Manual_PAC-A With OOK Output

of 51 Portable Antenna Controller AISG with OOK

User’s ManualK09UN099Z – R01

2010-04-28

KMW Communications Base Station Antennas For Mobile Communications

K09UN099Z – R01 (V1.00)

www.kmwcomm.com

Portable Antenna Controller AISG with OOK (PAC-A with OOK)

User’s Manual



2010-04-28


Copyright 2010 by KMW Inc.

All rights reserved

No portion of this document covered may be reproduced or used in any form or by any means without the written

permission of KMW.

◈ The information in this document is intended for safe and proper use of this product.

◈ The information in this user’s guide may change without notice or differ depending on the software version in

the instrument. Please contact your KMW representative info for latest version.

◈ The user’s guide screen and picture may be different than the actual size.

Explanation of symbol in this guide

SEL 2 3

Useful Information

Notice

Warning

Executable Sequence

SEL 32Push Push Push

Use only the KMW supplied/approved AC adapter when operating/charging the instrument.

Any attempt to open the PAC-I will void the warranty. Please contact KMW technical support for assistance on

any issue.

For maximum battery life, avoid over charging.

Keep away from excessive heat and moisture.

This controller is designed to be rugged, suitable for hand held use. However, please avoid impact/stress

whenever possible.

For more information, please contact KMW support personnel.



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-. Document Revision History

No Description Author REV. NO Revised Date

1 -. Initial Draft S.G. KANG 1.00 10.03.18

2 -. Updated Draft H.R. Moore 1.00 10.04.27



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INDEX

1. INTRODUCTION ........................................................................................ 6

1.1 General ......................................................................................................................... 6

1.2 Reference ..................................................................................................................... 6

2. GENERAL GUIDANCE .............................................................................. 7

2.1 Components .................................................................................................................. 7

2.2 Battery charging and standard operation time .............................................................. 7

2.3 Power and battery check .............................................................................................. 7

2.4 Shape and Description .................................................................................................. 9

3. PAC-A CONNECTION BLOCK DIAGRAM ............................................... 11

4. MENU ....................................................................................................... 16

4.1 Key Functions ............................................................................................................. 16

4.2 Menu Map ................................................................................................................... 17

5. PREPARATION ........................................................................................ 18

5.1 Booting message ........................................................................................................ 18

5.2 Set Up ......................................................................................................................... 19

5.3 Log Data Clear ............................................................................................................ 20

5.4 ALD Management ....................................................................................................... 21

5.5 ALD Scan .................................................................................................................... 23

6. MONITORING THE TTLNA ..................................................................... 25

6.1 Getting information from the TTLNA ........................................................................... 25

6.2 TTLNA Error Status ..................................................................................................... 26

6.3 TTLNA Mode ............................................................................................................... 28

6.4 TTLNA Gain ................................................................................................................ 28

6.5 PAC TEST: Not supported ........................................................................................... 29

6.6 TTLNA Address Assignment ....................................................................................... 29

7. RET MONITOR AND CONTROL ............................................................. 31

7.1 Getting information from the RET (Single Antenna) .................................................... 31

7.2 Getting information from the RET (Multi Antenna) ...................................................... 32

7.3 Error Status of the RET ............................................................................................... 33

7.4 Tilt Control (Single Antenna) ....................................................................................... 33

7.5 Tilt Control (Multi Antenna) .......................................................................................... 34

7.6 Steering Control .......................................................................................................... 36

7.7 Calibration of RET (Single Antenna) ........................................................................... 36

7.8 Calibration of RET (Multi Antenna) .............................................................................. 37

7.9 Address Assign of RET ............................................................................................... 39



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8. RETRIEVING LOG DATA ......................................................................... 40

8.1 PAC-A Log Data description ........................................................................................ 40

8.2 Using PAC-A Log Data ................................................................................................ 40

8.3 Erase PAC-A Log Data ................................................................................................ 43

9. PROGRAM UPDATE ............................................................................... 45

9.1 PAC-A application description ..................................................................................... 45

9.2 Download using PAC-A application ............................................................................. 46

APPENDIX A (PAC-A SPECIFICATION) ............................................................... 48

D-Sub 9P(AISG) Pin Specification ............................................................................................ 48

Environmental Specification ..................................................................................................... 49

Mechanical Specification .......................................................................................................... 49

APPENDIX B (ERROR CODES) .......................................................................... 50

CUSTOMER SUPPORT ....................................................................................... 51



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1. Introduction

1.1 General 1.1.1 This document explains how to use the PAC-A with OOK (Portable Antenna Controller - AISG

with OOK) for ALD control and alarm monitoring.

