RLW-01P611 RLW-02P103 RLW-02P113
1.8 RLW-02P101 RLW-02P111 RLW-03P403 RLW-03P413
2.4 RLW-03P401 RLW-03P411 RLW-03P403 RLW-03P413
3.5 RLW-04P801 RLW-04P811 RLW-04P803 RLW-04P813
4.6 RLW-04P801 RLW-04P811 RLW-07P603 RLW-07P613
6.6 RLW-07P601 RLW-07P611 RLW-001103 RLW-001113
7.5 RLW-07P601 RLW-07P611 RLW-001103 RLW-001113
10.6 RLW-001101 RLW-001111 RLW-001403 RLW-001413
13.7 RLW-001401 RLW-001411 RLW-002103 RLW-002113
16.7 RLW-002101 RLW-002111 RLW-002803 RLW-002813
18.1 RLW-002101 RLW-002111 RLW-002803 RLW-002813
24.2 RLW-002801 RLW-002811 RLW-003503 RLW-003513
30.8 RLW-003501 RLW-003511 RLW-002801 RLW-002811
38.5 RLW-004601 RLW-004611 RLW-003501 RLW-003511
46.2 RLW-005501 RLW-005511 RLW-004601 RLW-004611
59.4 RLW-008301 RLW-008311 RLW-008303 RLW-008313
74.8 RLW-010401 RLW-010411 RLW-010403 RLW-010413
88.0 RLW-010401 RLW-010411 RLW-008301 RLW-008311
114.0 RLW-013001 RLW-013011 RLW-010401 RLW-010411
143.0 RLW-016001 RLW-016011 RLW-013001 RLW-013011
169.0 RLW-020001 RLW-020011 RLW-025003 RLW-025013
211.0 RLW-025001 RLW-025011 RLW-020001 RLW-020011
273.0 RLW-041401 RLW-041411 RLW-032201 RLW-032211
343.0 RLW-041401 RLW-041411 RLW-032201 RLW-032211
396.0 RLW-051501 RLW-051511 RLW-041401 RLW-041411
480.0 RLW-060001 RLW-060011 RLW-060003 RLW-060013
528.0 RLW-060001 RLW-060011 RLW-051501 RLW-051511
620.0 RLW-075001 RLW-075011 RLW-060001 RLW-060011
687.5 RLW-075001 RLW-075011 RLW-075001 RLW-075011
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 7
Supersedes PB-1101-1
RLW Reactors
Technical Reference Manual
Input Selection Guide by HP and 240 Volts
HP @
240 V
60Hz
0.33
0.5
0.75
1
1.5
2
3
4
5
5.5
7.5
10
12.5
15
20
25
30
40
50
60
75
100
125
150
175
200
225
250
275
300
FLA
3% Impedance 5% Impedance
Open NEMA 1 Open NEMA 1
1.7 RLW-01P601 RLW-01P611 RLW-02P103 RLW-02P113
2.2 RLW-02P101 RLW-02P111 RLW-03P403 RLW-03P413
3.2 RLW-03P401 RLW-03P411 RLW-04P803 RLW-04P813
4.2 RLW-04P801 RLW-04P811 RLW-04P803 RLW-04P813
6.0 RLW-001103 RLW-001113 RLW-07P603 RLW-07P613
6.8 RLW-07P601 RLW-07P611 RLW-07P603 RLW-07P613
9.6 RLW-001101 RLW-001111 RLW-001103 RLW-001113
12.5 RLW-001401 RLW-001411 RLW-001403 RLW-001413
15.2 RLW-002803 RLW-002813 RLW-002103 RLW-002113
16.4 RLW-002101 RLW-002111 RLW-002103 RLW-002113
22.0 RLW-002101 RLW-002111 RLW-002803 RLW-002813
28.0 RLW-002801 RLW-002811 RLW-003503 RLW-003513
35.0 RLW-004601 RLW-004611 RLW-004603 RLW-004613
42.0 RLW-005501 RLW-005511 RLW-005503 RLW-005513
54.0 RLW-006501 RLW-006511 RLW-006503 RLW-006513
68.0 RLW-008301 RLW-008311 RLW-008303 RLW-008313
80.0 RLW-010401 RLW-010411 RLW-010403 RLW-010413
