Wilkerson X06 Installation and maintenance instructions

Description
Wilkerson Manual Dryers are intended to remove water vapor from the
compressed air system. Atmospheric dew points as low as -100°F (-
73°C) are achievable when operated within rated unit specifications.
General Safety Information
• Release all air pressure from intended airline before installation.
• Install unit in air line before opening desiccant container. After unit
installation, add desiccant following steps in desiccant replacement
instructions on page 2.
• Always make sure bowl, bowl guard, and clamp ring are in place
and the clamp ring is securely locked before pressurization.
• DO NOT exceed the pressure and temperature ratings as shown in
the specifications.
• Follow all local, state and
federal EPA, OSHA, and
similar codes regarding
disposal of old desiccant.
Installation
1. Refer to WARNING (on page 6).
2. Install as close as possible to the point where the air is being used.
3. Install unit with the airflow going in the direction of the arrow. For the
X04, install with airflow entering at the bottom center port of the 4-way
valve and exiting at the center port of the shuttle valve.
4. Install unit on air line before opening desiccant container. After
installation, add desiccant. Shake and tap bowl while filling to settle
desiccant. Fill Model X25 and X03/X04 to 1/8" below inner shoulder
of bowl. Fill Model X06 bowl to within 1/2" of top.
5. Replace bowl and bowl guard, or metal bowl, and clamp ring onto
the unit. Be sure clamp ring is securely locked in place before
pressurizing unit.
6. Most manual desiccant dryer users will achieve optimal results when
installingthedryerasclosetotheequipmentorprocessbeingprotected
as possible in the compressed air system.Most users, especially those
with high quality air requirements, should protect their system and the
manual dryer with one or more of the following types of components:
Please see page 4 for exact model recommendations.
• Liquid Separator: Should be used prior to the manual desiccant
dryer in any system where large slugs of liquid water are anticipated.
The manual desiccant dryer silica gel or mole sieve can be destroyed
by large amounts of liquid moisture. Most systems which have an
aftercooler and separator, and/or a refrigerated air dryer, will not
require a liquid separator. An alternative is to use a particulate filter/
separator, described below.
• Particulate Filter/Separator: Should be used prior to the manual
desiccant dryer in any system where significant amounts of dirt,
pipe scale, etc, and/or liquid water, is present, in order to prevent
clogging the manual dryer or harming the desiccant. A particulate
filter/separator should be used prior to a coalescing filter to extend
the life of the coalescing element.
Specifications X06 X03 Plastic Bowl X03 Metal Bowl X04 X25 Metal Bowl
Maximum Pressure 150 psig (10.3 bar) 150 psig (10.3 bar) 150 psig (10.3 bar) 150 psig (10.3 bar) 150 psig (10.3 bar)
Maximum Temperature 125°F (52°C) 125°F (52°C) 150°F (66°C) 125°F (52°C) 150°F (66°C)
Atmospheric Dewpoint*
000 Model: Silica Gel
U00 Model: 4A Molecular
Sieve
000 Model:
-45°F (-43°C)
U00 Model:
-100°F (-73°C)
000 Model:
-45°F (-43°C)
U00 Model:
-100°F (-73°C)
M00 Model:
-45°F (-43°C)
MU0 Model:
-100°F (-73°C)
000 Model:
-45°F (-43°C)
U00 Model:
-100°F (-73°C)
000 Model:
-45°F (-43°C)
U00 Model:
-100°F (-73°C)
Maximum Continuous Airflow* 5 scfm (2.3 dm
3
/s) 10 scfm (4,7 dm
3
/s) 10 scfm (4.7 dm
3
/s) 10 scfm (4.7 dm
3
/s) 25 scfm (11.8 dm
3
/s)
Total Airflow* 600 scf (283 dm
3
) 4400 scf (2076 dm
3
) 4400 scf (2076 dm
3
) 4400x2 scf (2076x2 dm
3
) 11,000 scf (5191 dm
3
)
Total Min. of Operation @
Max Continuous Airflow 120 min. 440 min. 440 min. 880 min. 440 min.