1.1.2 This hand-held controller conveniently controls and monitors TMAs.

1.1.3 This controller can connect to a maximum of 9 ALDs for control and monitor via daisy chain.

1.1.4 This controller is compatible with AISG 1.1 & AISG 2.0 devices.

1.1.5 This controller user interface consists of a 4 x 4 key matrix & back-lit, graphic LCD panel.

1.2 Reference 1.2.1 Control interface for antenna line devices, AISG v1.1: Issue 1.1, 30-JULY-2004

1.2.2 Control interface for antenna line devices, AISG v2.0: Issue 2.0, 13-JUN-2006

1.2.3 UTRAN Iuant Interface: General aspects and principles, 3GPP TS 25.460 V8.0.0 (2008-06)

1.2.4 UTRAN Iuant Interface: Layer 1, 3GPP TS 25.461 V8.1.0 (2008-03)

1.2.5 UTRAN Iuant Interface: Signaling transport, 3GPP TS 25.462 V7.4.0 (2007-09)

1.2.6 UTRAN Iuant Interface: Remote Electrical Tilting (RET) antennas Application Part(RETAP)

signaling, 3GPP TS 25.463 V7.5.0 (2007-03)



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2. General Guidance

2.1 Components

Item Quantity Specification

PAC-A 1

Rechargeable Battery(included) 1 3.7V, 3CELL (11.1V, 1.5Ah), LI-POLYMER

AC/DC SMPS Adaptor 1 Input : 100 ~ 240V(AC) , 50/60Hz, 1.4A

AC Power Cable 1 110V, 65 inch

485 Adaptor 1 9 PIN D-SUB to Circular Connector, 15 feet

Shoulder Trap 1 40 inch

Carrying Case 1 16.14 X 12.2 X 4.92 inch

RG-316 Cable 1 SMA(mail) to SMA(mail)

CD 1 User’s Manual, Download File, GUI

Table 2-1. Kit configuration

2.2 Battery charging and standard operation time

Charging time required 2 H 30M

Standard useful time

Continuous waiting

17 H 00M

Condition Time

Table 2-2. Battery

The battery condition may differ in using time and different environments.

The battery is an expendable supply. Please change the battery if the lifetime shortens.

The charge in the battery will diminish when not used for extended periods.

Always monitor battery status. If the output voltage of battery is too low it may cause abnormal operation.

2.3 Power and battery check

Check the status on battery immediately upon power-up. If the battery status is “LOW”, the controller may

not be able to operate the antenna line device(s) adequately. And cut off the input power into the ALD device



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automatically. Be sure the PAC-A is adequately charged using the AC/DC adapter provided by KMW Inc.

[ SELECT MENU ]

[ 1 ] SET UP[ 2 ] ALD MANAGEMENT

[ 3 ] LOG DATA CLEAR

Figure 2-1. PAC-A First Screen – Power indicator

Battery Status Description

More than 80%

Less than 80%

Less than 60%

Less than 40%

LOW Less than 20%

Table 2-3. Battery status

Icon Status Description

Battery Status

AC/DC Adaptor Connect

Battery Charging

ALD Supply Power (15V, 24V) Off State

Table 2-4. Icon Status



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2.4 Shape and Description

RS-232 Port1 AISG Port2

OOK Port3

Shoulder Strap Clamp4

Display Window5

Membrane S/W6

Power Switch7

AC/DC Adaptor Input Port8

Figure 2-2. The shape and description of PAC-A



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① RS-232 Port

This port is used for upgrading the PAC-A firmware. Communication at 9600bps via RS-232C interface.

② AISG Port

This is for RS-485 port. Must use KMW’s cable for AISG Port interface.

D-SUB (9pin) Circular Remark

1 3 RS-485B

6 5 RS-485A

5, 9 1, 6 VDC

4, 8 7 GND (DC Return)

3 4 RS-485 GND

Case Case F GND

Table 2-5. The pin map between D-SUB (9pin) and Circular connector

③ OOK Port Use RG 316 cable with SMA connector, or equivalent for OOK Port communication. ④ Shoulder Strap Clamp This is used to fix the shoulder strap.

⑤ Display Window

Display ALD’s status, and interface for control and management.

⑥ Membrane keys

The controller has 10 digits, left arrow, right arrow key, and MENU(SEL), FWD, REV, ENT. The user controls and

monitors ALDs by using these buttons.

⑦ Power Switch

This is the power on/off switch.

