Sea Tel ST14 Installation and Maintenance Manual

INSTALLATION AND MAINTENANCE MANUAL

FOR SEA TEL MODEL

ST14 SATELLITE TV RECEIVE-ONLY ANTENNA

Sea Tel, Inc.

4030 Nelson Avenue

Concord, CA 94520

Tel: (925) 798-7979

Fax: (925) 798-7986

Web: : www.cobham.com\seatel

Sea Tel Europe

Unit 1, Orion Industrial Centre

Wide Lane, Swaythling

Southampton, UK S0 18 2HJ

Tel: 44 (0)23 80 671155

Fax: 44 (0)23 80 671166

Web: www.cobham.com\seatel

Sea Tel Inc is also doing business as Cobham Antenna Systems

September 26, 2011 Document. No. 129981 Revision C

Sea Tel Marine Stabilized Antenna systems are manufactured in the United

States of America.

Sea Tel is an ISO 9001:2008 registered company.

Certificate Number 13690 issued March 14, 2011.

Copyright Notice

All Rights Reserved. The information contained in this document is proprietary to Sea Tel, Inc.. This document may not be reproduced or distributed in any form without the consent of Sea Tel, Inc. The information in this document is subject to change without notice.

Copyright © 2009 Sea Tel, Inc is doing business as Cobham SATCOM.

Revision History

REV ECO# Date

A N/A June 17,2009

B N/A June 29, 2010

C N/A September 26, 2011

Description

Initial production release.

Updated text and graphics to reflect current build/features.

Added DLA LNB Replacement Procedures

By

ECM

ECM

MDN ii

ST14 Ku-Band TVRO Table of Contents

1.

INSTALLATION ............................................................................................................................................................................................. 1-1

1.1.

S

ITE

S

ELECTION AND

C

ABLE

R

OUTING

P

ATH

.......................................................................................................................................... 1-1

1.2.

D

ETERMINE YOUR

C

ABLES

............................................................................................................................................................................ 1-2

1.3.

R EQUIRED T OOLS ........................................................................................................................................................................................... 1-3

1.4.

P

REPARE THE

A

NTENNA

R

ADOME MOUNTING LOCATION

...................................................................................................................... 1-3

1.5.

P

REPARE THE

A

NTENNA

C

ONTROL

P

ANEL MOUNTING LOCATION

........................................................................................................ 1-3

1.6.

P REPARE THE D I SE Q C S WITCH MOUNTING L OCATIONS (ST14D O NLY ) ......................................................................................... 1-3

1.7.

P

REPARE THE

M

ULTISWITCH MOUNTING LOCATION

(ST14D

AND

ST14M

W

/ 3+

RECEIVERS

) ................................................. 1-3

1.8.

P

REPARE THE

S

ATELLITE

R

ECEIVER AND

T

ELEVISION MOUNTING LOCATIONS

.................................................................................. 1-3

1.9.

R

UNNING THE

C

ABLES FOR

M

ODEL

ST14 D: .......................................................................................................................................... 1-4

1.9.1.

Antenna Cable ............................................................................................................................................................................. 1-4

1.9.2.

IF Cables ........................................................................................................................................................................................ 1-4

1.9.3.

Serial Cable ................................................................................................................................................................................... 1-4

1.9.4.

DC Power Cable .......................................................................................................................................................................... 1-4

1.10.

R UNNING THE C ABLES FOR M ODEL ST14 M: ......................................................................................................................................... 1-4

1.10.1.

Antenna Cable ............................................................................................................................................................................. 1-4

1.10.2.

IF Cables ........................................................................................................................................................................................ 1-5

1.10.3.

DC Power Cable .......................................................................................................................................................................... 1-5

1.11.

R UNNING THE C ABLES FOR M ODEL ST14 E ............................................................................................................................................ 1-5

1.11.1.

Antenna Cable ............................................................................................................................................................................. 1-5

1.11.2.

Satellite Receiver IF Cable .................................................................................................................................................... 1-5

1.11.3.

DC Power Cable .......................................................................................................................................................................... 1-5

1.12.

I

NSTALL THE

A

NTENNA

R

ADOME

............................................................................................................................................................... 1-6

1.13.

I NSTALL THE A NTENNA C ONTROL P ANEL ................................................................................................................................................ 1-11

1.14.

I

NSTALLING THE

C

ABLES FOR

M

ODEL

ST14 D: .................................................................................................................................... 1-12

1.14.1.

Antenna M&C ........................................................................................................................................................................... 1-12

1.14.2.

IF Cables ..................................................................................................................................................................................... 1-12

1.14.3.

Serial Cable ................................................................................................................................................................................ 1-13

1.15.

I

NSTALLING THE

C

ABLES FOR

M

ODEL

ST14 M: ................................................................................................................................... 1-13

1.15.1.

Antenna M&C ........................................................................................................................................................................... 1-13

1.15.2.

IF Cables ..................................................................................................................................................................................... 1-13

1.16.

I

NSTALLING THE

C

ABLES FOR

M

ODEL

ST14 E ...................................................................................................................................... 1-13

1.16.1.

Antenna Cable .......................................................................................................................................................................... 1-13

1.16.2.

Satellite Receiver IF Cable ................................................................................................................................................. 1-13

2.

SETUP FOR MODEL ST14 D .................................................................................................................................................................. 2-1

2.1.

S

YSTEM

C

HECKOUT

....................................................................................................................................................................................... 2-1

2.2.

I

NITIAL

F

ACTORY

S

ETUP

.............................................................................................................................................................................. 2-1

2.3.

C HANGING THE I NITIAL F ACTORY S ETUP ................................................................................................................................................. 2-1

2.3.1.

Adjusting Panel Brightness ................................................................................................................................................... 2-1

2.3.2.

Threshold Offset ......................................................................................................................................................................... 2-1

2.3.3.

Targeting Mode Parameter Selection ............................................................................................................................. 2-1

2.3.4.

Setting Threshold Offset for Proper Tracking ............................................................................................................ 2-3

2.3.5.

SAT1 - First Satellite Parameters .................................................................................................................................... 2-4

2.3.6.

SAT2 - Second Satellite Parameters .............................................................................................................................. 2-7

2.3.7.

SAT3 - Third Satellite Parameters ................................................................................................................................... 2-7

2.3.8.

SAT4 - Fourth Satellite Parameters ............................................................................................................................... 2-7

2.3.9.

SAT5 - Fifth Satellite Parameters .................................................................................................................................... 2-7 v

Table of Contents ST14 Ku-Band TVRO

2.3.10.

SAT6 - Sixth Satellite Parameters................................................................................................................................... 2-7

2.3.11.

FACTORY SETTINGS ................................................................................................................................................................ 2-7

2.4.

S

AVING THE

SETUP P

ARAMETERS

.......................................................................................................................................................... 2-11

3.

SETUP FOR MODEL ST14M .................................................................................................................................................................. 3-1

3.1.

S

YSTEM

C

HECKOUT

....................................................................................................................................................................................... 3-1

3.2.

I

NITIAL

F

ACTORY

S

ETUP

.............................................................................................................................................................................. 3-1

3.3.

C HANGING THE I NITIAL F ACTORY S ETUP ................................................................................................................................................. 3-1

3.3.1.

Adjusting Panel Brightness .................................................................................................................................................. 3-1

3.3.2.

Threshold Offset ........................................................................................................................................................................ 3-1

3.3.3.

Targeting Mode Parameter Selection ............................................................................................................................ 3-1

3.3.4.

Setting Threshold Offset for Proper Tracking ............................................................................................................ 3-2

3.3.5.

SAT2 - Second Satellite Parameters ............................................................................................................................. 3-5

3.3.6.

SAT3 - Third Satellite Parameters .................................................................................................................................. 3-5

3.3.7.

SAT4 - Fourth Satellite Parameters ............................................................................................................................... 3-6

3.3.8.

SAT5 - Fifth Satellite Parameters ................................................................................................................................... 3-6

3.3.9.

SAT6 - Sixth Satellite Parameters................................................................................................................................... 3-6

3.3.10.


3.3.11.

LON (Ships Longitude) ............................................................................................................................................................ 3-7

3.4.

S

AVING THE

SETUP P

ARAMETERS

.......................................................................................................................................................... 3-10

4.

SETUP FOR MODEL ST14E .................................................................................................................................................................... 4-1

4.1.

S

YSTEM

C

HECKOUT

....................................................................................................................................................................................... 4-1

4.2.

I NITIAL F ACTORY S ETUP .............................................................................................................................................................................. 4-1

4.3.

C

HANGING THE

I

NITIAL

F

ACTORY

S

ETUP

................................................................................................................................................. 4-1

4.3.1.

Adjusting Panel Brightness .................................................................................................................................................. 4-1

4.3.2.

Setting Auto Threshold for Proper Tracking ............................................................................................................... 4-1

4.3.3.

SATA - First Satellite Parameters ..................................................................................................................................... 4-2

4.3.4.

SATB - Second Satellite Parameters ............................................................................................................................. 4-7

4.3.5.

SATC - Third Satellite Parameters .................................................................................................................................. 4-7

4.3.6.


4.4.

S

AVING THE

SETUP P

ARAMETERS

............................................................................................................................................................. 4-8

5.

MAINTENANCE ............................................................................................................................................................................................ 5-1

5.1.

W

ARRANTY

I

NFORMATION

.......................................................................................................................................................................... 5-1

5.2.

W HO TO CONTACT FOR REPAIRS ................................................................................................................................................................. 5-1

5.3.

R EPLACING AN LNB ....................................................................................................................................................................................... 5-2

5.4.

P

REVENTIVE

M

AINTENANCE

........................................................................................................................................................................ 5-4

5.5.

F

AULT

I

SOLATION

/T

ROUBLE

-

SHOOTING

................................................................................................................................................... 5-4

6.

ST 14 TECHNICAL SPECIFICATIONS ........................................................................................................................................... 6-1

6.1.

I

NSTALLED

W

EIGHT

....................................................................................................................................................................................... 6-1

6.2.

R ADOME ........................................................................................................................................................................................................... 6-1

6.3.

A

NTENNA

C14(M/D)/ST14(M/D) .......................................................................................................................................................... 6-1

6.4.

A

NTENNA

C14E/ST14E ............................................................................................................................................................................. 6-1

6.5.

S

TABILIZED

P

EDESTAL

................................................................................................................................................................................... 6-1

6.6.

US C IRCULAR LNB ........................................................................................................................................................................................ 6-2

6.7.

D

ISH

P

RO

C

IRCULAR

LNB ............................................................................................................................................................................. 6-2

6.7.1.

European Single Universal Linear LNB ........................................................................................................................... 6-2

6.7.2.

Pedestal Control Unit .............................................................................................................................................................. 6-3

6.7.3.

DVB Compliant Tracking Receiver .................................................................................................................................... 6-3 vi

ST14 Ku-Band TVRO Table of Contents

6.8.

P

OWER

R

EQUIREMENTS

................................................................................................................................................................................ 6-3

6.9.

E

NVIRONMENTAL

........................................................................................................................................................................................... 6-3

7.

COMPUTER INTERFACE ......................................................................................................................................................................... 7-1

7.1.1.

Programming Instructions Coastal Series Pedestal Control Unit .................................................................... 7-3

8.

DRAWINGS ...................................................................................................................................................................................................... 8-1

8.1.

ST 14 D

RAWINGS

......................................................................................................................................................................................... 8-1 v

Table of Contents

THIS PAGE INTENTIONALLY LEFT BLANK

ST14 Ku-Band TVRO vi

ST14 Ku-Band TVRO Installation

1.

Installation

Installation of your ST-14(D/E/M) Antenna system must be accomplished by or under the supervision of an

authorized Sea Tel dealer for the Sea Tel Limited Warranty to be valid and in force. Good planning of the installation will provide the best results. Below is some guidance on issues that are important to consider when planning the installation.

Planning is the key to a good installation. Read the installation information below thoroughly before beginning the actual installation. Then review your plan to adjust for any details that may have been overlooked.

A full scale Installation Template (drawing 126355) has been provided to locate the cutout areas and mounting holes for the antenna radome and for the antenna control panel. The radome template section of the drawing includes the outer perimeter of the radome base so you can insure that the radome will fit in the area chosen.

1.1.

Site Selection and Cable Routing Path

The best mounting location for the antenna radome assembly is where:

1.

The antenna has a clear line-of-sight view to as much of the sky as is practical. Choose a location where masts or other structures do not block the satellite signal from the dish as the boat turns.

2.

The antenna is at least 5 feet away from other transmitting antennas (HF, VHF and radar) that may generate signals that may interfere with the Coastal Series antenna. The further away the Coastal antenna is from these other antennas, the less impact their operation will have on it.

3.

The antenna radome assembly should be rigidly mounted to the boat. If necessary, reinforce the mounting area to assure that it does not flex due to the boat motion or vibration.

Choosing the best mounting location on smaller boats, where there are fewer possible locations to choose from, is frequently a compromise. The Figure shown to the right is provided to make some location comparisons. The “poor” location is poor because over half of the antenna’s viewable sky is blocked by the overhang above it. The

“better” location has fewer blockages, but the upper deck and the mast will cause some blockage when the antenna is at lower elevations. The “best” location has no blockage from raised platforms, mast or the body of the radar.

Possible Antenna Radome Assembly mounting locations

If enclosed in a cabinet or panel, assure that there is adequate airflow to prevent from over-heating and provide forced airflow if needed.

1-1

Installation ST14 Ku-Band TVRO

1.2.

Determine your Cables

In addition to the required Coaxial cable that will interconnect the above decks equipment with the below decks equipment, you will need to determine what cables are going to be used to interconnect satellite receivers to the televisions and if installed the surround sound system. The below guide may be used to help determine which cable type is best suited for your installation. You should also refer to the manual of the CFE equipment for additional guidance.

Video Connection Reference Audio Connection Reference:

OK: Composite Video (Non-HD Video Only) OK: Stereo RCA (2 channel Analog)

Typically an RCA Jack, this type of connection combines and transmits chrominance and luminance information on a single cable.

These RCA Jack connections are a means of passing analog line-level audio signals (split into left and right channels) from the satellite receiver to your television or audio amplifier.

Good: S-Video (Non HD Video Only)

S-video connections transmit the chrominance (color) and luminance (brightness) portions of a video signal along different paths, allowing them to be processed separately.

Good: RCA (Multi-Channel Analog)

These preamp-level analog inputs features jacks for up to 8 channels: left front, right front, center channel, left surround, right surround, and subwoofer. Because the subwoofer channel carries a limited range of frequencies, it's the

".1" in 5.1. A 6.1 input features the same jacks as a 5.1 input, but adds a back surround jack. A 7.1 input adds two back surround jacks.

Better: XLR (Hi Resolution Analog)

Better: Component (HD Video Only )

This 3-cable connection allows the chrominance (color) and luminance

(brightness) portions of a video signal to be processed separately

.S-Video works similarly, but component video improves color accuracy further by splitting the chrominance signal into two portions.

XLR audio connections are used primarily with high-performance audio gear. This 3 pin connector dedicates one of these pins for ground which helps reduce electronic noise throughout the cable. A clasp built into the round XLR plug locks it tightly into the socket, ensuring a secure connection even during full ships motion.

Best: HDMI (Both HD Video and Digital Audio)

HDMI is a multi-pin connection used for passing standard- and high-definition digital video signals, as well as up to 8 discrete digital audio channels, through a single cable.

1-2

ST14 Ku-Band TVRO

1.3.

Required Tools

The following tools will be required to install the ST14:

1.

Masking tape

2.

Center punch

3.

Hammer

4.

Electric Drill

5.

7mm Drill Bit

6.

1” hole saw

7.

Small hand or electric saber saw

8.

10mm Socket Wrench or Nut Driver

9.

10mm Open-end Wrench

10.

1/8” straight blade screwdriver

11.

T-20 Torx screwdriver

Installation

1.4.

Prepare the Antenna Radome mounting location

1.

Lay the Installation Template (drawing 126355) on the mounting surface location that you have chosen to mount the radome on.

2.

Align the radome “bow” mark on the template to be parallel to the bow of the boat. By default the orientation of the “Sea Tel” logo is oriented towards BOW. Adjust the position of the “Bow” marker on template to orient the LOGO where you want it. When you are satisfied with the position, tape the template in place.