104.0 RLW-013001 RLW-013011 RLW-013003 RLW-013013
130.0 RLW-016001 RLW-016011 RLW-016003 RLW-016013
154.0 RLW-016001 RLW-016011 RLW-020003 RLW-020013
192.0 RLW-020001 RLW-020011 RLW-025003 RLW-025013
248.0 RLW-025001 RLW-025011 RLW-032203 RLW-032213
312.0 RLW-041401 RLW-041411 RLW-041403 RLW-041413
360.0 RLW-041401 RLW-041411 RLW-051503 RLW-051513
420.0 RLW-051501 RLW-051511 RLW-051503 RLW-051513
480.0 RLW-051501 RLW-051511 RLW-060003 RLW-060013
540.0 RLW-060001 RLW-060011 RLW-060003 RLW-060013
600.0 RLW-075001 RLW-075011 RLW-075003 RLW-075013
660.0 RLW-075001 RLW-075011 RLW-075003 RLW-075013
720.0 RLW-075001 RLW-075011 RLW-075001 RLW-075011
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 8
Supersedes PB-1101-1
RLW Reactors
Technical Reference Manual
Input Selection Guide by KW and 400 Volts
KW @
400V
50Hz
0.25
0.33
0.5
0.75
1
1.5
2
3
4
5
5.5
7.5
10
12.5
15
20
25
30
40
50
60
75
100
125
150
175
200
225
250
275
300
350
400
425
450
475
500
550
FLA
0.6 RLW-01P106 RLW-01P116 RLW-0P7506 RLW-0P7516
0.7 RLW-01P105 RLW-01P115 RLW-0P7505 RLW-0P7515
1.2 RLW-01P103 RLW-01P113 RLW-01P105 RLW-01P115
1.7 RLW-03P406 RLW-03P416 RLW-02P106 RLW-02P116
2.2 RLW-02P103 RLW-02P113 RLW-02P105 RLW-02P115
3.2 RLW-03P403 RLW-03P413 RLW-03P405 RLW-03P415
3.8 RLW-03P403 RLW-03P413 RLW-04P806 RLW-04P816
4.9 RLW-04P803 RLW-04P813 RLW-04P805 RLW-04P815
6.6 RLW-07P603 RLW-07P613 RLW-07P606 RLW-07P616
8.1 RLW-07P603 RLW-07P613 RLW-07P605 RLW-07P615
8.4 RLW-001103 RLW-001113 RLW-001106 RLW-001116
11.1 RLW-001103 RLW-001113 RLW-001105 RLW-001115
15.0 RLW-001403 RLW-001413 RLW-001405 RLW-001415
18.1 RLW-002103 RLW-002113 RLW-002106 RLW-002116
21.8 RLW-002103 RLW-002113 RLW-002105 RLW-002115
29.1 RLW-003503 RLW-003513 RLW-002805 RLW-002815
34.9 RLW-003503 RLW-003513 RLW-003505 RLW-003515
41.7 RLW-004603 RLW-004613 RLW-004605 RLW-004615
56.3 RLW-006503 RLW-006513 RLW-005505 RLW-005515
69.8 RLW-008303 RLW-008313 RLW-006505 RLW-006515
82.5 RLW-008303 RLW-008313 RLW-008305 RLW-008315
100.9 RLW-010403 RLW-010413 RLW-010405 RLW-010415
137.7 RLW-016003 RLW-016013 RLW-013005 RLW-013015
163.9 RLW-016003 RLW-016013 RLW-016005 RLW-016015
197.9 RLW-020003 RLW-020013 RLW-020005 RLW-020015
233.0 RLW-025003 RLW-025013 RLW-025005 RLW-025015
269.7 RLW-032203 RLW-032213 RLW-025005 RLW-025015
285.0 RLW-032203 RLW-032213 RLW-032205 RLW-032215
322.0 RLW-032203 RLW-032213 RLW-032205 RLW-032215
352.0 RLW-041403 RLW-041413 RLW-032205 RLW-032215
376.4 RLW-041403 RLW-041413 RLW-041405 RLW-041415
449.1 RLW-051503 RLW-051513 RLW-041403 RLW-041413
