NEC Neax 2000 Ivs Installation Procedure Manual

							CHAPTER 3 ND-45492 (E)
Pag e 2 4
Revision 2.0
(2) In a Multiple-PIM Configuration
(a) When the system is a multiple-PIM configuration, connect the RACK PARTS to each other as shown
in Figure 003-2.
Figure 003-2  Connection of RACK PARTS
NAP 200-003
Sheet 2/37
Installation of Main Equipment
REARBASE RACK PARTS
RACK PARTS 
						

							ND-45492 (E) CHAPTER 3
Page 25
Revision 2.0
(b) For each PIM to be installed, install the 4 screws into the RACK PARTS on which the PIM(s) will be
mounted as shown in Figure 003-3.
Figure 003-3  Installation of Screws onto RACK PARTS
NAP 200-003
Sheet 3/37
Installation of Main Equipment
REARBASE 
						

							CHAPTER 3 ND-45492 (E)
Pag e 2 6
Revision 2.0
(3) Attaching the BASE to the floor.
• Position the BASE over the holes drilled as per Figure 002-1.
• Secure the BASE to the floor using anchor bolts.
Figure 003-4  Securing of the BASE
NAP 200-003
Sheet 4/37
Installation of Main Equipment
FRONTBASE
INSTALLATION HOLEANCHOR BOLT 
						

							ND-45492 (E) CHAPTER 3
Page 27
Revision 2.0
(4) Secure the PIM to the RACK PARTS as shown in Figure 003-5  by tightening the 4 screws already mounted
in the RACK PARTS. When the system is a multiple-PIM configuration, secure all PIMs and RACK
PA RT S .
Figure 003-5  Connection of the PIM and the RACK PARTS
NAP 200-003
Sheet 5/37
Installation of Main Equipment
REARBASE
PIM   
Note:The Battery Module (BATM) and/or
the MDF Module (MDFM) can be in-
stalled in the same manner as the PIM. 
						

							CHAPTER 3 ND-45492 (E)
Pag e 2 8
Revision 2.0
(5) Mount the PIM on the BASE, and connect them together using 3 bolts (provided).  Refer to Figure 003-6.
Note:The PIM must be mounted over the 4 RACK PART screws previously installed in step 2(b).
Figure 003-6  Mounting of the PIM
NAP 200-003
Sheet 6/37
Installation of Main Equipment
FRONT
BASE
PIM   Note
Note:The Battery Module (BATM) and/or the MDF Module (MDFM) can be installed in the same man-
ner as the PIM. 
						

							ND-45492 (E) CHAPTER 3
Page 29
Revision 2.0
(6) When the system is a multiple-PIM configuration, connect PIMs to each other with 3 bolts provided, as
shown in Figure 003-7.
Note:Each PIM must be installed over the 4 RACK PART screws previously installed in step 2(b).
Figure 003-7  Connection of PIMs
NAP 200-003
Sheet 7/37
Installation of Main Equipment
PIM   
PIM   
FRONT 
						

							CHAPTER 3 ND-45492 (E)
Pag e 3 0
Revision 2.0
(7) Position the TOP COVER on the top PIM, and connect them together with 4 screws (provided).
Figure 003-8  Mounting of the TOP COVER
NAP 200-003
Sheet 8/37
Installation of Main Equipment
FRONT
PIM
RACK PARTS TOP COVER 
						

							ND-45492 (E) CHAPTER 3
Addendum-001 Page 31
JANUARY, 1999 Revision 2.1
(8) The cable connections on the PZ-PW86 card are shown in Figure 003-9.
(a) PZ-PW86 (A)
Figure 003-9  Cable Connection on the PZ-PW86 (1 of 3)
NAP 200-003
Sheet 9/37
Installation of Main Equipment
PZ-PW86(A)
MJ
MN
ON BATTERY MODE SWITCH
GND  
Note
FG
–27V
PWR CNT CA-A
PWR CA-A
BATTERY CABLE/PWR CA-A TO PWR1
TO OTHER
AC CORD-A
TO AC MAINS INPUT TO  POWER OUTPUT
POWER OUTPUT
TO PWR0A CONNECTOR
TO PWR0B CONNECTOR CABLE (+5V, –27V,E)
CABLE (CR, E)
CONNECTOR
PZ-PW86 TO AUXILIARY 
BATTERY CONNECTOR (BATT2)
ON
OFF
100/120V
240V EQUIPMENT
TO BATTERY OR
OTHER PZ-PW86
GREEN WHITE
BLACK
AC CORD-BOR(FOR 1-PIM SYSTEMS)
TO THE TERMINAL BLOCK AT BASE
(FOR MULTIPLE PIM SYSTEMS)FRAME GROUND TERMINAL ON THE CHASSIS
Set the appropriate voltage before turning on
the SW switch.
CAUTION
Note:If GND (Signal GND) has to be separated from
FG (Frame GND), remove the link between
GND and FG terminals.1: NO CONNECTION
2: ON: OPEN/FLOAT 1
OFF: SEAL/FLOAT 2
–
O
BATTERY CONNECTOR (BATT1)
1
2 ON
(FOR 1-PIM SYSTEMS)
L
NNOMINAL
AC INPUT
TO TERMINAL
MARKED:
ON BASE
(See Figure 003-11) 
						