3.

Using the center punch and hammer, mark the locations of the four radome mounting holes and the cable passage. Remove the template drawing.

4.

Drill the four radome mounting holes using a 7mm drill bit and the cable passage hole using the 1” hole saw.

1.5.

Prepare the Antenna Control Panel mounting location

1.

Lay the Installation Template (drawing 126355) on the mounting surface location that you have chosen to mount the Antenna Control Panel in.

2.

Adjust the position of the template to center the Antenna Control Panel cutout portion of the drawing where you want it. When you are satisfied with the position tape the template in place.

3.

Using the center punch and hammer, mark the locations of the four mounting holes and the four corners of the cutout area. Remove the template drawing.

4.

Mark the perimeter of the cutout area. Drill a hole inside the perimeter of the cutout area to enable you to cut the area out with the saw (the 1” hole saw might be used for this).

5.

Cut the area out.

1.6.

Prepare the DiSEqC Switch mounting Locations (ST14D Only)

Prepare the mounting locations for the DiSEqC Switches. One switch assembly is required for each receiver that will be installed. If you are installing multiple receivers one of these switches must be designated as the Master DiSEqC

Switch.

1.7.

receivers)

Prepare the Multiswitch mounting location (ST14D and ST14M w/ 3+

Prepare the mounting location for the Multiswitch to be installed. Refer to the manufactures manual for actual mounting dimensions and any other applicable installation instructions.

1.8.

Prepare the Satellite Receiver and Television mounting locations

Prepare the mounting locations for the satellite receiver(s) and television set(s) (or monitor and stereo sound system).

1-3

Installation

1.9.


Running the Cables for Model ST14 D:

1.9.1.

Antenna Cable

Route the “F” connector end of the antenna cable down from the radome mounting location through the boat to the antenna control panel location.

Adjust the cable routing so that about 12 inches (30.5cm) of cable extends beyond the radome mounting surface and about 4 inches (10cm) of cable extending out of the antenna control panel mounting surface.

1.9.2.

IF Cables

1.9.2.1.

ACP to Multiswitch

Route the receiver IF cable from the antenna control panel location to the Multiswitch mounting.

Leave about 4 inches (10cm) of cable extending out of the antenna control panel mounting surface.

1.9.2.2.

Multi-Switch to Master DiSEqC Switch

Route the IF cables from the Multiswitch mounting location to the Master DiSEqC Switch location.

Leave about 4 inches (10cm) of cable extending out of each mounting location.

1.9.2.3.

Master DiSEqC Switch to receiver

Route the IF cables from the Master DiSEqC Switch mounting location(s) to master satellite receiver mounting location. Leave about 4 inches (10cm) of cable extending out of each mounting location.

You are required to install (in series between the Multiswitch & Receiver) one DiSEqC

Switch assembly for every satellite receiver installed on the network. Perform

1.9.2.3.1 and 1.9.2.3.2 below only if you are installing multiple receivers.

1.9.2.3.1.

Multi-Switch to Slave DiSEqC Switch (multiple receiver)

Route the IF cables from the Multiswitch mounting location to each of the slave DiSEqC

Switch mounting locations. Leave about 4 inches (10cm) of cable extending out of each mounting location.

1.9.2.3.2.

Slave DiSEqC Switch to receiver (multiple receiver )

Route the IF cables from the Master DiSEqC Switch mounting location(s) to each of the slave satellite receiver mounting locations. Leave about 4 inches (10cm) of cable extending out of each mounting location.

1.9.3.

Serial Cable

Route the RS232 DC Power Cable from the antenna control panel location to the Master DiSEqC switch mounting location. Coil and secure the cable while leaving about 4 inches (10cm) of cable extending out at both mounting locations.

1.9.4.

DC Power Cable

Route the DC Power Cable from the antenna control panel location to the +11-16 Volt DC Power source.


1.10.

Running the Cables for Model ST14 M:

1.10.1.

Antenna Cable



1-4


1.10.2.

IF Cables

Installation

1.10.2.1.

ACP to DeStacker

Route the receiver IF cable from the antenna control panel location to the DeStacker mounting location. Leave about 4 inches (10cm) of cable extending out of each mounting location.

1.10.2.1.1.

DeStacker to Receiver (1-2 receiver setup only)

Route the IF cable(s) from the DeStacker location to the satellite receiver location(s).

Leave about 4 inches (10cm) of cable extending out of each mounting location.

1.10.2.1.2.

DeStacker to Multiswitch (3+ receiver setup only)

Route the IF cable from the DeStacker mounting location to the Multiswitch mounting location. Leave about 4 inches (10cm) of cable extending out of each mounting location.

1.10.2.1.3.

Multi-Switch to receiver (3+ receiver setup only)

Route the IF cables from the Multiswitch mounting location to each of the satellite receivers. Leave about 4 inches (10cm) of cable extending out of each mounting location.

1.10.3.

DC Power Cable



1.11.

Running the Cables for Model ST14 E

1.11.1.

Antenna Cable



1.11.2.

Satellite Receiver IF Cable

Route the receiver IF cable from the antenna control panel location to the satellite receiver mounting location. Leave about 4 inches (10cm) of cable extending out of the antenna control panel mounting surface.

1.11.3.

DC Power Cable



1-5

Installation ST14 Ku-Band TVRO

1.12.

Install the Antenna Radome

Refer to the Installation Arrangement drawing for mounting dimensions of the radome assembly. Note that the

Antenna Radome installation procedure are identical for all ST14 Series Systems. Before performing this procedure, verify all of the system contents with the packing list provided with the shipment.

Figure 1 ST14M Antenna

System

Figure 2 ST14D Antenna System

Open the Radome Installation Hardware Kit, which should include the following items:

1.

Radome Mounting Pad

2.

6mm Mounting bolts

3.

6mm Flat Washer

4.

6mm Neoprene Flat Washer

5.

6mm Small OD Flat Washer

6.

6mm Nyloc Nut

1.

Figure 3 ST14E Antenna System

Using a #2 Phillips Head Screw driver, remove the 3 screws

(270˚ spacing apart from each other) that secure the radome top to the radome base.

Set the hardware and radome top aside in a safe location until you are ready to close the radome.

1-6


Locate and remove the Azimuth Lock-Down Pin by pulling it straight out. Retain and store this hardware for future use.

Installation

Using your hand, rotate the antenna in azimuth to align an access hole with a threaded metal radome base mounting insert.

1-7

Installation

NOTE: The Radome Base contains weep holes to allow any water that potentially may enter radome to weep out. Do not confuse these radome “weeping” holes with the actual mounting inserts. Exercise caution as to not allow anything, including the mounting surface, to block these weep holes.

A failure to comply with this may result in the accumulation of standing water.

Thread the 6mm bolt through a bonded washer (neoprene side down) and through one of the threaded inserts in the base of the radome.

Using a 10mm Socket, Install and tighten an M6 Bolt through the threaded insert to approximately 7.5 to 9 ft-lbs.

2.

1.

Threaded metal insert

2.

Neoprene washer

3.

M6 Bolt


Rotate the antenna in azimuth and repeat for the three remaining mounting bolts, tightening all four of the required mounting bolts to approx 7.5 to 9 ft-lbs.

Reference picture showing one of the four mounting bolts protruding from radome base and through the mounting feet.

1.

Radome Base Feet

2.

Mounting Bolt

3.

Weep Hole

4.

Azimuth Lockdown Hole

1-8


3.

Remove the paper backing from the rubber mounting pad.

Lift the base of the radome up and install the radome mounting pad as shown to the right..

Lift the base of the radome up and connect the antenna cable to the base of the antenna.

Set the radome base mounting bolts into the mounting holes, Be careful not to pinch or kink the antenna cable exiting through the center of the radome base,

From the underside of the mounting surface, install a M6 flat washer and a nylon lock nut on each of the mounting bolts.

Tighten all four of the nuts.

Installation

1-9

Installation

Locate and using needle nose pliers, remove the elevation stop pin.

Retain and store this hardware for future use.


By hand rotate the reflector from Horizon (0˚ Elevation) to

Zenith (90˚ Elevation) to ensure full range of motion with no physical obstructions.

1-10


By hand, rotate the antenna in Azimuth 360˚to ensure full range of motion with no physical obstructions.

Installation

1.13.

Install the Antenna Control Panel

Refer to the Installation Arrangement drawing.

Assure that the DC Power Cable is not connected to the DC

Supply.

1.

At the antenna control panel, connect the red wire to the + (plus) terminal on the green screw terminal.

2.

Connect the black wire to the - (minus) terminal on the green screw terminal.

1-11

Installation

3.

Connect the antenna cable to the IN connector of the antenna control panel. This IN connection supplies 30VDC operating voltage and antenna control signals to the antenna and receives satellite signal from the antenna.

CAUTION: Connecting the satellite receiver to the IN connector may damage the satellite receiver.

4.

Connect the receiver cable to the OUT connector of the antenna control panel.

CAUTION: Connecting the satellite receiver to the IN

connector may damage the satellite receiver.


5.

Install the antenna control panel into the cutout and secure with self tapping screws

6.

At the DC Power Supply, connect the red wire to the plus voltage output terminal. Connect the black wire to the minus (or ground) output terminal.

1.14.

Installing the Cables for Model ST14 D:

1.14.1.

Antenna M&C

Connect the antenna cable to the antenna control panels “RF IN” port.

1.14.2.

IF Cables

1.14.2.1.

ACP to Multiswitch

Connect the ACP’s “RF OUT” Port to the 18Vdc input port of the Multiswitch.

1.14.2.2.

Multi-Switch to Master DiSEqC Switch

Connect an available output Port of the Multiswitch to the Splitter/Multiswitch port of the Master

DiSEqC Switch.

1.14.2.3.

Master DiSEqC Switch to receiver

Connect the Receiver (SAT IN) port of the Master DiSEqC Switch to the Satellite In port of the master satellite receiver.

It is this Master DiSEqC Switch connection that will pass the required satellite target commands from the master receiver to the Antenna via the ACP serial port based on the users channel selection.

1-12

ST14 Ku-Band TVRO Installation

1.14.2.3.1.

Multi-Switch to Slave DiSEqC Switch (multiple receivers)

Connect an available output port of the Multiswitch to the Splitter/Multiswitch port of a

Slave DiSEqC Switch. Repeat as required for each switch installed.

1.14.2.3.2.

Slave DiSEqC Switch to receiver (multiple receivers )

Connect the Receiver (SAT IN) port of a Slave DiSEqC Switch to the satellite in port of a slave satellite receiver. Repeat as required for each receiver installed.

1.14.3.

Serial Cable

Connect and secure the RS232 Serial Cable from the ACP serial port to the Master DiSEqC switch’s serial port labeled M&C to ACP/DAC.

1.15.

Installing the Cables for Model ST14 M:

1.15.1.

Antenna M&C

Connect the antenna cable to the antenna control panels “RF IN” port.

1.15.2.

IF Cables

1.15.2.1.

ACP to DeStacker

Connect the ACP’s “RF OUT” Port to the Stacked DBS + Antenna input of the DeStacker.

1.15.2.1.1.

DeStacker to Receiver (1-2 receiver setup only)

Connect and secure “RCVR1” to the “SAT IN” port of a satellite receiver.

Connect and secure “RCVR2” to the “SAT IN” port of a secondary satellite receiver

1.15.2.1.2.

DeStacker to Multiswitch (3+ receiver setup only)

Connect and secure the “RCVR1” port of the DeStacker to the Horizontal (+13Vdc) input port of the active Multiswitch.

Connect and secure the “RCVR2” port of the DeStacker to the Vertical (+18Vdc) input port of the active Multiswitch.

1.15.2.1.3.

Multi-Switch to Receiver (3+ receiver setup only)

Connect and secure an available output port of the active matrix switch to the “SAT IN” port of a satellite receiver.

Repeat as required for all installed satellite receivers.

1.16.

Installing the Cables for Model ST14 E

1.16.1.

Antenna Cable

Connect the antenna cable to the Antenna Control Panel’s “RF IN”.

1.16.2.

Satellite Receiver IF Cable

Connect ACP’s “RF OUT” port to the “SAT IN” port of a satellite receiver.

1-13

Installation



1-14

ST14 Ku-Band TVRO Setup for Model ST14 D

2.

Setup for Model ST14 D

Use this chapter to setup the Model ST14D (DiSEqC)

2.1.

System Checkout

1.

Press the POWER key on the antenna control panel. The display should report model and software versions, verifying the DC power connection between the antenna control panel and the antenna pedestal assembly.

2.

Turn power ON to the satellite receiver and the TV monitor. The television may now be displaying “searching for satellite signal” verifying proper video connections between the receiver and the monitor.

2.2.

Initial Factory Setup

Your system comes from the factory preprogrammed for the following satellites:

SAT1 DTV 101 W DirecTV 101 W



SAT4 Dsh 110 W Dish Network 110 W


SAT6 EMPTY No Selected Service

If you want to change this programming refer to the paragraphs below.

2.3.

Changing the Initial Factory Setup

If you want to change the order of the initial setup of satellites, remove unused satellites or add/replace with new satellites then refer to the paragraphs below.

Press and hold SAVE + ▼ for 6 seconds to access SETUP Mode. “Setup Mode” will be displayed on the first line of the display while the panel is in SETUP Mode.

Use the ▼ & ▲ arrow keys to scroll down & up through the Setup parameters listed below.

NOTE: You will save individual set-up parameter settings as you modify them in the procedure below (quick presses of the SAVE key). These will only save the settings until POWER is cycled to the antenna.

When you are finished making all of your desired changes, you MUST press and hold the SAVE

key for six seconds, “Settings Saved” will be displayed. Saving writes all of the parameters, including the ones you have changed, to memory in the PCU so they will be available after POWER has been cycled to the antenna.

2.3.1.

Adjusting Panel Brightness

1.

Press the NEXT key to select this parameter for adjustment.

2.

Once selected, press ▲& ▼ arrow keys to adjust the backlighting illumination of the display to desired level. Each key press steps the value 8 counts.

3.

Then press the SAVE key to save the adjusted setting.

4.

Press the ▼ arrow key to go to the next parameter.

2.3.2.

Threshold Offset

This displays the current Threshold Offset value. This parameter is automatically set based on the vessel’s

GEO location. See “Latitude Ranges” later in this chapter for configuration and setup information.

2.3.3.

Targeting Mode Parameter Selection

The ST-14D TVRO antenna system is fitted with both hardware and software to support the use of DiSEqC

(Digital Satellite Equipment Control) commands. The use of these commands allows an integrated EchoStar

2-1

Setup for Model ST14 D ST14 Ku-Band TVRO

DishPro or DishPro Plus Satellite Receiver to determine and target the correct satellite based on the operators channel selection. For integrated Receivers that do support DiSEqC, the ST-14 requires that the user press the NEXT key to determine and target the desired satellite. The Targeting Mode Parameter selection allows the user to configure the systems mode of satellite targeting selection. The user will be presented with the option of manual satellite targeting (legacy mode) or one of 4 auto satellite targeting modes.

1.

Press the NEXT key to SELECT this parameter for adjustment.

2.

Once selected, press ▼ & ▲ arrow keys to scroll through a list of choices. The current mode choices and their descriptions are as follows:

• MANUAL TARGET:

Intended Use:

Single Satellite tracking requirement

Description :

By selecting this mode of manual operation the antenna will not automatically target any satellite preset regardless of any received commands by the satellite receiver to do so. In this mode the user is required to manually target the desired satellite by pressing the NEXT key to select the appropriate Preset (i.e. SAT 2) and allowing the satellite receiver to select receive polarity based on the current channel selection.

• EchoStar: 2 SAT:

Intended Use:

Two EchoStar Satellite tracking requirement

Description :

By selecting this mode of automatic operation the antenna will automatically select the correct receive polarity and satellite switching between SAT 1 and SAT 2 as commanded by an EchoStar compatible DishPro or DishPro Plus receiver using DiSEqC protocol.


Intended Use:

Three EchoStar Satellite tracking requirement

Description:

By selecting this mode of automatic operation the antenna will automatically select the correct receive polarity and satellite switching between SAT 1, SAT 2, and SAT 3 as commanded by an EchoStar compatible DishPro or DishPro Plus receiver using DiSEqC protocol.


