Part Number TW606

1\110Tdc0-
1A Varco Company

INSTALLATION, OPERATION, AND MAINTENANCE

WITH
ILLUSTRATED PARTS LIST

SATELLITE AUTOMATIC DRILLING CONTROL

Manufacturers of Precision Instruments

Printed in U.S.A. January 1983

 Manual Tw606 contains 26 pages as follows:

Cover .............................. March 1998

ii thru vi. ............................ March 1998
3 thru 24 ........................... January 1983

All product, brand, or trade names used in this publication are the trademarks or registered trade-
marks of their respective owners.

Information in this manual is subject to change without notice.

 IMPORTANT SAFETY NOTICE

Proper service and repair is important to the safe, reliable operation of all M/D TOTCO equipment.
The service procedures recommended by M/D TOTCO and described in the technical manuals are
recommended methods of performing service operations. When these service operations require
the use of tools specially designed for the purpose, those special tools should be used as recom-
mended. Warnings against the use of specific service methods that can damage equipment or
render it unsafe are stated in the manuals. These warnings are not exclusive, as M/D TOTCO
could not possibly know, evaluate and advise service people of all conceivable ways in which ser-
vice might be done or of all possible associated hazardous consequences. Accordingly, anyone
who uses service procedures or tools which are not recommended by M/D TOTCO must first sat-
isfy themselves thoroughly that neither personnel safety nor equipment safety will be jeopardized
by the method selected.

...
January 1983 III
M/D TOTCO
 LIMITED PRODUCT WARRANTY

THE FOLLOWING WARRANTY IS EXCLUSIVE AND IN LIEU OF ALL OTHER WARRANTIES, WHETHER
EXPRESS, IMPLIED OR STATUTORY, INCLUDING, BUT NOT BY WAY OF LIMITATION, ANY WARRANTY
OF MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE.

Martin-Decker TOTCO (“Company”) warrants to Buyer (“Purchaser”) of new products manufactured or

supplied by the Company that such products are, at the time of delivery to the Purchaser, free of material and
workmanship defects, subject to the following exceptions:

A. Any product which has been repaired or altered in such a way, in the Company’s judgement, as to affect
the product adversely, including any repairs, rebuilding, welding or heat treating outside of Company
authorized facility.

B. Any product which has, in the Company’s judgement, been subject to negligence, accident, or improper
storage.

C. Any product which has not been installed, operated and maintained in accordance with normal practice
and within the recommendations of the Company.

D. For all items of special order by Buyer which are not manufactured by Company, Buyer should submit
warranty claims directly to the manufacturer thereof.

The Company’s obligation under this warranty is limited to repairing, or at its option, replacing any products
which in its judgement proved not to be as warranted within the applicable warranty period. All costs of
transportation of products claimed not to be as warranted to authorized Company service facility shall be
borne by Buyer. Costs of return transportation to Buyer of products accepted for repair or replacement by
Company under the warranty provisions of the Sales Agreement shall be borne by the Company. Company
may, at its sole option elect to refund the purchase price of the products, and Company shall have no further
obligation under the Sales Agreement.

The cost of labor for installing a repaired or replacement part shall be borne by Buyer. Replacement parts
provided under the terms of this warranty are warranted for the remainder of the warranty period of the
product upon which installed to the same extent as if such parts were original components thereof.

The warranty periods for various products are:

A. Hydraulic, Mechanical, Electronic Equipment: one (1) year from date of installation or fifteen (15) months
from date of shipment from Company, whichever occurs first.

B. All Elastomer Diaphragms: six (6) months from date of shipment from Company.

No deviations from the Company’s standard warranty terms or period as stated herein will be honored unless
agreed to in writing by an authorized Company representative prior to acceptance of the order.

EXCLUSIVITY OF REMEDYAND LIMITATIONOF LIABILITY. THE REMEDIES PROVIDED FOR IN THIS

WARRANTY SHALL CONSTITUTE THE SOLE RECOURSE OF BUYER AGAINST COMPANY FOR
BREACH OF ANY OF COMPANY’S OBLIGATIONS UNDER THE SALES AGREEMENT WITH BUYER,
WHETHER THE CLAIM IS MADE IN TORT OR IN CONTRACT, INCLUDING CLAIMS BASED ON
WARRANTY, NEGLIGENCE, OR OTHERWISE.