							CHAPTER 3 ND-45492 (E)
Page 32 Addendum-001
Revision 2.1 JANUARY, 1999
(b) PZ-PW86 (C)
Figure 003-9  Cable Connection on the PZ-PW86 (2 of 3)
NAP 200-003
Sheet 10/37
Installation of Main Equipment
PZ-PW86(C)
MJ
MN
ON BATTERY MODE SWITCH
GND  
Note 2
FG
–27V
PWR CNT CA-A
PWR CA-A
BATTERY CABLE/PWR CA-A TO PWR1
TO OTHER
AC CORD-A
TO AC MAINS INPUT TO  POWER OUTPUT
POWER OUTPUT
TO PWR0A CONNECTOR
TO PWR0B CONNECTOR CABLE (+5V, –27V,E)
CABLE (CR, E)
CONNECTOR
PZ-PW86 TO AUXILIARY 
BATTERY CONNECTOR (BATT2)
ON
OFF
100/120V
240V EQUIPMENT
TO BATTERY OR
OTHER PZ-PW86
GREEN WHITE
BLACK
AC CORD-BOR(FOR 1-PIM SYSTEMS)
TO THE TERMINAL BLOCK AT BASE
(FOR MULTIPLE PIM SYSTEMS)FRAME GROUND TERMINAL ON THE CHASSIS
Set the appropriate voltage before turning on
the SW switch.
CAUTION
Note 1:Follow the Label on Front Plate of the PZ-
PW86(C).
Note 2:If GND (Signal GND) has to be separated from
FG (Frame GND), remove the link between
GND and FG terminals.
1: NO CONNECTION
 OFF: OPEN/FLOAT 1 2: ON: SEAL/FLOAT 2
–
O
BATTERY CONNECTOR (BATT1)
1
2ON
(FOR 1-PIM SYSTEMS)
L
NNOMINAL
AC INPUT
TO TERMINAL
MARKED:
ON BASE
(See Figure 003-11)
Note 1
TO PWR0D CONNECTOR
POWER OUTPUT CABLE (+90V,E) 
						

							ND-45492 (E) CHAPTER 3
Addendum-001 Page 33
JANUARY, 1999 Revision 2.1
(c) PZ-PW86 (D)
Figure 003-9  Cable Connection on the PZ-PW86 (3 of 3)
NAP 200-003
Sheet 11/37
Installation of Main Equipment
PZ-PW86(D)
MJ
MN
ON BATTERY MODE SWITCH
GND  
Note 2
FG
–27V
PWR CNT CA-A TO P WR1
AC CORD-A
TO AC MAINS INPUT TO  POWER OUTPUT
POWER OUTPUT
TO PWR0A CONNECTOR
TO PWR0B CONNECTOR CABLE (+5V, –27V,E)
CABLE (CR, E)
CONNECTOR TO AUXILIARY 
BATTERY CONNECTOR (BATT2)
ON
OFF 100/120V
240V EQUIPMENT
GREEN WHITE
BLACK
AC CORD-BOR(FOR 1-PIM SYSTEMS)
TO THE TERMINAL BLOCK AT BASE
(FOR MULTIPLE PIM SYSTEMS)FRAME GROUND
Note 1:Follow the Label on Front Plate of
PZ-PW86(D).
Note 2:If GND (Signal GND) has to be sep-
arated from FG (Frame GND), re-
move the link between GND and FG
terminal.
1: NO CONNECTION
 OFF: OPEN/FLOAT 1 2: ON: SEAL/FLOAT 2
–
O
1
2ON
TERMINAL ON THE 
(See Figure 003-11)
Note 1
TO PWR0D CONNECTOR
POWER OUTPUT CABLE (+90V,E)
TO OTHER PZ-PW86
PWR CA-A
TO BATTERY OR
OTHER PZ-PW86
BATTERY CONNECTOR (BATT1)
BATTERY CABLE/PWR CA-A
CHASSIS (FOR 1-PIM SYSTEMS)
L
NNOMINAL
AC INPUT
TO TERMINAL
MARKED:
ON BASE
Set the appropriate voltage before
turning on the SW switch.
CAUTION