510.2 RLW-060003 RLW-060013 RLW-051505 RLW-051515
582.0 RLW-060003 RLW-060013 RLW-060005 RLW-060015
594.9 RLW-075003 RLW-075013 RLW-060005 RLW-060015
605.0 RLW-075003 RLW-075013 RLW-060005 RLW-060015
660.8 RLW-075003 RLW-075013 RLW-075005 RLW-075015
728.0 RLW-075003 RLW-075013 RLW-075005 RLW-075015
3% Impedance 5% Impedance
Open NEMA 1 Open NEMA 1
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 9
Supersedes PB-1101-1
RLW Reactors
Technical Reference Manual
Input Selection Guide by HP and 480 Volts
HP @
480V
60Hz
0.25
0.33
0.5
0.75
1
1.5
2
3
4
5
5.5
7.5
10
12.5
15
20
25
30
40
50
60
75
100
125
150
175
200
225
250
275
300
350
400
425
450
475
500
550
600
FLA
0.7 RLW-01P105 RLW-01P115 RLW-0P7506 RLW-0P7516
0.8 RLW-01P606 RLW-01P616 RLW-01P106 RLW-01P116
1.1 RLW-01P103 RLW-01P113 RLW-01P105 RLW-01P115
1.6 RLW-01P603 RLW-01P613 RLW-01P605 RLW-01P615
2.1 RLW-02P103 RLW-02P113 RLW-02P105 RLW-02P115
3.0 RLW-04P805 RLW-04P815 RLW-03P405 RLW-03P415
3.4 RLW-03P403 RLW-03P413 RLW-03P405 RLW-03P415
4.8 RLW-04P803 RLW-04P813 RLW-04P805 RLW-04P815
6.2 RLW-07P603 RLW-07P613 RLW-07P606 RLW-07P616
7.6 RLW-07P603 RLW-07P613 RLW-07P605 RLW-07P615
8.2 RLW-07P603 RLW-07P613 RLW-07P605 RLW-07P615
11.0 RLW-001103 RLW-001113 RLW-001105 RLW-001115
14.0 RLW-001403 RLW-001413 RLW-001405 RLW-001415
17.5 RLW-002103 RLW-002113 RLW-002106 RLW-002116
21.0 RLW-002103 RLW-002113 RLW-002105 RLW-002115
27.0 RLW-002803 RLW-002813 RLW-002805 RLW-002815
34.0 RLW-003503 RLW-003513 RLW-003505 RLW-003515
40.0 RLW-004603 RLW-004613 RLW-004605 RLW-004615
52.0 RLW-006503 RLW-006513 RLW-005505 RLW-005515
65.0 RLW-006503 RLW-006513 RLW-006505 RLW-006515
77.0 RLW-008303 RLW-008313 RLW-008305 RLW-008315
96.0 RLW-010403 RLW-010413 RLW-010405 RLW-010415
124.0 RLW-013003 RLW-013013 RLW-013005 RLW-013015
156.0 RLW-016003 RLW-016013 RLW-016005 RLW-016015
180.0 RLW-020003 RLW-020013 RLW-020005 RLW-020015
210.0 RLW-025003 RLW-025013 RLW-020005 RLW-020015
240.0 RLW-025003 RLW-025013 RLW-025005 RLW-025015
270.9 RLW-032203 RLW-032213 RLW-025005 RLW-025015
302.0 RLW-032203 RLW-032213 RLW-032205 RLW-032215
331.6 RLW-041403 RLW-041413 RLW-032205 RLW-032215
361.0 RLW-041403 RLW-041413 RLW-041405 RLW-041415
414.0 RLW-051503 RLW-051513 RLW-041405 RLW-041415
477.0 RLW-051503 RLW-051513 RLW-051505 RLW-051515
496.6 RLW-060003 RLW-060013 RLW-051505 RLW-051515
515.0 RLW-060003 RLW-060013 RLW-051505 RLW-051515
552.1 RLW-060003 RLW-060013 RLW-060005 RLW-060015
590.0 RLW-075003 RLW-075013 RLW-060005 RLW-060015
649.0 RLW-075003 RLW-075013 RLW-060005 RLW-060015