⑧ AC/DC Adaptor Input Port

Power adapter port for external DC power operation and battery charging.



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3. Pac-A Connection block diagram

Normally, the PAC-A is used with a Conversion Bias-T connected to it for interfacing with a main line Coax, as

shown in figure 3-1. The PAC-A connects to the conversion bias-T via extension cable, supplied in the PAC-A Kit.

DC + RS485

PAC-A

RF Feeder

RF + DC + OOK

DC + RS485

CBT

CBT

Figure 3-1. Block diagram (RET Only) using D-SUB to AISG Cable



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DC + OOK

PAC-A

RF Feeder

RF + DC + OOK

DC + RS485

CBT

OOK Bias T

Figure 3-2. Block diagram (RET Only) using RG-316 Cable



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DC + RS485

PAC-A

RF Feeder

RF + DC + OOK

DC + RS485

CBT

TTLNA

Figure 3-3. Block diagram (Used TTLNA) using D-SUB to AISG Cable



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DC + OOK

PAC-A

RF Feeder

RF + DC + OOK

DC + RS485

OOK Bias T

TTLNA

Figure 3-4. Block diagram (Used TTLNA) using RG-316 Cable



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PAC-A

DC + 485

RET

Figure 3-5 Block diagram (before Tower Installation) using D-SUB to AISG Cable

DC + RS485

PAC-A

RF Feeder

Figure 3-6. Block diagram (without CBT)



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4. Menu

4.1 Key Functions

2

5

8

0

1

4

7

3

6

9

SEL

FWD

REV

ENT

Figure 4-1. Key Pad Layout

Numeral Keys

When choosing the menu, typing in Tilt, Steer, ID Assign.

Function Keys

- SEL(MENU) : Selects the previous menu and inputs “-“sign.

- FWD(UP) : Moves the cursor up

- REV(DOWN) : Moves the cursor down

- ENT : Execution Function

Left/Right Keys

Cross left or right in Menu, Increase and decrease of antenna tilt with 0.1 degrees.



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4.2 Menu Map

[1] Set Up

[2] ALD Management

[3] Log Data Clear

Change Date

Change Time

[ Interface ]

AISG - 485

AISG - OOK

[ ALD SCAN ]

ALD ALL RESET

ALD SCAN

[ UNIQUE ID ]

Display

ALD/ANT Model

Error Status

RET Tilt

TTLNA Mode

RET Steer

TTLNA Gain

Calibration

PAC Test

Assign ALD ID

Multi Ant. Tilt

Multi Ant. Steer

Multi Ant. Calibration

Figure 4-2. PAC-A Menu Tree



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5. Preparation 5.1 Booting message

When turn on the PAC-A power switch then, A Boot Message will appear along with KMW’s Logo. Figure

5-1 shows the Boot ROM version of the product.

[ P A C – A with OOK ][ B O O T Ver 1.00 ]

Figure 5-1. Booting process

Please confirm the Boot Version when you update the boot program.

After the Boot Message disappears you will see the Main Program information in 3 seconds. This screen

shows the Main program version so that the version of the device may be indentified. The main Program

information wil disappear in 3 seconds, then you are ready for using the PAC-A.

P A C

KMW[PAC-A(OOK)]

MAIN VER : 1.00

Figure 5-2. Initial Display

Figure 5-3 shows the initial PAC-A screen after booting. The SELECT MENU page shows the DATE and

TIME. ALD MANAGEMENT MENU for control the ALD device, LOG DATA CLEAR MENU for deleting the log

data. The screen shows the BATTERY STATUS, CHARGING STATUS, AC PLUG STATUS and ITEM LINE

for each menu location entry, and INFO LINE for showing the alarm and power status.



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If you see the “WARNING MEMORY” at the bottom, it means that the Log Data Memory has exceeded 80% of the total memory space. It is recommended that the memory be backup and deleted.

[ SELECT MENU ]

[ 1 ] SET UP[ 2 ] ALD MANAGEMENT[ 3 ] LOG DATA CLEAR

Figure 5-3. Select Menu

5.2 Set Up

When menu item 1 is selected, the SET UP MENU, you will see the current date & time.

[ SET UP ]

DATE > 2010.03.08TIME > 15:01:38[ 1 ] CHANGE DATE[ 2 ] CHANGE TIME

Figure 5-4. Set Up Menu

To change the date, pressing “1” will lead to the “CHANGE DATE” MENU. In “SET UP DATE” input the

new date with key pads. And press “ENT”. It is possible to click Left/Right key to move the cursor. Press the

“menu” button when it’s finished to go back to the previous menu.