Intended Use:

Four EchoStar Satellite tracking requirement

Description:

By selecting this mode of automatic operation the antenna will automatically select the correct receive Automatic polarity and satellite switching between SAT 1, SAT 2, SAT 3, and SAT4 as commanded by an EchoStar compatible DishPro or DishPro Plus receiver using

DiSEqC protocol.

In North America, both Dish Network and Bell TV use EchoStar

Satellites and EchoStar (DishPro and DishPro Plus) receivers and equipment. The

DishPro system uses DiSEqC commands to select desired satellite(s) and receive polarity.

2-2


The following table serves as a guide to help properly setup your ST-14. Contact your (prospective) Service Provider to define which satellite(s) are required which is normally based on your service subscription.

Service

Provider

Generic

Satellites

Required

1-6

Dish Network 1

Dish Network 2

Target Mode

Parameter

Manual

SAT 1

Preset

As required by service provider

SAT 2

Preset

As required by service provider or EMPTY if not required

Manual As required by service provider

EMPTY

EchoStar 2 SAT Dsh119 Dsh110

SAT 3

Preset

As required by service provider or

EMPTY if not required

EMPTY

EMPTY

SAT 4

Preset



EMPTY

EMPTY

SAT 5

Preset



EMPTY

EMPTY

SAT 6

Preset



EMPTY

EMPTY

Dish Network 3 EchoStar 3 SAT Dsh119 Dsh110 EMPTY EMPTY EMPTY

Dish Network 4

Bell TV 1

EchoStar 4 SAT Dsh119 Dsh110

Dsh129 or

61W

Dsh129 or

61W

EMPTY

Dsh129 or

61W

EMPTY

EMPTY

EMPTY

EMPTY

EMPTY

Bell TV 2

Manual As required by service provider

EMPTY

EchoStar 2 SAT ExpV91 ExpV82 EMPTY EMPTY EMPTY EMPTY

2.3.4.

Setting Threshold Offset for Proper Tracking

To allow for a variance in AGC delta as a vessel travels from north to south or vice versa, the antenna system will automatically calculate the tracking threshold based on one of three pre-determined latitude ranges,

“Lower, Middle, Upper”, and their programmed Threshold Offset Parameter. These three ranges are defined by two adjustable system parameters known as “LOW LAT LIM” and “HIGH LAT LIM”. The Threshold-Offset

Parameter values associated with these ranges are based on an internal lookup table known as the “LAT-

THRESH OFFSET TABLE”. Although set at the factory this table is fully adjustable, either from the ACP or through the RS-232 serial interface, based on user preference.

Range Region Set Limitation

Parameter

Lower 0° to LOW LAT LIM LOW LAT LIM

Middle LOW LAT LIM to

HIGH LAT LIM

Defined by LOW LAT

LIM & HIGH LAT LIM

Factory

Default

35

35.1 to

44.9

Offset Parameter

THRSH OFFS_1

THRSH OFFS_2

Factory

Default

80

60

Upper HIGH LAT LIM to 90° HIGH LAT LIM 45 THRSH OFFS_3 30

2-3


2.3.5.

SAT1 - First Satellite Parameters

Access all of the SAT1 individual parameters via a sub menu. Choices are:

2.3.5.1.

PRESET

This choice presets all of the other sub-menu parameters to factory defaults for the satellite you choose to set this SAT to.

1.


2.

Once selected, press ▼ & ▲ arrow keys to scroll through a list of choices which this SAT can be preset to. This list may change in future software revisions. The current choices are:

Empty

ExpV82

Blanks/zeroes all parameters for this satellite, so switching satellites

(NEXT) will skip over the satellites you don’t want (if you only use

ONE satellite, you should preset all of the other SAT selections to be empty/blank ).

Bell ExpressVu @ 82W

ExpV91

DTV 72

DTV101

DTV110

DTV119


DirecTV @ 72W

DirecTV @ 101W

DirecTV @ 110.1W

DirecTV @ 119W

Dish61

Dish73

Dish77

Dsh110

Dish Network @ 61W

Dish Network @ 73W

Dish Network @ 77W

Dish Network @ 110W

Dsh119

Dsh129

Dish Network @ 119W

Dish Network @ 129W

Dsh148 Dish Network @ 148W

3.

When the desired choice is displayed, press the SAVE key to save the parameters for this

SAT. This saves the DEFAULT Satellite Name, Satellite Longitude, RHCP frequency, Baud rate, FEC rate, and Network ID of this SAT.

4.

If you want to edit any of the default values that are loaded with preset, press the ▼ arrow key to go to the next sub-menu parameter.

5.

If you do not want to edit any other sub-menu parameters, press SAVE again to exit the sub-menu and return to the SAT main menu display. From there you can press the ▼ arrow key to go to next SAT numeric menu choice or to the Factory Settings menu choice.

2.3.5.2.

NAME

Enter or edit the 6 character Name you want to use for this saved satellite.

1.

Press the NEXT key to select this sub-menu parameter for adjustment.

2.

A cursor will appear under the leftmost character. Press ▼ & ▲ arrow keys to increment/decrement this character.

3.

Press the NEXT key to move the cursor to the next character to the right. Press ▼ & ▲ arrow keys to increment/decrement this character.

4.

Continue editing characters (6 max) until all desired characters have been set to create the

NAME you want to use for this satellite selection. Press the SAVE key to save the NAME parameter for this SAT.

5.

If you want to edit any of the other default values that are loaded with preset, press the

▼ arrow key to go to the next sub-menu parameter.

6.


2-4


2.3.5.3.

LON

Enter or edit the Longitude position of this satellite. Range of acceptable values are 0-180, East or

West (E or W).

1.


2.

A cursor will appear under the East/West hemisphere character. Press ▼ & ▲arrow keys to set this character to the desired hemisphere (E/W).

3.

Press the NEXT key to move the cursor to the number digit to the right. Press ▼ & ▲ arrow keys to increment/decrement this digit.

4.

Continue editing until all 3 digits have been set to the Longitude (0-180) position of this satellite selection. Press the SAVE key to save the LON parameter for this SAT.

5.



6.


2.3.5.4.

RHCP (MHz) freq

Enter or edit the Right Hand Circular Frequency (in MHz) for the receiver to use for tracking this satellite. Range of acceptable frequency input is 950-2150 MHz

1.


2.

A cursor will appear under the rightmost digit. Press ▼ & ▲ arrow keys to increment/decrement this digit.

3.

Press the NEXT key to move the cursor to the digit to the left. Press ▼ & ▲ arrow keys to increment/decrement this digit.

4.

Continue editing until all 4 digits have been set to the desired tracking Frequency for this satellite selection. Press the SAVE key to save the FREQ parameter for this SAT.

5.



6.

If you do not want to edit any other sub-menu parameters, press SAVE again to exit the sub-menu and return to the SAT main menu display. From there you can press the ▼arrow key to go to next SAT numeric menu choice or to the Factory Settings menu choice.

2.3.5.5.

BAUD

Enter or edit the best Baud rate for the receiver to use for this satellite. Range of acceptable input is 5000-30000 symbols per second.

1.


2.


3.


4.

Continue editing until all 5 digits have been set to the desired Baud rate for this satellite selection. Press the SAVE key to save the BAUD parameter for this SAT.

5.



6.


2-5


2.3.5.6.

FEC

Enter or edit the best Forward Error Correction rate for the receiver to use for this satellite.


1.


2.


AUTO

1/2

2/3

Automatically scans through all the standard DVB & DSS FEC rates.

3/4

5/6

6/7

7/8

SCPC

AUTO* Automatically scans through all the available forced * (star’ed) FEC rates. If the satellite does not generate an NID but does have a unique combination of FREQ, BAUD and FEC lock, select the appropriate FEC* choice from this list. The system will then generate its own unique forced NID to represent the desired satellite. You will need to enter this pseudo NID in the NID setting below.

1/2*

2/3*

3/4*

5/6*

6/7*

7/8*

NBIF

3.


SAT. This saves the FEC rate to use for this SAT.

4.

If you want to edit any of the default values that are loaded with preset, press the

▼arrow key to go to the next sub-menu parameter.

5.


2.3.5.7.

NID

Enter or edit the best Network ID 4 digit HEX value for the receiver used to which is used to identify & track this satellite.

1.


2.

A cursor will appear under the rightmost digit. Press ▼ & ▲ arrow keys to increment/decrement this digit (only valid HEX values 0-F will be displayed).

3.


4.

Continue editing until all 4 digits have been set to the desired NID for this satellite selection. Press the SAVE key to save the NID parameter for this SAT.

5.



2-6


6.


2.3.6.

SAT2 - Second Satellite Parameters

Access all of the SAT2 individual parameters via a sub menu. If a second SAVED satellite is not needed, preset SAT2 to empty/blank so NEXT will skip over this selection when you are switching satellites.

All of the SAT2 parameters are set exactly the same way that the SAT1 parameters were set, but would be set to different choices. Refer to the parameter setting information in the SAT1 – First Satellite Parameters paragraphs to set PRESET, NAME, LON, RHCP freq, BAUD, FEC, and NID for a second satellite that you wish to use periodically.

2.3.7.

SAT3 - Third Satellite Parameters

Access all of the SAT3 individual parameters via a sub menu. If a third SAVED satellite is not needed, preset

SAT3 to empty/blank so NEXT will skip over this selection when you are switching satellites.

All of the SAT3 parameters are set exactly the same way that the SAT1 parameters were set, but would be set to different choices. Refer to the parameter setting information in the SAT1 – First Satellite Parameters paragraphs to set PRESET, NAME, LON, RHCP freq, BAUD, FEC, and NID for a third satellite that you wish to use periodically.

2.3.8.

SAT4 - Fourth Satellite Parameters

Access all of the SAT4 individual parameters via a sub menu. If a forth SAVED satellite is not needed, preset

SAT4 to empty/blank so NEXT will skip over this selection when you are switching satellites.

All of the SAT4 parameters are set exactly the same way that the SAT1 parameters were set, but would be set to different choices. Refer to the parameter setting information in the SAT1 – First Satellite Parameters paragraphs to set PRESET, NAME, LON, RHCP freq, BAUD, FEC, and NID for a forth satellite that you wish to use periodically.

2.3.9.

SAT5 - Fifth Satellite Parameters

Access all of the SAT5 individual parameters via a sub menu. If a fifth SAVED satellite is not needed, preset


All of the SAT5 parameters are set exactly the same way that the SAT1 parameters were set, but would be set to different choices. Refer to the parameter setting information in the SAT1 – First Satellite Parameters paragraphs to set PRESET, NAME, LON, RHCP freq, BAUD, FEC, and NID for a fifth satellite that you wish to use periodically.

2.3.10.

SAT6 - Sixth Satellite Parameters

Access all of the SAT6 individual parameters via a sub menu. If a sixth SAVED satellite is not needed, preset


All of the SAT6 parameters are set exactly the same way that the SAT1 parameters were set, but would be set to different choices. Refer to the parameter setting information in the SAT1 – First Satellite Parameters paragraphs to set PRESET, NAME, LON, RHCP freq, BAUD, FEC, and NID for a sixth satellite that you wish to use periodically.

2.3.11.

FACTORY SETTINGS

Accessing the Factory Settings parameters should ONLY be done by a qualified technician from an authorized Sea Tel dealer. The Antenna Model and Serial Number information is located on a sticker which can be found on top of the electronics enclosure. The parameters are:

2.3.11.1.

Serial Number

This parameter sets Serial Number of the Antenna Pedestal into the PCU memory. The serial number starts with 98 followed by 6 digits that are editable. This parameter allows the serial number of the antenna to be displayed on the display of the Antenna Control Panel during the initialization process.

2-7


NOTE: The Serial Number parameter setting is saved in the PCU, therefore,

MUST be set whenever the PCU is changed.

After this parameter has been set correctly, it must be SAVED in the PCU.

1.

Press the NEXT key to SELECT this sub-menu parameter for adjustment.

2.


3.


4.

Continue editing until all 6 digits have been set to the correct Serial Number of the antenna pedestal that this PCU is mounted on. Press the SAVE key to save the Serial Number parameter.

5.

Press SAVE again to exit the sub-menu and return to the FACTORY SETTINGS main menu display. From there you can press the ▲ arrow key to go UP through the SAT numeric menu choices.

2.3.11.2.

MODEL CONFIGURATION

This parameter sets all of the internal drive, scale factor and limits for the motors, gear ratios and sensors FOR THIS MODEL ANTENNA.

NOTE: The MODEL parameter setting is saved in the PCU, therefore, MUST be set whenever the PCU is changed.

WARNING: Improper setting of this parameter WILL cause the antenna to

malfunction.

1.


2.

Once selected, press ▼ arrow to select the base model of either C14 or ST14

3.

Then Press the ▲arrow keys to scroll through a list of model configuration choices. The current choices are blank, M, or D.

• ST14/C14 : Single Receiver Configuration

• ST14M/C14M: Multiple receiver Configuration

• ST14D/C14D: DiSEqC compatible Configuration (Dish Network, Bell TV)

When the correct base model and model configuration value(s) are displayed, press the SAVE key to save to memory. As mentioned earlier this saves the drive, scale factors and limits for this antenna. If this parameter is NOT set correctly, the antenna WILL

malfunction.

2.3.11.3.

LAT (Ships Latitude)

This parameter is automatically set by the GPS antenna mounted on the pedestal inside the radome.

The GPS input enables the antenna to quickly & accurately target satellites (SAT1 – SAT6).

1.


2.


3.

Press the NEXT key to move the cursor to the next digit to the left. Press▼ & ▲arrow keys to increment/decrement this digit.

4.

Press the NEXT key to move the cursor to the next character to the left. Press ▼ & ▲ arrow keys to toggle this character between N (North) and S (South).

Press the SAVE key to save the current ships latitude in the LAT parameter.

2-8


2.3.11.4.

LON (Ships Longitude)

This parameter is automatically set by the GPS antenna mounted on the Coastal pedestal inside the radome. The GPS input enables the antenna to quickly & accurately target satellites (SAT1 – SAT6).

1.


2.


3.

Press the NEXT key to move the cursor to the next digit to the left. Press ▼ & ▲ arrow keys to increment/decrement this digit.

4.


5.

Press the NEXT key to move the cursor to the next character to the right. Press ▼ & ▲ arrow keys to toggle this character between E (East) and W (West).

Press the SAVE key to save the current ships longitude in the LON parameter.

2.3.11.5.

Latitude Ranges:

The three latitude ranges in the “LAT-THRESH OFFSET TABLE” are defined by setting 2 system parameters, “Low Lat Lim” and “High Lat Lim”.

2.3.11.5.1.

Lower Latitude Range

The LOW LAT LIM parameter defines the “Lower” Latitude

Limitation Range and is entered using any whole degree from 0-90. The LOW

LAT LIM parameter sets the highest latitude position of the lower latitude range.

Therefore the lower latitude range will be any latitude

Figure 2-1 Lower Latitude Range range from 0° to LOW LAT LIM parameter. While in this range, the system will use the parameter entered for LOW LAT OFFSET for calculating the tracking threshold

Example: To define a Lower Latitude Range of 0° to 35°, enter a LOW LAT LIM parameter value of 35.

1.


2.


3.


4.


5.

Press the SAVE key to save the desired parameter

2.3.11.5.2.

Middle Latitude Range

The “Middle” Latitude

Limitation Range is defined by the values set for the LOW

LAT LIM and HIGH LAT LIM parameters. The HIGH LAT

LIM parameter sets the highest latitude position of the Middle latitude range while the LOW LAT LIM

Figure 2-2 Middle Latitude Range parameter entered sets the lowest latitude position of the Middle latitude range. Therefore the Middle latitude range will be any latitude position from the LOW LAT LIM parameter to the HIGH LAT LIM parameter. Example: To define a Middle Latitude range of 35° to 45°, enter a HIGH LAT LIM of 45 and enter a LOW LAT LIM of 35° While in this range the

2-9

Setup for Model ST14 D ST14 Ku-Band TVRO system will use the parameter entered for MID LAT OFFSET for calculating the tracking threshold.

2.3.11.5.3.

