Rockwell Automation 1608M MegaDySC User Manual, 208 Volt, One Second Extended Runt User Manual
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Table of contents
Document Outline
- Important User Information
- Additional Resources
- Introduction
- Installation
- Installation
- System Components
- System Layout
- System Clearance
- Pre-Installation Configuration
- Preparing the System for Installation
- 1. Remove all tan-colored masking dots, blue-colored tape, and all plastic sheets.
- 2. Remove all eight plastic 13mm hole plugs in the right side of the switchboard cabinet.
- 3. Remove and save for later step: eight (8) hex-head bolts with lock washer and flat washer in left side of MegaDySC cabinet. [tool required: 9/16- inch wrench or socket]
- 4. Remove the four (4) 13 mm plastic hole plugs in the right side of the MegaDySC cabinet.
- 5. Remove and save for later step: four (4)hex-head bolts with lock washer and flat washer in left side of ER storage cabinet. [tool required: 9/16-inch wrench or socket].
- Preparing the System for Installation
- System Mounting
- Electrical Interconnections
- Electrical Supply and Load Connections
- Notes:
- Installation
- Communications
- Applying Power
- Operation
- Operation
- System Description
- MegaDySC Operation
- Automatic Bypass Switchboard Operation
- Automatic Bypass Switchboard Operating Instructions
- Automatic System
- Manual Transfer to Maintenance Bypass
- Manual Transfer to MegaDySC
- 1. Confirm green "READY TO CLOSE CBI" lamp is on.
- 2. Manually close breaker CBI.
- 3. Confirm that the MegaDySC touchscreen is lit, is green and displays “OK” in the upper left corner.
- 4. Manually close breaker CBO.
- 5. Confirm that the screen on the MegaDySC displays “OK”.
- 6. Press red “OPEN CBB” push button.
- 7. The MegaDySC system is now providing power to the load.
- Transient Voltage Surge Suppressor (TVSS)
- Troubleshooting Notes
- Normal Mode
- Bypass Mode
- Test Mode
- Fault Protection
- Diagnostic Indicators
- 1. Open static switch (failure in static switch path)
- 2. Open main input fuse (F1-F2-F3-F4-F5-F6)
- 3. Overload of static switch (may cause over-current trip in CBI; see Specifications)
- 4. Over-temperature of static switch heatsink
- 5. Over temperature of MegaDySC cabinet ambient air
- 6. Open cabinet door
- Notes:
- Operation
- Display Screen
- Maintenance
- Specifications