IN NO EVENT SHALL COMPANY BE LIABLE FOR DIRECT, INDIRECT, INCIDENTAL OR

CONSEQUENTIAL DAMAGES, REGARDLESS OF THE FORM OF ACTION, WHETHER IN CONTRACT,
STRICT LIABILITY OR IN TORT (INCLUDING NEGLIGENCE), NOR FOR LOST PROFITS.

iv January 1983
M/D TOTCO
I MARTIN-DECKER/TECHNICAL MANUAL
SATELLITE AUTOMATIC DRILLING
CONTROL SYSTEM

TABLE OF CONTENTS
SECTIONS

Set tion No. Title Page No.

1.00 INTRODUCTION .................................... 4
2.00 DESCRIPTION ...................................... 4
3.00 INSTALLATION .................................... 5
4.00 OPERATION 7
5.00 MAINTENANCE.:::::::::::::::: .......................................... 9
6.00 TROUBLESHOOTING 9
7.00 REPAIR ......... . . ::I::::::::::: .................................. 10

LIST OF TABLES

Table No. Title Page No.

4-l Satellite Controls and Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . 8
6-l Malfunction Isolation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

LIST OF FIGURES

Figure No. Title Page No.

2-l Satellite Automatic Drilling Control System ................... 4
3-l Controller Assembly Overall Dimensions .................... 5
3-2 Drum Rotation Sensor Typical Installation and Overall Dimensions . , . 6
3-3 Air Motor and Gear Assembly Typical Installation and Overall ...... 6
Dimensions
7-l Air Pressure Regulator Assembly ......................... 11
7-2 Micro Flow Valve Assembly ............................. 12
7-3 Control Valve Assembly ................................ 13
7-4 Differential Gear Assembly (Less Air Motor) ................. 14
7-5 Drum Rotation Sensor (less right angle gear) ................. 15
7-6 Right Angle Gear Assembly ............................. 16
7-7 Flexable Shaft Assembly ............................... 16
7-8 Deadline Diaphragm Assembly ........................... 17
7-9 Instrument Control ................................... 18
7 -10 Hose Assembly ...................................... 20
7-11 Speed Penetration Control Regulator ....................... 21
7-12 Air Filter Assembly .................................. 22
7-13 Lubricator Assembly ................................. 23

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(,,,,I[ SATELLITE AUTOMATIC DRILLING
CONTROL SYSTEM I
MARTIN-DECKER/TECHNICAL MANUAL

1.00 INTRODUCTION 2.03 Deadline Tension Sensor. The deadline

tension sensor is an optional accessory
1.01 This manual contains installation, that operates on air and monitors changes in
operation and maintenance instructions deadline tension only. The usual method of
for the MARTIN-DECKER Satellite Automatic taking deadline tension measurement is instal-
Drilling Control System. Read the appropriate ling a tee in the existing anchor weight indica-
section of this manual before performing the ting system hydraulic line. Whichever method
indicated installation, operation or maintenance is used, a signal is sent to a bourdon tube in
procedures. Ensure that all personnel who will the controller assembly.
be performing these procedures have read the
Important Safety Notice located on Page 2.
2.04 Controller Assembly. The controller
2.00 DESCRIPTION assembly operates the 3 to 1 air valve
which controls the air motor. (A bourdon tube
2.01 The Satellite automatic driller is a reacts to changes in deadline tension and
control system for maintaining the operates a flapper valve that controls air flow
optimum weight on the bit. Satellite operation thru an orifice. The air flow opens the 3 to 1
is based on the relation between the weight on valve providing air to operate the air motor).
the bit and the deadline tension. As deadline A BIT WEIGHT knob is used to adjust the
tension increases from the value preset in the controller to maintain the optimum weight on
controller, the Satellite pays out the drilling the bit. The DRILL KNOB is used to start
line by raising the brake lever to release the and stop the Satellite; in the OUT position air
drum, and then stops drum rotation by lowering pressure holds the drum rotation sensor
the brake lever when the preset weight on the against the inside of the drum spool, and
bit is reached. Figure 2-l shows the general controlling and operating pressures are
arrangement of the Satellites components. available to drive the air motor. The SPEED
PENETRATION CONTROL knob is used to
2.02 Component Description. The Satellites control the rate of penetration (ROP).
components consists of:

Deadline tension sensor. 2.05 Air Motor. The air motor, thru the
ba:
Controller assembly. differential gear assembly, winds up the
lift line to release the drawworks brake. The
C. Air motor.
d. Differential gear assembly. air motor is mounted on the differential gear
e. Drum rotation sensor. assembly.