Item Line

Info Line



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[ SET UP DATE]

DATE > 2010.03.08

YYYY:MM:DDNEW > 0000 : 00 : 00

Figure 5-5. Set Up Date

To change the time, press the “2” key and the “SET UP TIME” MENU will appear. In “SET UP DATE” input

the new time with key pads, and press “ENT”. The Left/Right keys can be used to move the cursor. Press the

“menu” button when finished to go back to the previous menu.

5.3 Log Data Clear

The PAC-A will save ALD status and control information. When connected to an antenna which has been

deployed parameters such as BTS ID, SECTOR ID, Antenna Model, Control Type, Tilt Angle and Alarms are

logged in memory. If the memory space is already full, then the new log information will replace the old

information. Therefore it is strongly recommended to back up the data to a more permanent storage device

and delete the PAC-A memory for saving the log data. The “LOG DATA CLEAR” menu performs this

operation.

Figure 5-6 shows the “LOG DATA CLEAR” menu that appears when “3” is chosen in “SELECT MENU”

(figure 5-3).

[ LOG CLEAR]

YES : <ENT> KEYNO : <SEL> KEY

Figure 5-6. Log Clear Menu

When deleting the Log Data, Press “ENT” key. When going to upper menu then press “SEL” key.

Press “ENT”, You will see “> CAUTION ERASE DATA!”. And once you press “ENT” again, deleting



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process will access.

[ LOG CLEAR]


> CAUTION ERASE DATA !

Figure 5-7. Caution Erase Data

5.4 ALD Management

“ALD MANAGEMENT” is the 2nd item in “SELECT MENU” (figure 5-3) for controlling the ALD device. Move

to the “INTERFACE” menu by pressing the “2” key shown in Figure 5-8.

[ INTERFACE ]

[ 1 ] AISG - 485[ 2 ] AISG - OOK

Figure 5-8. Interface Menu

Select the ALD device control method. Either the 485 interface or OOK interface may be chosen. The

operation and control procedure is the same with either choice in PAC-A. This manual will proceed using the

485 interface. The other OOK interface has the same procedure.

Press “1” in [INTERFACE] MENU to select the “AISG-485”interface. “Wait…”mark will be indicated for 3

seconds as a Figure 5-9. During this period, POWER SUPPLY INDICATION will disappear in right below info

line of the window for supplying power to the ALD.



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[ INTERFACE ]

[ 1 ] AISG - 485[ 2 ] AISG - OOK

Wait . . .

Figure 5-9. Info Line Wait



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5.5 ALD Scan

After selection of INTERFACE and supplying power to ALD then the window will turn into the “ALD SCAN”

page as a Figure 5-10.

[1] “ALD ALL RESET” will reset all connected ALD units. It is not necessary to perform the reset. The

“ALD ALL RESET” command only works with AISG 2.0 compliant ALDs. Once operator presses the “1” key,

an asterisk (“*”) will appear in the brackets and disappear in few seconds. This means the reset is complete.

[ ALD SCAN ]

[ 1 ] ALD ALL RESET [ ][ 2 ] ALD SCAN [ ]

INTERFACE [ 485 ]

Figure 5-10. ALD SCAN

KMW AISG 1.1 RET will turn into AISG 2.0 RET when receiving the “ALD ALL RESET” Command

depends on the type of RET.

Press “2” for operating the “ALD SCAN” and the progress bar will appear to show scanning progress.

Once the scan is done, “EEPROM WRITE” will appear in info line and the “UNIQUE ID” window will appear

once all is done. Scan procedure take 3~4 minutes depending on the number of ALDs connected in the

chain. If the ALD has an alarm then an error message will appear instead of “UNIQUE ID” page.

[ ALD SCAN ]

[ 1 ] ALD ALL RESET [ ][ 2 ] ALD SCAN [ / ]

EEPROM WRITE [ / ]



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Figure 5-11. ALD SCAN Progress

A scroll arrow will appear on the UNIQUE ID page to indicate there are more pages of data. If there are

more than 4 connected ALD devices then the operator can see the Unique IDs by using Left/Right key. “KM”

is KMW’s vendor code. “I” or “R” stands for ALD RET. “T” stands for TTLNA.

[ UNIQUE ID ]

KMTK0770105KMRSCSAT096055SR0

CONN [ 485 ] [ 1 / 2 ]

KMICK001235FURSC001235

Figure 5-12. After device scan

TTLNA

RET

Connection Type

Scroll Arrow



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6. Monitoring the TTLNA 6.1 Getting information from the TTLNA

After Scan on “UNIQUE ID” page, move to TTLNA Unique ID. Press “ENT” key to import the TTLNA

information. It will take around 5 seconds. During the import of information PAC-A will not accept any other

commands.