Unit Weight With Desiccant 1.13 lbs. (0.51 kg) 7.4 lbs. (3.4 kg) 6.8 lbs. (3.1 kg) 15.0 lbs. (6.8 kg) 11.2 lbs. (5.1 kg)
# of Desiccant Bags/Charge 1 Bag ** 2 Bags *** 2 Bags*** 4 Bags*** 5 Bags***
Pipe Connections 1/4" NPT (BSPP) 1/4", 1/2" NPT (BSPP) 1/4", 1/2" NPT (BSPP) 1/4", 1/2" NPT (BSPP) 1/2" NPT (BSPP)
*With Dry Desiccant at 100 psig (7 bar) and 70°F (21°C)
** Each bag weighs .25 lbs. (.11kg)
*** Each bag weighs .88 lbs. (.40kg)
Installation & Service Instructions
83-050-000
Manual Desiccant Dryer Models
X06, X03, X04, and X25 with
Variations and Accessories
ISSUED: April, 2007
Supersedes: October, 2004
Doc. #83050000, EN #070216, Rev. 3
!
WARNING
To avoid unpredictable system behavior that can cause personal injury
and property damage:
• Disconnect electrical supply (when necessary) before installation,
servicing, or conversion.
• Disconnect air supply and depressurize all air lines connected to this
product before installation, servicing, or conversion.
• Operate within the manufacturer’s specified pressure, temperature,
and other conditions listed in these instructions.
• Medium must be moisture-free if ambient temperature is below
freezing.
• Service according to procedures listed in these instructions.
• Installation, service, and conversion of these products must be
performed by knowledgeable personnel who understand how
pneumatic products are to be applied.
• After installation, servicing, or conversion,air and electrical supplies
(when necessary) should be connected and the product tested for
proper function and leakage. If audible leakage is present, or the
product does not operate properly, do not put into use.
• Warnings and specifications on the product should not be covered by
paint,etc.If masking is not possible,contact your local representative
for replacement labels.
Safety Guide
For more complete information on recommended application guidelines, see the
Safety Guide section of Pneumatic Division catalogs or you can download the
Pneumatic Division Safety Guide at: www.wilkersoncorp.com
Richland, MI 49083 Tel: [phone]

2
d. See replacement parts list for specifics on kit numbers for
replacement desiccant.
3. Desiccant regeneration:
a. —For silica gel (“000”) units: Pour out used Pink desiccant
onto flat pan. Place Pink desiccant in 350°F (176°C) oven for
approximately three hours or until the desiccant color has
changed back to Blue.
—For 13x molecular sieve (“X00”) units cannot be
regenerated. See page 5 for replacement kits.
—For 4A molecular sieve (“U00”) units: Pour out used
desiccant onto flat pan. Place desiccant in 600°F (316°C)
oven for up to a maximum of 3 hours.
b. Remove desiccant from oven and allow to cool down to ambient
temperature.
c. Pour desiccant back into unit bowl, periodically shaking and
tapping to settle the desiccant.
4. Replace bowl and bowl guard, or metal bowl, and clamp ring onto
the unit. Be sure clamp ring is securely locked in place before
repressurizing the unit.
Models X06, X03, X04, and X25
Inner
Step
1/8"
X03 / X04 / X25
Figure 3
Bowl
Clam
p
Ring
X03 / X04 / X25
Figure 1
Keep
Covered
Figure 2
• Coalescing Filter: Should be used prior to the manual desiccant
dryer in any lubricated compressor system which does not utilize
a system coalescing filter. The coalescing filter removes oil from
the compressed air, which prevents the oil from coating the
silica gel or mole sieve and destroying its ability to dry the air.
Oil contaminated desiccant must be replaced and disposed of
properly, as it cannot be regenerated.
• Afterfilter: Should be used after the manual desiccant dryer
in any system where any amount of desiccant dust, however
insignificant, is undesirable. The afterfilter prevents the very
slight desiccant dusting, which occurs over time, from proceeding
downstream into the compressed air system.
• Pre-Dryers: Both the silica gel and mole sieve manual desiccant
dryers can have their drying lives extended through the use of a
pre-dryer. The silica gel (“000”/“M00”) models will typically last
over three times as long if a refrigerated air dryer is placed in the
compressed air system prior to it. (A plant air system refrigerated
dryer will provide the same extended life.) The mole sieve (“U00”/
“MU0”) models will typically last three times as long if a silica gel
(“000”/“M00”) model dryer installed prior to the mole sieve dryer.