708.0 RLW-075003 RLW-075013 RLW-075005 RLW-075015
3% Impedance 5% Impedance
Open NEMA 1 Open NEMA 1
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 10
Supersedes PB-1101-1
RLW Reactors
Technical Reference Manual
Input Selection Guide by HP and 600 Volts
HP @
600V
60Hz
0.25
0.33
0.5
0.75
1
1.5
2
3
4
5
5.5
7.5
10
12.5
15
20
25
30
40
50
60
75
100
125
150
175
200
225
250
275
300
350
400
425
450
475
500
550
600
650
700
750
FLA
0.5 RLW-0P7506 RLW-0P7516 RLW-00P506 RLW-00P516
0.7 RLW-01P106 RLW-01P116 RLW-0P7506 RLW-0P7516
0.9 RLW-01P606 RLW-01P616 RLW-01P106 RLW-01P116
1.3 RLW-02P106 RLW-02P116 RLW-01P606 RLW-01P616
1.7 RLW-02P105 RLW-02P115 RLW-02P106 RLW-02P116
2.4 RLW-03P405 RLW-03P415 RLW-03P406 RLW-03P416
2.7 RLW-04P806 RLW-04P816 RLW-03P406 RLW-03P416
3.9 RLW-04P805 RLW-04P815 RLW-04P806 RLW-04P816
4.9 RLW-07P606 RLW-07P616 RLW-04P806 RLW-04P816
6.1 RLW-07P605 RLW-07P615 RLW-07P606 RLW-07P616
6.6 RLW-07P605 RLW-07P615 RLW-07P606 RLW-07P616
9.0 RLW-001105 RLW-001115 RLW-001106 RLW-001116
11.0 RLW-001103 RLW-001113 RLW-001106 RLW-001116
14.0 RLW-001403 RLW-001413 RLW-001406 RLW-001416
17.0 RLW-002105 RLW-002115 RLW-002106 RLW-002116
22.0 RLW-002805 RLW-002815 RLW-002806 RLW-002816
27.0 RLW-002803 RLW-002813 RLW-002806 RLW-002816
32.0 RLW-003503 RLW-003513 RLW-003505 RLW-003515
41.0 RLW-004603 RLW-004613 RLW-004605 RLW-004615
52.0 RLW-005503 RLW-005513 RLW-005505 RLW-005515
62.0 RLW-006503 RLW-006513 RLW-006505 RLW-006515
77.0 RLW-008303 RLW-008313 RLW-008305 RLW-008315
99.0 RLW-010403 RLW-010413 RLW-010405 RLW-010415
125.0 RLW-013003 RLW-013013 RLW-013005 RLW-013015
144.0 RLW-016003 RLW-016013 RLW-016005 RLW-016015
168.0 RLW-016003 RLW-016013 RLW-016005 RLW-016015
192.0 RLW-020003 RLW-020013 RLW-020005 RLW-020015
216.9 RLW-020003 RLW-020013 RLW-020005 RLW-020015
242.0 RLW-025003 RLW-025013 RLW-025005 RLW-025015
265.6 RLW-025003 RLW-025013 RLW-025005 RLW-025015
289.0 RLW-032203 RLW-032213 RLW-032205 RLW-032215
336.0 RLW-032203 RLW-032213 RLW-032205 RLW-032215
382.0 RLW-041403 RLW-041413 RLW-041405 RLW-041415
397.5 RLW-041403 RLW-041413 RLW-041405 RLW-041415
412.0 RLW-041403 RLW-041413 RLW-041405 RLW-041415
441.6 RLW-041403 RLW-041413 RLW-041405 RLW-041415
472.0 RLW-051503 RLW-051513 RLW-051505 RLW-051515
523.6 RLW-051503 RLW-051513 RLW-051505 RLW-051515
576.0 RLW-060003 RLW-060013 RLW-060005 RLW-060015
624.0 RLW-060003 RLW-060013 RLW-060005 RLW-060015
672.0 RLW-075003 RLW-075013 RLW-075005 RLW-075015
720.00 RLW-075003 RLW-075013 RLW-075005 RLW-075015
3% Impedance 5% Impedance
Open NEMA 1 Open NEMA 1
