GS Instech SC 2630AMP User Manual

Version 1.0 * May 2011

SpeedCell Repeater

INSTALLATION GUIDE

Ver. 1.0

GMS-2630AMP/DFU-SPR

GDR-89192630-SPR

Version 1.0 * May 2011

SpeedCell Repeater

GMS-2630AMP/DFU-SPR

Installation Guide Ver. 1.0

Version 1.0 * May 2011

Contents of Box

Contents Picture Quantity Contents Picture Quantity

SpeedCell Repeater System

PSU Unit

4.3”(W) x 16.9”(H) x 10.7”(D) , 15 lbs DFM Unit (1),(2)

2.8”(W) x 16.9”(H) x 10.7”(D), 9.9 lbs

2600 AMP Unit

) x 16.9”(H) x 10.7”(D), 15.2 lbs

3.9”(W

23.2”(W) x 18.5”(H) x 2.75”(D), 23.5 lbs

Mounting Bracket

Extension Mounting Bracket

13.7”(W) x 20.5”(H) x 2.85”(D),15 lbs

CD which contains

- User Manual

- Installation Guide

1EA

Ground Cable

6.6ft (2m)

Power Cord

5.9ft (1.8m)

Ethernet Cable

6.6ft (2m)

Lag Screw

1/2” x 2”

Data cable

for 2600 AMP and DFM 2

Ground Sems Screw

M4 x 8mm

1EA

8EA

2EA

8EA

RF Cable Set

Front RF Cable 3EA, Top RF Cable

6EA, Reference Cable 5EA

1EA

Mounting Sems Screw

M6 x 10mm

12 EA

Version 1.0 * May 2011

This publication provides instruction for installing the SpeedCell repeaters.

The images for the User Interface in this publication may vary from the repeater’s depending on its S/W Version.

Revision History

05/2011 Version 1.0

Certification

UL/FCC: This equipment complies with UL and FCC

Date Version Changes

Version 1.0 * May 2011

WARNING! ELECTRIC SHOCK

Opening the BDA (bi-directional amplifier) could result in electric shock and may cause severe injury.

WARNING! EXPOSURE TO RF

Working with the repeater while in operation, may expose the technician to RF electromagnetic fields that exceed FCC rules for human exposure. Visit the FCC website at http://www.fcc.gov/oet/rfsafety to learn more about the effects of exposure to RF electromagnetic fields.

WARNING! DAMAGE TO EQUIPMENT

Operating the BDA with antennas in very close proximity facing each other could lead to severe damage to the repeater.

RF EXPOSURE & ANTENNA PLACEMENT

Actual separation distance is determined upon gain of antenna used. Please maintain a minimum safe distance of at least 8inch while operating near the donor and the server antennas. Also, the donor antenna needs to be mounted outdoors on a permanent structure.

Warnings and Hazards

WARRANTY

Opening or tampering the BDA will void all warranties.

CAUTION: REPEATER SHOULD BE INSTALLED AS CLOSE AS POSSIBLE TO POWER SOURCE.

CAUTION: THIS REPEATER IS FOR INDOOR U SE ONLY AND SHOULD BE LOCATED INSIDE OF BUILDING.

CAUTION: RISK OF EXPLOSION IF BATTERY ON CONTROLLER BOARD IS REPLACED WITH AN INCORRECT TYPE.

CAUTION: DISPOSE OF USED BATTERIES ACCORDING TO THE INSTRUCTIONS

Version 1.0 * May 2011

Mounting Repeater

Wood-Framed Wall

• It is recommended to first attach a sheet of plywood to the wall. The sheet of plywood should be anchored to the studs in the wall.

• Using a pencil, mark the location for each of the mounting bracket's four mounting holes on the plywood.

• Place the mounting bracket over the four lag screws heads.

• Thread a lag screw at the positions marked in step 2.

Wood-Framed Wall

Mounting Sems Screw M6 x 10mm

<Picture 1> Mounting the Bracket

on a Wood-Framed Wall.

