Summary of Contents for Rockwell Automation Allen-Bradley PowerFlex 750 Series
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Hardware Service Manual Original Instructions PowerFlex 750-Series Products with TotalFORCE Control Catalog Numbers 20G, 20J...
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If this equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired. In no event will Rockwell Automation, Inc. be responsible or liable for indirect or consequential damages resulting from the use or application of this equipment.
Install the Stirring Fan Assembly......62 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Install the LCL Filter Capacitor ......94 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Remove the Current Sense Circuit Board....132 Install the Current Sense Circuit Board ....137 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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IP54, 800/1000 mm Wide Door Vent Filters Replacement ..180 Remove the IP54, 800/1000 mm Wide Door Vent Filters . . . 180 Install the IP54, 800/1000 mm Wide Door Vent Filters ..181 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Install the IP54 Exhaust Fan....... 219 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Install the Balance Resistors ....... 254 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Install the Thermal Switch ....... . 289 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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............345 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Maintenance of Solid State Control, publication SGI-1.1 Product Certifications website, http:// Provides declarations of conformity, certificates, and www.rockwellautomation.com/global/certification/ other certification details. overview.page You can view or download publications at http://www.rockwellautomation.com/global/literature-library/overview.page. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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IMPORTANT Once the product is connected to a power supply, always verify that system power is not present before performing any work on the product. See safety- related practices that are contained in publication NFPA 70E, Standard for Electrical Safety in the Work Place. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Class 1 Light-emitting Diode Product ATTENTION: Hazard of permanent eye damage exists when using optical transmission equipment. This product emits intense light and invisible radiation. Do not look into module ports or fiber-optic cable connectors. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
• Measure the AC input terminals R/L1, S/L2, and T/L3, L to L and L to chassis GND (PE). • Measure the DC output terminals DC+ and DC–, DC+ to DC–, DC+ to chassis GND (PE), and DC– to chassis GND (PE). Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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U/T1, V/T2, W/T3 AC output motor terminals shield R/L1, S/L2, T/L3 AC line input power terminals PE grounding stud Termination point to chassis ground for motor shield DC+, DC– DC bus terminals — — — Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
On the input bay, turn the AC precharge disconnect switch to the “Off ” position. b. Wait 15 minutes. c. Open the enclosure door. d. Close and lock the hasp on the circuit breaker. e. Lock the fused disconnect switch. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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T, measure L to L and L to chassis GND. • By using the DC bus testpoints +DC and –DC, measure +DC to –DC, +DC to chassis GND, and –DC to chassis GND. Frame 9, IP21 UL Type 1 Input Bay Shown Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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–DC on the front of the power modules, measure the DC bus voltage of all power modules and verify that there is no voltage present on the bus capacitors. Measure +DC to –DC, +DC to chassis GND, and –DC to chassis GND. Frames 8…15 Power Module Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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AC Precharge Circuit Breaker • For frames 8…15 drives and bus supplies, in the input bay, measure terminals L and N on terminal block TB2. Frame 10 Input Bay Shown AC Precharge Circuit Breaker Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Before You Begin Tests, Maintenance, or Repairs Chapter 1 • For control bays, measure terminal L at FH2-2 and terminal N at terminal block TB4. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Connected Components Workbench™ software is an application that can be used to upload and download parameter configuration and monitor system parameters. Connected Components Workbench version 10.xx or later is required for use with PowerFlex 755T products. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
The numeric illustration labels are for your assistance. • Drive components do not contain these labels. Figure 2 - Two-point Mounting Initial Sequence Final Sequence Figure 3 - Four-point Mounting Initial Sequence Final Sequence Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Before You Begin Tests, Maintenance, or Repairs Chapter 1 Figure 4 - Six-point Mounting Initial Sequence Do not exceed 0.7 N m (6 lb in) on initial torque of all six screws. • • Final Sequence Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 1 Before You Begin Tests, Maintenance, or Repairs Notes: Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
PowerFlex® 750-Series products with TotalFORCE® Control. Recommended Rockwell Automation recognizes that following a defined maintenance schedule delivers the maximum product availability. By strictly following the maintenance Preventative Maintenance schedule of tasks that is provided for your operating environment, you can expect the highest possible uptime.
Use the predictive maintenance parameters to determine a replacement schedule for components in shaded table rows. Review A discussion with Rockwell Automation personnel is recommended to help determine whether any of the enhancements/changes made to the drive hardware and control could benefit the application.
Below 0.7 g peak, the maximum total shock events should not exceed 2000 cycles. 1.00 10.00 100.00 1000.00 Maximum number of shock events Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
NEMA) Standard No. ICS 1.3, Preventive Maintenance of Industrial Control and Systems Equipment, for general guidelines for defining a periodic maintenance program. Some specific guidelines for Rockwell Automation products are listed here. Contamination - If inspection reveals that dust, dirt, moisture, or other contamination has reached the control equipment, the cause must be removed.
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– if lubrication during use or maintenance of these devices is needed, it is specified in their individual instructions. If in doubt, consult your nearest Rockwell Automation sales office for information. Contacts - Check contacts for excessive wear and dirt accumulation. Wipe contacts with a soft cloth, if necessary, to remove dirt.
See NEMA Standards Publication No. ICS-2, Part ICS2-302 for procedures. For replacements, use only parts and devices that Rockwell Automation recommends maintaining the integrity of the equipment. Make sure that the parts are properly matched to the model, series, and revision level of the equipment.