[ UNIQUE ID ]


CONN [ 485 ] [ 1 / 1 ]

KMICK001235

[ TTLNA MODEL ]

KM - TDNSAT0960075T

CONN [ 485 ] [ 1 / 1 ]

ALD - -

Figure 6-1. Getting Information and Device data

After importing all information from ALD, window will show a model name as in Figure 6-2 above. IF there

is a connection problem then “DISCON” will appear on left lower part of window.

[ TTLNA MODEL ]

KM - TDNSAT0960075T

ALD : KUNAPA101001V20

[ TTLNA MODEL ]

KM - TDNSAT0960075T

ALD : KUNAPA101001V20

DISCON

Figure 6-2. Completion of information retrieval

After getting information and device data, you can control and monitor ALDs with the use of the keys.

To control and monitor other ALDs, you have to move to the UNIQUE ID page. To go to the [UNIQUE ID]

page, exit the [MODEL] page by using the SEL key.



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6.2 Error Status of TTLNA

TTLNA error messages can be seen in Error Status page by clicking the “REV” key on Model Name page.

[ ERROR STATUS ]

KM - TDNSAT0960075T

RENEW - > ENTER

Figure 6-3. No Error status

Displaying the error status once ALD error is identified [Table 6-1]

ALD Display Error Status Remark

RET

[ ERROR STATUS ]

KM - RSCSAT096055SR0

RENEW - > ENTER

RET : Not CalibratedRET : Actuator Jam

AISG 2.0 3GPP

TMA

[ ERROR STATUS ]

KM - TDNSAT0960075T

RENEW - > ENTER

TMA : [ SU 1 ] TMA MajorTMA : [ SU 1 ] Bypass Mode

AISG 2.0 3GPP

Table 6-1. Error Status



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LCD window can show 2 error stats. Operator can use “ ” & “ ” key to see more than 3 errors.

Display Error Status Remark

[ ERROR STATUS ]

KM - TDNSAT0960075T

RENEW - > ENTER [ 1 / 2 ]

TMA : [ SU 1 ] TMA MajorTMA : [ SU 2 ] TMA Major

First Page of Error Status

[ ERROR STATUS ]

KM - TDNSAT0960075T

RENEW - > ENTER [ 2 / 2 ]

TMA : [ SU 1 ] Bypass ModeTMA : [ SU 2 ] Bypass Mode

Second Page of Error Status

Table 6-2. Indication of more than 2 errors

Press enter to renew the error conditions and any error changes.

Please refer to Appendix B for more information about Error code.



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6.3 Mode of TTLNA

Move to TTLNA MODE page to identify the current mode. The TTLNA mode should show either normal or

bypass.

[ TTLNA MODE ]

KM - TDNSAT0960075T

SUB UNIT 1 : NORMALSUB UNIT 2 : NORMAL

Figure 6-4. TTLNA MODE

6.4 Gain of TTLNA

Move to TTLNA GAIN page to confirm the device gain.

[ TTLNA GAIN ]

KM - TDNSAT0960075T

SUB UNIT 1 : 12 . 0SUB UNIT 2 : 12 . 0

Figure 6-5. TTLNA GAIN



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6.5 PAC TEST: Not supported

Reserved.

[ PAC TEST ]

KM - TDNSAT0960075T

NOT SUPPORTED

Figure 6-6. Not supported message

6.6 Address Assign of TTLNA

Move to “ASSIGN ALD I/D” screen using “REV” key. If you want to assign new ID to ALD, select the

number that you want to assign. Usually this function is used when the connection to ALD is “DISCON”

status. The device number range is from 1 to 254.

Address Assign of TTLNA Description

[ ASSIGN I / D ]

KM - TDNSAT0960075T

CUR ID : 001NEW ID : 000

Current Assign ID

Change Assign ID

5 ENT



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[ ASSIGN I / D ]

KM - TDNSAT0960075T


[ ASSIGN I / D ]

KM - TDNSAT0960075T


Complete Assign ID

Table 6-3. Address assign screen



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7. Controlling and Monitoring of RET 7.1 Getting information from RET (Single Antenna)

If you want to control another ALD, press SEL [menu] key and move to the “UNIQUE ID”. See Table 7-1.