CONTROLLER BRAKE
-/ LEWR
DEADLINE \
n /

Figure 2-l. Satellite Automatic Drilling Control System

Page 4 8/81
 MARTIN-DECKER/TECHNICAL MAN! IAL
SATELLITE AUTOMATIC DRILLING
CONTROL SYSTEM

2.06 Differential Gear Assembly. The differ- the weight indicator. The unitized Satellite
ential gear assembly starts winding up (SAlOO) controller assembly will require instal-
the lift line when air pressure is applied to the lation as well as hookup. The unitized controller
air motor. As the main drum starts to turn, is supplied mounted on a plywood board with all
the drum rotation sensor, thru the flexible of the integral tubing connections made up.
shaft, feeds a counter rotational force into the Figure 3-l gives the overall dimensions for
differential gear assembly. The gear assembly mounting the unitized controller assembly.
responds differentially to the two forces being Mount the controller assembly near the drillers
fed into it and stops winding up the lift line. A position protected from the weather, preferably
shaft knob provides the gear assembly with in the doghouse close to the door. Fill bourdon
two-speed capability (for fast or slow drilling) tube and all hydraulic plumbing leading to it with
and a hand wheel allows it to be rotated by hand MARTIN-DECKER hydraulic fluid (W15)
as necessary for minor adjustment to the brake Paragraph 7.02.
lever. The differential gear assembly, with
air motor, is mounted on the drum guard. 3.04 Drum Rotation Sensor Installation. Locate
the drum rotation sensor inside the drum
2.07 Drum Rotation Sensor. The drum rotation guard in a position to allow the flexible shaft a
sensor consists of an air cylinder, a right smooth curve to the differential gear assembly.
angle drive and a rubber friction wheel. The In locating the drum rotation sensor considera-
air cylinder forces the friction wheel against the tion must be given to two requirements: The
inside of the drum spool to sense rotation of the flexible shaft must form a smooth curve to the
drum. The friction wheel drives a right angle differential gear assembly and the rubber tired
gear assembly, which in turn, rotates a flexible friction wheel must be 0.75 inch (19mm) from
shaft connected to the differential gear assembly. the drum spool flange, as close as possible to
the rim. Refer to Figure 3-2 for overall mount-
3.00 INSTALLATION ing dimensions.

3.01 Before installation, place the various * 7.87 -

components in their approximate locations (200mm)
to ensure that the flexible shaft has a single, I

smooth curve and that the lift line reel will give
a straight pull on the brake lever.

3.02 Deadline Tension Sensor Installation.

T
8. 50
(216mm)
The air deadline tension sensor assembly

i
is an optional accessory to be used when a
weight indicator is not available, or not con-
venient to use. Refer to Figure 2-l for instal-
lation if using the air sensor. The usual method,
however, is to tee into the hydraulic line of the
anchor weight indicator. This tee should be
close to the indicator to keep the hose as short
as possible. Another location for deadline
tension signal pickoff is to tee into the hydraulic
line to the weight channel of a Record-O-Graph,
or other hydraulic recorder.

3.03 Controller Assembly Installation. If a

console mount Satellite (SA102) has been
ordered with a Drill-Central console, the
controller assembly will be installed and will
only require hookup. The bourdon tube will be Figure 3-l.
vacuum pumped and filled at the same time as Controller Assembly Overall Dimensions

a/a1 Page 5
 SATELLITE AUTOMATIC DRILLING /
CONTROL SYSTEM MARTIN-DECKER/TECHNICAL MANUAL

DRUM ROTATION S&SOR

v FLEXISLE SHAFT

DRUM SPOOL

Figure 3-2. Drum Rotation Sensor Typical Installation and Overall Dimensions

FLEXIBLE
SHAFT
\
AIR MOTOR
GEAR ASSEMBLY

LINE LIFT’
\I \$
DFtAWWOFNS

mAKE
LEVER
Y

Figure 3-3. Air Motor and Gear Assembly Typical Installation and Overall Dimensions
Page 6 a/a1
 MARTIN-DECKER/TECHNICAL MANUAL SATELLITE AUTOMATIC DRILLING
CONTROL SYSTEM