Extension Mounting Bracket

Version 1.0 * May 2011

• Hang the PSU unit to the mounting bracket.

•

Locate

the tw

o Mounting Sems Screws (M6 x10mm) underneath the PSU unit. Tighten bolts until secure.

Hang and Grounding

Mounting Sems Screw

M6 x 10mm

<Picture 2> Hanging the PSU Unit.

Version 1.0 * May 2011

Hang and Grounding

• Hang the rest of the units in the following order: 2600AMP, DFM 2.

• Locate the two Mounting Sems Screws (M6 x10mm) underneath each

CAUTION

Units must be hung in the following order only: 2600 AMP -> DFM 2

unit. Tighten bolts until secure.

<Picture 3> Hanging the Rest of Units.

Version 1.0 * May 2011

Hang and Grounding

• Connect ground cables of each unit to the bracket using Ground Sems Screws (M4 x 8mm) as displayed at the picture below.

CAUTION

Ground cables must be properly grounded to provide both EMI and voltage surge protection for the repeater.

Ground Cable

<Picture 3> Grounding of the PSU, 1900 AMP, DFM 1, 800/900 AMP, 2600 AMP, DFM 2 Units.

Version 1.0 * May 2011

Hang and Grounding

• Locate the ground lug on the underside (or side) of the bracket.

•Cr

imp the ground cable to the ground lug.

• Route the free end of the ground cable to an approved (per local code or practice) ground source.

CAUTION

Ground cable must be properly grounded to provide both EMI and voltage surge protection for the repeater.

<Picture 4> Grounding the Bracket.

Version 1.0 * May 2011

Position Antenna

• After installing 2600MHz antennas the installer should make line of site.

• Customer specifications should be followed for pos

Warning: In order to avoid the possibility of exceeding the FCC radio frequency exposure limits, human proximity to the

antenna should not be less than 40cm during normal operation. The gain of the antenna is 12 dBi. .

itioning the antennas properly

<Pictur

e 5> An installer is directing Donor Antenn a to

nearby BT

S to receive strong input signal.

Version 1.0 * May 2011

RF Cable Connections: Top of The Repeater

• Connect the 2600 Donor Antennas to their corresponding ports.

• Plug in four N(M) to N(M) type RF cables as demonstrated in the picture below.

CAUTION

Do not connect or disconnect cable from ANT port when power is ON.

2600 1900 1900

800/900

AB C D

DONOR AMP SERVER AMP

800/900

2600

SERVER ANT

CAUTION

Do not connect or disconnect cable to/from ANT port when power is ON

DONOR ANT

CAUTION

Do not connect or disconnect cable to/from ANT port when power is ON

1900

800/900

2600

<Picture 6> Top View of the Repeater.

SERVER ANTDONOR ANT

Wi-Fi

SERVER ANT

CAUTION

Do not connect or disconnect cable to/from ANT port when power is ON

DONOR ANT

CAUTION

Do not connect or disconnect cable to/from ANT port when power is ON

SERVER ANT

CAUTION

Do not connect or disconnect cable to/from ANT port when power is ON

DONOR ANT

CAUTION

Do not connect or disconnect cable to/from ANT port when power is ON

Version 1.0 * May 2011

RF Cable Connections: Front Side

• Take out two SMA (M) to SMA (M) type RF cables.

• Please, pay attention to cable’s corresponding number and its color while connecting.

• Connect

2600 AMP and DFM 2 via Band 3.

PSU

RUN ALARM

AMP 3

AMP 1 AMP 2 AMP 4

SNMP

Reference DFM 2DFM 1

SNMP

DEBUG

RUN

TX RX

LAN WAN

GS Teletech Inc. Tech Support

1-866-9-GST-USA (toll free)

Reference

RUN

Bar Code Bar Code Bar Code Bar Code

DFM AMP

1900 AMP

DEBUG

INPUT

OUTPUT

DFM 800/900 AMP

SpeedCellSpeedCellSpeedCell

800 900

DEBUG

INPUT

OUTPUT

BAND

10M REF.