Sequence of getting information Description

[ UNIQUE ID ]


CONN [ 485 ] [ 1 / 1 ]

KMICK001235

Move to unique ID

ENT

[ MODEL ] AISG 2 . 0

KM - RSCSAT0960075T

ALD - -ANT - -

Getting Information Wait about 5 seconds

KM - RSCSAT0960075T

ALD : KUNARS101001V20ANT : AMXKU196500T


Information retrieved

Table 7-1. Getting information of single RET



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7.2 Getting information from RET (Multi Antenna)

In case of Multiple Antennas, because the ALD model and ANT model exists more than one, a scroll

page arrows will appear. Choose the correct “UNIQUE ID” and press ENT.

Sequence of getting information Description


KM - RSCSAT0960075T

ALD - -ANT - -

[ 1 / 0 ]

Getting Information Wait about 5 seconds


KM - RSCSAT0960075T

ALD : KUNARS101001V20ANT 1 : AMXKU196500T

[ 1 / 2 ]

End of getting information Move page


KM - RSCSAT0960075T

ALD : KUNARS101001V20ANT 2 : AMXKU196500T

[ 2 / 2 ]

Move page

Table 7-2. Getting information of multi RET



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7.3 Error Status of RET

The error notice is the same as the TTLNA. NO1, NO2 means the Antenna Number.

7.4 Tilt Control (Single Antenna)

Move to the “TILT” screen using “REV” key, and the screen will display the current tilt in degrees. If you

want to change the of antenna’s tilt, you can use the number key or arrow key. The Key will decrease the

tilt number by 0.1 degree decrease when pressed, and the Key will increase the tilt number by 0.5

degrees when pressed.

Tilt Control Description

[ TILT ]

KM - RSCSAT0960075T

CUR DEG : - 2 . 0NEW DEG : 5 . 0

Control new tilt degree

5 ENT

[ TILT ]

KM - RSCSAT0960075T

CUR DEG : - 2 . 0NEW DEG : 5 . 0

* TILT ( MOVING ) *

Moving

End of tilt control



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[ TILT ]

KM - RSCSAT0960075T

CUR DEG : 5 . 0NEW DEG : 5 . 0

Table 7-3. Tilt Control (Single Antenna)

If you wish to tilt the angle to 5.5, press “5” and then the “ ” key.

7.5 Tilt Control (Multi Antenna)

The control for multiple antennas in the chain is the same as for a single antenna. NO1, NO2 are the

antenna numbers in the ALD chain.

Tilt Control Description

[ TILT ]

KM - RSCSAT0960075T

ENTER TO CONTROL

Tilt mode

ENT

[ TILT - ANT 1 ]

KM - RSCSAT0960075T


Move multi antenna1 sub tilt mode

Tilt control



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[ TILT - ANT 1 ]

KM - RSCSAT0960075T


* TILT ( MOVING ) *

5 ENT

[ TILT - ANT 1 ]

KM - RSCSAT0960075T


End of tilt control

[ TILT - ANT 2 ]

KM - RSCSAT0960075T



REV

[ TILT - ANT 3 ]

KM - RSCSAT0960075T

NOT SUPPORTED ANT 3


REV

not supported

Table 7-4. Tilt Control (Multi Antenna)



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7.6 Steering Control

Move to “STEERING” screen using “REV” key, and then the screen displays current azimuth in degrees.

THIS IS NOT THE ABSOLUTE AZIMUTH BUT RATHER THE SETTING RELATIVE TO THE ANTENNA’S

BODY CENTER. This is given in degrees. This function only applies to Hybrid 2Way Antennas. EDTA

antennas have no internal azimuth adjust, and therefore, this function serves no purpose.

If you want to change the azimuth setting, you can use the number key or arrow key. The Key means

1.0 degree decrease once pressed, and the Key means 1.0 degree increase once pressed. The “SEL”

key means minus function in steering control mode. You may also enter a number directly from the keypad.

The steering control process is same as tilt control except the adjustment is in 1.0 degree increments.

7.7 Calibration of RET (Single Antenna)

Move to “CALIBRATION” mode using “REV” key or “FWD” key. For correction of position, Calibration is

executed.

Calibration Description

[ CALIBRATION ]

KM - RSCSAT0960075T

ENTER TO CONTROL

Calibration mode

[ CALIBRATION ]

KM - RSCSAT0960075T

CALIBRATING . . . . . . .

Calibration

ENT



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[ CALIBRATION ]

KM - RSCSAT0960075T

ENTER TO CONTROL

Calibration Completed

Table 7-5. Calibration (Single Antenna)

7.8 Calibration of RET (Multi Antenna)

The movement is same as the Single Antenna calibration, but in multi antenna circumstances you must

move to calibration sub mod to control. If you completed the Sub mode, press SEL key to move on.