3.04 cont.
a. Hold the completely assembled drum a. hSkd1 the free end of the flexible
rotation sensor inside the drum guard shaft to the differential gear
to determine the best location. assembly.
NOTE b. Locate the gear assembly on the top
of the drawworks with the lift line reel
The friction wheel mounting bolt is in line with the brake lever, or inter-
offset to allow a one inch variation mediate sheave. Fabricate a bracket
locating the friction wheel closer as necessary to maintain level mount-
the rim of the drum spool flange. ing and weld in place.
When the drum rotation sensor is C. Bolt gear assembly in place.
located, draw a line around the base d. Unreel full length of lift line from reel.
plate. Remove the sensor.
e. Hook end of line to brake lever.
C. Remove air cylinder and slide from
base plate. f. Take up slack at reel by pulling line
d. Weld base plate to drum guard at thru hole in reel. Brake lever must
location determined in steps a and b. remain all the way down.

e. Apply a liberal amount of grease to g. Loosen clamp and slide to within 3 feet
the slide area of the base plate. of reel (approximately 3 or 4 wraps).
Tighten clamp.
f. Slip friction wheel slide into place
and attach air cylinder to the base h. Cut off excess line.
plate. i. Reel lift line clockwise around reel,
facing side of reel.
g. Align friction wheel so it will roll
true on drum spool flange. Tighten j. Connect air line from air motor to air
wheel mount locknut. motor valve on back of controller
h. Connect air hose from DRILL KNOB assembly.
valve to air cylinder. k. Connect rig air, thru the filter, to the
Cut hole thru top cover of drum guard DRILL KNOB valve inlet fitting.
to provide passage of the flexible shaft
from the drum rotation sensor to the 4.00 OPERATION
differential gear assembly.
Install one end of the flexible shaft to 4.01 Satellite is operated only during actual
to the right angle drive shaft. drilling operation. Pulling
_. _ the_- DRILL
KNOB out engages, and pushing in disengages,
3.05 Air Motor and Differential Gear the Satellite. Refer to Table 4-l for the
Assembly Installation. Locate the air controls and indicators.
motor and differential gear assembly on the
top cover of the drum guard so that the flexible a. Manually feed off to desired bit weight.
shaft has a smooth curve and the lift line reel b. Attach a weight to brake lever so that
has a straight pull on the brake lever. The some effort is required to lift it by hand.
gear assembly must be mounted level, fabricate Weight should be just enough to stop the
a bracket as necessary to attain level mounting. drum feed off.
Refer to Figure’3-3 for overall mounting
dimensions. C. Attach lift line to brake lever.
NOTE d. For initial use only; rotate BIT WEIGHT
knob fully clockwise. This will avoid
On some drawworks it may be excessive weight on the bit at first
necessary to use an intermediate engagement.
sheave to route the lift line around
obstacles. e. PULL DRILL KNOB out.
Page 7
8/81
 SATELLITE AUTOMATIC DRILLING MARTIN-DECKER/TECHNICAL MANUAL
CONTROL SYSTEM II

Table 4-l. Satellite Controls and Indicators

CONTROL/INDICATOR TYPE FUNCTION

BIT WEIGHT Adjusting screw Sets weight on bit to be maintained
by Satellite
SUPPLY O-30 psi gage Indicates input controlling pressure
controller assembly. Factory
preset to 20 psi
OUTPUT O-30 psi gage (Best Indicates control pressure from
operation is in the 3 to orifice to operate air motor valve,
5 psi range) which sends operating pressure to
air motor. Will show a proportion
of SUPPLY pressure
SPEEDREGULATOR O-100 psi gage Shows input air pressure available
to operate air motor. Normally
set at 30-40 psi. Adjusted by
SPEED PENETRATION CONTROL
knob
AIR MOTOR O-100 psi gage Indicates air pressure used to
drive air motor. Will show a
proportion of SPEED REGULATOR
pressure
DRILL KNOB PULL/PUSH valve Engages Satellite to control
drilling
SPEED PENETRATION Manual air valve Controls operating pressure to air
CONTROL motor, and therefore, controls
speed during feed off