Upper Latitude Range

The HIGH LAT LIM parameter defines the

“Upper” Latitude Limitation Range and is any whole degree from1-90. The HIGH LAT LIM parameter sets the lowest latitude position of the Upper latitude range. Therefore the upper latitude range will be any latitude range from

HIGH LAT LIM to 90°. Example: To define an upper Latitude Range of 45° to 90°, enter a HIGH

LAT LIM of 45. While in this range the system will use the parameter entered for HIGH LAT

OFFSET for calculating the tracking threshold.

Figure 2-3 Upper Latitude Range

2.3.11.6.

LOW/MID/HI LAT OFFSET (Threshold Offset)

The threshold-offset parameters are an AGC value from 0-255 that is summed to the average noise floor, to properly calculate the systems tracking signal threshold every time the system is commanded to Target or Search for a desired satellite.

Example: If the Averaged noise floor is 1100 AGC counts and the Threshold Offset value is 40, the resultant AGC threshold would be set to 1140 counts, thereby triggering the Tracking status for any

AGC value1141 or higher.

Figure 2-4 Threshold Offset Regions

2.3.11.6.1.

LOW LAT OFFSET

The LOW LAT OFFS parameter defines what threshold offset value parameter is used when the vessel is located within the Lower Latitude Range.

1.


2.


3.


4.


5.

Press the SAVE key to save this parameter to memory.

2.3.11.6.2.

MID LAT OFFSET

The MID LAT OFFS parameter defines what threshold offset value parameter is used when the vessel is located within the Middle Latitude Range.

1.


2.


3.


2-10


4.


5.


2.3.11.6.3.

HIGH LAT OFFSET

The HIGH LAT OFFS parameter defines what threshold offset value parameter is used when the vessel is located within the Upper Latitude Range.

1.


2.


3.


4.


5.

Press the SAVE key to save this parameter to memory

To operate the system in the mode previously known as Auto Threshold set all three threshold offset parameters to the same value, thereby using the same Thresh Offset parameter value regardless of the vessels Geo Location.

2.4.

Saving the SETUP Parameters

When you have completed setting the desired parameters above, Press and Hold SAVE for 6 seconds to save the changes you have made to the settings and exit SETUP Mode. “Settings Saved” will be displayed.

If you do NOT want to save the changes to NVRAM, Press SAVE + ▲ to exit SETUP Mode without permanently saving any parameter changes.

NOTE: You will save individual set-up parameter settings as you modify them in the procedure below (quick presses of the SAVE key). These will only save the settings until POWER is cycled to the antenna.


key for three seconds to write the changes you have made to memory (“Settings Saved” will be displayed) in the PCU, so they will be available after POWER has been cycled to the antenna.

2-11

Setup for Model ST14 D



2-12

ST14 Ku-Band TVRO Setup for Model ST14M

3.

Setup for Model ST14M

3.1.


1.

Press the POWER key on the antenna control panel. The display should report model and software versions, verifying the DC power connection between the antenna control panel and the antenna pedestal assembly.

2.


3.2.








SAT6 EMPTY No Selected Service


3.3.







key for six seconds, “Settings Saved” will be displayed. Saving writes all of the parameters, including the ones you have changed, to memory in the PCU so they will be available after POWER has been cycled to the antenna

3.3.1.


1.


2.


3.

Then press the SAVE key to save the adjusted setting.

4.


3.3.2.

Threshold Offset

This displays the current Threshold Offset value. This parameter is automatically set based on the vessel’s

GEO location. See “Latitude Ranges” later in this chapter for configuration and setup information.

3.3.3.

Targeting Mode Parameter Selection

1.


2.

Once selected, press ▼ & ▲ arrow keys to scroll through a list of choices until MANUAL Targeting is displayed. Then press the SAVE key to submit.

3-1

Setup for Model ST14M ST14 Ku-Band TVRO

• MANUAL TARGET:

Intended Use:

Single or multi-satellite tracking requirement.

Description :

By selecting this mode of manual operation the antenna will not automatically target any satellite preset regardless of any received commands that may be sent by the satellite receiver to do so. In this mode the user is required to manually target the desired satellite by pressing the NEXT key to select the appropriate

Preset (i.e. SAT 2) and allowing the satellite receiver to select receive polarity based on the current channel selection.

The following table serves as a guide to help properly setup your ST-14. Contact your (prospective) Service Provider to define which satellite(s) are required which is normally based on your service subscription.

Service

Provider

Generic

DirecTV

Satellites

Required

1-6

1-6

Target Mode

Parameter

Manual

Manual

SAT 1

Preset



SAT 2

Preset



SAT 3

Preset




SAT 4

Preset




SAT 5

Preset




SAT 6

Preset




3.3.4.

Setting Threshold Offset for Proper Tracking

To allow for a variance in AGC delta as a vessel travels from north to south or vice versa, the antenna system will automatically calculate the tracking threshold based on one of three pre-determined latitude ranges,

“Lower, Middle, Upper”, and their programmed Threshold Offset Parameter. These three ranges are defined by two adjustable system parameters known as “LOW LAT LIM” and “HIGH LAT LIM”. The Threshold-Offset

Parameter values associated with these ranges are based on an internal lookup table known as the “LAT-

THRESH OFFSET TABLE”. Although set at the factory this table is fully adjustable, either from the ACP or through the RS-232 serial interface, based on user preference.

Range Region Set Limitation

Parameter

Lower 0° to LOW LAT LIM LOW LAT LIM

Middle LOW LAT LIM to

HIGH LAT LIM

Defined by LOW LAT

LIM & HIGH LAT LIM

Factory

Default

35

35.1 to

44.9

Offset Parameter

THRSH OFFS_1

THRSH OFFS_2

Factory

Default

80

60

Upper HIGH LAT LIM to 90° HIGH LAT LIM 45

SAT1 - First Satellite Parameters

Access all of the SAT1 individual parameters via a sub menu. Choices are:

THRSH OFFS_3 30

3.3.4.1.

PRESET


1.


2.

Once selected, press ▼ & ▲ arrow keys to scroll through a list of choices which this

SAT can be preset to. This list may change in future software revisions. The current choices are:

3-2


Empty

ExpV82

ExpV91

DTV 72

DTV101

DTV110

DTV119

Blanks/zeroes all parameters for this satellite, so switching satellites





DirecTV @ 72W

DirecTV @ 101W

DirecTV @ 110.1W

DirecTV @ 119W

Dish61

Dish73

Dish77

Dsh110

Dish Network @ 61W

Dish Network @ 73W

Dish Network @ 77W

Dish Network @ 110W

Dsh119

Dsh129

Dish Network @ 119W

Dish Network @ 129W

Dsh148 Dish Network @ 148W

3.


SAT. This saves the DEFAULT Satellite Name, Satellite Longitude, RHCP frequency, Baud rate, FEC rate, and Network ID of this SAT.

4.


5.


3.3.4.2.

NAME


1.


2.


3.


4.



5.



6.


3.3.4.3.

LON


West (E or W).

1.


2.


3.


4.

Continue editing until all 3 digits have been set to the Longitude (0-180) position of this satellite selection. Press the SAVE key to save the LON parameter for this SAT.

3-3


5.



6.


3.3.4.4.

RHCP (MHz) freq

Enter or edit the Right Hand Circular Frequency (in MHz) for the receiver to use for tracking this satellite. Range of acceptable frequency input is 950-2150 MHz

1.


2.


3.


4.


5.



6.

If you do not want to edit any other sub-menu parameters, press SAVE again to exit the sub-menu and return to the SAT main menu display. From there you can press the ▼arrow key to go to next SAT numeric menu choice or to the Factory Settings menu choice.

3.3.4.5.

BAUD

Enter or edit the best Baud rate for the receiver to use for this satellite. Range of acceptable input is 5000-30000 symbols per second.

1.


2.


3.


4.


5.



6.


3.3.4.6.

FEC

Enter or edit the best Forward Error Correction rate for the receiver to use for this satellite.


1.


2.


AUTO

1/2

2/3

3/4

5/6

6/7


3-4


7/8

SCPC


1/2*

2/3*

3/4*

5/6*

6/7*

7/8*

NBIF

3.



4.



5.


3.3.4.7.

NID

Enter or edit the best Network ID 4 digit HEX value for the receiver used to which is used to identify & track this satellite.

1.


2.


3.


4.


5.



6.


3.3.5.

SAT2 - Second Satellite Parameters

Access all of the SAT2 individual parameters via a sub menu. If a second SAVED satellite is not needed, preset SAT2 to empty/blank so NEXT will skip over this selection when you are switching satellites.

All of the SAT2 parameters are set exactly the same way that the SAT1 parameters were set, but would be set to different choices. Refer to the parameter setting information in the SAT1 – First Satellite Parameters paragraphs to set PRESET, NAME, LON, RHCP freq, BAUD, FEC, and NID for a second satellite that you wish to use periodically.

3.3.6.

SAT3 - Third Satellite Parameters

Access all of the SAT3 individual parameters via a sub menu. If a third SAVED satellite is not needed, preset


All of the SAT3 parameters are set exactly the same way that the SAT1 parameters were set, but would be set to different choices. Refer to the parameter setting information in the SAT1 – First Satellite Parameters

3-5

Setup for Model ST14M ST14 Ku-Band TVRO paragraphs to set PRESET, NAME, LON, RHCP freq, BAUD, FEC, and NID for a third satellite that you wish to use periodically.

3.3.7.

SAT4 - Fourth Satellite Parameters

Access all of the SAT4 individual parameters via a sub menu. If a forth SAVED satellite is not needed, preset


All of the SAT4 parameters are set exactly the same way that the SAT1 parameters were set, but would be set to different choices. Refer to the parameter setting information in the SAT1 – First Satellite Parameters paragraphs to set PRESET, NAME, LON, RHCP freq, BAUD, FEC, and NID for a forth satellite that you wish to use periodically.

3.3.8.

SAT5 - Fifth Satellite Parameters

Access all of the SAT5 individual parameters via a sub menu. If a fifth SAVED satellite is not needed, preset


All of the SAT5 parameters are set exactly the same way that the SAT1 parameters were set, but would be set to different choices. Refer to the parameter setting information in the SAT1 – First Satellite Parameters paragraphs to set PRESET, NAME, LON, RHCP freq, BAUD, FEC, and NID for a fifth satellite that you wish to use periodically.

3.3.9.

SAT6 - Sixth Satellite Parameters

Access all of the SAT6 individual parameters via a sub menu. If a sixth SAVED satellite is not needed, preset


All of the SAT6 parameters are set exactly the same way that the SAT1 parameters were set, but would be set to different choices. Refer to the parameter setting information in the SAT1 – First Satellite Parameters paragraphs to set PRESET, NAME, LON, RHCP freq, BAUD, FEC, and NID for a sixth satellite that you wish to use periodically.

3.3.10.


Accessing the Factory Settings parameters should ONLY be done by a qualified technician from an authorized Sea Tel dealer. The Antenna Model and Serial Number information is located on a sticker which can be found on top of the electronics enclosure. The parameters are:

3.3.10.1.

Serial Number





1.


2.


3.


4.


5.


3-6


3.3.10.2.

MODEL CONFIGURATION

This parameter sets all of the internal drive, scale factor and limits for the motors, gear ratios and sensors FOR THIS MODEL ANTENNA.

NOTE: The MODEL parameter setting is saved in the PCU, therefore, MUST be set whenever the PCU is changed.

WARNING: Improper setting of this parameter WILL cause the antenna to

malfunction.

1.


2.

Once selected, press ▼ arrow to select the base model of either C14 or ST14

3.

Then Press the ▲arrow keys to scroll through a list of model configuration choices. The current choices are blank, M, or D.

• ST14/C14 : Single Receiver Configuration

• ST14M/C14M: Multiple receiver Configuration

• ST14D/C14D: DiSEqC compatible Configuration (Dish Network, Bell TV)

4.

When the correct base model and model configuration value(s) are displayed, press the

SAVE key to save to memory. As mentioned earlier this saves the drive, scale factors and limits for this antenna. If this parameter is NOT set correctly, the antenna

WILL malfunction.

3.3.10.3.


This parameter is automatically set by the GPS antenna mounted on the pedestal inside the radome.

The GPS input enables the antenna to quickly & accurately target satellites (SAT1 – SAT6).

1.


2.


3.

Press the NEXT key to move the cursor to the next digit to the left. Press▼ & ▲arrow keys to increment/decrement this digit.

4.

Press the NEXT key to move the cursor to the next character to the left. Press ▼ & ▲ arrow keys to toggle this character between N (North) and S (South).

5.


3.3.11.

LON (Ships Longitude)

This parameter is automatically set by the GPS antenna mounted on the Coastal pedestal inside the radome. The GPS input enables the antenna to quickly & accurately target satellites (SAT1 – SAT6) when you press the NEXT key on the Antenna Control Panel.

1.


2.

A cursor will appear under the leftmost digit. Press ▼ & ▲ arrow keys to increment/decrement this digit.

3.

Press the NEXT key to move the cursor to the next digit to the right. Press ▼ & ▲ arrow keys to increment/decrement this digit.

4.


5.


6.


3-7


3.3.11.1.

Latitude Ranges:

The three latitude ranges in the “LAT-THRESH OFFSET TABLE” are defined by setting 2 system parameters,

“Low Lat Lim” and “High Lat Lim”.

3.3.11.1.1.

Lower Latitude Range

The LOW LAT LIM parameter defines the “Lower” Latitude Limitation Range and is entered using any whole degree from 0-90. The LOW LAT LIM parameter sets the highest latitude position of the lower latitude range.

Therefore the lower latitude range will be any latitude range from 0° to LOW

LAT LIM parameter. While in this range, the system will use the parameter

Figure 3-1 Lower Latitude Range entered for LOW LAT OFFSET for calculating the tracking threshold

Example: To define a Lower Latitude Range of 0° to 35°, enter a LOW LAT LIM parameter value of 35.

1.


2.


3.


4.


5.

Press the SAVE key to save the desired parameter

3.3.11.1.2.

Middle Latitude Range

The “Middle” Latitude Limitation Range is defined by the values set for the LOW

LAT LIM and HIGH LAT LIM parameters. The HIGH LAT LIM parameter sets the highest latitude position of the Middle latitude range while the LOW LAT LIM parameter entered sets the lowest latitude position of the Middle latitude range.

Figure 3-2 Middle Latitude Range

Therefore the Middle latitude range will be any latitude position from the LOW LAT LIM parameter to the HIGH LAT LIM parameter. Example: To define a Middle Latitude range of

35° to 45°, enter a HIGH LAT LIM of 45 and threshold.

enter a LOW LAT LIM of 35° While in this range the system will use the parameter entered for MID LAT OFFSET for calculating the tracking

3.3.11.1.3.

Upper Latitude Range

The HIGH LAT LIM parameter defines the

“Upper” Latitude Limitation Range and is any whole degree from1-90. The HIGH LAT LIM parameter sets the lowest latitude position of the Upper latitude range. Therefore the upper latitude range will be any latitude range from

HIGH LAT LIM to 90°. Example: To define an upper Latitude Range of 45° to 90°, enter a HIGH

LAT LIM of 45. While in this range the system will use the parameter entered for HIGH LAT

OFFSET for calculating the tracking threshold.

Figure 3-3 Upper Latitude Range

3-8


3.3.11.2.

LOW/MID/HI LAT OFFSET (Threshold Offset)

The threshold-offset parameters are an AGC value from 0-255 that is summed to the average noise floor, to properly calculate the systems tracking signal threshold every time the system is commanded to Target or Search for a desired satellite.

Example: If the Averaged noise floor is 1100 AGC counts and the Threshold Offset value is 40, the resultant AGC threshold would be set to 1140 counts, thereby triggering the Tracking status for any

AGC value1141 or higher.

Figure 3-4 Threshold Offset Regions

3.3.11.2.1.

LOW LAT OFFSET

The LOW LAT OFFS parameter defines what threshold offset value parameter is used when the vessel is located within the Lower Latitude Range.

1.


2.


3.


4.


5.


3.3.11.2.2.

MID LAT OFFSET

The MID LAT OFFS parameter defines what threshold offset value parameter is used when the vessel is located within the Middle Latitude Range.

1.


2.


3.


4.


5.


3.3.11.2.3.

HIGH LAT OFFSET

The HIGH LAT OFFS parameter defines what threshold offset value parameter is used when the vessel is located within the Upper Latitude Range.

1.


2.


3.


4.


3-9


5.