Calibration Description

[ CALIBRATION ]

KM - RSCSAT0960075T

ENTER TO CONTROL

Calibration mode

ENT

[ CAL - ANT 1 ]

KM - RSCSAT0960075T

ENTER TO CALIBRATE

Multi antenna 1 calibration sub mode

ENT

Calibrating antenna 1



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[ CAL - ANT 1 ]

KM - RSCSAT0960075T

CALIBRATING . . . . . . .

[ CAL - ANT 1 ]

KM - RSCSAT0960075T

ENTER TO CALIBRATE

Calibration Completed

[ CAL - ANT 2 ]

KM - RSCSAT0960075T

ENTER TO CALIBRATE

Move to antenna 2

REV

[ CAL - ANT 3 ]

KM - RSCSAT0960075T

NOT SUPPORTED ANT 3

Move to antenna 3

REV

not supported

Table 7-6. Calibration (Multi Antenna)



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7.9 RET Address Assign

Press REV key or FWD key to move to ASSIGN ALD I/D. Refer to 6.6 Address assign of TTLNA.



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8. Get Log Data

8.1 PAC-A Log Data description

If you operate the Tilt and Steering from PAC-A, you can save the DATE, TIME, BTS ID, SECTOR ID,

Antenna Model, Azimuth and Tilt Degree settings, and Alarm.

PAC-A can save 100 Data Log entries. If you exceed 80% or the memory capacity, you will see a caution

message. If the message exceeds over 100, it automatically saves the most recent Log Entry and discards

the oldest.

8.2 Using PAC-A Log Data 8.2.1 First, the RS-232 communication protocol must be established:

Figure 8-0. Port properties

After PAC-A GUI, click Data Log icon as shown is figure8-1.



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Figure8-1.

Figure 8-2 is the Data Log screen.

Figure8-2. Data Log

Press “Get Log Data” button to call up Log Data from PC. If you do not have any Log Data, a message will



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be shown as figure 8-3.

Figure8-3. Log is empty message

If you operate the Tilt and Steer from PAC-A, you can save the date, time, BTS ID, Sector ID, Antenna

Model, Degree and Alarm.

Figure 8-4 shows the Log Data that was saved.

Figure8-4. Get Log Data

You can save Log Data that you called up from GUI and save as an Excel File.

When you press the “Excel” button as shown in figure 8-5, the file is shown along with the date & time for

convenience. You may save wherever you want.



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Figure8-5. Log Data Save

Figure8-6 shows that the calling up the saved Log Data.

Figure8-6. Log Data File

8.3 Erase PAC-A Log Data

If the Log Data Memory exceeds 80% the PAC-A screen will appear as in figure8-7. The “WARNING

MEMORY” message means that the Log Data entries have exceeded 80% of the total Log Data possible. At

this point, you should backup your data and delete the PAC-A Memory contents.



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[ SELECT MENU ]

[ 1 ] SET UP[ 2 ] ALD MANAGEMENT[ 3 ] LOG DATA CLEAR

WARNING MEMORY

Figure8-7. Warning Memory Space

Safely backup the Log Data to your PC and press 3 as shown in figure 8-8, and you will move to [LOG

CLEAR] page.

[ LOG CLEAR]


Figure8-8. Log Clear Page

Press the SEL button to return to the start-up screen, and ENT button will result in the following display:

[ LOG CLEAR]


> CAUTION ERASE DATA !

Figure8-9. Warning Message

All Log DATA will be deleted from the memory by pressing the ENT button again.



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9. Program Update

9.1 PAC-A application description

This program is used when updating a new PAC-A version or making a LOG DATA File. This program can

be used in both Windows 2000 and XP, but we recommend Windows XP.

Figure 9-1. Main display

Check if the PC and PAC-A and RS-232 have the correct set-up.

Figure 9-2. Port properties



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9.2 Download using PAC-A application

When downloading using the GUI, press the right “…” button (file requester) to choose the file. All PAC-A

firmware files name must be “PACA_OOK_APP*_KMDF.bin”. If not it won’t be downloaded.

Figure 9-3. Choosing a proper firmware file

Press the “Download” button on the GUI screen for downloading process.



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Figure 9-4. Main display after choosing a firmware file

Figure 9-5 shows the downloading in progress. Note the progress bar.

Figure 9-5. Download process

When the download is done, you will see Console, Boot version, Date, and the Main Program.



