RLW Reactors Technical Reference Manual
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- Annabelle Parsons
- 7 years ago
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1 Form: RLW-TRM-E Rel: March 2011 Form RLW-TRM-E March 2011 Page 1
2 Table of Contents 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 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 Input Selection Guide by HP and 600 Volts Input Selection Guide by KW and 690 Volts NEMA 3R Input Selection Guide by HP and 208 Volts Input Selection Guide by HP and 240 Volts Input Selection Guide by KW and 400 Volts Input Selection Guide by HP and 480 Volts Input Selection Guide by HP and 600 Volts Input Selection Guide by KW and 690 Volts OUTPUT SELECTION GUIDE BY HP/KW AND VOLTAGE OPEN AND NEMA Output Selection Guide by HP 208Volts and 240 Volts Output Selection Guide by HP 480 Volts and 600 Volts Output Selection Guide by KW 400 Volts and 690 Volts NEMA 3R Output Selection Guide by HP 208 Volts and 240 Volts Output Selection Guide by HP 480 Volts and 600 Volts Output Selection Guide by KW 400 Volts and 690 Volts FACTORY CONFIGURED OPTION KITS MECHANICAL DATA OPEN PANEL ENCLOSED REACTOR REACTOR ELECTRICAL DATA OUTLINE DRAWINGS FIGURE 1 SNAP BASE MOUNT FIGURE 2 35MM DIN MOUNT OPTION FIGURE 3 STANDARD MOUNTING FIGURE 4 CAB FIGURE 5 CAB 13V FIGURE 6 CAB 17V FIGURE 7 CAB 17C FIGURE 8 CAB 26C SPECIFICATION DATA SERVICE FACTOR: LINE AMBIENT TEMPERATURE APPROVALS ENCLOSURES: DIN RAIL MOUNT DE-RATING CURVES Form RLW-TRM-E March 2011 Page 2
3 Standard Delivery Schedule Open Types Stock - 2 weeks (Quantity 1 4) 1-4 weeks (Quantity 5-20) Consult factory for larger quantities 0. 5 thru 750 AMP NEMA 1, and 3R enclosed reactors Special order (Quantity 1 4) Special order (Quantity 5-20) 0. 5 thru 750 AMP Consult factory for delivery dates Non-Standard product requests Complete page 37 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. Form RLW-TRM-E March 2011 Page 3
4 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. Form RLW-TRM-E March 2011 Page 4
5 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 = DIN Rail Mount KIT-0039 = RL conversion Plate KIT-0040 = Vibration Pads Form RLW-TRM-E March 2011 Page 5
6 RL Reactor cross to RLW Amps RL Part No. RLW Input RLW Output RLW Input RLW Output Amps RL Part No. PN PN PN PN RL RLW-00P506 RLW-01P106 RL RLW RLW RL RLW-01P106 RLW-01P RL RLW RLW RL RLW-01P105 RLW-01P105 RL RLW RLW RL RLW-01P103 RLW-01P103 RL RLW RLW RL RLW-02P103 RLW-03P RL RLW RLW RL RLW-02P105 RLW-03P406 RL RLW RLW RL RLW-02P106 RLW-03P406 RL RLW RLW RL RLW-02P101 RLW-03P RL RLW RLW RL RLW-04P801 RLW-04P801 RL RLW RLW RL RLW-04P805 RLW-04P805 RL RLW RLW RL RLW-04P806 RLW-04P RL RLW RLW RL RLW-04P806 RLW-04P806 RL RLW RLW RL RLW-07P601 RLW RL-20001B14 RLW RLW RL RLW-07P603 RLW RL-20002B14 RLW RLW RL RLW-07P605 RLW RL-20003B14 RLW RLW RL RLW-07P606 RLW RL-25001B14 RLW RLW RL RLW RLW RL-25002B14 RLW RLW RL RLW RLW RL-25003B14 RLW RLW RL RLW RLW RL-32001B14 RLW RLW RL RLW RLW RL-32002B14 RLW RLW RL RLW RLW RL-32003B14 RLW RLW RL RLW RLW RL-40001B14 RLW RLW RL RLW RLW RL-40002B14 RLW RLW RL RLW RLW RL-40003B14 RLW RLW RL RLW RLW RL-50001B14 RLW RLW RL RLW RLW RL RLW RLW RL RLW RLW RL RLW RLW RL RLW RLW RL RLW RLW RL RLW RLW RL RLW RLW RL RLW RLW RL RLW RLW RL RLW RLW RL RLW RL RLW RLW RL RLW RL RLW RLW RL RLW RL RLW RLW 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 Form RLW-TRM-E March 2011 Page 6