▼

DEBUG

D T

RUN

ALARM

BAND

10M REF.

▼

BAND 1

BAND 2

10M REF.

RUN

ALARM

▼

2600 AMP

SpeedCell

DEBUG

INPUT

OUTPUT

Bar Code

DFM

SpeedCell

DEBUG

AMP

RUN

ALARM

BAND

10M REF.

▼

BAND 1

BAND 2

Bar Code

10M REF.

RUN

ALARM

▼

<Picture 7> Front View of the Repeater.

Version 1.0 * May 2011

RF Cable Connections: Bottom of The Repeater

• Take out three SMA (M) to SMA (M) type RF cables.

• While connecting the PSU and the DFM units underneath, use referenced cable and pay attention to the labels. Plug them into their corresponding outlets.

• User may choose either of the two SMA ports on the bottom of the PSU to connect to the DFM.

• User may choose any two of the four SMA ports on the bottom of the PSU to connect to amplifiers.

CAUTION

Please, pay attention while connecting PSU and DFM 1, PSU and 2600 AMP units. The repeater will not work if connection is inappropriate.

DFM

AMP

10M REF.

1. RS485_P

3. GND

5. RESET

7. ID_RESERVE

8. GND

9. ID1

2. RS485_N

4. INSERT

1: VCC 2: VCC 3: GND 4: GND

A: AC

C A

B: AC

C: F.G

EXTRA

INTERFACE

DC OUT

SNMP

6. NC

10. ID2

11~14. COM_GND

15~18. NC

19~22. COM_GND

23. 27.5V

24. 27.5V

25. 6.5V

1312 11 10 9 7 6 5 4 3 2 1

INTERFACE

2122232425

14151617181920

1. RS485_P

3. GND

5. RESET

7. ID_RESERVE

2. RS485_N

4. INSERT

6. NC

10. ID2

11~16. COM_GND

17~20. NC

8. GND

9. ID1

A1. 5.5V

10 9 7 6 5 4 3 2 1

INTERFACE

1415 13

11121617181920

EXPAND FOR QUAD

8. GND

9. ID1

AMP INTERFACE

DFM INTERFACE

AMP INTERFACE

1. RS485_P

3. GND

5. RESET

7. ID_RESERVE

2. RS485_N

4. INSERT

6. NC

10. ID2

11~14. COM_GND

15~18. NC

19~22. COM_GND

23. 27.5V

24. 27.5V

25. 6.5V

AMP INTERFACE

1312 11 10 9 7 6 5 4 3 2 1

2122232425

14151617181920

1. RS485_P

3. GND

5. RESET

7. ID_RESERVE

8. GND

9. ID1

2. RS485_N

4. INSERT

6. NC

10. ID2

11~14. COM_GND

15~18. NC

19~22. COM_GND

23. 27.5V

24. 27.5V

25. 6.5V

AMP INTERFACE

1312 11 10 9 7 6 5 4 3 2 1

2122232425

14151617181920

1. RS485_P

3. GND

5. RESET

7. ID_RESERVE

2. RS485_N

4. INSERT

6. NC

10. ID2

11~16. COM_GND

17~20. NC

8. GND

9. ID1

A1. 5.5V

10 9 7 6 5 4 3 2 1

INTERFACE

1415 13

11121617181920

DFM

ABC

AMP

AMP INTERFACE DFM INTERFACE AMP INTERFACE

<Picture 8> Bottom View of the Re peater.

Version 1.0 * May 2011

Power Cord Connections

• Plug in the cables to PSU, 2600 AMP and DFM 2 as displayed at the picture below.

DFM

AMP

1: VCC 2: VCC 3: GND 4: GND

A: AC

C A

B: AC

C: F.G

EXTRA

INTERFACE

DC OUT

SNMP

10M REF.

1. RS485_P

2. RS485_N

3. GND

5. RESET

6. NC

7. ID_RESERVE

8. GND

9. ID1

4. INSERT

10. ID2

11~14. COM_GND

15~18. NC

19~22. COM_GND

23. 27.5V

24. 27.5V

25. 6.5V

131211109 7654321

INTERFACE

2122232425

14151617181920

10M REF.