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Figure 9-6. Download Completed

Appendix A (PAC-A Specification)

D-Sub 9P (AISG) Pin Specification

Item Specifications

Input Voltage AC/DC Adaptor Output: 24V, 2.5A

Rechargeable Battery 11.1V(3.7V 3Cell), 1.5Ah, Li-ion Polymer

PC Serial Communication Protocol RS-232

AISG AISG 1.1 & AISG 2.0 Compliant

Communication bit rate 9600, N, 8, 1

Output Voltage DC +24[V]±1[V] / 20.5[W] Max @ 77 ℉

OOK 2.176MHz (+3dBM ± 2 dB)

Pin No. Description Remark

1 RS-485B

6 RS-485A

9 Vdc = + 24[V] ± 1[V]

4, 8 DC GND

3 RS-485GND

5 Vdc = + 15[V] ± 0.5[V]



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Environmental Specification

Parameter Specification Remark

Operating Temperature 32 ∼ 104 ℉ 0℃ ~ 40℃

Operating Humidity 10％ ~ 75％ RH

Storage Temperature -4 ∼ 158 ℉ -20℃ ~ 70℃

Storage Humidity 10％ ~ 75％ RH

Mechanical Specification - Physical Dimension, 5.07*8.42*1.85 inch

- Weight : 750g(Include Rechargeable Battery)

- Connector Type

Parameter Specification Remark

DC +24V INPUT PORT DC Jack Male

RS-232 PORT D-SUB 9PIN FEMALE Debug

RS-485 + DC Power D-SUB 9PIN MALE Vdc = +24[V]±1[V] & 15[V]±0.5[V

OOK + DC Power SMA FEMALE OOK = 2.176[MHz] / Vdc = +24[V]±1[V]

Dimensions (H x W x D) 214.0 x 129.0 x 47.0 mm

Weight 0.5Kg



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Appendix B (Error Codes)

ErrorCode LCD Display

0x02 Motor Jam

0x03 Actuator Jam

0x05 Busy0x06 CheckSum Error

CodeTypeAlarm

Alarm

ReturnReturn

Remark

Motor can not moveActuator jam has been detected. No movement of the actuator, but movement of the motor was detectedBusyCheckSum Error

0x0E Not Calibrated Alarm The device has not completed a calibration operation, of calibration has been lost

0x0F Not Configured Alarm Actuator configuration data is missing

0x11 Hardware Error Alarm Any hardware error that cannot be classified. May not be reported as an alarm until the fault is likely to be persistent

0x13 Out of Range Return A parameter given by an operator (e.g. tilt value or memory offset) is out of range

0x19 Unknown Procedure Return Received procedure code is not defined

0x1A [SU 1]TMA Minor Alarm

A fault in the TMA subunit is detected which reduces the gain performance but maintains its function.[SU 1] : SubUnit1 (Main Path)[SU 2] : SubUnit2 (Diversity Path)

0x1B [SU 1]TMA Major AlarmLNA alarm, TDD Switch alarm[SU 1] : SubUnit1 (Main Path)[SU 2] : SubUnit2 (Diversity Path)

0x1C Unsupported Value Return The requested value is not supported0x1D Read Only Return Invalid device data parameter usage0x1E Unknown Parameter Return Specified parameter is not supported for the used procedure

0x1F [SU 1]Bypass Mode Alarm

The TMA subunit is in bypass mode and cannot report a correct gain value[SU 1] : SubUnit1 (Main Path)[SU 2] : SubUnit2 (Diversity Path)

0x21 Working S/W Miss Return The unit is in Download mode state. Returned upon unsupported procedure when in Download mode state

0x22 Invalid File Return The data being downloaded is detected to be of wrong format or size

0x24 Format Error ReturnProcedure message is inconsistent or if an addressed field or antenna is invalid or the data parameter field length is inconsistent with the corresponding field length parameter

0x25 Unsupported Proc Return The procedure is optional and not supported or the procedure does not apply to this device type

0x26 Invalid Sequence Return Procedure sequence as described in annex C is expected but not experienced by the secondary device

0x27 Actuator Manual Alarm An actuator movement outside the control of the RET unit has been detected. Probable cause is manual interference

Table B-1. Error codes



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Customer Support For customer support need regarding this product, contact customer support lines below.

[KMW U.S.A Inc]

Home-page : http://www.kmwcomm.com/ Address:

1521 E. Orangethorpe Ave. Suite A Fullerton, CA 92831

TEL : +1-714-515-1100 FAX : +1-714-515-1134 E-mail : [email protected]

Manual_PAC-A With OOK Output

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