• Power bay, 400/600 mm wide - see page 221. • Power bay, 800 mm wide - see page 222. • Wire entry/exit bay, 400 mm wide - see page 285. • Wire entry/exit bay, 800 mm wide - see page 285. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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7. For frames 5 and 6, inspect the power feedback circuit board. If any components, particularly the resistors, show evidence of burn marks or breakage, replace the circuit board without further testing. For frame 5, see page 67. For frame 6, see page 87. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
3. For frames 7…15, remove the power module from the enclosure. • For frame 7, see Remove the Power Module from the Enclosure on page 113. • For frames 8…15, see Power Module Replacement on page 236. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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This voltage reading is the residual bus voltage plus the drop through the low side diodes. The meter gradually charges the bus, and the voltage slowly increases, until eventually the meter switches to “.OL”. This increase can take several minutes to occur. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Component Inspection and Test Procedures Chapter 3 Figure 5 - Frames 5 and 6 Power Terminal Locations Frame 5 Frame 6 Item Name R/L1, S/L2, T/L3 DC+, DC– U/T1, V/T2, W/T3 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 3 Component Inspection and Test Procedures Figure 6 - Frame 7 Power Module Power Terminal Locations Connection Connection R/L1, U/T1 –DC S/L2, V/T2 T/L3, W/T3 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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• For frames 8…15, replace the power module. See Power Module Replacement on page 236. 6. Complete the procedures in Chapter 11 - Chapter on page before placing the drive back into service. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
• AC precharge fused disconnect fuses. For frames 8…15, see AC Precharge Fused Disconnect (FD1) Fuses Replacement on page 199. • IP54 exhaust fan fuse. See IP54 Exhaust Fan Fuse Replacement on page 212. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Continuity test the fuse or fuses. 4. Replace a fuse as necessary. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 3 Component Inspection and Test Procedures Notes: Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
See page Cooling Components Stirring Fan Assembly SK-RM-MFAN1-F5 See page Heatsink Fan Assembly SK-RM-HSFAN1-F5 See page Fan Power Supply Circuit Board SK-RM-PSB1-F5-F6 See page Accessories Kits Potential Earth (PE) Jumper SK-RM-JMPR1-F5 See page Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
M4 x 8 mm F - 6.4 mm (0.25 in.) or 4 mm hex 2.6 N m (23 lb • • Install the Cover Install the cover in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
15. 3. Loosen the two captive thumb screws on the control pod access cover and remove the cover. T15 or F - 6.4 mm (0.25 in.) 0.45 N m (4 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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5. Disconnect the HIM cable from the port on the main control board. M3 x 6.4 mm T15 or F - 5 mm (0.19 in.) 0.45 N m (4 lb • • Control Pod Shown Removed from Drive for Clarity Only. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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7. Disconnect the plug-in terminal block (TB1) on the bottom of the main control board. 8. Disconnect the HIM plug-in terminal block for the mini-DIN (port 2) connector on the control board. Control Pod Shown Removed from Drive for Clarity Only. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
T15 or F - 5 mm (0.19 in.) 0.45 N m (4 lb • • Install the Main Control Circuit Board Install the main control circuit board in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
4. Disconnect the wire harness connector P12 from connector P1 on the fan assembly bracket. 5. Loosen the two captive screws that secure the fan assembly to the chassis and remove the fan assembly. 2.6 N m (23 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
4. Carefully pull the bottom of the fan assembly away from the chassis and release the three tabs from the chassis. The power wire harness is connected inside the chassis. — 2 N•m (18 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
5. Disconnect the fan wire harness connector P2 from connector J2 inside the chassis and remove the fan assembly. Install the Heatsink Fan Assembly Install the heatsink fan assembly in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
3. Remove the cover from the chassis. See Remove the Cover on page 56. 4. Disconnect these cable connectors from the fan power supply circuit board: • P1 from J1 • P2 from J2 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
M4 x 10 mm 2.0 N•m (18.0 lb•in) Install the Fan Power Supply Circuit Board Install the fan power supply circuit board in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
• Verify that the jumper is installed in the correct position as required for your grounding scheme and application. See the PowerFlex 750-Series Products with TotalFORCE Control, Installation Instructions, publication 750-IN100, for jumper configuration. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
If used, disconnect any I/O wiring terminal blocks from an installed option module. Control Pod Shown Removed from Drive for Clarity Only. Option Modules Not Shown for Clarity Only. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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T20 or F - 6.4 mm (0.25 in.) 2.3 N m (20 lb • • M5 x 10 mm T25 or F - 6.4 mm (0.25 in.) 3.6 N m (32 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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M4 x 10 mm T20 or F - 6.4 mm (0.25 in.) 2.3 N m (20 lb • • 9. Dispose of the circuit board and bracket. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
• Verify that the connector on the right side of the control pod seats properly on the edge connector on the top of the power feedback board when you re-install the control pod. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
6. Cut the cable tie that secures the capacitor to the bracket, and remove the capacitor. 3 MM 1.8 N m (16.0 lb • • 19 mm 9.0 N m (80 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
4. Insert all three legs of the resistor that is supplied with the kit into the terminal block at the top of the capacitor and secure the resistor. 3 mm 1.8 N m (16.0 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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5. Install the filter capacitor in the reverse order of removal. • Verify the placement of the resistor and new cable tie as shown here. Wire Harness From Power Circuit Board Outside of Resistor Chassis Cable Tie Head Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
SK-RM-JMPR1-F6 See page (1) 480V 6 A drives have one capacitor. All other drive and bus supply power ratings have two capacitors. You must order two kits to replace both capacitors, where applicable. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
M4 x 8 mm F - 6.4 mm (0.25 in.) or 4 mm hex 2.6 N m (23 lb • • Install the Cover Install the cover in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
15. 3. Loosen the two captive thumbscrews on the control pod access cover and remove the cover. T15 or F - 6.4 mm (0.25 in.) 0.45 N m (4 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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5. Disconnect the HIM cable from the port on the main control board. Control Pod Shown Removed from Drive for Clarity Only. M3 x 6.4 mm T15 or F - 5 mm (0.19 in.) 0.45 N m (4 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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7. Disconnect the plug-in terminal block (TB1) on the bottom of the main control board. 8. Disconnect the HIM plug-in terminal block for the mini-DIN (port 2) connector on the control board. Control Pod Shown Removed from Drive for Clarity Only. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
T15 or F - 5 mm (0.19 in.) 0.45 N m (4 lb • • Install the Main Control Circuit Board Install the main control circuit board in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
T20 or F - 6.4 mm (0.25 in.) 2.6 N m (23 lb • • Install the Stirring Fan Assembly Install the stirring fan assembly in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
6. Disconnect the fan power wire harness connector from the connector inside the chassis and remove the fan assembly. M4 x 8 mm 2.6 N m (23 lb • • Cover Shown Removed for Clarity Only. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Remove the cover from the chassis. See Remove the Cover on page 76. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Frame 6 Components Chapter 5 4. Disconnect the cable connectors from the fan power supply circuit board: • P1 from J1 • P2 from J2 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
T20 or F - 6.4 mm (0.25 in.) 2.3 N m (20 lb • • Install the Fan Power Supply Circuit Board Install the fan power supply circuit board in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