(A plant air system desiccant dryer will provide the same extended
life.) Users of either type of manual desiccant dryer who expect
a high air flow demand may wish to consider using a pre-dryer.
Please see page 4 for exact model recommendations.
Operation
1.The silica gel desiccant, when visible through the clear
polycarbonate plastic bowl, contains a color indicator. It changes
from Blue (meaning dry) to Pink (meaning wet) to indicate the need
to replace or regenerate the desiccant. (An X05-02-000 moisture
indicator can be used with 4A molecular sieve units to perform the
same function.) On units with metal bowls, a moisture indicator
mounted on the cover performs the same color changing function.
2.The 4A molecular sieve does not change color. For moisture
indication an X05-02-000 is recommended. See page 4.
3. Environment friendly disiccant changes color from yellow (meaning
dry) to green (meaning wet).
3. By installing two or more units in parallel, higher dry airflows can be
achieved.
Maintenance
1. The only servicing required for silica gel units is when the desiccant
color or moisture indicator has changed from Blue (meaning dry) to
Pink (meaning wet). Should this color change occur:
a. Turn off and depressurize the line containing the dryer unit.
b. Loosen the clamp ring and remove the bowl from the top housing.
(Figure 1) Proceed to step 2 or 3, as required.
2. Desiccant replacement:
a. Pour out used desiccant.
b. Open new container and refill bowl. (Figure 2)
c. Shake or tap bowl to settle desiccant. Add or remove sufficient
quantity to fill Model X03 and X25 unit bowl to 1/8" below inner
step, and for Model X06 fill bowl to within 1/2" of the top. (Figure 3)
!
WARNING
FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE
PRODUCTS AND/OR SYSTEMS DESCRIBED HEREIN OR RELATED ITEMS
CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE.
This document and other information from The Company, its subsidiaries
and authorized distributors provide product and/or system options for further
investigation by users having technical expertise.It is important that you analyze
all aspects of your application, including consequences of any failure and review
the information concerning the product or systems in the current product catalog.
Due to the variety of operating conditions and applications for these products
or systems, the user, through its own analysis and testing, is solely responsible
for making the final selection of the products and systems and assuring that all
performance, safety and warning requirements of the application are met.
The products described herein, including without limitation, product features,
specifications, designs, availability and pricing, are subject to change by The
Company and its subsidiaries at any time without notice.
EXTRA COPIES OFTHESE INSTRUCTIONS ARE AVAILABLE FOR INCLUSION
IN EQUIPMENT / MAINTENANCE MANUALSTHAT UTILIZETHESE PRODUCTS.
CONTACTYOUR LOCAL REPRESENTATIVE.
!
CAUTION
Polycarbonate bowls, being transparent and tough, are ideal for use with Filters
and Lubricators.They are suitable for use in normal industrial environments, but
should not be located in areas where they could be subjected to direct sunlight,
an impact blow, nor temperatures outside of the rated range. As with most
plastics, some chemicals can cause damage.Polycarbonate bowls should not
be exposed to chlorinated hydrocarbons, ketones, esters and certain alcohols.
They should not be used in air systems where compressors are lubricated with
fire-resistant fluids such as phosphate ester and di-ester types.
Metal bowls are recommended where ambient and/or media conditions are
not compatible with polycarbonate bowls.Metal bowls resist the action of most
such solvents, but should not be used where strong acids or bases are present
or in salt laden atmospheres. Consult the factory for specific recommendations
where these conditions exist.
TO CLEAN POLYCARBONATE BOWLS USE MILD SOAP AND WATER
ONLY! DO NOT use cleansing agents such as acetone, benzene, carbon
tetrachloride, gasoline, toluene, etc., which are damaging to this plastic.
Bowl guards are recommended for added protection of polycarbonate bowls where
chemical attack may occur.