4.01 cont.
f. Adjust SPEED PENETRATION CONTROL
until SPEED REGULATOR indicates 30 to j. PULL DRILL KNOB out to engage
40 psi for normal operation. Increase Satellite.
pressure to increase speed.
g. Rotate BIT WEIGHT knob counterclock- CAUTION
wise until Satellite maintains weight on Always disengage Satellite when not
bit. actually drilling as damage to equip-
NOTE ment may result.

The differential gear assembly

has two speeds. To shift to either NOTE
speed perform steps h, -i and -j.
When the Satellite is engaged, the
h. PUSH DRILL KNOB in to disengage ratio of SUPPLY to OUTPUT pres-
Satellite. sure will be approximately the same
i. PULL SHIFT KNOB,on differential gear as the ratio of SPEED REGULATOR
assembly,out to shift to higher speed, to AIR MOTOR pressure. This is
or push in for lower speed. Rotate an indication that the Satellite is
hand wheel as necessary to accomplish operating properly.
shift.

Page 8 a/a1
 SATELLITE AUTOMATIC DRILLING
MARTIN-DECKER/TECHNICAL MANUAL
CONTROL SYSTEM

Table 6 -1. Malfunction Isolation

MALFUNCTION PROBABLE CAUSE CORRECTIVE ACTION

Feed off continues Controller orifice dirty Check for dirty orifice (para 6.02)
after bit weight
Brake lever weight not Increase weight
achieved heavy enough
Friction wheel jammed or Clean friction wheel to rotate
stuck
3 to 1 valve leaking Tighten fittings, if it still leaks, change
I out
Sluggish or no re- Controller assembly proL Move knob to top of proportional band
sponse to deadline portional band knob off (minimum setting)
tension changes minimum setting
Air in hydraulic system Bleed air from system (para 7.02)
Insufficient system charge Fill system (para 7.02)
Hose plugged Clean or change hose
Faulty air motor Change air motor
Erratic feed off Friction wheel slipping Clean friction wheel tread
intermittently
Worn flexible shaft Repair shaft (fig. 7-7)
Faulty air motor Change air motor
FauIty 3 to 1 valve Change 3 to 1 valve

5.00 MAINTENANCE g. Ensure friction wheel rolls true on drum

spool flange.
5.01 Preventive maintenance for the Satellite
includes: h. Air deadline diaphragm assembly only,
check constant air bleed connection and
a. Daily,open air filter drain cock to air line for possible obstructions.
blow out accumulated moisture and
sediment. 6.00 TROUBLESHOOTING
b. Controller assembly, keep free of dirt 6.01 If system malfunction is observed, refer
and moisture. Clean door and panel to Table 6-l for a list of probable causes
with any commercially available cleaner and their corrective actions.
and a clean, lint free cloth.
6.02 Controller Orifice Check. If the Satellite
c. Remove differential gear assembly oil will not stop feeding off:
filter plug. Oil level should be visible,
if not, replenish with 1OW motor oil, a. PUSH DRILL KNOB in and disconnect
replace plug. lift line from brake lever.
d. Inspect air lines for possible wear, b. PULL DRILL KNOB out.
damage or loose fittings.
c. Rotate BIT WEIGHT KNOB until flapper
e. Ensure that drum rotation sensor slide is clear of the orifice.
is well greased.
d. Observe OUTPUT gage. If OUTPUT
f. Check flexible shaft coupler setscrews is 3-5 psi with 20 psi on SUPPLY,
for tightness. orifice is dirty.

8/81 Page 9
 SATELLITE AUTOMATIC DRILLING
1 MARTIN-DECKEWTECHNICAL MANUAL ]
CONTROL SYSTEM

6.02 cont.
e. PUSH DRILL KNOB in. 7.02 Filling Controller Assembly with
Hydraulic Fluid
f. Clean orifice with WD40, or equivalent.
1
g. PULL DRILL KNOB out. Observe 1 CAUTION ]
OUTPUT gage, it should indicate zero.
PUSH DRILL KNOB in. This procedure is for hydraulic
h. Attach lift line to brake lever and sensor systems only. Do not
resume drilling (PULL DRILL KNOB out). attempt to charge air sensor
systems with hydraulic fluid, or
7.00 REPAIR damage to equipment will result.