If used, disconnect any I/O wiring terminal blocks from an installed option module. Control Pod Shown Removed from Drive for Clarity Only. Option Modules Not Shown for Clarity Only. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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6. Remove the four M4 x 10 mm slotted torx screws that secure the control pod to the chassis and remove the control pod. M4 x 10 mm 5, 6 T20 or F - 6.4 mm (0.25 in.) 2.3 N m (20 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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M4 x 10 mm 2.8 N m (25 lb • • 8. Dispose of the circuit board and bracket. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
• Verify that the connector on the right side of the control pod seats properly on the edge connector on the top of the power feedback board when you re-install the control pod. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
4. Remove the M12 hex nut that secures the capacitor to the bracket. 5. Cut the cable ties that secures the capacitor to the bracket and discard the cable ties. 19 mm 9.0 N m (80 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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R, S and T on the capacitor terminal block at the top of the capacitor, and remove the wires. Retain all wires for reuse. 3 mm 1.8 N m (16.0 lb Interconnection • • Wires From Power Circuit Board Resistor Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Frame 6 Components Chapter 5 7. Remove the capacitor from the drive. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
T on the right side of the capacitor terminal block. • When two capacitors are used, install the wire harness is connected to the right side of the right-most capacitor terminal block. See step 6 page for wiring orientation. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
(so it does not interfere with the cover when it is replaced). Position the Cable Tie Heads to the Side of the Capacitors. 19 mm 9.0 N m (80 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
“F” in “EnnnFnnn” identifies a circuit board compatible with a power module that is rated for 600/690V, respectively. “nnn” in “CnnnDnnn” and “EnnnFnnn” identifies the amp rating the power module that the circuit board is compatible with. (2) Each kit contains two filters. Frame 7 enclosures require two kits (four filters). Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow these steps to remove the control pod cover. 1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow these steps to remove the control pod fan assembly. 1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Fan Assembly 0.45 N m (4 lb • • Install the Control Pod Fan Assembly Install the control pod fan assembly in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Control Pod Shown Removed from Drive and Outer Control Pod Chassis for Clarity Only. M3 x 6.4 mm T15 or F - 5 mm (0.19 in.) 0.45 N m (4 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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9. Disconnect the HIM plug-in terminal block for the mini-DIN (port 2) connector on the control board. Control Pod Shown Removed from Drive and Outer Control Pod Chassis for Clarity Only. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
T15 or F - 5 mm (0.19 in.) 0.45 N m (4 lb • • Install the Main Control Circuit Board Install the main control circuit board in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
9. Route the fiber optic cables through the grommets in the bottom of the control pod carefully, and coil the fiber-optic cable and secure in a protected location. Follow the minimum bend radius requirement. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Disconnect the plug-in terminal blocks. b. Loosen the two captive thumb screws that secure the option module to the control pod chassis and remove the option module. Final torque for re-assembly is 0.45 N•m (4 lb•in). Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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15. If installed, disconnect the customer supplied 24V supply power wire connector P13 from connector J13 on the fiber-optic interface board. Route Cables Through Grommets 16. Route all cables through the grommets in the bottom of the control pod. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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13 mm torx screws that secure the hinged mounting bracket to the inside edge of the enclosure and remove the control pod assembly. M5.5 x 13 mm 4.8 N m (42 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Without bending the cable to a radius less than 50 mm (2 in.), fully insert the fiber-optic cable into the transceiver. b. Insert the transceiver and fiber-optic cable into the connector on the board, until you hear an audible ‘click.’ Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
4. Below the fan assembly, reach through the opening in the front of the power or LCL filter module chassis, and disconnect the fan power supply connector P4 from J4 on the fan assembly. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow these steps to remove the protective guard. 1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
• Be sure to secure the HIM cable to the guard with a new cable tie. ATTENTION: To avoid an electric shock or burn hazard, never energize the drive or bus supply with the protective guards removed. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
5. Pull out on the tabs at the top of the fuse holder and remove the fuse. Install the Control Transformer Fuses Install the control transformer fuses in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the enclosure door. 4. Remove the protective guard. See Remove the Protective Guard on page 110. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Minimum inside bend radius for fiber-optic cable is 50 mm (2 in.). Any bends with a shorter inside radius can permanently damage the fiber-optic cable. Signal 50 mm (2 in.) attenuation increases as inside bend radius is decreased. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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P3 from J3 on the I/O panel on the power module. 10. Disconnect the 240V AC and optional 24V DC power supply wire harness connector P4 from J4 on the I/O panel on the power module. Fiber-optic Ports Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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DC terminals on the motor side converter power module and remove the DC link/fuse assembly. Regenerative Drive Configuration Shown. 19 mm 45 N•m (398 lb•in) LCL Filter Module Not Shown for Clarity Only 17 mm 37.9 N•m (336 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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13. For the line side converter power module, remove the six M8 x 30 mm torx screws that secure the AC input flexible bus bars to the AC input terminals on the power module, and remove the flexible bus bars. M8 x 30 mm 19.8 N•m (175 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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14. For the motor side inverter module, remove the six M8 x 30 mm torx screws that secure the AC output flexible bus bars to the AC output terminals on the power module, and remove the flexible bus bars. M8 x 30 mm 19.8 N•m (175 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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PowerFlex 755T Module Service Ramp Instructions, publication 750-IN108. 18. To release the power module, remove the two remaining M10 screws. 19. Remove the power module from the enclosure. M10 x 20 mm 19.8 N•m (175 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
3. Open the enclosure door. 4. Remove the protective guard. See Remove the Protective Guard on page 110. 5. Remove the power module from the enclosure. See Remove the Power Module from the Enclosure on page 113. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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8. Remove the 13 M5 x 10 mm torx screws that secure the right side cover to the power module and remove the cover. M5 x 12 mm 6, 7 2.6 N•m (23.0 lb•in) M5 x 10 mm 6.0 N•m (53.0 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 6 Frame 7 Components 9. Disconnect the cable connector P13 from connector J13 on the power layer interface circuit board. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Minimum inside bend radius for fiber-optic cable is 50 mm (2 in.). Any bends with a shorter inside radius can permanently damage the fiber-optic cable. Signal 50 mm (2 in.) attenuation increases as inside bend radius is decreased. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
5. Remove the power module from the enclosure. See Remove the Power Module from the Enclosure on page 113. 6. Remove the power layer interface circuit board from the power module. See Power Layer Interface Circuit Board Replacement on page 120. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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7. Disconnect these cable connectors from the power interface circuit board: • P3 from J3 • P4 from J4 • P7 from J7 • P8 from J8 • P9 from J9 • P10 from J10 • P11 from J11 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
