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NARB14 Dual ND500II (IP66) – IS03013

 

Page 3

 

Information Sheet 

Issue 1.0

 

Cables diameter should be between 4mm 
and 10mm.  Failure to observe these cable 
sizes may affect IP66 compliance. 

 

(d) 

If used, connect external 24 or 48 
VDC power source wiring (see 
ND500II manual for DC power source 
options) to 3A1TB4-1 (+) and 3A1TB1-
2 (-), ensuring wiring passes through 
the appropriate size liquid-tight 
connector in the cabinet. 

 

(e) 

If used, connect external control/ 
monitor wiring to terminal blocks 
(3A1TB1, 3A1TB2, 3A1TB3 and 
3A1TB6) or D-sub connectors (3A1J1 
and 3A1J8) as depicted in figure 1, 
ensuring wiring passes through the 
appropriate size liquid-tight connector 
in the cabinet.  See figures 5 and 6 for 
dual transmitter interface assembly/ 
PWB detail. 

 

NOTE 

Refer to the associated ND500II transmitter 
manual for instructions on enabling and 
disabling the remote power trim feature. 
 
If the optional remote control unit (unit 4) is 
installed, refer to its service instruction 
manual for detailed information regarding 
remote control inputs/outputs.

 

 

(f)

 

Connect a continuous, insulated 4 
AWG copper wire or one-inch copper 
braid between the station lightning/ 
safety ground and the cabinet's station 
reference ground connection, which is 
located on the right-hand side of the 
cabinet adjacent to RF output 
connector J1 (see figure 4).  Ensure 
this wire does not contact any other 
conductive surface of the cabinet.

 

 

(g) 

Connect the antenna system's RF 
feed cable to the exterior portion of the 
cabinet's RF output coaxial connector 
(J1).  Remove connector cap. 

 

(h)

 

Verify that pre-routed AC power cable 

W1 is connected between transmitter 
A's AC power cable receptacle (1U2) 
and the cabinet's AC power duplex 
receptacle (J2).

 

(i)

 

Verify that pre-routed AC power cable 
W2 is connected between transmitter 
B's AC power cable receptacle (2U2) 
and the cabinet's AC power duplex 
receptacle (J2).

 

 

5.  INITIAL START-UP PROCEDURES 

Transmitters A and B should not be fully 

operated as a dual transmitter system until 
each transmitter’s initial start-up procedure 
(described in the ND500II instruction 
manual) has been completed/ verified.  
Verify the operation of each transmitter as 
follows: 

 
(a) 

Connect the dual cabinet’s RF output 
(J1) to a 250-watt dummy load. 

 

(b) 

With both transmitters’ 

POWER

 

switches set to 

OFF

, turn on the AC 

power applied to the cabinet. 

 

(c) 

Set transmitter A’s 

POWER

 

switch to

 

ON

.  

On the dual transmitter interface 

panel, press

 

LOCAL CONTROL

 

and

 

SELECT A

.  

Transmitter A should be 

operating into the dummy load.  
Perform initial start-up procedures as 
described in the ND500II transmitter 
manual.

 

 

(d) 

Set transmitter A’s

 

POWER

 

switch to

 

OFF

 

and transmitter B’s

 

POWER

 

switch 

to 

ON

.  

On the dual transmitter 

interface panel, press

 

SELECT B

.  

Transmitter B should be operating into 
the dummy load.  Perform initial start-
up procedures as described in the 
ND500II transmitter manual.

 

 

(e) 

Turn transmitters off, disconnect 
dummy load and reconnect dual 
transmitter for operation into the 
system antenna.

 

 

(f) 

If the optional remote control unit (unit 
4) is used:

 

Set transmitters A and B and dual 
interface assembly (unit 3) to remote 
control mode, using their front panel 
switches. 

 

Содержание ND500II

Страница 1: ...Cove Road Hackett s Cove NS Canada B3Z 3J4 T 1 902 823 2233 F 1 902 823 3183 info nautel com U S customers please contact Nautel Maine Inc 201 Target Industrial Circle Bangor ME 04401 T 1 207 947 820...

Страница 2: ......

Страница 3: ...escribes the operation of both transmitters A ND500II 11x x20 and B ND500II 01x x20 The following provides a brief description for transmitters that are connected in a main standby dual installation S...