Press the SAVE key to save this parameter to memory

To operate the system in the mode previously known as Auto Threshold set all three threshold offset parameters to the same value, thereby using the same Thresh Offset parameter value regardless of the vessels Geo Location.

3.4.






key for three seconds to write the changes you have made to memory (“Settings Saved” will be displayed) in the PCU, so they will be available after POWER has been cycled to the antenna.

3-10

ST14 Ku-Band TVRO Setup for Model ST14E

4.

Setup for Model ST14E

4.1.


1.

Press the POWER key on the antenna control panel. The display should report model and software versions, verifying the DC power connection between the antenna control panel and the antenna pedestal assembly.

2.


4.2.



SATA HtBd13 Hot Bird @ 13E

SATB Astr19 Astra1 @ 19E

SATC Astr28 Astra2 @ 28E


4.3.







key for six seconds, “Settings Saved” will be displayed. Saving writes all of the parameters, including the ones you have changed, to memory in the PCU so they will be available after POWER has been cycled to the antenna.

4.3.1.


1.


2.


3.

Then press the SAVE key to save the adjusted setting.

4.


4.3.2.

Setting Auto Threshold for Proper Tracking

Auto Threshold needs to be set to about 1/3 rd

of the difference in AGC between noise floor (OFF satellite) signal level and peak (ON satellite) signal level. The most common value for the Coastal 14 is 60.

1.


2.

Once selected, press ▼ & ▲ arrow keys to increment/decrement the indicated digit to the desired value.

3.

Press NEXT to move the adjustment cursor to the next character to be edited. Press ▼ & ▲ arrow keys to increment/decrement the indicated character to the desired value.

4.

Repeat the previous step until all desired character positions have been edited.

5.

Then press the SAVE key once to save this setting.

4-1

Setup for Model ST14E

6.



4.3.3.

SATA - First Satellite Parameters

Access all of the SATA individual parameters via a sub menu. Choices are:

4.3.3.1.

PRESET


1.


2.


Empty Blanks/zeroes all parameters for this satellite, so switching satellites



Hot Bird @ 13E HtBd13

Astr19

Astr28

Astra1 @ 19E

Astra2 @ 28E

TkSt42 TurkSat @ 42E

3.


SAT. This saves the DEFAULT Satellite Name, Satellite Longitude, Lo Band and Hi Band

Horizontal frequencies, Vertical frequencies, Baud rates, FEC rates, and Network ID’s.

4.


5.


4.3.3.2.

NAME


1.


2.


3.


4.



5.



6.


4.3.3.3.

LON


West (E or W).

1.


2.


3.


4-2


4.

Continue editing until all 3 digits have been set to the Longitude (0-180) position of this satellite selection. Press the SAVE key to save the LON parameter for this SAT.

5.



6.


4.3.3.4.

Lo Band Vertical Frequency

Enter or edit the Ku Lo Band Vertical Frequency (in MHz) for the receiver to use to track this satellite. Range of acceptable frequency input is 950-2150 MHz.

1.


2.


3.


4.


5.



6.


4.3.3.5.

Hi Band Vertical Frequency

Enter or edit the Ku Hi Band Vertical Frequency (in MHz) for the receiver to use to track this satellite. Range of acceptable frequency input is 950-2150 MHz.

1.


2.


3.


4.


5.



If you do not want to edit any other sub-menu parameters, press SAVE again to exit the submenu and return to the SAT main menu display. From there you can press the ▼ arrow key to go to next SAT numeric menu choice or to the Factory Settings menu choice.

4.3.3.6.

Lo Band Horizontal Frequency

Enter or edit the Ku Lo Band Horizontal Frequency (in MHz) for the receiver to use to track this satellite. Range of acceptable frequency input is 950-2150 MHz.

1.


2.


3.


4.


5.



4-3

Setup for Model ST14E ST14 Ku-Band TVRO

If you do not want to edit any other sub-menu parameters, press SAVE again to exit the submenu and return to the SAT main menu display. From there you can press the ▼ arrow key to go to next SAT numeric menu choice or to the Factory Settings menu choice.

4.3.3.7.

Hi Band Horizontal Frequency

Enter or edit the Ku Hi Band Horizontal Frequency (in MHz) for the receiver to use to track this satellite. Range of acceptable frequency input is 950-2150 MHz.

1.


2.


3.


4.


5.



6.


4.3.3.8.

Lo Band BAUD Rate

Enter or edit the Lo Band Baud rate for the receiver to use for this satellite. Range of acceptable input is 5000-30000 symbols per second.

1.


2.


3.


4.


5.



6.


4.3.3.9.

Hi Band BAUD Rate

Enter or edit the Hi Band Baud rate for the receiver to use for this satellite. Range of acceptable input is 5000-30000 symbols per second.

1.


2.


3.


4.


5.



6.


4-4


4.3.3.10.

Lo Band FEC Rate

Enter or edit the Lo Band Forward Error Correction rate for the receiver to use for this satellite.


1.


2.


AUTO

1/2

2/3


3/4

5/6

6/7

7/8


1/2*

2/3*

3/4*

5/6*

6/7*

7/8*

3.



4.



5.


4.3.3.11.

Hi Band FEC Rate

Enter or edit the Hi Band Forward Error Correction rate for the receiver to use for this satellite.


1.


2.


AUTO

1/2

2/3


3/4

5/6

6/7

7/8

4-5



1/2*

2/3*

3/4*

5/6*

6/7*

7/8*

3.



4.



5.


4.3.3.12.

Lo Band NID

Enter or edit the Lo Band Network ID 4 digit HEX value for the receiver used to Identify & track this satellite.

1.


2.


3.


4.


5.



6.


4.3.3.13.

Hi Band NID

Enter or edit the Hi Band Network ID 4 digit HEX value for the receiver used to Identify & track this satellite.

1.


2.


3.


4.


5.



6.

If you do not want to edit any other sub-menu parameters, press SAVE again to exit the sub-menu and return to the SAT main menu display. From there you can press the ▼ arrow key to go to next SAT numeric menu choice or to the Factory Settings menu choice.

4-6


4.3.4.

SATB - Second Satellite Parameters

Access all of the SATB individual parameters via a sub menu. If a second SAVED satellite is not needed, preset SATB to “Empty” so when the NEXT key is pressed the antenna will not search for any unwanted satellite(s)

All of the SATB parameters are set exactly the same way that the SATA parameters were set, but would be set to different choices. Refer to the parameter setting information in the SATA – First Satellite Parameters paragraphs to set PRESET, NAME, LON, Lo Band and Hi Band VERT freq’s, HORZ freq’s, BAUD’s, FEC’s, and

NID’s for the second satellite you wish to use periodically.

4.3.5.

SATC - Third Satellite Parameters

Access all of the SATC individual parameters via a sub menu. If a third SAVED satellite is not needed, preset

SATC to “Empty” so when the NEXT key is pressed the antenna will not search for any unwanted satellite(s).

All of the SATC parameters are set exactly the same way that the SATA parameters were set, but would be set to different choices. Refer to the parameter setting information in the SATA – First Satellite Parameters paragraphs to set PRESET, NAME, LON, Lo Band and Hi Band VERT freq’s, HORZ freq’s, BAUD’s, FEC’s, and

NID’s for the third satellite you wish to use periodically.

4.3.6.


Accessing the Factory Settings parameters should ONLY be done by a qualified technician from an authorized Sea Tel dealer. The Model Serial Number can be found on the blue and silver label below the reflector, on the blue frame of the pedestal. The parameters are:

4.3.6.1.

Serial Number





1.


2.


3.


4.


5.


4.3.6.2.

MODEL COASTAL ##

***The Model Configuration Sub-Menu is a Read Only parameter in this Version of Software.***

This parameter sets all of the internal drive, scale factor and limits for the motors, gear ratios and sensors.

4.3.6.3.


This parameter is automatically set by the GPS antenna mounted on the Coastal pedestal inside the radome. The GPS input enables the antenna to quickly & accurately target satellites (SATA – SATC) when you press the NEXT key on the Antenna Control Panel.

4-7


1.


2.


3.

Press the NEXT key to move the cursor to the next digit to the right. Press▼ & ▲arrow keys to increment/decrement this digit.

4.

Press the NEXT key to move the cursor to the next character to the right. Press ▼ & ▲ arrow keys to toggle this character between N (North) and S (South).

5.


4.3.6.4.

LON (Ships Longitude)

This parameter is automatically set by the GPS antenna mounted on the Coastal pedestal inside the radome. The GPS input enables the antenna to quickly & accurately target satellites (SATA – SATC) when you press the NEXT key on the Antenna Control Panel.

1.


2.


3.


4.


5.


6.


4.4.






key for six seconds to write the changes you have made to memory (“Settings Saved” will be displayed) in the PCU, so they will be available after POWER has been cycled to the antenna.

4-8

ST14 Ku-Band TVRO Maintenance

5.

Maintenance

5.1.

Warranty Information

Sea Tel Inc. supports its Coastal Series systems with a warranty program unsurpassed in the industry. These systems are backed by a TWO YEAR full warranty on parts and a ONE YEAR warranty on labor.

What’s Covered by the Limited Warranty?

The Sea Tel Coastal Series Limited Warranty is applicable for parts and labor coverage to the complete antenna system, including all above-decks equipment (radome, pedestal, antenna, motors, electronics, wiring, etc.) and the antenna control panel. It does not include television sets, DBS/DTH receivers, multi-switches or other distribution equipment, whether or not supplied by Sea Tel. Televisions, DBS/DTH receivers and accessories are covered by the applicable warranties of the respective manufacturers.

Factory refurbished components used to replace systems parts under this warranty are covered by this same warranty as the original equipment for the balance of the original warranty term, or ninety (90) days from the date of replacement, whichever occurs last. Original Installation of the Coastal Series system must be accomplished by or under the supervision of an authorized Sea Tel dealer for the Sea Tel Limited Warranty to be valid and in force.

Please refer to the complete warranty information included with your system.

5.2.

Who to contact for repairs

Should technical assistance be required to repair your system, the first contact should be to the agent/dealer you purchased the equipment from. Please record their contact information below for future reference. Repairs to your

Coastal Series system must be accomplished by or under the supervision of an authorized Sea Tel dealer for the Sea

Tel Limited Warranty to be valid and in force.

Agent/Dealer: _________________________________________

Address: _________________________________________

_________________________________________

Phone: ______________________ Fax: ____________________

Sea Tel can recommend local dealers that can provide service in your local area that can be contacted for assistance.

You can contact us directly at either of the locations below;

Sea Tel, Inc.

4030 Nelson Avenue

Concord, CA 94520 USA

Tel: 925-798-7979

Fax: 925-798-7986

Toll Free: 1-888-798-7979

Email: [email protected] http://www.seatel.com

Sea Tel Europe

Unit 1 Orion Industrial Centre

Wide Lane Swaythling

Southampton, UK S018 2HJ

Tel: +44 (0)23 80 671155

Fax: +44 (0)23 80 671166 e-mail: [email protected]

5-1

Maintenance ST14 Ku-Band TVRO

5.3.

Replacing an LNB

Follow the procedure below to install a Ku-Band circular receive DLA LNB Sea Tel P/N 115075-2.

Unless otherwise noted, apply adhesive to all hardware per Sea Tel Specification Document 121730

1.

Turn the power Off to the Antenna

2.

Remove radome top.

You may need to rotate the antenna to gain access the back of the reflector.

3.

Using a 7/16” Wrench, remove the Coax(es) connected to the LNB.

5-2


4.

Using a Phillips head screw driver, remove the screws that secure the LNB to the reflector assembly.

5.

Remove LNB and place aside.

6.

Install replacement LNB into mounting collar as secure using the screws that were loosened in step 4.

Maintenance

5-3

Maintenance

7.

Reconnect and secure coax(es) removed earlier.


5.4.

Preventive Maintenance

As needed - Clean the outside surface of the radome with warm soapy water to remove dust, grime and salt residue.

There is no other preventive maintenance required

5.5.

Fault Isolation/Trouble-shooting

The following table is provided to help isolate problems in the Coastal Series Antenna system.

Symptom

Antenna tracking but receiver not providing desired programming

Antenna tracking, receiver only gets some desired channels

Intermittent freeze-framing of picture

Possible Fault

1.

Incorrect satellite. Press NEXT to search for desired satellite

2.

Receiver fault. Refer to receiver manual for operation and testing.

1.

May be in weak area of footprint.

2.

Receiver may not be generating correct voltage or tone output. Refer to receiver manual for operation and testing.

3.

Receiver may not be passing voltage or tone output. Contact your dealer/agent.

4.

LNB assembly failure. Contact your dealer/agent.

1.

Check for blockage

2.

May be in weak area of footprint.

3.

Receiver may not be generating correct voltage or tone output. Refer to receiver manual for operation and testing.

4.

Check all coax cables for poor connection

5.

Possible receiver failure. Contact your dealer/agent.

6.

Possible antenna failure. Contact your dealer/agent.

5-4


Antenna does not come on when the

ON key is pressed

Antenna doesn’t track any satellites

(constantly searching)

Antenna in constant UNWRAP

Antenna tracks well at the pier, but loses the satellite when underway

Antenna does not stay on satellite at pier, or underway

Maintenance

1.

Check +12 VDC input to antenna control panel.

2.

Verify that all connections on the rear of the antenna control panel are properly seated.

3.

Check the 4A fuse in the rear panel of the antenna control panel

4.

Call dealer/agent for further assistance

1.

Assure that the satellite receiver is turned ON

2.

Check for blockage

3.

Assure correct starting elevation

4.

May be out of satellite footprint

5.


6.


1.

Cycle antenna power OFF/ON to reinitialize the antenna.

2.


1.


1.


2.


5-5

Maintenance



5-6

ST14 Ku-Band TVRO ST 14 Technical Specifications

6.

ST 14 Technical Specifications

6.1.

Installed Weight

Total Weight (dry):

6.2.

Diameter

Radome

Height

Mounting

6.5.

Type

Stabilized Pedestal

Stabilization

Stab Accuracy

15 lbs. (6.8 kg)

16.5 inch (41.9cm)

18 inch (45.7cm)

Qty 4 6mm x 1.0 fasteners

6.3.

Type

Antenna C14(M/D)/ST14(M/D)

Size

Feed

Polarization

Min EIRP

LNB

Spun Aluminum reflector

14.5 inch (36.8cm)

Cassegrain feed with center focus splash plate

Circular ONLY

50 dB

US Circular LNB

6.4.

Type

Antenna C14E/ST14E

Size

Feed

Polarization

Min EIRP

LNB

Spun Aluminum reflector

14.5 inch (36.8cm)

Cassegrain feed with center focus splash plate

(Manual) Linear ONLY

50 dB

Universal Single Flange Linear

Two-axis positioning (Elevation & Azimuth)

3 Dimensional Velocity mode Servo

1.5 degrees MAX, 0.7 degrees RMS in presence of specified ship motions.

Size 23 DC Step Motors with PWM Microstep drive

3 single axis Solid State Silicon Rate Sensors

Two Axis Fluid Tilt Sensor

Closed Loop Tracking on Satellite signal

Level, Train Motors

Inertial Reference

Gravity Reference

Azimuth Reference

Stabilization rates

Roll/Pitch

AZ./Turn

Range of Motion

Elevation

Azimuth

Maximum Ship Motion

Roll

Pitch

> 25 degrees / second

> 15 degrees / second

15 to 75 degrees

Unlimited

+/- 25 degrees

+/- 15 degrees

6-1


Elevation Pointing

+/- 15 degrees of Roll

+/- 25 degrees of Roll

6.6.

US Circular LNB

Sea Tel Part Number:

Type:

LNB Manufacturer:

RF Frequencies:

IF Frequency:

LO Frequency:

Noise Figure:

Polarization modes:

Polarization control:

35 to 60 degrees

40 to 50 degrees


127444-1

Dual output

CAL AMP, but may vary

12.2 - 12.7 GHz

950 - 1450 MHz

11.250 GHz

1.1 dB max.

LHCP or RHCP circular

18VDC (LHCP) or 13VDC (RHCP) voltage switched in pedestal

6.7.

DishPro Circular LNB

Sea Tel Part Number:

Type:

LNB Manufacturer:

RF Frequencies:

IF Frequency:

LO Frequency:

Noise Figure:

Polarization modes:

Polarization control:

130210

Single output

DishPro, but may vary

12.2 - 12.7 GHz

950 - 1450 MHz

11.250 GHz

1.1 dB max.