3
Flow
19.58
(497)
4.79
(122.6)
2.0
(50.8)
Bowl
Removal
Clearance
21.28
(540.5)
0.71
(18.26) C
L
Model X25 with Metal Bowl
12.25
(311.1)
11.05
(281)
1.20
(30)
4.63
(117.60)
Flow
2.0
(50.8) Bowl
Removal
Clearance
6.41
(163)
3.00
(76)
Flow
1.00
(25.4)
1.50
(38.1) Bowl
Removal
Clearance
C
L
8.30
(211)
10.00
(254)
0.71
(18.26)
4.79
(122.6)
Flow
2.0
(50.8) Bowl
Removal
Clearance
Model X06 Model X03 with Plastic Bowl
Model X03 with Metal Bowl

4
X04-02-000 Dryer
1/4" NPT
Outlet Port (On Bottom
Of Shuttle Valve)
X03-02-000
Desiccant Dryer
(2 Required)
Upper Port In 4-Way
Valve To Be Open To
Atmosphere
Shuttle Valve
1/4"
NPT
Inlet
Port
4-Way Valve 14.42"
(366 mm)
12.65"
(322 mm)
0.94"
(23.8 mm)
“U00”/“MU0” Models: “000”/“M00” Models:
“000” Model
Dryer
Afterfilter Refrigerated
Air Dryer
(If desired)
“U00” Model
Pre-Dryer/
(If desired)
“U00” Model
Dryer
Prefilter(s)
(If desired)
X05-02-000
Moisture Indicator
Coalescing
Filter
Liquid
Separator
(If desired)
Liquid
Separator
(If desired)
Prefilter(s)
(If desired)
Slight restriction
(if necessary)
to assure at least
1 SCFM through X05
Moisture Indicator Coalescing
Filter Afterfilter
Typical Installation Arrangement For Manual Dryers
Recommended Liquid Separators, Filters and Pre-Dryers
(use as necessary for specific system requirements)
Pre-Drying Total
Manual Desiccant Desiccant
Manual Desiccant Particulate Coalescing or Refrigerated Life if
Dryer Liquid Filter/Separator Filter Afterfilter Air Dryer, For Pre-Drying
Model Used Separator (5 micron) (0.5 micron) (0.5 micron) Extended Life Dryer Used
Silica Gel
For -45°F (-42°C)
Atmospheric
Dewpoint:
X06-02-000 WSA-02-FM0 F16-02-F00 M16-02-FS0 AF1-02-S00 WRA-0010 2200 SCF
X03-XX-000/M00 WSA-XX-FM0 F16-XX-F00/M00 M16-XX-FS0/MS0 AF1-XX-S00 WRA-0010 16,000 SCF
X04-02-000 WSA-02-FM0 F16-02-F00 M16-02-FS0 AF1-02-S00 WRA-0010 32,000 SCF
(16,000x2)
X25-04-000 WSA-04-FM0 F26-04-FM0 M26-04-FMS AF2-04-S00 WRA-0025 40,000 SCF
Type 4A Molecular Model
Sieve For -100°F (-73°C)
Atmospheric Dewpoint:
X06-02-U00 WSA-02-FM0 F16-02-F00 M16-02-FS0 AF1-02-S00 X06-02-000 1800 SCF
X03-XX-U00/MU0 WSA-XX-FM0 F16-XX-F00/M00 M16-XX-FS0/MS0 AF1-XX-S00 X03-XX-000/M00 13,200 SCF
X04-02-U00 WSA-02-FM0 F16-02-F00 M16-02-FS0 AF1-02-S00 X04-02-000 26,400 SCF
(13,200x2)
X25-04-U00 WSA-04-FM0 F26-04-FM0 M26-04-FMS AF2-04-S00 X25-04-000 33,000 SCF

5
1
8
3
2
5
6
4
7
Model X06 Model X03 with
Metal bowl
7
1
3
2
5
8
4
6
7
1
3
2
5
8
4
6
Model X03/X04 with
transparent bowl
7 1
8
2
5
3
4
6
Model X25 with
Metal bowl
Replacement Parts List – METAL BOWL Units with Moisture Indicators
Description Part No. Qty. Part No. Qty.
X03 X25
1 Cover NNR — NNR —
2 Screen Assembly GRP-96-434 1 GRP-96-434 1
3 Bowl O-Ring GRP-95-256 1 GRP-95-256 1
4 Tube Assembly w/Screen DRP-96-451 1 DRP-95-622 1
5 Metal Bowl DRP-96-450 1 NNR —
6 Silica Gel (000) DRP-85-059 8 Bags / 7 lbs. DRP-85-280 8 Bags / 7 lbs.
4A Molecular Sieve (U00) DRP-85-060 8 Bags / 7 lbs. DRP-95-624 8 Bags / 7 lbs.
13x Molecular Sieve (X00) DRP-85-061 8 Bags / 7 lbs. N/A —
Environment Friendly (E00) DRP-85-447 8 Bags / 7 lbs. DRP-85-447 8 Bags / 7 lbs.
7 Moisture Indicator ** DRP-95-623 1 DRP-95-623 1
8 Clamp Ring GRP-96-404 1 GRP-96-404 1
NNR: Not normally replaced
** The moisture indicator contains a weep orifice to provide an air sample to the moisture indicating paper.
Air leakage from this indicator is necessary and normal.
Replacement Parts List — TRANSPARENT BOWL Units with Bowl Guards
Description Part No. Qty. Part No. X03 X04
X06 Qty. Qty.
1 Cover NNR — NNR — —
2 Screen Assembly NNR — NNR 1 2
3 Bowl O-Ring GRP 95-259 1 GRP-95-256 1 2
4 Tube Assembly w/screen N/A 1 DRP-96-435 1 2
5 Transparent Bowl N/A 1 GRP-95-871 1 2
6 Silica Gel (000) DRP-95-303 3 Bags / .75 lbs. DRP-85-059 8 Bags / 7 lbs. 8 Bags / 7 lbs.
4A Molecular Sieve (U00) DRP-95-304 3 Bags / .75 lbs. DRP-85-060 8 Bags / 7 lbs. 8 Bags / 7 lbs.
13x Molecular Sieve (X00) DRP-95-305 3 Bags / .75 lbs. DRP-85-061 8 Bags / 7 lbs. 8 Bags / 7 lbs.
Environment Friendly (E00) DRP-85-448 3 Bags / .75 lbs. DRP-85-447 8 Bags / 7 lbs. 8 Bags / 7 lbs.
7 Bowl Guard GRP-95-846 1 DRP-95-810 1 2
8 Clamp Ring NNR — GRP-96-404 1 2
FLOW (all units)

6
Customer/Technical Service
Pneumatic Division
Richland, MI 49083
Tel: [phone]
Fax: [phone]
wilKerson warrantY
Wilkerson products are warranted to be free from defects in material
and workmanship, under proper use, installation, application and
maintenance in accordance with Wilkerson's written recommendations
and specification for a period of one year from the date of shipment from
the factory (refrigerated dryers are warranted for 2 years).Wilkerson's
obligation under this warranty is limited to, and the sole remedy for any
such defect shall be, the repair or replacement (at Wilkerson's option)
of unaltered products returned to Wilkerson and proven to have such
defect, provided such defect is promptly reported to Wilkerson within
said one-year period.
This is the only authorized Wilkerson Warranty and is in lieu of all
other express or implied warranties or representations, including
any implied warranties of merchantability or fitness, or of any
other obligations on the part of Wilkerson.
Warranty claims must be submitted and shall be processed in
accordance with Wilkerson's established warranty claim procedure.
In no event will Wilkerson be liable for business interruptions, loss of
profits, personal injury, costs of delay or for any other special, indirect,
incidental or consequential losses, cost or damages.
WARNING: USE LIMITATIONS
Wilkerson's warranties are void, and Wilkerson assumes no
responsibility for any resulting cost, loss, injury or any other damages
whatsoever, with respect to any plastic bowl unit for which a bowl
guard is standard equipment if the unit is placed in service without the
bowl guard and, except as otherwise specified in writing by Wilkerson,
with respect to any Wilkerson products which are used in other than
compressed air service. Specific warnings with respect to these and
other use limitations appear elsewhere in this catalog.
Wilkerson maintains a policy of ongoing product development
and improvement. We therefore reserve the right to change
dimensions specification and design without notice.
do not place plastic bowl unit in service
without bowl guard installed
Plastic bowl units are sold only with bowl guards with the exception
to miniature units (C04, F00, L00, and M00). To minimize the danger
of flying fragments in the event of plastic bowl failure, the bowl guards
should not be removed. If the unit is in service without the bowl guard
installed, manufacturer's warranties are void, and the manufacturer
assumes no responsibility for any resulting loss.
If the unit has been in service and does not have a bowl guard,
order one and install before placing back in service.
CAUTION
Certain compressor oils, chemicals, household cleaners, solvents,
paints and fumes will attack plastic bowls and can cause bowl failure.
Do not use near these materials. When bowl becomes dirty replace
bowl or wipe only with a clean, dry cloth. Reinstall bowl guard or buy
and install a bowl guard. Immediately replace any crazed, cracked,
damaged or deteriorated plastic bowl with a bowl or a new plastic bowl
and bowl guard.
CAUTION
Except as otherwise specified by the manufacturer, this product is
specifically designed for compressed air service, and use with any
other fluid (liquid or gas) is a misapplication. For example, use with or
injection of certain hazardous liquids or gases in the system (such as
alcohol or liquid petroleum gas) could be harmful to the unit or result
in a combustible condition or hazardous external leakage.Before using
with fluids other than air, or for non-industrial applications, or for life
support systems, consult Wilkerson Corporation for written approval.
SOME OF THE MATERIALSTHAT WILL ATTACK
POLYCARBONATE PLASTIC BOWLS.
Acetaldehyde Chlorobenzene Methylene chloride
Acetic acid (conc.) Chloroform Methylene salicylate
Acetone Cresol Milk of lime (CaOH)
Acrylonitrile Cyclohexanol Nitric acid (conc.)
Ammonia Cyclohexanone Nitrobenzene
Ammonium fluoride Cyclohexene Nitrocellulose lacquer
Ammonium hydroxide Dimethyl formamide Phenol
Ammonium sulfide Diozane Phosphorous hydroxy
Anaerobic adhesives Ethgane tetrachloride chloride
and sealants Ethyl acetate Phosphorous trichloride
Antifreeze Ethyl ether Propionic acid
Benzene Ethylamine Pyridine
Benzoic acid Ethylene chlorohydrin Sodium hydroxide
Benzyl alcohol Ethylene dichloride Sodium sulfide
Brake fluids Ethylene glycol Styrene
Bromobenzene Formic acid (conc.) Sulfuric acid (conc.)
Butyric acid Freon (refrig. & Propell.) Sulphural chloride
Carbolic acid Gasoline (high aromatic) Tetrahydronaphthalene
Carbon disulfide Hydrazine Tiophene
Carbon tetrachloride Hydrochloric acid (conc.) Toluene
Caustic potash solution Lacquer thinner Turpentine
Caustic soda solution Methyl alcohol Xylene
Perchlorethylene
& Others
TRADE NAMES OF SOME COMPRESSOR OILS, RUBBER
COMPOUNDS AND OTHER MATERIALSTHAT WILL ATTACK
POLYCARBONATE PLASTIC BOWLS.
Atlas “Perma-Guard” National Compound #N11
Buna N “Nylock” VC-3
Cellulube #150 and #220 Parco #1306 Neoprene
Crylex #5 cement *Permabond 910
*Eastman 910 Petron PD287
Garlock #98403 (polyurethane) Prestone
Haskel #568-023 Pydraul AC
Hilgard Co.'s hil phene Sears Regular Motor Oil
Houghton & Co. oil #1120, Sinclair oil “Lily White”
#1130 & #1055 Stauffer Chemical FYRQUEL #150
Houtosafe 1000 Stillman #SR 269-75 (polyurethane)
Kano Kroil Stillman #SR 513-70 (neoprene)
Keystone penetrating oil #2 Tannergas
*Loctite 271 Telar
*Loctite 290 Tenneco anderol #495 & #500 oils
*Loctite 601 Titon
*Loctite Teflon-Sealant *Vibra-tite
Marvel Mystery Oil Zerex
Minn. Rubber 366Y
*When in raw liquid form.
We cannot possibly list all harmful substances, so check with
Mobay or the General Electric office for further information on
polycarbonate plastic.
The trade names “EconOmist” and “Flow-Guide”
are registered at the United States Patent Office.
“Auto-Fill”, “Dial-Air”, “Flex-Drain”, “Mainliner” and
“Whirl-Flo” are trade names of the Wilkerson Corporation.
WILKERSON PRODUCTS ARE PROTECTED BYTHE
FOLLOWING U.S. PATENT AND PATENTS IN OTHER
COUNTRIES, ADDITIONAL PATENTS ARE PENDING.
3,631,878 3,667,493 3,762,224 4,215,790
4,215,790 3,793,803 4,718,245 3,793,803
3,858,403 D-292-310 D-229-629 4,215,790
4,289,335 4,352,511 4,559,065 4,631,073
4,689,969 4,696,320 3,889,484 3,945,465
4,631.073 D-234-848