7.01 Illustrated parts breakdowns are included For accurate deadline tension measurement
in this section to aid in parts identification the controller assembly bourdon tube must be
of the separate components. filled with MARTIN-DECKER hydraulic fluid
(W15). After the controller assembly bourdon
Figure 7- 1. Air Pressure Regulator tube has been connected into the hydraulic
Assembly weight indicator system, and without any ten-
Figure 7- 2. Micro Flow Valve Assembly sion on the deadline, charge the system per
Figure 7- 8. Control Valve Assembly procedure in the applicable weight indicator
Figure 7- 4. Differential Gear Assembly system manual. Loosen fitting at base of
(less Air Motor) controller assembly bourdon tube as necessary
Figure 7- 5. Drum Rotation Sensor (less to bleed air out of the system. Tighten when
Right Angle Gear) procedure is completed.
Figure 7- 6. Right Angle Gear Assembly
Figure 7- 7. Flexible Shaft Assembly
Figure 7- 8. Deadline Diaphragm
Assembly (Air)
Figure 7- 9. Instrument Control
Figure 7-10. Hose Assembly
Figure 7-11. Speed Penetration Control
Regulator
Figure 7 -12. Air Filter Assembly
Figure 7-18. Lubricator Assembly

Page 10 8/81
I- MARTIN-DECKER/TECHNICAL MANUAL
SATELLITE AUTOMATIC DRILLING
CONTROL SYSTEM

r----- 1

16 I 1338 Adapter-E&Male to Male Cop. Tub. 1 1

1289 1 Repair Kit I ,
Figure 7-l. Air Pressure Regulator Assembly

8181 Page 11
 SATELLITE AUTOMATIC DRILLING
MARTIN-DECKER/TECHNICAL MANUAL
CONTROL SYSTEM

Figure 7-2. Micro Flow Valve Assembly

Page 12 8/81
I MARTIN-DECKER/TECHNICAL MANUAL SATELLITE AUTOMATIC DRILLING
CONTROL SYSTEM

ITEM 1 QTY. 1
NO. PART NO. DESCRIPTION RkQ’D
1000 Control Valve, Complete
1001 (lontrc, 31 TI-1---
valve I
l
1
-1 x7-1--^ l-t---l 1 I
2-2A 1002 contrul V alVe ralltrl

N/S 1357 Connection Tee

N/S 1372 Connection Swtivel
N/S 1371 Connection #8 ::
a l #hate
Stainless Steel Knob 1
“A.-- I --I- Washer 2 ,
A..,. Nut 2
/8” Panel) 1

: 3
.- Stem 1
1
I
als ! i
t7&9 I 1012 I Ret&Kit

Figure 7-3. Control Valve Assembly

8/81 Page 13
 SATELLITE AUTOMATIC DRILLING MARTIN-DECKER/TECHNICAL MANUAL
CONTROL SYSTEM

Figure 7-4. Differential Gear Assembly (Less Air Motor)

Page 14 8/81
MARTIN-DECKER/TECHNICAL MANbAL SATELLITE AUTOMATIC DRILLING
CONTROL SYSTEM
.

Figure 7-5. Drum Rotation Sensor (Less Right Angle Gear)

8/81 Page 15
 SATELLITE AUTOMATIC DRILLING MARTIN-DECKER/TECHNICAL MANUAL
CONTROL SYSTEM

Figure 7-6. Right Angle Gear Assembly

DESCRIPTION
I I . I”., I
-tile shaft

--.- - _-__.
I I 1174-1 I Core i

I
,t

:oupler
lupler 1
I I 1418 I Coupler Set Screw 4 1

Figure 7-7. Flexable Shaft Assembly

Page 16 l/83
 SATELLITE AUTOMATIC DRILLING
I MARTIN-DECKER/TECHNICAL MANUAL
CONTROL SYSTEM
I

1 ITEM 1 T eTY:1
NO. 1 PART NO. 1 DESCRIPTION 1 RiQ’D

---- -.-- --
4 1156 Cam Retaining Bolt 1
1157 Cam Retaining Lock 1
5 1158 Cam Lever Stand 1
6 1159 Cam Lever 1 _
7 1160
--.- Cam
.- Lockinn
----. Stud
-.-.. 1
8 1161 i----
Bressure Plate O-Ring I i
9 1162 Pressi me Plate 1
. 10 1163 Valve
11 11
,n