Страница 4: ...ctor SHTDN ALM A signal will be applied to 3A1J4 23 from A11J4 17 shutdown of transmitter A causing a ground to be applied to RMT CHGOV ALM outputs 3A1J1 8 and 3A1TB3 6 indicating the standby transmit...

Страница 5: ...f the cabinet s RF output coaxial connector J1 Remove connector cap h Verify that pre routed AC power cable W1 is connected between transmitter A s AC power cable receptacle 1U2 and the cabinet s AC p...

Страница 6: ...should not be used for connection between transmitter B and an external dummy load A user provided coaxial cable should be obtained f Set transmitter B s LOCAL REMOTE switch to LOCAL g Set transmitte...

Страница 7: ...jumper connected in step c q Set POWER switch of both transmitters to ON and set their LOCAL REMOTE switches to the desired position 7 CHECK OF CHANGEOVER UNIT Check the operation of the main standby...

Страница 8: ...used as voltage source for external SWR ALARM and BATTERY STATUS circuits connect circuit VDC to 3A1TB2 8 3A1J1 2 If an external DC power supply is used as voltage source for external SWR ALARM and BA...

Страница 9: ...6 13 P2 11 14 White 22 P6 14 P2 7 15 White 22 1 Conductor P6 15 P2 19 15 Shield 22 Shielded P6 16 P2 8 16 Black 22 P6 17 P2 23 17 White 22 P6 18 P2 9 18 White 22 P6 19 P2 6 19 White 22 P6 20 P2 2 20 W...

Страница 10: ...Ground 2 Safety Ground 50 Grn Yel 14 Safety Ground J2 Ground 51 Grn Yel 14 Additional wiring when remote control unit unit 4 is used P12 3 P13 36 100 White 22 P12 4 4TB1 1 101 White 22 P12 5 P13 24 1...

Страница 11: ...2 P2 Connector D Sub 25 Socket 183 5010 183 5010 37338 P3 Connector D Sub 25 Socket 183 5010 183 5010 37338 P4 Connector Coaxial BNC Plug 50ohm Crimp JDP24 225395 7 09482 P5 Connector Coaxial BNC Plug...

Страница 12: ...JS43 163A16279X 31781 J6 Connector BNC Receptacle PWB Mt JF35 R141 426 000 0GP12 J7 Connector BNC Receptacle PWB Mt JF35 R141 426 000 0GP12 J8 Conn Socket D Sub 9 Pin Vertical PWB JS50 164A16669X C305...

Страница 13: ...P5 SAFETY LIGHTNING STATION DC SUPPLY A7J3 P7 A11TB2 2 14 19 16 15 A7J2 P11 1 XMTR A A11J4 5 9 7 6 1 1 18 17 2 A11J4 8 INCREASE A DECREASE A 15VDC ATU A GND A SERVO INHB A RMT SHTDN ALM A B VDC A 24VD...

Страница 14: ...A 11 20 11 15 P6 P2 1 STATION LIGHTNING SAFETY GROUND A7J3 P7 21 20 12 22 A11TB2 2 1 DC SUPPLY DC SUPPLY GND A 3 4 A11J4 XMTR A RMT ON OFF A RMT PWR TRIM A STBY ON OFF A STBY 2 A STBY 1 A A11J4 1 7 9...

Страница 15: ...13 J1 1 16 K1 E 3 5 7 K1 A 1 12 J1 1 16 K2 E CR6 3 5 7 K2 A 13 11 9 K1 C 4 6 8 K1 B 1 2 RMT XMTR ON STAT 9 4 J1 B VDC 1 2 3 NO COM NC RMT SHTDN ALM 3 J1 19 J1 6 15VDC B STBY ON OFF A 2 J4 RMT ON OFF...

Страница 16: ...Dimensions mm inches Figure 4 Assembly Detail Dimensional Information Dual ND500II Transmitters IP66 NARB14 Cabinet Version 1 0 Not to Scale Drawing No Sheet 1 of 1...

Страница 17: ...Dimensions mm inches Figure 5 Assembly Detail NAX223 Dual Transmitter Interface Assembly Version 1 0 Not to Scale Drawing No Sheet 1 of 1...

Страница 18: ...Dimensions mm inches Figure 6 Assembly Detail NAPI66 Dual Transmitter Interface PWB Version 1 0 Not to Scale Drawing No Sheet 1 of 1...

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