1. RS485_P

3. GND

5. RESET

7. ID_RESERVE

2. RS485_N

4. INSERT

6. NC

10. ID2

11~16. COM_GND

17~20. NC

8. GND

9. ID1

A1. 5.5V

109 76 54321

INTERFACE

1415 13

11121617181920

10M REF.

1. RS485_P

2. RS485_N

3. GND

5. RESET

6. NC

7. ID_RESERVE

8. GND

9. ID1

4. INSERT

10. ID2

11~14. COM_GND

15~18. NC

19~22. COM_GND

23. 27.5V

24. 27.5V

25. 6.5V

AMP INTERFACE

131211109 7654321

2122232425

14151617181920

10M REF.

1. RS485_P

2. RS485_N

3. GND

5. RESET

6. NC

7. ID_RESERVE

8. GND

9. ID1

4. INSERT

10. ID2

11~14. COM_GND

15~18. NC

19~22. COM_GND

23. 27.5V

24. 27.5V

25. 6.5V

AMP INTERFACE

131211109 7654321

2122232425

14151617181920

10M REF.

AMP INTERFACE

1. RS485_P

3. GND

5. RESET

7. ID_RESERVE

2. RS485_N

4. INSERT

6. NC

10. ID2

11~16. COM_GND

17~20. NC

8. GND

9. ID1

A1. 5.5V

109 76 54321

INTERFACE

1415 13

11121617181920

EXPAND FOR QUAD

DFM INTERFACE

AMP INTERFACE

These ports are used for an added 2600 MHz amplifier while extension of the repeater.

AMP INTERFACE DFM INTERFACE AMP INTERFACE

<Picture 9> Bottom View of the Re peater.

EXPAND FOR QUAD

AMP INTERFACE

DFM INTERFACE

AMP INTERFACE

Version 1.0 * May 2011

Connecting Power Cable and LED Light Verification

• Connect Power Cable

<Picture 10> AC Power Port Connection.

• Turn the switch “ON” on the left side of PSU.

System On

System Off

<Picture 11> ON/OFF Switch of SpeedCell Repeater.

• Turn the switch “ON” on the front side of PSU as displayed at the picture 12.

<Picture 12> Verification of LED Lights.

Version 1.0 * May 2011

LED Indicators

• The LED’s on the repeater will light up and should change to green as displayed at the picture below. Tx and Rx LEDs will be blinking.

RUN LED : Green light ON. ALARM LED : Green light is normal status, Red light is alarm status. SHUT DOWN LED : Green light is normal status, Red light is shutdown status.

PSU

1900 AMP

DFM 1

800/900

AMP

2600 AMP

DFM 2

Version 1.0 * May 2011

Input Power Signal

• Please note the number of LED bars for input indicates signal strength level. The tables below indicate the levels.

Number of LED bars on the front side of R

epeater will show input signal level:

Less than ~ -86dBm LED 1bar

-85dBm~-79dBm LED 2 bars

-78dBm~-72dBm LED 3 bars

-71dBm~-65dBm LED 4 bars

More than -64dBm LED 5 bars

<Table 1> LED Bars Indication.

Version 1.0 * May 2011

Output Power Signal

• Please note the number of LED bars for output indicates signal strength level.

Number of LED bars on the front side of Repeater will show output signal level:

Less than ~ +5dBm LED 1bar

+6dBm~+10dBm LED 2 bars

+11dBm~+15dBm LED 3 bars

+16dBm~+20dBm LED 4 bars

More than +21dBm LED 5 bars

<Table 2> LED Bars Indication.

Version 1.0 * May 2011

Web UI

• LAN port is used for connection of laptop and repeater.

• WAN 1 port is used for connection of repeater and wireless modem for remote access.

• WAN 2 port is a redundancy port for remote access.

1 2 3

<Picture 12> Ethernet Port.

+ 46 hidden pages

GS Instech SC 2630AMP User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual