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5.4  INSTALLING THE REAR POWER ENTRY CARDS

The power supply modules occupy the right-most slots on the rack

system (as viewed from the front). Refer to Figure 2 and follow the
instructions below to properly install the rear power entry cards into the
rack chassis. The rear entry cards must be in place and securely fas-
tened before the front cards can be installed.

To install a rear power entry card follow the steps below:

1.

Attach the earth ground wire (green with yellow tracer) of the first
power entry card (slot #17) to the stud along the inside wall of the
chassis, as shown. The star washer should be between the chas-
sis and the ground lug. Securely tighten the retaining nut. Failure
to connect the earth ground wire may result in a hazardous condi-
tion.

2.

Install the first power entry card into slot #17 in the rear of the
chassis. Secure the card using the two screws provided.

Steps 3-5 are for redundant applications only:

3.

Attach the ground wire of the second power entry card to the bare
metal side of the rear spacer. The spacer has two ground studs
and is powder-coat finished on only one side. The star washer
should be installed between the spacer and the ground lug.
Securely tighten the retaining nut.

4.

Secure the rear spacer to slot #16 using the two screws provided.

5.

Install the second power entry card into slot #15. Secure the card
using the two screws provided.

5.5  INSTALLING THE FRONT POWER SUPPLY CARDS (INITIAL
INSTALLATION)

To install a new front power supply card into the chassis, follow the

instructions below:

1.

Make sure that the associated rear power entry card is securely
installed into the rack chassis.

2.

Install a new power supply front card by carefully aligning the card
with the chassis guides. Gently slide the card, along the metal
rails provided, into the front of the chassis. The card connectors
will meet the mid-plane bus when the card is almost all the way
into the chassis.

3.

After the connectors meet, gently apply even pressure to the top
and bottom of the panel to seat the card. Do not force the card
into the chassis. This may damage the connector pins.

4.

Use a flat blade screwdriver to tighten the captive screws.

5.

Repeat steps 1-4 for the second power supply card (redundant
applications only).

6.

Secure the front spacer to slot #16 using the two screws provided
(redundant applications only).

1001R16P/R8V Chassis

Ground Stud

Slot #17 

Slot #16

Slot #15

Ground Wire

Ground Wire

Spacer

Model 1001RP

Rear Card

Model 1001RP

Rear Card

Figure 2: Model 1001RP Rack Chassis, Showing Rear Card Installation

Warning!

To avoid electric shock, never install or service

any rear power entry card while the input voltage source is
connected.

Summary of Contents for 1001RP Series

Page 1: ...odel 1001RP Series Rack Power Supply System SALES OFFICE 301 975 1000 TECHNICAL SUPPORT 301 975 1007 http www patton com Part 07M1001RPSVC C Doc 078452UC Revised 09 14 99 C E R T I F I E D An ISO 9001 Certified Company ...

Page 2: ...lectronics be liable for any damages incurred by the use of these products These damages include but are not lim ited to the following lost profits lost savings and incidental or conse quential damages arising from the use of or inability to use this prod uct Patton Electronics specifically disclaims all other warranties expressed or implied and the installation or use of this product shall be dee...

Page 3: ...re 1000CC 1000RC 222NRC 1010ARC 1018ARC 1045RC 1060RC 1070RC 1080ARC 1110RC 1110ARC and 1140RC Plugs into Patton Electronics Redundant Rack Chassis Model 1001RP Redundant supply serves up to 14 function cards Single supply serves up to 16 function cards Easily replaceable front and rear modules LED Indicators 12V Fail and Temperature 2 2 DESCRIPTION There are two 1001 series power supplies 1 Model...

Page 4: ...ad from 50 C to 70 C C All chassis ventilation holes and fan intake openings must remain open and unobstructed D The power supply modules are components of the 1001RP series rack system When installing the modules and making input con nections the relevant safety standards e g IEC950 VDE 0805 UL 1950 and EN 60950 must be complied with E For continued safe operation the power supplies must be opera...

Page 5: ...y card These two cards togeth er comprise a 48 VDC input supply module henceforth referred to as the DC power supply A single 1001R16P rack system may be fitted with any combina tion of the above listed power supplies For redundant applications two supplies are required 5 2 INSTALLING THE POWER SUPPLY MODULES This section describes how to install rear and front power supply cards into the chassis ...

Page 6: ...rear spacer to slot 16 using the two screws provided 5 Install the second power entry card into slot 15 Secure the card using the two screws provided 5 5 INSTALLING THE FRONT POWER SUPPLY CARDS INITIAL INSTALLATION To install a new front power supply card into the chassis follow the instructions below 1 Make sure that the associated rear power entry card is securely installed into the rack chassis...

Page 7: ...tor This con nector contains an integral fuse and accepts a domestic US power cord or any of several international AC power cords Only three wire power cords containing an earth ground lead may be used After the power cord is properly connected and power is applied the green 12V LED on the 1001RPSM RUI front panel will be illuminated and the fan will operate Voltage selection is automatic There is...

Page 8: ...nstall a new 1001RPSM RUI front module by carefully aligning it with the chassis guides Gently slide the card into the chassis along the metal rails provided The card connectors will meet the mid plane bus when the card is almost all the way into the chassis 5 After the connectors meet gently apply even pressure to the top and bottom of the panel to seat the card Do not force the card into the cha...

Page 9: ...ECTRONICS MODELS 1001RPSM R48V plus 1001RPEM RVDC 48VDC SPECIFICATIONS 12V FAIL TEMP Figure 4 Models 1001RPSM R48V 1001RPSM RUI Front Panel Showing LED s Input Specifications PARAMETER CONDITIONS DESCRIPTION MIN NOM MAX UNITS Input Voltage DC Reverse polarity protected 42 48 60 VDC Brown out Protection Lowest DC input voltage that 36 VDC regulation is maintained with full rated load Input Current ...

Page 10: ...o loss of input power Alarm Contacts Normally open and normally closed contacts via 3 position terminal block 1A 30V Contacts operate upon power failure detection Overtemperature RED indicator Shifts power fail Indication signal to a logic LOW state Output voltage during 4 4 5 5 VDC overtemperture condition User Controls Single jumper to select maintenance mode No alarm if PS is removed Safety Reg...

Page 11: ...within 1 of 250 us initial set point due to a 30 100 load change Load Sharing Two Supplies 72W load 1 5 Accuracy Efficiency Full load 115VAC in 78 88 Safety Regulatory and EMI Specifications PARAMETER CONDITIONS DESCRIPTION MIN NOM MAX UNITS Agency Approvals NRTL US UL 1950 CAN CSA 950 EN60950 Recognized CE Listing FCC Part 15 Class A Dielectric Withstand Input to output 1 second 3000 VRMS Voltage...

Page 12: ...ant Universal AC Input Power Entry Module 1001R14P 2U 14 Slot Redundant Rack Chassis 05R16FP440W Front Spacer 05R16BP440W Rear Spacer 08246 3A fuse Bussman GMD 3A Wickman 198 1300 0 00 08246 2 5A fuse Littelfuse 215 005 Wickman 19181 063 FS 10 00003 Terminal Plug For Alarm Connection 07M1001RPR User Manual 07M1001RPSVC Service Manual 05R16PL Plenum Safety Regulatory and EMI Specifications PARAMETE...

Page 13: ... performance of the 1001R rack system a fully loaded rack chassis may generate a considerable amount of heat To ensure long equipment life it is important the thermal management guidelines are adhered to in all 1001R installations In high density stacked configurations additional plenums may be required between each chassis to improve sys tem thermal performance Ambient air temperature total rack ...

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