EMI shield and remove the board. M4 x 18 mm 2.6 N•m (23.0 lb•in) Install the Power Interface Circuit Board Install the power interface circuit board in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the enclosure door. 4. Remove the protective guard. See Remove the Protective Guard on page 110. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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8. Disconnect the 24V DC signal wire harness connector P3 from J3 on the I/O panel in the line side converter power module. – 8 (J3) P2 or F - 6.4 mm (0.25 in.) 1.8 N m (16 lb • • 7 (PDI Fiber-optic Port) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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10. Remove the two M8 x 30 mm torx screws that secure each of the LCL filter AC output flexible bus bars to the AC input terminals on the line side converter power module and remove the bus bars. M8 x 30 mm 19.8 N•m (175 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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M10 x 20 mm 19.8 N•m (175 lb•in) Circuit Breaker AC Output Flexible Bus Bars and Fuses Not Shown for Clarity Only. Fuse and 240V AC Power Harness Connections at Back of Module. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Minimum inside bend radius for fiber-optic cable is 50 mm (2 in.). Any bends with a shorter inside radius can permanently damage the fiber-optic cable. Signal 50 mm (2 in.) attenuation increases as inside bend radius is decreased. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
4. Remove the protective guard. See Remove the Protective Guard on page 110. 5. Remove the LCL filter module from the enclosure. See Remove the LCL Filter Module from the Enclosure on page 127. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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6. Remove the two M5 x 12 mm torx screws that secure the connector mounting plate and connectors J1 and J2 to the protective cover on the back of the LCL filter module. M5 x 12 mm 2.6 N•m (23.0 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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LCL filter module chassis and remove the cover. 8. Route the 24V DC control power supply wire harness and connector P3 through the grommet on the cover. M5 x 12 mm 2.6 N•m (23 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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• P4 from J4 • P5 from J5 • P6 from J6 • P8 from J8 • P13 from J13 • P14 from J14 (must be reused to maintain the rating of the LCL filter module) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Frame 7 Components 11. Remove the five M4 x 12 mm torx screws that secure the current sense circuit board to the chassis and remove the board. M4 x 12 mm 2.6 N•m (23 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Without bending the cable to a radius less than 50 mm (2 in.), fully insert the fiber-optic cable into the transceiver. 3. Insert the transceiver and fiber-optic cable into the port on the board, until you hear an audible ‘click.’ Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Roof Fan 240V Control Power Fuse (FH3) SK-RM-IBFH3-FUSE3x-Fn See page (1) These components are contained in the control bay for frame 8 and 9 drives and bus supplies. Removal procedures are included in Chapter 6 - Power Bay Components. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Chapter 7 Control Bay and Control Pod Components Figure 8 - Control Bay Ventilation Kits Identification Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Control Bay and Control Pod Components Chapter 7 Figure 9 - Control Pod Assembly Kits Identification Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Slide the vent up to release the tabs from the slots in the vent assembly and remove the vent. 4. Remove the filter from the vent cover. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the control bay or input bay enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2.6 N m (23 lb • • 13 mm 2.6 N m (23 lb • • Install the IP21/IP54 Roof Vent Fan Install the IP21/IP54 roof vent fan in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Install the IP21/IP54 Door Vent Filter IMPORTANT Verify that the Rittal logo on the fiber filter media points inward, toward the interior of the enclosure. Install the IP21/IP54 door vent filter in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow these steps to remove the control pod cover. 1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the control bay enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
• • The Control Pod is Shown Separated from the Control/Input Bay to Clarify the Instructions Only. Install the Control Pod Cover Install the control pod cover in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
However, it is possible to remove the fiber-optic cables without removing the boards. This procedure assumes that all fiber-optic ports are used. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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M0…M9 Fiber transceiver ports for the fiber-optic connections from CNTL on the power layer interface board in power modules that are used as motor side inverters. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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• • 7. For each fiber-optic cable, remove the cable from the transceiver. 8. For each fiber transceiver board, remove the transceivers from the connector on the board. Retain the transceivers for reuse. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
1. Without bending the cable to a radius less than 50 mm (2 in.), fully insert the fiber-optic cable into the transceiver. 2. Insert the transceiver with fiber-optic cable into the port on the board, until you hear an audible ‘click.’ Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
90° horizontal position. 6. Disconnect the HIM cable from the port on the main control board. M3 x 6.4 mm T15 or F - 5 mm (0.19 in.) 0.45 N m (4 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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8. Disconnect any Ethernet cables from the ports on the bottom of the main control board. 9. Disconnect the plug-in terminal block (TB1) on the bottom of the main control board. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
T15 or F - 5 mm (0.19 in.) 0.45 N m (4 lb • • HIM Bezel Not Shown for Clarity Only. Install the Main Control Circuit Board Install the main control circuit board in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
4. Remove the control pod cover. See Control Pod Cover Removal on page 146. 5. Remove the main control circuit board. See Main Control Circuit Board Replacement on page 152. 6. Disconnect and remove any option modules from the backplane circuit boards. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
M4 x 8 mm T20 or F - 5 mm (0.19 in.) 2.6 N m (23 lb • • Install the Backplane Circuit Board Install the backplane circuit board in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
6. Disconnect the two fan power supply connectors from connectors J18 and J25 on the fiber-optic interface board. 7. If installed, disconnect the customer supplied 24V supply power wire connector P13 from connector J13 on the fiber-optic interface board. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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11. For each motor side converter, disconnect the fiber-optic cable from the Mn port on the fiber transceiver board. Carefully coil the fiber-optic cable and secure in a protected location. Follow the minimum bend radius requirement. ACP0 ACP1 / TAM Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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90° horizontal position. 13. Disconnect the HIM cable from the port on the main control board. M3 x 6.4 mm T15 or F - 5 mm (0.19 in.) 0.45 N m (4 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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18. If installed, remove the option module in slot 7, by loosening the two captive thumb screws on the module and by pulling the board out of the control pod. The tightening torque for installation is the same as for the main control board. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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19. Loosen the three captive thumb screws that secure the main control board to the pod chassis and remove the board. – T15 or F - 5 mm (0.19 in.) 0.45 N m (4 lb • • HIM Bezel Not Shown for Clarity Only. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Take steps to be sure that the screws do not fall into the drive below. M4 x 8 mm T20 or F - 6.4 mm (0.25 in.) 2.6 N m (23 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Remove the board from the control pod. M4 x 8 mm T20 or F - 6.4 mm (0.25 in.) 2.6 N m (23 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the control bay enclosure door. 4. Remove the control pod cover. See Control Pod Cover Removal on page 146. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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7. Loosen the two captive thumb screws on the fan assembly and pull the assembly out and off the pod chassis. – T20 or F - 6.4 mm (0.25 in.) 2.6 N m (23 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