LHCP or RHCP circular

18VDC (LHCP) or 13VDC (RHCP) voltage switched in pedestal

6.7.1.

European Single Universal Linear LNB

Sea Tel Part Number: 127113-1

Type:

LNB Manufacturer:

RF Frequencies:

IF Frequencies:

LO Frequencies:

Noise Figure:

Single output

Invertro, but may vary

Low Band High Band

10.7 - 11.7 GHz 11.7 - 12.75 GHz

950 - 1950 MHz 1100 - 2150 MHz

9.75 GHz 10.6 GHz

0.3 dB typical (0.7dB Max)

6-2

ST14 Ku-Band TVRO ST 14 Technical Specifications

Size

6.7.2.

Features

Pedestal Control Unit

Fully integrated controller, sensors, motor drivers, and RF signal

Tracking Receiver.

10” x 12 ½” x 2 1/2”

6.7.3.

DVB Compliant Tracking Receiver

Internal Satellite Identification Receiver

Tuning range 950 to 2150 MHz in 1 MHz increments in DVB Mode.

Input RF Level

Output RF Level

Sensitivity

Bandwidth

Satellite ID

QPSK Demodulator

FEC Decoder

Pipeline Decoder

-85 to -25 dBm typical

Input level +/- 1 dB typical

25 mV / dB typical

7.5-30 MHz in DVB Mode.

Network ID for DVB signals. QPSK demodulator and FEC decoder lock for DSS, or DVB without NID (forced NID).

3000 to 30000 baud (ksps)

1/2, 2/3, 3/4, 5/6, 6/7, 7/8, Automatic.

DVB or DSS compliant.

6.8.

Voltage

Power Requirements

Current

Transient Protection

Load Dump

Inductive coupling

Reverse Battery

11-16 VDC normal operating range

3.0 Amps nominal @ 13.8 VDC

60 volts

+/- 200v @ 1 uSec

Indefinite

6.9.

Environmental

Temperature

Humidity

Rain

Wind

Corrosion

-20 to +55 degrees C.

Up to l00% @ 40 degrees C.

Up to 4 inches per hour. Degraded RF performance when the radome surface is wet.

Up to 100 MPH from any direction.

Parts are corrosion resistant or treated to endure effects of salt air and salt spray.

Ship Motions for specified pointing accuracy

Roll

Pitch

+/-20 degrees with 8-12 sec periods

+/-10 degrees with 6-12 sec periods

Yaw

Turning rate

+/-8 degrees with 15 to 20 sec periods

Up to 12 deg/sec.

6-3




6-4

ST14 Ku-Band TVRO Computer Interface

7.

Computer Interface

A computer may be connected to the antenna control panel (via a 9 pin serial cable) to allow you to perform software updates to the system, This connection may also provide access to ALL the parameter settings and to query the Coastal Series antenna and view the responses it provides. The commands to set the parameters in the Coastal Series PCU are summarized below.

Monitor

@

@

V

P

R

S

G

H q(k) r(k) c d















 

Control Function

^0080 

^0085 

^0086 

^0090 

eDDd 

jDDDd 

Reboot PCU.

Function

GPS receiver position

GPS memory position (second query)

Software version

Start bootloader.

Toggle AGC Test Mode.

Set elevation target to DD.d degrees.

Set pseudo azimuth target to DDD.d degrees.

Elevation, Azimuth, Polang, Relative

Disable DACP updates and enter diagnostic test mode.

Signal level, Threshold, Network ID, Status

Serial Number

Roll and Pitch rate sensor position

Cross-level tilt, Level tilt, Auto Threshold, Pol Pot

(Sat k) Name, Longitude, Pol Offset

(Sat k) Tuning Freq, Alt Freq, Baud, FEC, NID

Low and High Latitude Limits

Low, Mid, & High Latitude Threshold Offsets

Response

DDmm,N,DDDmm,W,A cr>

DDd,N,DDDd,W,m cr>

Coastal nn Version 2.nn cr>

EDDDdADDDdpnnnnRDDDd cr>

LnnnntnnnnNxxxx @@@ k@@ cr>

SN98nnnnnn cr>

RxxxxPxxxx cr>

CxxxxLxxxxuddddOnnnn* cr>

aABCDEF gDDDdW o+nn* cr>

fnnnnhnnnnbnnnnnvXnxxxx cr>

L00DDH00DD cr>

L0nnnM0nnnH0nnn cr>

lDDdNDDDdE Set Location to DD.d N/S, DDD.d E/W.

mnn 

pnnn 

Set Model type to nn (range is 18, 24, 30, 20 or 14).

Set POLANG target to nnn degrees (0-359, nominal: 90, range: nom.+/- 120).

s98nnnnnn  Set Serial Number.

tnnnn 

unnn 

Set THRESHOLD to nnnn counts (0-4095).

Set Auto Threshold to nnn counts (range: 000 to 255, nominal: 100).

a(k)aaaaaa  Set Satellite (k) Name to aaaaaa.

b(k)nnnnn 

f(k)nnnn 

Set Satellite (k) Baud (symbol) rate to nnnnn.

Set Satellite (k) primary tuning frequency (950-2047)-(LHCP / Vertical).

g(k)DDDdE  Set Satellite (k) longitude to DDD.d E/W degrees.

h(k)nnnn 

n(k)xxxx 

o(k)[-]nn 

v(k)n 

x1DD 

Set Satellite (k) alternate tuning frequency (950-2047)-(RHCP / Horizontal).

Set Satellite (k) Network ID (NID) to xxxx (0000-FFFF).

Set Satellite (k) Polang Offset +/- nn degrees.

Set Satellite (k) FEC to n.

Set LOW LAT LIMIT in degrees (0-90)

x2DD 

y1nnn     

Set HIGH LAT LIMIT in degrees (0-90)

7-1


y2nnn 

y3nnn 

Set Mid Lat. THRESHOLD OFFSET in AGC counts (0-255)

Set High Lat. THRESHOLD OFFSET in AGC counts (0-255)

+/- inc / dec pol trim.

C

D

F

N

W

U

Y

Z

8 / 2

6 / 4

3 / 1

7

9

^0009

^0005 



^000[4/6] 

[ Pt 

^000[8/2] 


Tracking / DishScan ON.

Tracking / DishScan OFF, Search OFF.

Update current sat as last viewed in flash.

Select next visible satellite.

Write parameters to NVRAM.

Force Unwrap.

Restore DACP operation.

Send selected satellite tuning parameters to DVB receiver

Elevation UP / Down approx. 1 degree

Azimuth CCW / CW approx. 1 degree

AZ Rate Bias Up/ Down (Factory Diagnostics Only)

Toggle Search ON/OFF (Factory Diagnostics Only)

Reverse Search Azimuth Direction

Tilt Bias reset.

Set tilt Bias to current tilt readings (normalize tilt display).

Adjust Tilt Bias 1 degree Left / Right from current value.

Adjust Tilt Bias 1 degree Up / Down from current value.

DiSEqC target Sat command (EchoStar Auto mode), t = (Sat# - 1) x 2

Abbreviations and range of values (unless otherwise specified). aaaa or aaaaa Alpha-Numeric characters (1-9, A-Z, a-z).

DDd or DDDd Decimal degrees and tenths of degrees. Equal to DDD.d degrees.

DDmm or DDDmm Degrees (DDD) and minutes (mm). nnnn or nnnnn Decimal digits in counts. Range is 0-99, 0-255, 0-4095 or 0–32767. xxxx Hexadecimal digits. Range is 0000-FFFF. k

or cr

Satellite index (1-6) or (a-c) Low band and (A-C) High Band.

Enter or Carriage Return.

7-2

ST14 Ku-Band TVRO Computer Interface

7.1.1.

Programming Instructions Coastal Series Pedestal Control Unit

These instructions apply to the Coastal Series antennas.

Electrical Hookup – Coastal ACP

1.

Use a standard straight 9-pin serial cable (P/N

120643 or equiv.) connected between the

ACP (M&C Port) and a PC with an available com port.

2.

3.

Obtain a Copy of the PCU .s19 file and save in a convenient area such as the desktop or in the same directory as the ProgTerm files.

4.

Click on the “ProgTerm” icon to open the ProgTerm program and verify the build date is Mar 2007 or later

Programming Operation: PCU Software

5. From the CommPort menu, select the correct ProgTerm programming mode and destination. I.E. for a Coastal PCU click the

‘Coastal PCU Direct’ menu item. It is very important to be sure that you have selected the correct programming mode If you select the incorrect destination and actively override the self-check warnings, you will most certainly render your system inoperable

Check the status bar at the bottom edge of the

ProgTerm window. It displays the selected serial interface (baud rate and port), the operating mode

(DAC Style), and program destination (ACU, PCU, or

DVB).

7-3


6.

From the “CommPort” menu, select

“Properties”.

7.

Verify the correct COM port is selected.

Select correct Maximum Speed (9600 for

Coastal Series).

8.

Press “OK” to confirm any changes.

9.

Power on ACP

10. Click on the Paper Clip button and then click on the EyeBall button in the tool bar. This queries the Module Status and

Module Version. The responses will be the

Antenna Serial Number and Software

Version in the PCU (such as “Coastal Ver.

208”). Both of these requests must function properly before you can continue.

If the PCU does not respond to a status request

(Paper Clip Button) the module may have been erased by a previous action. It can still be programmed but you need to contact the Service department for further instructions.

11.

Press ‘START’ to put the selected module into programming mode. After 2 to 3 seconds, you should see an echo of similar to the graphic on the right

0000 (Checksum of memory)

V13 (Bootloader version #)

12. Press ‘ERASE’ to clear the current Flash program memory. The screen should now respond ’^0578*’ for PCU programming. If it responds with some other characters or the

‘*’ is not present, Press ‘ERASE’ again. Do

Not continue until a proper response is achieved.

7-4



13. Press ‘UPLOAD’ to begin sending the new hex file program update to the ACU module.

A dialog box will appear to allow you to select the file to be programmed.

14. Program Terminal will send the new file to the desired module and you will see an

Upload dialog box with a “Cancel” button.

After the programming is complete, the pedestal will reinitialize. Click the Paper Clip and then the Eye Ball

Buttons and both should respond with the Antenna serial number and the software version that has been installed.


7-5




7-6


8.

Drawings

The following drawings are included with this manual for installation and maintenance reference.

8.1.

Drawing

ST 14 Drawings

Title

129000

129007

129984

129264

129277

129280

129279

129283

130203

129284

129288

129285

130576

ST14 Electronics Assembly

Yoke Base Assembly

Elevation/ Reflector Assembly

ST14M General Assembly

ST14M System Block Diagram

ST14D General Assembly

ST14D Electronics Assembly

Elevation/Reflector Assembly

ST14D System Block Diagram

ST14E General Assembly

ST14E Electronics Assembly

Elevation/Reflector Assembly

ST14E System Block Diagram

Drawings

8-3

8-5

8-6

8-7

8-8

8-9

8-10

8-12

8-13

8-14

8-15

8-17

8-18

8-1

Drawings



8-2

D

E

C

B

25

A

F

8

THE INFORMATION CONTAINED IN THIS DRAWING IS THE SOLE PROPERTY OF

Comant Industries, inc. ANY REPRODUCTION IN PART OR WHOLE WITHOUT

THE WRITTEN PERMISSION OF Comant Industries, inc. IS PROHIBITED.

NOTES:

UNLESS OTHERWISE SPECIFIED.

1. ASSEMBLE PER AI ST129000

8

2

4X

30

SUPPLIED WITH ITEM 6

OPTIONAL

?

2X

8X 20

2X

21

26

7

6

19 2X

13 2X

19 4X

4

1

2X

?

2X

34 2X

?

2X

(1) SUPPLIED WITH ITEM 4

OPTIONAL

6

7

9

18

2X 22

2X 34 35

10

11

6

4X 16

4X 14

5

5

6X 36

29

2X 23

2X 24

5

2X 15

.60

35

29

1" x 1"

3X 14

7

4

18

3

19

2X 34 35

2

R E V I S I O N S

LTR

A RELEASED DRAWING

B REF ECN 09-038

C REF ECN 09-068

D E S C R I P T I O N

1

DATE

03/24/09

MN 06/04/09

APPROVAL

DH 04/03/09

DH 06/09/09

F

1.1

12

29 1" x 3"

22 2X

4

8

3

A

2X 22 33 35

30

PART No. ST129000

DETAIL A

SCALE 1 : 1

GPS CONNECTION

ENCODER CONNECTION

1

1

1

1

1

1

1

QTY

1

1

1

1

1

2

7

2

12

6

1

1

4

2

2

2

1

2

1

1

2

1

1

2

6

4

1

3

6

1

4

3

2

7

6

5

1

ITEM NO.

12

11

10

9

8

15

14

13

20

19

18

23

22

21

17

16

27

26

25

24

33

30

29

34

35

32

28

37

36

35

DO NOT SCALE DRAWING

3

119967

ST130759-1

ST130986

ST121228-3062

ST114581-005

ST114588-105

ST119961-005

ST129276

ST129275-1

ST125244-1

ST124077-5024

ST125968-2

ST126544-2

ST119961-007

ST119952-007

ST114588-148

ST121228-3092

ST110941-3

ST114588-144

ST129003

ST129001

ST128987-1

ST121228-3032

ST129010

ST121228-3072

ST125171-1

ST128992-1

ST128991-1

ST128990-1

ST128962-1

ST128973-1

ST125944-1

ST126248-5

ST122307-4

ST128972-1

ST128981

ST128974-1

PART NUMBER

UNLESS OTHERWISE SPECIFIED

DIMENSIONS ARE IN INCHES

TOLERANCES ON DECIMALS

.X .03 .XX .01 .XXX .005

FRACTIONS 1/32 ANGLES

MACHINE FINISH

125

REMOVE BURRS AND

1

PER ANSI- B46.1

SHARP EDGES .015 MAX

MEET DIMENSIONS BEFORE PLATING

DIMENSIONS ARE PER ASME Y14.5M

CONTRACT NO.

DRAWN

CHECK

ENGR

A P P R O V A L S

J.LITZINGER

P.PERREAULT

D.HOLLOWAY

MATERIAL :

--

MFG

J.JONES

QC

S.ADAMS

2

NUT, HEX, PANEL, 3/8-32

RIVET BLIND 1/8" DIA X 3/8" LG

BRACKET, PCU TO BOX

STANDOFF,HEX,F/F 6-32X .44L

WASHER, SPRING LOCK, #4, S.S.

SCREW, PAN HD, PHIL, 4-40 x 3/16 S.S.

NUT, HEX SMALL PATTERN, 4-40, S.S.

ELECTRONICS LID PANEL

CONNECTOR, 90 DEG BNC

HARDNESS ASS'Y, ENCODER

TAPE, ADHESIVE VHB

HARNESS ASS'Y. PCU TO RECEIVER

HARNESS ASS'Y. PCU 5V

NUT, HEX, 6-32 SMALL PATTERN

WASHER, STAR, INTERNAL TOOTH #6 S.S.

SCREW,PAN HD,PHIL,6.32 X 1/2,S.S.

STANDOFF, HEX, F/F, 6-32 X.62L

SCREW, JACK, 4-40 X 5/16

SCREW, PAN HD, PHIL 6-32 X 1/4, S.S.

CABLE 90F TO 90F STACKER TO RF

CABLE DE-9M TO DA-15F

SCREW,M4-1.75 X 17.5MM TORX T-20

STANDOFF,HEX,F/F 6-32 X .25L

RIVET BLIND 1/8" DIA X 1/4"


RF STACKER, L-BAND, 500 MHZ

CABLE-TUNER OUT JUMPER

CABLE-TUNER IN JUMPER

CABLE-FSK OUT JUMPER

ELECTRONICS COVER,PCU

ENCLOSURE,FSK

PCB ASS'Y MODEM, FSK,ADE,ST14

PCU ASSY,DC-DC CONVERTER

DVB RECEIVER ASSY

ENCLOSURE, PCU

PCU ASSEMBLY

MTG PANEL,ELECTRONICS

DESCRIPTION

P A R T S L I S T

2 PIECES 1) 1" x 1"

2) 1" x 3"

ABS

5052-H32 PER QQ-A-250/8

B

5052-H32 PER QQ-A-250/8

MATERIAL

Comant Industries, Inc.

