Description
Technical Specifications for 1771-P7
Manufacturer | Rockwell Automation |
Input Voltage Range | 97-132 or 195-264 Volts AC |
Brand | Allen-Bradley |
Dimensions | 4.5 x 12.4 x 6.3 in (115 x 317 x 160 mm) |
Location | Stand-Alone |
Part Number/Catalog No. | 1771-P7 |
Module Type | Power Supply |
Nom Input Voltage | 120 or 220 Volts AC |
Cabling | 1771-CP1 Local, 1771-CP2 Remote 5 ft, and 1771-CP3 Remote 5 ft |
Max Real Input Power | 108 Watts |
Max Apparent Input Power | 176 VA Max |
Backplane Output Current | 16 Amperes (at 5 Volts DC) |
Frequency | 47-63 Hertz |
Fuse | 3 Amperes, 250 Volts, Normal-Blow |
Max Xformer Load | 270 VA |
User Output Current | N/A |
Paralleled | N/A |
About 1771-P7
This power supply is an stand-alone power supply which means that it cannot be used in parallel with any power supply. Never attempt to install this power supply in this configuration as it may result to controller data loss as well as cause unwanted operation that may pose potential safety risk and unwanted operation stoppage.
This power supply is equipped with a D-Shell power connector that is used to connect to the PLC5 backplane for power distribution. Specific cables compatible with this power supply include 1771-CP2 used with 1771-A3B, 1771-CP1 and 1771-CP3 used with 1771-A1B, 1771-A2B, 1771-A3B1 or 1771-A4B.
When using the 1771-CP2, the power supply module must be within 1.52m or 5ft of the I/O chassis; 1771-CP1 requires within 0.32m or 1.04ftor on the left-side of the I/O chassis while 1771-CP3 requires a maximum distance of 1.68m (5.5ft) of the I/O chassis to mount and connect the 1771 Power Supply.
Safety precautions needed to observe when installing this power supply includes prevention of electrostatic discharge and installation without power. Electrostatic discharge may degrade or shorten the expected lifespan of the module. When installing the module, ensure that surfaces used to temporary place the module are grounded. Installation personnel must prevent touching the electronic components. Do not install the module while system is actively supplied by power as this may produce electrical arcs which may damage the pins, nearby electronic devices and the backplane iyself.