7. For each line side inverter, disconnect the fiber-optic cable from the Ln port on the fiber transceiver board. Carefully coil the fiber-optic cable and secure in a protected location. Follow the minimum bend radius requirement. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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8. For each motor side converter, disconnect the fiber-optic cable from the Mn port on the fiber transceiver board. Carefully coil the fiber-optic cable and secure in a protected location. Follow the minimum bend radius requirement. ACP0 ACP1 / TAM Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Disconnect the plug-in terminal blocks. b. Loosen the two captive thumb screws that secure the option module to the control pod chassis and remove the option module. Final torque for re-assembly is 0.45 N•m (4 lb•in). Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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14. Disconnect the two fan power supply connectors from connectors J18 and J25 on the fiber-optic interface board. 15. If installed, disconnect the customer supplied 24V supply power wire connector P13 from connector J13 on the fiber-optic interface board. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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17. Slide the pod up, so that the keyholes on the pod clear the mounting screws, and remove the control pod. M4 x 8 mm T20 or F - 5 mm (0.19 in.) 2.6 N m (23 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
1. Without bending the cable to a radius less than 50 mm (2 in.), fully insert the fiber-optic cable into the transceiver. 2. Insert the transceiver and fiber-optic cable into the connector on the board, until you hear an audible ‘click.’ Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 7 Control Bay and Control Pod Components Notes: Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Control Power Components 240V Power Distribution Fuse (FH2) SK-RM-IBFH2-FUSE2x-Fn Frame 8 and 9, seeFigure 14 See page page Roof Fan 240V Control Power Fuse (FH3) SK-RM-IBFH3-FUSE3x-Fn See page Frame 10…12, see Figure 13 page Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 8 Input Bay Components Figure 10 - Frame 8 and 9 Input Bay Ventilation Kits Identification Frame 9 Input Bay Shown Vent Cover Shown Removed for Clarity Only Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Input Bay Components Chapter 8 Figure 11 - Frame 10…12 Input Bay Ventilation Kits Identification Frame 10 Input Bay Shown Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 8 Input Bay Components Figure 12 - Input Bay Frame 8 and 9 AC Precharge Module Kits Identification Frame 9AC Precharge Module Frame 8 AC Precharge Module Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Input Bay Components Chapter 8 Figure 13 - Input Bay Frame 10…12 AC Precharge Module and Control Components Kits Identification Frame 12 Input Bay Shown Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 8 Input Bay Components Figure 14 - Frame 8 and 9 Input Bay Control Power Kits Identification Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
3. Lift the tab on the top center of the vent cover and rotate out the cover. 4. Remove the fiber filter from the vent housing. Vent Cover Shown Removed for Clarity Only Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
5. Pull the top edge of the fiber filter out and lift it off the cassette. M4 x 10 mm P2 or F - 6.4 mm (0.25 in.) 1.1 N m (10 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow these steps to remove the IP21, 800/1000 mm wide door vent filter. 1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow these steps to remove the IP54/21, 1000 mm wide door vent fan. 1. Review the Product Advisories on page 14.Remove power from the system. 2. See Remove Power from the System on page 15. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
You must remove the guards to access other components inside the input bay. Remove the Guards Follow these steps to remove and replace the guards. 1. Review the Product Advisories on page 14. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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• 600 mm wide input bay guards require removal of six screws. • 1000 mm wide input bay guards require removal of 28 screws. M5.5 x 13 mm 2.6 N m (23 lb • • Frame 8 Input Bay Frame 9 Input Bay Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Input Bay Components Chapter 8 Frames 10…15 Input Bay (Frame 10 Shown) M5.5 x 13 mm 2.6 N m (23 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the input bay enclosure door. 4. Remove the guard from the enclosure. See Guard Removal on page 183. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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AC precharge module chassis or enclosure side sheet and slide the panel out of the chassis. M5 x 12 mm 2.6 N m (23 lb • • 5 and 6 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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• P2 from J2 • P3 from J3 • P4 from J4 • P5 from J5 • P6 from J6 • P7 from J7 • P11 from J11 • P12 from J12, if present Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
15. 3. Open the input bay enclosure door. 4. Remove the guard from the enclosure. See Guard Removal on page 183. 5. Disconnect the wires from top terminals on the time delay relay. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
4. Remove the guard from the enclosure. See Guard Removal on page 183. 5. Disconnect connector P15 from the module. 6. Remove the torx screw or hex nut that secures the ground wire to the appropriate PE-A1 terminal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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8. Remove the two M4 x 10 mm slotted-torx screws that secure the TVSS module to the panel and remove the module. M4 x 10 mm T20 or F - 6.4 mm (0.25 in.) 2.6 N m (23 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the input bay enclosure door. 4. Remove the guard from the enclosure. See Guard Removal on page 183. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
5. Pull out the tabs at the top of the fuse holders and remove the fuses. Frame 8 AC Precharge Module Frame 10 Input Bay Install the AC Precharge Control Board Fuses Install the AC precharge control circuit board fuses in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the input bay enclosure door. 4. Remove the guard from the enclosure. See Guard Removal on page 183. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Fuse holder (labeled FH3) is on the control panel in the input bay. Follow these steps to remove and replace the roof fan 240V control power fuse. 1. Review the Product Advisories on page 14. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
5. Pull out on the tab on the fuse holder and remove the fuse. Control Bay Frame 10 Input Bay Install the Roof Fan 240V Control Power Fuse Install the roof fan 240V control power fuse in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the input bay enclosure door. 4. Remove the guard from the enclosure. See Guard Removal on page 183. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
5. Pull out on the tabs at the top of the fuse holder and remove the fuse. Frame 8 AC Precharge Module Frame 10 Input Bay Install the Control Transformer Fuses Install the control transformer fuses in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the input bay enclosure door. 4. Remove the guard from the enclosure. See Guard Removal on page 183. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Control transformers are not available as a replacement kit. See the PowerFlex 755TM IP00 Open Type Kits, Technical Data, publication 750-TD101, for a complete list of Rockwell Automation recommended control transformer vendor catalog numbers. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
DC Precharge Module Disconnect Handle SK-RM-DCPC-HNDL Figure 16 on page See page and Shaft DC Precharge Circuit Board SK-RM-DCPC1-CD (400V/480V) See page SK-RM-DCPC1-EF (600V/690V) DC Precharge Fuses SK-RM-DCFUSE1-F8 (400V/480V) See page SK-RM-DCFUSE2-F8 (600V/690V) Power Module Kits Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
SK-RM-LCLCP4-F8M (80 µF) AC Common Mode Filter Board SK-RM-EMCFB1 See page Current Sense Board SK-RM-CSB1-700 (700 A) See page SK-RM-CSB1-525 (525 A) SK-RM-CSB1-350 (350 A) SK-RM-CSB1-263 (263 A) Power and LCL Filter Module Kits Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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(3) “C” and “D” in “CnnnDnnn” identifies an LCL filter module that is rated for 400/480V, respectively. “E” and “F” in “EnnnFnnn” identifies an LCL filter module that is rated for 600/690V, respectively. “nnn” in “CnnnDnnn” and “EnnnFnnn” identifies the LCL filter module amp rating. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 9 Power Bay Components Figure 15 - Power Bay Ventilation Kits Identification 400 mm Wide Input Bay Shown Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Power Bay Components Chapter 9 Figure 16 - DC Precharge Kits Identification Figure 17 - DC Link/Fuse Kits Identification Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 9 Power Bay Components Figure 18 - Power Module Circuit Board and Jumper Kits Identification Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Power Bay Components Chapter 9 Figure 19 - Power Module Kits Identification Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 9 Power Bay Components Figure 20 - LCL Filter Module Kits Identification Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Power Bay Components Chapter 9 Figure 21 - LCL Filter and Power Module Fan Assembly and Fan Fuse Kits Identification Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 9 Power Bay Components Figure 22 - Accessory Kits Identification Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
IMPORTANT Verify that the airflow direction arrow and “X” on the fiber filter media points inward, toward the interior of the enclosure. Install the IP54 exhaust vent filters on a power bay in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Slide the front vent up to release the tabs from the slots in the vent hood and remove the vent. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Install the IP54 Exhaust Fan Fuse Install the IP54 exhaust fan fuse on a power bay in the reverse order of removal. Tightening torque for the fuse holder is 3.4 N•m (30 lb•in). Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
5. Disconnect connector P1 from connector P12 on the inside of the enclosure. 13 mm 10.2 N m (90 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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7. Remove the eight M8 x 12 mm torx screws that secure the metal screens to the front and rear of the vent housing and remove the screens. M8 x 12 mm 19.8 N m (175 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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8. Remove the four M5 x 12 mm torx screws that secure the vent assembly cover to the fan assembly and remove the cover. M5 x 12 mm m (53 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Power Bay Components Chapter 9 9. Cut the cable ties that secure the wire harness to the fan housing. 10. Disconnect the two wires from the fuse holder on the front of the vent housing. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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M3 x 20 mm 0.6 N•m (5.3 lb•in) M4 x 11 mm 3 N•m (26.5 lb•in) M5 x 5 mm 8 mm 6.5 N m (58 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
M6 x 16 mm 10 N m (90 lb • • Install the IP54 Exhaust Fan Install the IP54 exhaust fan on a power bay in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow theses steps to install the IP54, 400/600 mm wide door vent filters. IMPORTANT Verify that the weep holes on the metal mesh filter are at the bottom of the filter when installed. 1. Insert the metal mesh filter into the filter cassette cover. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
4. Remove the metal mesh filter from the cover. 600 mm Wide Door Vent Shown. M4 x 10 mm P2 or F - 6.4 mm (0.25 in.) 1.1 N m (10 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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6. Loosen the hexagonal screw that secures the disconnect handle shaft to the disconnect switch and remove the handle. M5 x 10 mm 6.2 N m (55 lb • • – 2.5 mm 0.6 N•m (5.4 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow these steps to remove the DC precharge module from the enclosure. 1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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4. Loosen the two M6 x 16 mm torx screws that secure the side guards to the enclosure. 5. Loosen the two M6 x 16 mm torx screws that secure the bottom guard to the enclosure. M6 x 16 mm 4, 5 4.8 N m (42 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 9 Power Bay Components 6. Disconnect connector P13 from J13 on the DC precharge module. 7. If present, disconnect connector P12 from J12 on the DC precharge module. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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P2 or F - 6.4 mm (0.25 in.) 1.8 N m (16 lb • • 13. Remove the fiber-optic cable from the power module chassis. 14. Remove the power module from the enclosure. See Power Module Replacement n page 236. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Minimum inside bend radius for fiber-optic cable is 50 mm (2 in.). Any bends with a shorter inside radius can permanently damage the fiber-optic cable. Signal 50 mm (2 in.) attenuation increases as inside bend radius is decreased. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. 4. Remove the DC precharge module from the enclosure. See Remove the DC Precharge Module from the Enclosure on page 224. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Retain the transceiver for reuse. 8. Disconnect these cable connectors from the DC precharge circuit board: • P1 from J1 • P2 from J2 • P3 from J3 • P9 from J9 • P10 from J10 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Power Bay Components Chapter 9 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
1. Without bending the cable to a radius less than 50 mm (2 in.), fully insert the fiber-optic cable into the transceiver. 2. Insert the transceiver and fiber-optic cable into the port on the board, until you hear an audible ‘click.’ Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
15. 3. Open the corresponding power bay enclosure door. 4. Remove the DC precharge module from the enclosure. See Remove the DC Precharge Module from the Enclosure from the Enclosure on page 224. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Side and Back Panels Not Shown for Clarity Only. 19 mm 45.0 N m (398 lb • • Install the DC Precharge Fuses Install the DC precharge fuses in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
800 mm Wide Frame 8 Drive Power Bay Shown M5.5 x 13 mm 2.6 N m (23 lb • • Install the Guard Install the guard in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. 4. If a DC link fuse assembly is installed, remove the upper guard from the enclosure. See Guard Removal on page 235. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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5. If a DC precharge module is installed, loosen the two M6 x 16 mm torx screws that secure the bottom guard to the enclosure, and remove the bottom guard. M6 x 16 mm 4.8 N m (42 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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CTL and PDI (if present) ports on the power layer interface circuit board and remove the fiber-optic cable from the power module chassis. LCL filter with two line LCL filter with one line side converter. side converters Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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12. Disconnect the cable connector P4 from connector J4 on the I/O panel in the power module remove the cable from the power module chassis. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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PowerFlex 750-Series Service Cart and DCPC Module Lift Installation Instructions, publication 750-IN105. To remove the module using PowerFlex 755TM service ramp, follow the procedures that are detailed in the PowerFlex 755T Module Service Ramp Instructions, publication 750-IN108. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
7. Disconnect the cable connector P1 from connector J1 on the I/O panel in the power module remove the cable from the power module chassis. – P2 or F - 6.4 mm (0.25 in.) 1.8 N m (16 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow these steps to remove and replace the power module PE-B1 power jumper. 1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
You must remove the circuit board tray from the power module to access the power layer interface and power interface circuit boards. Remove the Circuit Board Tray Follow these steps to remove the circuit board tray. 1. Review the Product Advisories on page 14. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Replacement on page 236. 5. Remove the three M6 x 16 mm torx screws that secure the left-side cover to the power module chassis and remove the cover. M6 x 16 mm 5.2 N•m (46 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 9 Power Bay Components 6. Disconnect the cable connector P13 from connector J13 on the power layer interface circuit board. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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• P8 from J8 • P9 from J9 • P10 from J10 • P11 from J11 • P12 from J12 8. Remove all cables from the cable mounts on the front of the circuit board tray. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Without bending the cable to a radius less than 50 mm (2 in.), fully insert the fiber-optic cable into the transceiver. 3. Insert the transceiver and fiber-optic cable into the port on the board, until you hear an audible ‘click.’ Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
IMPORTANT The power layer interface circuit board replacement kit excludes screws. Therefore, all existing screws for this board must be reused. Verify the screw size that is supplied with your circuit board tray and apply the recommended torque during reinstallation. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Circuit board trays and screw combinations for the power interface board include: • Part number PN-371633 contains five M4 x 10 mm slotted-torx screws • Part number PN-417691 contains five M4 x 18 mm slotted-torx screws Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Verify the screw size that is supplied with your circuit board tray and apply the recommended torque during reinstallation. M4 x 10 mm 2.6 N•m (23.0 lb•in) M4 x 18 mm 2.6 N•m (23.0 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. 4. Remove the power module from the enclosure. See Power Module Replacement on page 236. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 9 5. Remove the three M6 x 16 mm torx screws that secure the right-side cover to the power module chassis and remove the cover. M6 x 16 mm 5.2 N•m (46 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
8. Loosen the lower M4 nut that secures the balance resistor to the power module chassis and remove the resistors. 7, 8 7 mm 2.6 N•m (23 lb•in) Install the Balance Resistors Install the balance resistors in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
6. Remove the six M8 x 20 mm torx screws that secure the three flexible bus cables to the IGBT power terminals and pull the flexible bus cables through the opening in the current sensors. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
M8 x 20 mm 15 N•m (133 lb•in) Power Module without an Inductor Shown. M4 x 10 mm 2.6 N•m (23 lb•in) Install the Current Sensors Install the current sensors in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. 4. If present, remove the guards from the enclosure. See Guard Removal on page 235. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Minimum inside bend radius for fiber-optic cable is 50 mm (2 in.). Any bends with a shorter inside radius can permanently damage the fiber-optic cable. Signal 50 mm (2 in.) attenuation increases as inside bend radius is decreased. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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LCL filter with two line side converters. 8. Disconnect the 24V cable connector P3 from connector J3 on the I/O panel in one or more power modules and remove the cable from the chassis. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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9. Disconnect the 240V AC control power wire harness connector P4 from P2 on the LCL filter module. 10. Disconnect the AC input fuse wire harness connector P5 from P1 on the LCL filter module. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Installation Instructions, publication 750-IN105, for information on by using the service cart. 15. To release the LCL filter module, remove the two remaining M10 screws. 16. Remove the LCL1 filter module from the enclosure. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
690/700V (IEC/U.L.), 900 A one 20-750-ML1-E980F920 20-750-MACL3-F9M SK-RM-ACFUSE6-F9 170M6469 690/700V (IEC/U.L.), 1600 A 20-750-MACL2-F9M Two 20-750-ML1-C1K4D1K3 400/480V SK-RM-ACFUSE4-F9 170M6471 690/700V (IEC/U.L.), 1600 A 20-750-MACL3-F9M Two 20-750-ML1-E980F920 600/690V SK-RM-ACFUSE6-F9 170M6469 690/700V (IEC/U.L.), 1600 A Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
5. Disconnect the AC input fuse wire harness connector from fuse indicator switches on the fuses. 6. Disconnect the AC input fuse wire harness connector P5 from P1 on the LCL filter module. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
• SK-RM-LCLCP1-F8M (30 µF) • SK-RM-LCLCP2-F8M (41 µF) • SK-RM-LCLCP3-F8M (62 µF) • SK-RM-LCLCP4-F8M (80 µF) Remove the LCL Filter Capacitor Assembly Follow these steps to remove and replace the LCL filter capacitor assembly. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. 4. Remove the LCL filter module from the enclosure. See LCL Filter Module Replacement on page 257. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Remove the eight M4 x 10 mm torx screws that secure the capacitor wire access cover to the chassis and remove the cover. M4 x 10 mm 3 N•m (26 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
(EC) 1272/2008 [CLP] and classified as not dangerous according to 76/548/EEC / 1999/24/EEC. Install the LCL Filter Capacitor Assembly Install the LCL filter capacitor assembly in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
4. Remove the LCL filter module from the enclosure. See LCL Filter Module Replacement on page 257. 5. Remove the two barb fasteners that secure the screen to the chassis and remove the screen. The barb fasteners are not reusable. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Power Bay Components Chapter 9 6. Remove the four cables from the connectors at the top and side of the EMC filter circuit board. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Current Sense Circuit Board Replace the LCL filter module current sense circuit board with the appropriate kit catalog number: Replacement • SK-RM-CSB1-700 (700 A) • SK-RM-CSB1-525 (525 A) • SK-RM-CSB1-350 (350 A) • SK-RM-CSB1-263 (263 A) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
LCL port on the current sense circuit board. 7. Remove the transceiver from the LCL port on the current sense circuit board. Retain the transceiver for reuse. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Remove the lower two M6 x 16 mm torx screws that secure the cover to the chassis. b. Loosen the upper two M6 x 16 mm torx screws that secure the cover to the chassis and remove the cover. M6 x 16 mm 12.5 N•m (110.6 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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• P13 from J13 • P4 from J4 • P1 from J1 • P14 from J14 (must be reused to maintain the rating of the module) 13. Remove the circuit board tray from the module chassis. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Install the current sense circuit board in the reverse order of removal. 1. Secure the wires to the circuit board tray by using cable ties in the same locations as previously secured. 2. When installing the fiber-optic cables: Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. 4. Remove the guard form the enclosure. See Guard Removal on page 235. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow these steps to remove and replace the torque accuracy module. 1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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10. Remove the lower two M4 hex nuts and washers that secure the torque accuracy module panel to the mounting bracket and remove the module and panel. 7 mm 2.6 N•m (23 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the corresponding power bay enclosure door. 4. If present, remove the guards from the enclosure. See Guard Removal on page 235. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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7. Disconnect the DC bus conditioner cable connector P2 from J2 on the I/ O panel in the power module. – P2 or F - 6.4 mm (0.25 in.) 1.8 N m (16 lb • • Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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10. Remove the M6 x 12 mm torx screw that secures the ground cable to the GND (PE) terminal on the DC bus conditioner and remove the cable. M6 x 12 mm 5 N•m (44 lb•in) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
DC bus conditioner. 8 mm 4.8 N•m (42 lb•in) Install the DC Bus Conditioner Install the DC bus conditioner in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
IP21/IP54, 400 mm Wide Door Vent Fan SK-RM-WBDR-FANFLR1 See page and Filter IP21/IP54, 800 mm Wide Door Vent Fan SK-RM-WBDR-FANFLR2 See page and Filter Electrical Components Thermal Switch SK-RM-THRMSW-WB Figure 23 on page See page Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 10 Wire Entry/Exit Bay Components Figure 23 - Wire Entry/Exit Bay Kits Identification 800 mm Wide Wire Entry/Exit Bay Shown Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the wire bay enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
(90 lb • • Install the IP54/IP21, 400/800 mm Wide Door Vent Fan and Filter Assembly Install the IP54/IP21, 400/800 mm wide door vent fan, and filter assembly in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Follow these steps to remove the thermal switch. 1. Review the Product Advisories on page 14. 2. Remove power from the system. See Remove Power from the System on page 15. 3. Open the wire bay enclosure door. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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5. Remove the two M6 x 25 mm torx screws that secure the thermal switch assembly to the mounting bracket on the bus bar and remove the assembly. Retain the screws, guard, and clamp for reuse. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
6. Disconnect the wires from the two terminals on the thermal switch. M6 x 25 mm 4.8 N m (42 lb • • Install the Thermal Switch Install the thermal switch in the reverse order of removal. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Chapter 10 Wire Entry/Exit Bay Components Notes: Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