D

DATE

1/6/09

4/3/09

4/2/09

ST14M ELECTRONICS ASSEMBLY

4/2/09

4/3/09

DWG

SIZE

D

SCALE: --

CODE IDENT DWG. NO.

51351 ST129000

REV.

C

CAD FILE:

-- SHEET : 1 OF 2

1

A

E

D

E

F

8




NOTES:

7

P/N ST127444-1(REF)

P/N ST129002

P/N 125171-1

P/N ST129002

P/N 129003

(ITEM 19)

6

P/N ST128991-1

(ITEM 10)

P/N ST128992-1

(ITEM 11)

5 4 3

DVB RECEIVER PCB ASSEMBLY

P/N ST122307-4

IN

OUT

6

7

8

9

10

3

4

1

2

5

IDC

10 POS WHT

P/N ST125968-2

(ITEM 28)

IDC

7 PIN WHT

6

5

3

4

7

1

2

GPS ANTENNA

P/N ST121966-6(REF)

5V DC2DC P.S.

126248-5

1

2

BNC

P/N ST126544-2

(ITEM 27)

3

PCU ASSEMBLY

P/N 128981

SEL

SK

SDO

SDI

GND

14V

AGC

GPS RX

+5v

+14V

GND

P/N ST129263-1(REF)

DE-9P DE-9P

C

P/N ST128989-1(REF) DE-9S

7

8

6

2

3

1

P/N ST128988-1(REF)

DE-9S

2

3

1

7

8

6

ENC

DE-9S

S4

+12V

S3

S2

+12V

S1

EL

DE-9S

S4

+12V

S3

S2

+12V

S1

AZ

B

P/N ST128971(REF)

ROTARY JOINT

P/N ST128990-1

(ITEM 9)

FSK MODEM / POWER ST14

P/N 125944-1 (ITEM 6)

IN

OUT

2

1

4

3

7

9

5

P/N ST129001 (ITEM 18)

15

8

14

13

6

5

7

+30V

+5V

GND

TX+

TX-

RX-

RX+

ST125244-1

(ITEM 30)

LTR

2



SEE REVISIONS ON SHEET 1

A

8

7

6

WIRING DIAGRAM

5

4

1

DATE APPROVAL

--

QTY

REQD

ITEM

NO

PART NUMBER




.X .03 .XX .01 .XXX .005


MACHINE FINISH

125

REMOVE BURRS AND

1

PER ANSI- B46.1




CONTRACT NO.


DRAWN

CHECK

ENGR

MATERIAL :

--

MFG

QC


3 2

DESCRIPTION


DATE

DWG

SIZE

MATERIAL / SPECIFICATIONS



D

SCALE: --

CODE IDENT DWG. NO.

51351 ST129000

REV.

C

CAD FILE:

-- SHEET : 2 OF 2

1

A

F

E

D

B

E

D

C

B

F

8




7

NOTES: UNLESS OTHERWISE SPECIFIED.

1. ASSEMBLE PER AI ST129007-1

9

34 6

A

PART No. ST129007-1

8 7

27

4X

23

4X

20

30

4X

36

19

22

25

3X

33

6

8 2X

11

15

23

10

17

4X

25

3X

6

13

4X

14

4X

7

5

6 34

4

16

2X

36 4X

12

4X

3

31

32 3X

*

1

5

5

4 3

LTR

A RELEASED DRAWING

B REF ECN 09-036

C REF ECN 09-053

D REF ECN 09-071

E REF ECN 09-095

F REF ECN 09-106

2



1

DATE

3/20/09

APPROVAL

DH 4/03/09

MN 6/02/09 DH 6/03/09

MN 7/10/09 DH 7/15/09

MN 8/26/09

MN 9/28/09

DH 8/26/09

RG 9/28/09

F

DE-9P

ENC

9 26 PCU ASSEMBLY

P/N 128981(REF)

8

2

1

3

1

1

4

1

6

1

2

1

2

1

2

4

4

1

1

1

1

1

1

4

4

2

1

1

5

1

QTY

36

35

34

33

32

31

30

29

28

27

12

11

10

9

16

15

14

13

22

20

19

17

26

25

24

23

2

1

4

3

6

5

8

7

ITEM NO.

ST130865-A008

DELETED

ST114590-142

ST129269

ST119745-320

ST128968-1

ST128967-1

DELETED

DELETED

ST129273-1

ST129263-1

ST120490-140

DELETED

ST128987-1

ST129289

ST128977-2

ST129262-1

ST129009

ST128985-1

ST114580-230

ST128997

ST128999

ST128998

ST128978-1

ST128986-1

ST128989-1

ST128963-1

ST116903-14537

ST129278-1

ST128988-1

ST128961-1

ST128966-1

ST128976-1

ST128970-1

PART NUMBER

SCREW, HEX HD, M3 X 3mm, SEMS

SCREW, SOCKET SET-CUP, 6-32 x1/8, SS

ADAPTER, TYPE F, F TO F

SCREW, PAN HD, PHIL, M5 X 10mm

BRG SPRING PLATE

BRG CENTER, RETAINER

BUMPER 7/8 DIA, BLACK

HARNESS ASS'Y ENCODER

SCREW,SHT METAL #4 x 3/8 CRES


ROTARY JOINT

BEARING,AZ

STANDOFF-ROTARY JOINT

POP RIVET CRES 1/8 DIA X .64

COUNTERWEIGHT, .44lb

WASHER FLAT, M4 18-8 SS

LOCKNUT NYLON,INSERT M6-1.0

WASHER FLAT,M6, 18-8

SCREW,HEX HEAD CAP,CRES, M6-1.0X20

IDLER PULLEY

CLIP BEARING

NEMA 17, HIGH TORQUE STEP

ARM,YOKE

BELT,TIMING,1/5 PITCH,145 GROOVES

PULLEY,10T, MODIFIED

NEMA 17, HIGH TORQUE STEP MOTOR

BASE,YOKE

AZIMUTH PULLEY

MTG BRACKET, AZ

RADOME, 16" BOTTOM

DESCRIPTION

POM COPOLYMER

POM COPOLYMER

POM HOMOPOLYMER

290XL

PA 6/12 43% GFR

MATERIAL

PA 6/12 43% GFR

PA 6/12 43%GFR

MATERIAL





.X .03 .XX .01 .XXX .005

CONTRACT NO.


MACHINE FINISH

125

REMOVE BURRS AND


1

PER ANSI- B46.1




DRAWN

CHECK

ENGR

DATE

J.LITZINGER 11/21/08

P.PERREAULT

D.HOLLOWAY

4/3/09

4/2/09

MATERIAL :

MFG

J.JONES

4/2/09


4

QC

S.ADAMS

3

4/3/09


YOKE BASE ASSEMBLY

DWG

SIZE

C

CODE IDENT

51351

SCALE: 1:4

DWG. NO.

ST129007

CAD FILE:

2

REV.

F

SHEET : 1 OF 1

1

B

D

A

E

E

F

8




7

NOTES:


1.

ASSEMBLE PER AI ST128984-1

14

15

4X

6

7

4X

16

4X

4

5

D

10

2X

C

B

A

8

4 3 2


LTR

A RELEASED DRAWING

B REF ECN 09-113


1

DATE

3/19/09

APPROVAL

DH 4/03/09

F

2

7

9

4X

6

13

2X

5

PART No. ST128984-1

12

2X

11

2X

1

1

1

1

1

4

4

1

QTY.

2

2

2

2

4

4

5

4

7

15

14

2

1

ITEM

NO.

13

12

11

10

9

16

ST114588-146

ST128979-1

ST128979-2

ST128987-1

ST129006-1

B18.22M - Plain washer, 3 mm, narrow

ST129005-1

M3

ST127444-1

ST125824

ST125686

ST128965-1

ST128964-1

PART NUMBER

SCREW, PAN HD, PHIL, 6-32 x 3/8, S.S.

TAPE, VHB DIECUT

TAPE, VHB DIE CUT


NUT,HEX,M3,CRES

SCREW,LOW HEAD SOCKET CAP M3 SIZE

LNBF MOD, DUAL DBS, CAL AMP

FEED,14" ANTENNA,COASTAL 14

REFLECTOR. 14.5 INCH MACHINING

ELEVATION PULLEY

ELEVATION BRACKET

DESCRIPTION


-

PA 6/12 43%GFR

PA 6/12 43%GFR

MATERIAL




.X .03 .XX .01 .XXX .005

CONTRACT NO.


MACHINE FINISH

125

REMOVE BURRS AND


1

PER ANSI- B46.1




DRAWN

CHECK

ENGR

J.LITZINGER

P.PERRAULT

D.HOLLOWAY

MATERIAL :

MFG

J.JONES

DATE

11/20/08

03/04/09

04/02/09


4

QC

S.ADAMS

3


ELEVATION/REFLECTOR ASS'Y

04/02/09 DWG

SIZE

04/03/09

C

CODE IDENT

51351

SCALE: 1:2

DWG. NO.

ST128984

CAD FILE:

2

128984

REV.

B

SHEET : 1 OF 1

1

B

A

5

D

E

F

8




7



E

B

D

5

A

2

C

B

16

3

2x 13

15

A

GASKET, FOAM RUBBER

TO BE SUPPLIED LOOSE

8 7

6

2X 17

5

2X 13

4 3

LTR

A RELEASED DRAWING

B REF ECN 09-037

C REF ECN 09-057

D REF ECN 09-098

E REF ECN 09-105

2



20 22 4X

1

DATE APPROVAL

3/24/09 DH 4/03/09

MN 6/5/09 DH 6/5/09

MN

7/30/09 DH 7/30/09

MN 9/30/09 RG 9/30/09

F

21

TO ROTARY JOINT

13

2X

2X 22 20

10

4

7

4X

18

8

2X

B

10

1

11

A

9 2X

14

6 2X

6

PART No.ST129264

5

VIEW A-A

VIEW B-B

17

6

1

6

2

2

1

1

1

6

2

1

2

1

1

1

1

1

4

2

1

1

QTY.

7

6

5

9

8

11

10

4

3

2

1

ITEM NO.

14

13

12

17

16

15

22

21

20

19

18

ST114581-005

ST110026-3

ST114588-105

DELETED

ST129272-1

ST129002

ST110959-2

ST118255

ST117567-2

ST128993-1

ST128994-1

ST128979-3

ST121966-6

ST128995-1

ST129008-1

ST128987-1

ST128980-1

ST116903-11537

ST128969-1

ST129000

ST128984-1

ST129007-1

PART NUMBER


ADAPTER, F, 90 °


BUMPER 1/2 DIA, CLEAR

CABLE ASSY-F(M) 90° - F (M) STRAIGHT

DECAL,MODEL & P/N, LARGE

LABEL,MADE IN USA

DECAL,CE CERTIFICATION, 3/4 IN.

NYLON WIRE CLIP

NYLON SHIPPING LOCK

VHB - DIECUT FOR GPS

GPS ANTENNA RETERMINATED 32"

SCREW,M8-3.5 X 19.5 REMFORM

SCREW CAP HINGED, WHITE


ELEVATION PIVOT


RADOME, TOP, 16"



YOKE BASE ASSEMBLY

DESCRIPTION


POM HOMOPOLYMER

230XL

-

-

MATERIAL




.X .03 .XX .01 .XXX .005

CONTRACT NO.


MACHINE FINISH

125

REMOVE BURRS AND


1

PER ANSI- B46.1




DRAWN

CHECK

ENGR

J.LITZINGER

P.PERREAULT

D.HOLOWAY

MATERIAL :

MFG

J.JONES


4

QC

S.ADAMS

3


DATE

01/06/09

4/3/09

4/3/09

ST14M GENERAL ASSEMBLY

4/3/09

4/3/09

DWG. NO.

DWG

SIZE

C

SCALE: --

CODE IDENT

51351

CAD FILE:

2

ST129264

REV.

E

SHEET : 1 OF 1

1

A

B

D

E

F

8




7



E

D

C

B

5

A

24

15

B

16

3

2X 13

A

8

GASKET, FOAM RUBBER


7

6 5 4 3

LTR

E A RELEASED DRAWING

B REF ECN 09-037

C REF ECN 09-061

D REF ECN 09-097

E REF ECN 09-105

2



1

DATE APPROVAL

MN

MN

5/12/09

6/02/09

DH 5/12/09

DH 6/03/09

MN 7/30/09 DH 7/30/09

MN 9/29/09 RG 9/29/09

F

2X 13

17

21

TO ROTARY JOINT

2X 22 20

25

13

2X

VIEW B-B

E

10

10

VIEW A-A

17

4X 22 20

11

7 4X

8 2X

18

B

14

23

A

9 2X

6 2X

6

PART No.ST129280

5

4

2

1

1

2

2

1

1

6

2

1

1

1

QTY.

1

1

1

1

1

6

1

6

7

6

9

8

5

25

13

12

11

10

3

24

23

ITEM NO.

18

17

16

15

14

22

21

20

19

ST114581-005

ST110026-3

ST114588-105

DELETED

ST129272-1

ST129002

ST110959-2

ST118255

ST117567-2

ST128993-1

ST128994-1

ST128979-3

ST121966-6

ST128995-1

ST129008-1

ST128987-1

ST128980-1

ST116903-11537

ST128969-1

ST129279

ST129283

ST129007-1

PART NUMBER




.X .03 .XX .01 .XXX .005

CONTRACT NO.


MACHINE FINISH

125

REMOVE BURRS AND


1

PER ANSI- B46.1




DRAWN

CHECK

ENGR

M.NGUYEN

J.LITZINGER

D.HOLLOWAY

MATERIAL :

MFG

J.JONES


4

QC


ADAPTER, F, 90 °



CABLE ASSY-F (M) 90° TO F (M) STRAIGHT


LABEL,MADE IN USA


NYLON WIRE CLIP

NYLON SHIPPING LOCK






ELEVATION PIVOT


RADOME, TOP, 16"

ST14D ELECTRONICS ASSEMBLY


YOKE BASE ASSEMBLY

DESCRIPTION


S.ADAMS

3

DATE

5/12/09

5/12/09

5/12/09

LNB TO IN

POM HOMOPOLYMER

-

-

MATERIAL


ST14D GENERAL ASSEMBLY

DWG. NO.

5/12/09

DWG

SIZE

C

CODE IDENT

51351

5/12/09

SCALE: 1:2 CAD FILE:

2

ST129280

REV.

E

SHEET : 1 OF 1

1

B

D

A

B

A

F

8




NOTES:


1. ASSEMBLE PER AI ST129279.

7

D

E


(OPTIONAL)

18 2X

8X 20

C

4X 13

2

2X

21

6

19 2X

12 2X

1

18 2x

34

2X

?

2X

13 2X

4

19 4X

7

9

2X 33 32 20

17

10 11

6

6x 36

28

2X 23

2X 24

5

2X 15

35

1" X 1" 30

5

22 2X

8

3

29

PART No. ST129279

4

6

2

2

7

1

1

1

1

4

6

6

2

2

2

12

1

2

1

1

1

1

2

1

2

6

4

6

1

1

1

1

1

1

1

1

1

QTY

15

14

13

12

11

10

9

19

18

17

16

23

22

21

20

27

26

25

24

31

30

29

28

36

35

34

33

32

6

5

8

7

4

3

2

1

ITEM NO.


3

ST130759-1

ST130986

ST121228-3062

ST114581-005

ST114588-105

ST119961-005

ST124077-5024

ST129276

ST129275-1

ST125244-1

ST125968-2

ST126544-2

ST119961-007

ST119952-007

ST114588-148

ST121228-3092

ST110941-3

ST114588-144

119967

ST129001

ST128987-1

ST121228-3032

ST129010

ST129274-1

ST121228-3072

ST128992-1

ST128991-1

ST128990-1

ST128962-1

ST128973-1

ST125944-1

ST126248-5

ST122307-4

ST128972-1

ST128981

ST128974-1

PART NUMBER




.X .03 .XX .01 .XXX .005


MACHINE FINISH

125

REMOVE BURRS AND

1

PER ANSI- B46.1




CONTRACT NO.