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 11
Supersedes PB-1101-1
RLW Reactors
Technical Reference Manual
Input Selection Guide by KW and 690 Volts
KW @
690V
50Hz
3
4
5
5.5
7.5
10
12.5
15
20
25
30
40
50
60
75
100
125
150
175
200
225
250
275
300
350
400
425
450
475
500
550
600
650
700
750
800
850
875
900
950
1000
FLA
2.8 RLW-03P406 RLW-03P416 RLW-03P406 RLW-03P416
3.9 RLW-04P806 RLW-04P816 RLW-04P806 RLW-04P816
4.8 RLW-04P805 RLW-04P815 RLW-04P806 RLW-04P816
5.0 RLW-04P805 RLW-04P815 RLW-04P806 RLW-04P816
6.6 RLW-07P606 RLW-07P616 RLW-07P606 RLW-07P616
8.8 RLW-001106 RLW-001116 RLW-001106 RLW-001116
10.5 RLW-001105 RLW-001115 RLW-001106 RLW-001116
12.4 RLW-001406 RLW-001416 RLW-001406 RLW-001416
16.6 RLW-002106 RLW-002116 RLW-002106 RLW-002116
20.5 RLW-002105 RLW-002115 RLW-002106 RLW-002116
24.0 RLW-002806 RLW-002816 RLW-002806 RLW-002816
32.0 RLW-003505 RLW-003515 RLW-003507 RLW-003517
39.0 RLW-004605 RLW-004615 RLW-004607 RLW-004617
47.0 RLW-005505 RLW-005515 RLW-005507 RLW-005517
56.0 RLW-005505 RLW-005515 RLW-005507 RLW-005517
76.0 RLW-008305 RLW-008315 RLW-008307 RLW-008317
92.0 RLW-008305 RLW-008315 RLW-008305 RLW-008315
110.0 RLW-010405 RLW-010415 RLW-010407 RLW-010417
130.0 RLW-013005 RLW-013015 RLW-013007 RLW-013017
151.2 RLW-016005 RLW-016015 RLW-016007 RLW-016017
165.0 RLW-016005 RLW-016015 RLW-016007 RLW-016017
187.0 RLW-020005 RLW-020015 RLW-020007 RLW-020017
198.0 RLW-020005 RLW-020015 RLW-020007 RLW-020017
235.0 RLW-025005 RLW-025015 RLW-025007 RLW-025017
253.0 RLW-025005 RLW-025015 RLW-025007 RLW-025017
285.0 RLW-032205 RLW-032215 RLW-032207 RLW-032217
321.0 RLW-032205 RLW-032215 RLW-032207 RLW-032217
340.0 RLW-032205 RLW-032215 RLW-032207 RLW-032217
355.0 RLW-041405 RLW-041415 RLW-041407 RLW-041417
385.0 RLW-041405 RLW-041415 RLW-041407 RLW-041417
390.0 RLW-041405 RLW-041415 RLW-041407 RLW-041417
432.0 RLW-041403 RLW-041413 RLW-041405 RLW-041415
480.0 RLW-051505 RLW-051515 RLW-051507 RLW-051517
505.1 RLW-051505 RLW-051515 RLW-051507 RLW-051517
540.0 RLW-051505 RLW-051515 RLW-051507 RLW-051517
600.0 RLW-060005 RLW-060015 RLW-060007 RLW-060017
630.0 RLW-060005 RLW-060015 RLW-060007 RLW-060017
667.3 RLW-075005 RLW-075015 RLW-075007 RLW-075017
690.0 RLW-075005 RLW-075015 RLW-075007 RLW-075017
710.0 RLW-075005 RLW-075015 RLW-075007 RLW-075017
740.6 RLW-075005 RLW-075015 RLW-075007 RLW-075017
3% Impedance 4% Impedance
Open NEMA 1 Open NEMA 1
Data subject to change without notice.
Form RLW-TRM-E December 2010 Page 12
Supersedes PB-1101-1
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