7 Input Selection Guide by HP/KW and Voltage Open and NEMA 1 Input Selection Guide by HP and 208 Volts 208 V 60Hz FLA 3% Impedance 5% Impedance Open NEMA 1 Open NEMA RLW-01P601 RLW-01P611 RLW-02P103 RLW-02P RLW-02P101 RLW-02P111 RLW-03P403 RLW-03P RLW-03P401 RLW-03P411 RLW-03P403 RLW-03P RLW-04P801 RLW-04P811 RLW-04P803 RLW-04P RLW-04P801 RLW-04P811 RLW-07P603 RLW-07P RLW-07P601 RLW-07P611 RLW RLW RLW-07P601 RLW-07P611 RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 7
8 Input Selection Guide by HP and 240 Volts 240 V 60Hz FLA 3% Impedance 5% Impedance Open NEMA 1 Open NEMA RLW-01P601 RLW-01P611 RLW-02P103 RLW-02P RLW-02P101 RLW-02P111 RLW-03P403 RLW-03P RLW-03P401 RLW-03P411 RLW-04P803 RLW-04P RLW-04P801 RLW-04P811 RLW-04P803 RLW-04P RLW RLW RLW-07P603 RLW-07P RLW-07P601 RLW-07P611 RLW-07P603 RLW-07P RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 8
9 Input Selection Guide by KW and 400 Volts 400V 50Hz FLA 3% Impedance 5% Impedance Open NEMA 1 Open NEMA RLW-01P106 RLW-01P116 RLW-0P7506 RLW-0P RLW-01P105 RLW-01P115 RLW-0P7505 RLW-0P RLW-01P103 RLW-01P113 RLW-01P105 RLW-01P RLW-03P406 RLW-03P416 RLW-02P106 RLW-02P RLW-02P103 RLW-02P113 RLW-02P105 RLW-02P RLW-03P403 RLW-03P413 RLW-03P405 RLW-03P RLW-03P403 RLW-03P413 RLW-04P806 RLW-04P RLW-04P803 RLW-04P813 RLW-04P805 RLW-04P RLW-07P603 RLW-07P613 RLW-07P606 RLW-07P RLW-07P603 RLW-07P613 RLW-07P605 RLW-07P RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 9
10 Input Selection Guide by HP and 480 Volts 480V 60Hz FLA 3% Impedance 5% Impedance Open NEMA 1 Open NEMA RLW-01P105 RLW-01P115 RLW-0P7506 RLW-0P RLW-01P606 RLW-01P616 RLW-01P106 RLW-01P RLW-01P103 RLW-01P113 RLW-01P105 RLW-01P RLW-01P603 RLW-01P613 RLW-01P605 RLW-01P RLW-02P103 RLW-02P113 RLW-02P105 RLW-02P RLW-04P805 RLW-04P815 RLW-03P405 RLW-03P RLW-03P403 RLW-03P413 RLW-03P405 RLW-03P RLW-04P803 RLW-04P813 RLW-04P805 RLW-04P RLW-07P603 RLW-07P613 RLW-07P606 RLW-07P RLW-07P603 RLW-07P613 RLW-07P605 RLW-07P RLW-07P603 RLW-07P613 RLW-07P605 RLW-07P RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 10
11 Input Selection Guide by HP and 600 Volts 600V 60Hz FLA 3% Impedance 5% Impedance Open NEMA 1 Open NEMA RLW-0P7506 RLW-0P7516 RLW-00P506 RLW-00P RLW-01P106 RLW-01P116 RLW-0P7506 RLW-0P RLW-01P606 RLW-01P616 RLW-01P106 RLW-01P RLW-02P106 RLW-02P116 RLW-01P606 RLW-01P RLW-02P105 RLW-02P115 RLW-02P106 RLW-02P RLW-03P405 RLW-03P415 RLW-03P406 RLW-03P RLW-04P806 RLW-04P816 RLW-03P406 RLW-03P RLW-04P805 RLW-04P815 RLW-04P806 RLW-04P RLW-07P606 RLW-07P616 RLW-04P806 RLW-04P RLW-07P605 RLW-07P615 RLW-07P606 RLW-07P RLW-07P605 RLW-07P615 RLW-07P606 RLW-07P RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 11
12 Input Selection Guide by KW and 690 Volts 690V FLA 3% Impedance 4% Impedance 50Hz Open NEMA 1 Open NEMA RLW-03P406 RLW-03P416 RLW-03P406 RLW-03P RLW-04P806 RLW-04P816 RLW-04P806 RLW-04P RLW-04P805 RLW-04P815 RLW-04P806 RLW-04P RLW-04P805 RLW-04P815 RLW-04P806 RLW-04P RLW-07P606 RLW-07P616 RLW-07P606 RLW-07P RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 12