Figure 7-8. Deadline Diaphragm Assembly

8/81 Page 17
 SATELLITE AUTOMATIC DRILLING i
MARTIN-DECKER/TECHNICAL MANUAL
CONTROL SYSTEM

I
I
lTEM
NO.
11
PART NO.
1200 1
DESCRIPTION
3 Awl10 Instrument
QTY.
REQ’D
I

/S 1212
N/S 1213 p
I N/S 1214
Ei 1216 . -.-.
12 1217 T.atrh !
& 80 1218
zI 80 1219 ,
20 c,
1’1 r
18 :z; I Machine Screw
19 .J--’ rew 4.
n.-.
4

spring Support
FMper SprN3
aourdon Tube 100 lb
3ourdon Tube 500 lb
Wudon Tube .“Y” 1m-miylh 1
. . ifice Block
I
I . I
Mfice Asser...,,
~ountin Bra0k-f
ulcrum Be??
nab
..--
I ding Bloc]
’ -‘ivat ---
Rlmk
Pivot Point
vot
her
rew
rew

tex Nut
h%iaqu1
:rews Pnr 1949(

Table for Figure 7-9. Instrument Control

Page 18 8/81
I MARTIN-DECKER/TECHNICAL MANUAL SATELLITE AUTOMATIC DRILLING
CONTROL SYSTEM

CONTROLLER SUB-ASSY

Q &
SECTION A-A

Figure 7-9. Instrument Control

Page 19
8/81
 SATELLITE AUTOMATIC DRILLING
MARTIN-DECKER/TECHNICAL MANUAL
CONTROL SYSTEM

17 1 1265 I Instruc e Hook-Up - 1

18 1 f Brackets 2
19 I ”
2
2
1
-- ----
22 1269
23 1292 s
1270 E

Figure 7-10. Hose Assembly

Page 20
8/81
I MARTIN-DECKER/TECHNICAL MANUAL
SATELLITE AUTOMATIC DRILLING
CONTROL SYSTEM

ITEM
NO. PART NO. DESCRIPTION 1 I%QTi

1 65 I 1296
1297 1 Pivot Wi=hov
A”..“. I I I
Spring
Diaahrap m 1
*: P arwh7 1
P 1

a.taYI

1302
1303

Figure 7-11. Speed Penetration Control Regulator

Page 21
 SATELLITE AUTOMATIC DRILLING
MARTIN-DECKER/TECHNICAL MANUAL
CONTROL SYSTEM

ITEM QTY.
DESCRIPTION
I 1180
*IQ4
Filter Assembly Complete
lx1 c.... A.T..a.-l..l- Ii----L !. 1
.I I

a.c=A JLI~~IIISZIIC [I‘LL

I I
“85 Filter Element Old
66 Filter Element
67 Baffle
“WV ,A88 Bowl & Bowl Guard
7 1189 Clay.Ilp Ring
8 1190 DlX+,
vzczock
9 1191 Automatic Drain Complete
I llJ& LIu”lJczl- uulup
36 Connection 84
C” Connection Tee 1
I 1.3‘1
-- _- Connection El1 88 I :!
t I 1356 1 Connection
-- ------ ---- Elbow
-- ..- I I

Figure 7-12. Air Filter Assembly

Page 22 8/81
MARTIN-DECKER/TECHNICAL MANUAL.
SATELLITE AUTOMATIC DRILLING
CONTROL SYSTEM

ITEM QTY.
NO. PART NO. DESCRIPTION REQ’D
I
1125 Lubricator Complete 1
1 1126 O-Ring: 1 I
2 1127 Adjusting Screw 1
3 1128 Fill Plug 1
4 1129 O-Ring 1
5 1130 Check Valve 1
6 1131 Sight Dome 1

Figure 7-13. Lubricator Assembly

a/a1 Page 23