DRAWN

CHECK

ENGR


M.NGUYEN

P.PERRAULT

D.HOLLOWAY

MATERIAL :

--

MFG

J.JONES

QC

S.ADAMS

2


BRACKET, PCU TO BOX





TAPE, ADHESIVE VHB

















SCREW,PHIL,FH 6-32X.25,SS






ENCLOSURE,FSK



DVB RECEIVER ASSY

ENCLOSURE, PCU

PCU ASSEMBLY


DESCRIPTION


DATE

1" X 1"

(2) NUTS SUPPLIED OPT'L

ABS

5052-H32 PER QQ-A-250/8

5052-H32 PER QQ-A-250/8

MATERIAL


5/12/09

5/12/09

5/12/09


5/12/09

5/12/09

DWG

SIZE

D

SCALE: --

CODE IDENT DWG. NO.

51351 ST129279

REV.

B

CAD FILE:

-- SHEET : 1 OF 2

1

A

D

B

8

27

26

25

6

4X 16

4X 14

5

3X 14

7

4

A

2X 33 31 20

17

3

2X

32 33

2


LTR

A RELEASED DRAWING

B REF ECN 09-076


1

DATE

5/12/09

APPROVAL

DH 5/12/09

F

GPS CONNECTION

DETAIL A

SCALE 1 : 1

ENCODER CONNECTION

E

D

F

E

C

B

8




P/N ST127113-1(REF)

P/N ST128971(REF)

ROTARY JOINT

7

P/N ST129002

6 5 4 3

P/N ST128991-1

(ITEM 10)

P/N ST128992-1

(ITEM 11)


P/N ST122307-4

IN

OUT

6

7

8

9

10

3

4

1

2

5

IDC

10 POS WHT

P/N ST125968-2

(ITEM 26)

IDC

7 PIN WHT

6

5

3

4

7

1

2

GPS ANTENNA

P/N ST121966-6(REF)

5V DC2DC P.S.

126248-5

1

2

BNC

P/N ST126544-2

(ITEM 25)

3

PCU ASSEMBLY

P/N 128981

SEL

SK

SDO

SDI

GND

14V

AGC

GPS RX

+5v

+14V

GND

P/N ST129263-1(REF)

DE-9P DE-9P

ST125244-1

(ITEM 27)


7

8

6

2

3

1

P/N ST128988-1(REF)

DE-9S

2

3

1

7

8

6

ENC

DE-9S

S4

+12V

S3

S2

+12V

S1

EL

DE-9S

S4

+12V

S3

S2

+12V

S1

AZ

P/N ST128990-1

(ITEM 9)


P/N 125944-1 (ITEM 6)

IN

OUT

2

1

4

3

7

9

5

P/N ST129001 (ITEM 17)

15

8

14

13

6

5

7

+30V

+5V

GND

TX+

TX-

RX-

RX+

A

8

7

6

WIRING DIAGRAM

5

4

2

LTR

SEE SHEET 1



1

DATE APPROVAL

--

QTY

REQD

ITEM

NO

PART NUMBER




.X .03 .XX .01 .XXX .005


MACHINE FINISH

125

REMOVE BURRS AND

1

PER ANSI- B46.1




CONTRACT NO.


DRAWN

CHECK

ENGR

MATERIAL :

--

MFG

QC


3 2

DESCRIPTION


DATE

DWG

SIZE




D

SCALE: --

CODE IDENT DWG. NO.

51351 ST129279

REV.

B

CAD FILE:

-- SHEET : 2 OF 2

1

A

F

E

D

B

B

E

F

8




7

NOTES:



3

6

4X

6

7 4X

8 4X

4

5

D

10

2X

C

A

8

4 3 2


LTR

A RELEASED DRAWING

B REF ECN 09-113


1

MN

DATE

5/12/09

APPROVAL

DH 05/12/09

F

2

7

1

9

4X

13

2X

11 2X

5

PART No. ST129283

6

12 2X

4

4

2

4

4

1

1

2

2

2

1

1

1

QTY

10

9

8

7

6

5

4

13

12

11

3

2

1

ITEM

NO.

ST114588-146

ST128979-1

ST128979-2

ST128987-1

ST129006-1

ST114581-210

ST129005-1

ST114580-210

ST130210

ST125824

ST125686

ST128965-1

ST128964-1

PART NUMBER




.X .03 .XX .01 .XXX .005

CONTRACT NO.


MACHINE FINISH

125

REMOVE BURRS AND


1

PER ANSI- B46.1




DRAWN

CHECK

ENGR

M.NGUYEN

P.PERREAULT

D.HOLLOWAY

MATERIAL :

MFG

J.JONES


4

QC S.ADAMS

3


TAPE, VHB DIECUT

TAPE, VHB DIE CUT


NUT,HEX,M3,CRES

WASHER, SPRING LOCK M3


WASHER FLAT,M3,3.2 mm

LNB, DISHPRO, SINGLE, MODIFIED

FEED,14" ANTENNA,COASTAL 14


ELEVATION PULLEY

ELEVATION BRACKET

DESCRIPTION


DATE

5/12/09

5/12/09

5/12/09

5/12/09

5/12/09

-

PA 6/12 43%GFR

PA 6/12 43%GFR

MATERIAL



DWG

SIZE

C

CODE IDENT

51351

SCALE: 1:2

DWG. NO.

ST129283

CAD FILE:

2

REV.

B

SHEET : 1 OF 1

1

B

A

5

D

E

F

8




7



C

B

E

D

5

A

2

15

B

16

3

2 X 13

A GASKET, FOAM RUBBER


8 7

6

2X 13

17

5 4 3 2


LTR

F A RELEASED DRAWING

B REF ECN 09-037

C REF ECN 09-054

D REF ECN 09-060

E REF ECN 09-096

F REF ECN 09-105


1

DATE APPROVAL

MN

MN

MN

05/12/09 DH 05/12/09

06/02/09 DH 06/03/09

MN 07/15/09 DH 7/15/09

MN 07/30/09 DH 07/30/09

09/29/09 RG 09/29/09

F

21 TO ROTARY JOINT

2X 13

4

10

11

7 4X

8 2X

9 2X

6 2X

10

18

14

1

A

B

6

PART No.ST129284

5

2X 22 20

VIEW A-A

17

VIEW B-B

4X 22 20

6

1

6

2

1

2

4

1

2

2

1

1

1

1

1

QTY.

1

6

1

1

1

1

12

11

10

9

16

15

14

13

22

21

20

19

18

17

6

5

8

7

4

3

2

1

ITEM NO.

ST114581-005

ST110026-3

ST114588-105

DELETED

ST129272-1

ST129002

ST110959-2

ST118255

ST117567-2

ST128993-1

ST128994-1

ST128979-3

ST121966-6

ST128995-1

ST129008-1

ST128987-1

ST128980-1

ST116903-11537

ST128969-1

ST129288

ST129285-1

ST129007-1

PART NUMBER


ADAPTER, F, 90 °



CABLE ASSY-F(M) 90° - F (M) STRAIGHT


LABEL,MADE IN USA


NYLON WIRE CLIP

NYLON SHIPPING LOCK






ELEVATION PIVOT


RADOME, TOP, 16"

ST14E ELECTRONICS ASSEMBLY


YOKE BASE ASSEMBLY

DESCRIPTION


POM HOMOPOLYMER

230XL

-

-

MATERIAL




.X .03 .XX .01 .XXX .005

CONTRACT NO.


MACHINE FINISH

125

REMOVE BURRS AND


1

PER ANSI- B46.1




DRAWN

CHECK

ENGR

M.NGUYEN

J.LITZINGER

D.HOLLOWAY

MATERIAL :

MFG

J.JONES


4

QC

S.ADAMS

3


DATE

5/12/09

5/12/09

5/12/09

ST14E GENERAL ASSEMBLY

DWG. NO.

5/12/09

DWG

SIZE

C

CODE IDENT

51351

5/12/09


2

ST129284

REV.

F

SHEET : 1 OF 1

1

B

A

D

E

E

D

4X 13

C

B

A

F

8




NOTES:



2


(OPTIONAL)

18 2X

8X 20

8

2X

21

27

26

25

7

6

19 2X

12 2X

18 2x

2X

?

2X

1

13 2X

4

19 4X

6

7

9

2X 33 32 20

17

10 11

6

4X 16

4X 14

6x 36

28

2X 23

2X 24

5

2X 15

35

1" X 1" 30

5

5

3X 14

7

4

A

2X 33 31 20

17

3

2X 20 32 33

2


LTR

A RELEASED DRAWING

B REF ECN 09-046

C REF ECN 09-069


1

MN

DATE

5/12/09

7/15/09

APPROVAL

DH 5/12/09

DH 7/15/09

F

GPS CONNECTION

DETAIL A

SCALE 1 : 1

ENCODER CONNECTION

E

22 2X

8

3

29

PART No. ST129288

4

2

2

6

1

6

1

1

1

1

1

1

2

1

1

1

1

1

6

2

2

7

1

6

1

12

6

4

2

2

2

1

1

1

1

1

QTY

36

35

34

33

32

31

30

29

28

27

26

25

24

10

9

8

7

6

15

14

13

12

11

20

19

18

17

16

23

22

21

3

2

5

4

1

ITEM NO.


3

ST130759-1

ST130986

ST121228-3062

ST114581-005

ST114588-105

ST119961-005

ST124077-5024

ST129276

ST129275-1

ST125244-1

ST125968-2

ST126544-2

ST119961-007

ST119952-007

ST114588-148

ST121228-3092

ST110941-3

ST114588-144

119967

ST129001

ST128987-1

ST121228-3032

ST129010

ST129274-1

ST121228-3072

ST128992-1

ST128991-1

ST128990-1

ST128962-1

ST128973-1

ST125944-1

ST126248-5

ST122307-4

ST128972-1

ST128981

ST128974-1

PART NUMBER




.X .03 .XX .01 .XXX .005


MACHINE FINISH

125

REMOVE BURRS AND

1

PER ANSI- B46.1




CONTRACT NO.

DRAWN

CHECK

ENGR


M.NGUYEN

P.PERRAULT

D.HOLLOWAY

MATERIAL :

--

MFG

J.JONES

QC

S.ADAMS

2


BRACKET, PCU TO BOX





TAPE, ADHESIVE VHB

















SCREW,PHIL,FH 6-32X.25,SS






ENCLOSURE,FSK



DVB RECEIVER ASSY

ENCLOSURE, PCU

PCU ASSEMBLY


DESCRIPTION


DATE

1' x 1"

(2) NUTS SUPPLIED OPT'L

ABS

5052-H32 PER QQ-A-250/8

5052-H32 PER QQ-A-250/8

MATERIAL


5/12/09

5/12/09

5/12/09


5/12/09

5/12/09

DWG

SIZE

D

SCALE: --

CODE IDENT DWG. NO.

51351 ST129288

REV.

C

CAD FILE:

-- SHEET : 1 OF 2

1

A

D

B

4

D

F

E

C

B

8




P/N ST127113-1(REF)

P/N ST128971(REF)

ROTARY JOINT

7

P/N ST129002

6 5 4 3

P/N ST128991-1

(ITEM 10)

P/N ST128992-1

(ITEM 11)


P/N ST122307-4

IN

OUT

6

7

8

9

10

3

4

1

2

5

IDC

10 POS WHT

P/N ST125968-2

(ITEM 26)

IDC

7 PIN WHT

6

5

3

4

7

1

2

GPS ANTENNA

P/N ST121966-6(REF)

5V DC2DC P.S.

126248-5

1

2

BNC

P/N ST126544-2

(ITEM 25)

3

PCU ASSEMBLY

P/N 128981

SEL

SK

SDO

SDI

GND

14V

AGC

GPS RX

+5v

+14V

GND

P/N ST129263-1(REF)

DE-9P DE-9P

ST125244-1

(ITEM 27)


7

8

6

2

3

1

P/N ST128988-1(REF)

DE-9S

2

3

1

7

8

6

ENC

DE-9S

S4

+12V

S3

S2

+12V

S1

EL

DE-9S

S4

+12V

S3

S2

+12V

S1

AZ

P/N ST128990-1

(ITEM 9)


P/N 125944-1 (ITEM 6)

IN

OUT

2

1

4

3

7

9

5

P/N ST129001 (ITEM 17)

15

8

14

13

6

5

7

+30V

+5V

GND

TX+

TX-

RX-

RX+

A

8

7

6

WIRING DIAGRAM

5

4

2

LTR

SEE SHEET 1



1

DATE APPROVAL

--

QTY

REQD

ITEM

NO

PART NUMBER




.X .03 .XX .01 .XXX .005


MACHINE FINISH

125

REMOVE BURRS AND

1

PER ANSI- B46.1




CONTRACT NO.


DRAWN

CHECK

ENGR

MATERIAL :

--

MFG

QC


3 2

DESCRIPTION


DATE

DWG

SIZE




D

SCALE: --

CODE IDENT DWG. NO.

51351 ST129288

REV.

C

CAD FILE:

-- SHEET : 2 OF 2

1

A

F

E

D

B

E

F

8




7

NOTES:


1. ASSEMBLE PER AI ST129285-1

2 USE HARDWARE SUPPLIED WITH ITEM 5.

20

4X 6

6

D

10

2X

2

21

C

B

A

PART No. ST129285-1

8 7

4X 9

4X 16

4X 2

14

5

6

7 4X

5

8 4X

4

4 3

LTR

A RELEASED DRAWING

B REF ECN 09-050


C REF ECN 09-113

2


1

MN

DATE

5/12/09

APPROVAL

DH 5/12/09

7/01/09 DH 7/01/09

F

ISO VIEW

15

13 2X

11 2X

12 2X

5

2

4

2

2

4

1

2

4

1

4

1

1

4

1

6

5

4

20

1

1

2

21

QTY.

ITEM NO.

12

11

10

9

8

16

15

14

13

7

ST119745-113

ST127121-1

ST122369-2

ST114588-146

ST128979-1

ST128979-2

ST128987-1

ST129287-007

ST114580-210

ST129005-1

ST114581-210

ST127113-1

ST127245-1

ST125686

ST128965-1

ST128964-1

PART NUMBER

SCREW,PAN HD,PHIL,M3 x4mm

PLATE ASS'Y, DEGREE ADJUSTMENT, POLANG

FILTER, LNB, UNIVERSAL SINGLE FLANGE


TAPE, VHB DIECUT

TAPE, VHB DIE CUT


STANDOFF, HEX, 6mm x 12mm

WASHER FLAT,M3,3.2 mm


WASHER, SPRING LOCK M3

LNB, SINGLE LINEAR UNIVERSAL

FEED, 14" ANTENNA,COASTAL 14


ELEVATION PULLEY

ELEVATION BRACKET

DESCRIPTION


6061-T6 ALUMINUM

3M TAPE

3M TAPE

ALUMINUM

PA 6/12 43%GFR

PA 6/12 43%GFR

MATERIAL




.X .03 .XX .01 .XXX .005

CONTRACT NO.


MACHINE FINISH

125

REMOVE BURRS AND


1

PER ANSI- B46.1




DRAWN

CHECK

ENGR

M.NGUYEN

J.LITZINGER

D.HOLLOWAY

MATERIAL :

MFG

J.JONES

DATE

5/12/09

5/12/09

5/12/09


4

QC

S.ADAMS

3



DWG. NO.

5/12/09

5/12/09

DWG

SIZE

C

CODE IDENT

51351


2

ST129285

REV.

C

SHEET : 1 OF 1

1

B

A

D

E

Sea Tel ST14 Installation and Maintenance Manual

1.

Installation

2.

Setup for Model ST14 D

3.

Setup for Model ST14M

4.

Setup for Model ST14E

5.

Maintenance

6.

ST 14 Technical Specifications

7.

Computer Interface

8.

Drawings

YOKE BASE ASSEMBLY

VIEW A-A

VIEW B-B

VIEW B-B

VIEW A-A

VIEW B-B

ISO VIEW

Related manuals

Table of contents

Sea Tel ST14 Installation and Maintenance Manual

1.

Installation

2.

Setup for Model ST14 D

3.

Setup for Model ST14M

4.

Setup for Model ST14E

5.

Maintenance

6.

ST 14 Technical Specifications

7.

Computer Interface

8.

Drawings

YOKE BASE ASSEMBLY

VIEW A-A

VIEW B-B

VIEW B-B

VIEW A-A

VIEW B-B

ISO VIEW

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Table of contents