Drive • Instructions for frames 5 and 6 begin on page 292. • Instructions for frames 7…15 begin on page 294. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
• Use terminals +DC and –DC to measure +DC to chassis GND (PE), and –DC to chassis GND (PE). 3. If the measured value of any resistance test is less than 1 k, troubleshoot to find the short, correct the problem, and repeat step 2. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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I/O wires are connected and properly secured and supported by cable ties along their entire length when routed between enclosures. 6. Continue with No-load DC Bus Voltage and Output Current Measurements on page 298. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
• Use the fused disconnect output (FD1 SEC) testpoints R, S, and T to measure L to L and L to chassis GND. • Use the DC bus testpoints +DC and –DC to measure +DC to –DC, +DC to chassis GND, and –DC to chassis GND. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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DC bus voltage of all power modules and verify that there is no voltage present on the bus capacitors. Measure +DC to –DC, +DC to chassis GND, and –DC to chassis GND. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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• For frame 7 drives and bus supplies, measure terminals L and N on terminal block TB3. • For frames 8…15 drives and bus supplies, in the input bay, measure terminals L and N on terminal block TB2. Frame 10 Input Bay Shown Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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4. 6. For any module or component that has been removed and re-installed, complete the following: • Verify that all hardware connections have been replaced and are properly torqued. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
10, parameter 3 [Output Current]. 10. Stop the system. 11. Reconnect the load to the motor before proceeding with drive startup. For startup information see the PowerFlex® Drives with TotalFORCE™ Control Programming Manual, publication 750-PM100. Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
PowerFlex 755TM Frame 8 Regenerative Bus Supply with DC Bus Conditioner PowerFlex 755TM Frame 8 Regenerative Bus Supply with no DC Bus Conditioner PowerFlex 755TM Frame 9 Regenerative Bus Supply PowerFlex 755TM Frame 10 Regenerative Bus Supply Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
PowerFlex 755TM Frame 10 Common Bus Inverter with DC Precharge Module PowerFlex 755TM Frame 11 Common Bus Inverter with DC Precharge Module PowerFlex 755TM Frame 12 Common Bus Inverter with DC Precharge Module Entry Wire Bay Exit Wire Bay Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 24 - PowerFlex 755TM LCL Filter Module (Frame 7) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 25 - PowerFlex 755TM LCL Filter Module (Frames 8…15) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 26 - PowerFlex 755TM Power Module (Frame 7) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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/DC FUSE GOOD DC FUSE COM /AC FUSE GOOD AC FUSE COM /BUS_COND_PRESENT BUS_COND_COM /BUS_COND_GOOD BLOWER_COM BLOWER_FDBK BLOWER_CONTROL INTAKE_TEMP_B INTAKE_TEMP_A Fiberlink Fiberlink VRFY -24V +24V VRFY -24V +24V VRFY -24V +24V Sheet Size 10001416614 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 28 - PowerFlex 755TM DC Precharge Module Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 29 - PowerFlex 755TM DC Bus Conditioner (Frames 8…15) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 30 - PowerFlex 755TL/TR Frame 5 Drive Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 31 - PowerFlex 755TL/TR Frame 6 Drive Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 32 - PowerFlex 755TM Frame 6 Bus Supply Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 33 - PowerFlex 755TM Frame 7 AC Precharge Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
System Schematics Appendix A Figure 34 - PowerFlex 755TL/TR Frame 7 Drive and PowerFlex 755TM Bus Supply Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 35 - PowerFlex 755TM Frame 8 AC Input Bay Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 36 - PowerFlex 755TM Frame 9 AC Input Bay Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 37 - PowerFlex 755TM Frame 10 AC Input Bay Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 38 - PowerFlex 755TM Frame 11 AC Input Bay Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 39 - PowerFlex 755TM Frame 12 AC Input Bay Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 40 - PowerFlex 755TM Frame 8 Regenerative Drive with DC Bus Conditioner Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 41 - PowerFlex 755TM Frame 8 Regenerative Drive with no DC Bus Conditioner Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 42 - PowerFlex 755TM Frame 9 Regenerative Drive Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 43 - PowerFlex 755TM Frame 10 Regenerative Drive (Page 1 of 2) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 44 - PowerFlex 755TM Frame 10 Regenerative Drive (Page 2 of 2) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 45 - PowerFlex 755TM Frame 11 Regenerative Drive (Page 1 of 2) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 46 - PowerFlex 755TM Frame 11 Regenerative Drive (Page 2 of 2) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 47 - PowerFlex 755TM Frame 12 Regenerative Drive (Page 1 of 2) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 48 - PowerFlex 755TM Frame 12 Regenerative Drive (Page 2 of 2) Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 49 - PowerFlex 755TM Frame 8 Regenerative Bus Supply with DC Bus Conditioner Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 50 - PowerFlex 755TM Frame 8 Regenerative Bus Supply with no DC Bus Conditioner Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 51 - PowerFlex 755TM Frame 9 Regenerative Bus Supply Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 52 - PowerFlex 755TM Frame 10 Regenerative Bus Supply Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 53 - PowerFlex 755TM Frame 11 Regenerative Bus Supply Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 54 - PowerFlex 755TM Frame 12 Regenerative Bus Supply Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 55 - PowerFlex 755TM Common Bus Inverter Control Bay Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 56 - PowerFlex 755TM Frame 8 Common Bus Inverter with DC Link Fuses Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 57 - PowerFlex 755TM Frame 9 Common Bus Inverter with DC Link Fuses Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
System Schematics Appendix A Figure 58 - PowerFlex 755TM Frame 10 Common Bus Inverter with DC Link Fuses Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 59 - PowerFlex 755TM Frame 11 Common Bus Inverter with DC Link Fuses Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 60 - PowerFlex 755TM Frame 12 Common Bus Inverter with DC Link Fuses Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 61 - PowerFlex 755TM Frame 8 Common Bus Inverter with DC Precharge Module Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 62 - PowerFlex 755TM Frame 9 Common Bus Inverter with DC Precharge Module Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 63 - PowerFlex 755TM Frame 10 Common Bus Inverter with DC Precharge Module Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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System Schematics Appendix A Figure 64 - PowerFlex 755TM Frame 11 Common Bus Inverter with DC Precharge Module Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Appendix A System Schematics Figure 65 - PowerFlex 755TM Frame 12 Common Bus Inverter with DC Precharge Module Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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/LCL filter module heatsink fan fuse continuity test 52 install 276 LCL fitler module (frame 7) remove 275 install 131 power bay (frames 8...15) lifespan kits 201 component 28 power bay ventilation locking device kits 201 check 44 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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PowerFlex 755TM frame 8 regenerative bus meter reading 48 supply with no DC bus conditioner 327 PowerFlex 755TM frame 8 regenerative drive with no DC bus conditioner PowerFlex 755TM frame 8 regenerative frive with DC bus conditioner 317 Rockwell Automation Publication 750-TG100B-EN-P - June 2019...
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Rockwell Automation maintains current product environmental information on its website at http://www.rockwellautomation.com/rockwellautomation/about-us/sustainability-ethics/product-environmental-compliance.page. Allen-Bradley, Connected Components Workbench, Kinetix, PowerFlex, Rockwell Software, Rockwell Automation, and TotalFORCE are trademarks of Rockwell Automation, Inc. Trademarks not belonging to Rockwell Automation are property of their respective companies.