13 Input Selection Guide by HP/KW and Voltage NEMA 3R Input Selection Guide by HP and 208 Volts 208 V 60Hz FLA 3% Impedance 5% Impedance NEMA 3R NEMA 3R RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Input Selection Guide by HP and 240 Volts 240 V 60Hz FLA 3% Impedance 5% Impedance NEMA 3R NEMA 3R RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 13
14 Input Selection Guide by KW and 400 Volts 400V 50Hz FLA 3% Impedance 5% Impedance NEMA 3R NEMA 3R RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Input Selection Guide by HP and 480 Volts 480V 60Hz FLA 3% Impedance 5% Impedance NEMA 3R NEMA 3R RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 14
15 Input Selection Guide by HP and 600 Volts 600V 60Hz FLA 3% Impedance 5% Impedance NEMA 3R NEMA 3R RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Input Selection Guide by KW and 690 Volts 690V FLA 3% Impedance 4% Impedance 50Hz NEMA 3R NEMA 3R RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 15
16 Output selection guide by HP/KW and voltage Open and NEMA 1 Output Selection Guide by HP 208Volts and 240 Volts 100 Foot limit 100 foot limit 208 V FLA 240 V FLA 60Hz Open NEMA 1 60Hz Open NEMA RLW-02P103 RLW-02P RLW-03P406 RLW-03P RLW-04P806 RLW-04P RLW-03P405 RLW-03P RLW-07P606 RLW-07P RLW-04P805 RLW-04P RLW-07P605 RLW-07P RLW-07P606 RLW-07P RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 16
17 Output Selection Guide by HP 480 Volts and 600 Volts 100 Foot Limit 100 Foot Limit 480V FLA 600V FLA 60Hz Open NEMA 1 60Hz Open NEMA RLW-01P106 RLW-01P RLW-0P7506 RLW-0P RLW-01P606 RLW-01P RLW-01P106 RLW-01P RLW-01P606 RLW-01P RLW-01P606 RLW-01P RLW-02P106 RLW-02P RLW-02P106 RLW-02P RLW-03P406 RLW-03P RLW-03P406 RLW-03P RLW-04P806 RLW-04P RLW-04P806 RLW-04P RLW-04P806 RLW-04P RLW-04P806 RLW-04P RLW-07P606 RLW-07P RLW-07P606 RLW-07P RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 17
18 Output Selection Guide by KW 400 Volts and 690 Volts 100 Foot Limit 100 Foot Limit 400V FLA 690V FLA 50Hz Open NEMA 1 50Hz Open NEMA RLW-01P106 RLW-01P RLW-04P806 RLW-04P RLW-01P106 RLW-01P RLW-07P606 RLW-07P RLW-02P106 RLW-02P RLW-07P606 RLW-07P RLW-02P106 RLW-02P RLW RLW RLW-03P406 RLW-03P RLW RLW RLW-04P806 RLW-04P RLW RLW RLW-04P806 RLW-04P RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 18
19 Output selection guide by HP/KW and Voltage NEMA 3R Output Selection Guide by HP 208 Volts and 240 Volts 100 Foot limit 100 foot limit 208 V FLA 240 V FLA NEMA 3R 60Hz 60Hz NEMA 3R RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Output Selection Guide by HP 480 Volts and 600 Volts 100 Foot Limit 100 Foot Limit 480V FLA 600V FLA NEMA 3R 60Hz 60Hz NEMA 3R RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Output Selection Guide by KW 400 Volts and 690 Volts 400V 50Hz FLA 100 Foot Limit NEMA 3R 690V 50Hz FLA 100 Foot Limit NEMA 3R RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 19
20 Factory Configured Option Kits KIT-0038 DIN rail Mount. A DIN rail mounting option is provided to utilize standard 35mm panel mounted DIN rail for securing the reactor via two steel mounting clips. The DIN rail kit is only available on snap channel reactors up to 7 amps and indicated by figure 1-2 on mechanical table. To incorporate this option into a selected reactor add KIT-0038 to each selected RLW reactor and add $28 DIN clip list price to the list price of the reactor. Clips and hardware are shipped loose. KIT-0039 RL base mount converter plate. The base plate adaptor option will allow the RLW to use existing RL bolt hole mounting patterns. To incorporate this option into a selected reactor add KIT-0039 to each selected RLW reactor and add $38 base mount list price to the list price of the reactor. Base plate hardware is shipped loose. KIT-0040 Vibration pads for enclosure mounting. Vibration isolation for enclosed reactors may be fitted with an optional vibration pad to dampen cabinet vibrations from the reactor. To incorporate this option into a selected reactor add KIT-0040 to each selected RLW reactor and add $51 vibration pads list price to the list price of the reactor. Vibration pads are shipped loose. Note: The above listed options may affect product lead times consult the factory for scheduled delivery for these options. Form RLW-TRM-E March 2011 Page 20
21 Mechanical Data Open Panel RMS Open Part Number Dimension in inches Amps Open PN Wt Fig A width B Height C Depth D E F RLW-00P RLW-00P RLW-00P RLW-00P RLW-0P RLW-0P RLW-0P RLW-0P RLW-01P RLW-01P RLW-01P RLW-01P RLW-01P RLW-01P RLW-01P RLW-01P RLW-02P RLW-02P RLW-02P RLW-02P RLW-03P RLW-03P RLW-03P RLW-03P RLW-04P RLW-04P RLW-04P RLW-04P RLW-07P RLW-07P RLW-07P RLW-07P RLW RLW RLW RLW RLW RLW RLW RLW Note: DIN rail kit only available for figure 1-2 units only. Dimensional details contained here depict overall reactor sizes. See mtecorp.com for complete mechanical details and CAD drawing download. Form RLW-TRM-E March 2011 Page 21
22 Open Panel, Cont. RMS Open Part Number Dimension in inches Amps Open PN Wt Fig A width B Height C Depth D E F RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Dimensional details contained here depict overall reactor sizes. See mtecorp.com for complete mechanical details and CAD drawing download. Form RLW-TRM-E March 2011 Page 22
23 Open Panel, Cont. RMS Open Part Number Dimension in inches Amps Open PN Wt Fig A width B Height C Depth D E F RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Dimensional details contained here depict overall reactor sizes. See mtecorp.com for complete mechanical details and CAD drawing download. Form RLW-TRM-E March 2011 Page 23
24 Mechanical Data, Cont. Enclosed Reactor RMS NEMA 1 Amps Part Number Weight/LBS. Figure RLW-00P RLW-00P RLW-00P RLW-00P RLW-0P RLW-0P RLW-0P RLW-0P RLW-01P RLW-01P RLW-01P RLW-01P RLW-01P RLW-01P RLW-01P RLW-01P RLW-02P RLW-02P RLW-02P RLW-02P RLW-03P RLW-03P RLW-03P RLW-03P RLW-04P RLW-04P RLW-04P RLW-04P RLW-07P RLW-07P RLW-07P RLW-07P RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 24
25 Enclosed Reactor, Cont. RMS NEMA 1 Amps Part Number Weight/LBS. Figure RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 25
26 Enclosed Reactor, Cont. RMS NEMA 1 NEMA 3R Amps Part Number Weight/LBS. Figure Part Number Weight/LBS. Figure RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 26
27 Reactor Electrical Data RMS Amps Open PN NEMA 1 Inductance mh Watts Loss RLW-00P501 RLW-00P RLW-00P503 RLW-00P RLW-00P505 RLW-00P RLW-00P506 RLW-00P RLW-0P7501 RLW-0P RLW-0P7503 RLW-0P RLW-0P7505 RLW-0P RLW-0P7506 RLW-0P RLW-01P101 RLW-01P RLW-01P103 RLW-01P RLW-01P105 RLW-01P RLW-01P106 RLW-01P RLW-01P601 RLW-01P RLW-01P603 RLW-01P RLW-01P605 RLW-01P RLW-01P606 RLW-01P RLW-02P101 RLW-02P RLW-02P103 RLW-02P RLW-02P105 RLW-02P RLW-02P106 RLW-02P RLW-03P401 RLW-03P RLW-03P403 RLW-03P RLW-03P405 RLW-03P RLW-03P406 RLW-03P RLW-04P801 RLW-04P RLW-04P803 RLW-04P RLW-04P805 RLW-04P RLW-04P806 RLW-04P RLW-07P601 RLW-07P RLW-07P603 RLW-07P RLW-07P605 RLW-07P RLW-07P606 RLW-07P RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 27
28 Reactor Electrical Data, Cont. RLW Reactors RMS Amps Open PN NEMA 1 Inductance mh Watts Loss RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 28
29 Reactor Electrical Data, Cont. RMS Amps Open PN NEMA 1 NEMA 3R Inductance mh Watts Loss RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW RLW Form RLW-TRM-E March 2011 Page 29
30 Outline Drawings Figure 1 Snap Base Mount Figure 2 35mm DIN Mount option Form RLW-TRM-E March 2011 Page 30
31 Figure 3 Standard Mounting See mtecorp.com for complete mechanical details and CAD drawing download. Form RLW-TRM-E March 2011 Page 31
32 Outline Drawings Figure 4 Cab 8 Figure 5 Cab 13V Form RLW-TRM-E March 2011 Page 32
33 Figure 6 Cab 17V Figure 7 Cab 17C Form RLW-TRM-E March 2011 Page 33
34 Figure 8 Cab 26C Form RLW-TRM-E March 2011 Page 34
35 Specification Data Impedance basis Calculation: % Z= (I/V) x 2πfL 3 x 100 Service Factor: Line (continuous): 100% Load output side 80% de-rated for 100 foot long lead limit Overload Rating Line side 150% of RMS rating for 1 minute 200% of RMS rating for 10 seconds Maximum system voltage 690 Volts Switching frequency Maximum 20 KHz Minimum 1 KHz Insulation system Temperature rise Ambient temperature Altitude (de-rate above) Fundamental frequency 200º C 140 C (average) Full load: -40 to 50º C Open -40 to 45º C Enclosed -40 to 90º C Storage 1000 meters 3300 feet 50/60 Hz de-rate above 60 Hz Inductance tolerance +/- 10% Inductance curve (typical) Dielectric Strength Max audible level at two meters: 100% at 100% current 80% at 150% current 50% at 200% current 4000 volts RMS (2200 volts peak repetitive) Line applications: 65 dba Load applications: 76 dba Approvals: Up to 600V:CE,UL-508,Type RL cul per CSA C V: CE. Consult Factory for UL on 690V Note: Short circuit rating not required under Exception No.1 of UL508A SB4.2.1 effective 4/25/06 Enclosures: DIN Rail Mount: MTECab-8, 13V, 17V have NEMA1 Cab 12C and up are NEMA1 rated as NEMA 2 (Indoor rating with ripping water protection) MTE NEMA 3R is a type 3R outdoor rating 2 spring steel screw mounts for 35mm rail With screws Form RLW-TRM-E March 2011 Page 35
36 De-Rating Curves Altitude Derating Curve Current De-Rating Factor Altitude (Feet) Reactor Temperature De-Rating Current De-Rating Factor Ambient Temperature Deg. C Form RLW-TRM-E March 2011 Page 36
37 Non Standard Product Request 1. % Impedance. 2. Application: Line / load / other:. 3. HP or FLA rating. 4. Fundamental frequency. 5. Harmonic content of load current. 6. Overload current and duration. 7. Special Reactor tolerance. 8. Special Enclosure request. 9. Special product approvals. 10. Reduced sound two meters. Number of units requested Target date for product delivery. Form RLW-TRM-E March 2011 Page 37
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