RF5000-13 SERIES

1FEATURES AND BENEFITS OF THE ROSAN

BEAM SEAL COUPLING NUT ATTACHED TO ROSÁN RF5000-13 ADAPTER

Also available is a RFK9800 (AS1985) and RFK9900 (AS4099) series catalog describing Rosan adapters with “MS”
tube ends.

ADAPTER PART NUMBER	AS IDENT NUMBER	TUBING OD	A THREAD MIL-S-8879 CLASS 3A	B THREAD MIL-S-8879 CLASS 3A	C DIA	D DIA REF	E +.010 -.005	F +.000 -.015	G ±.007	H DIA ±.005
RF5002-13	AS1986-02	1/8	.3125-32UNJEF	.2160-28UNJF	.090-.096	. 317	.519	.300	.192	.400
RF5003-13	AS1986-03	3/16	.3750-28UNJS	.2500-28UNJF	.122-.128	.349	.550	.355	.192	.468
RF5004-13	AS1986-04	1/4	.4375-24UNJS	.3125-24UNJF	.169-.175	. 400	.592	.355	.192	.514
RF5005-13	AS1986-05	5/16	.5000-24UNJS	.3750-24UNJF	.231-.237	. 491	.592	.381	.192	.624
RF5006-13	AS1986-06	3/8	.5625-20UNJS	.4375-20UNJF	.294-.300	.544	.633	.395	.210	.700
RF5008-13	AS1986-08	1/2	.7188-28UNJS	.5625-18UNJF	.398-.408	.670	.646	.430	.210	.814
RF5010-13	AS1986-10	5/8	.8438-18UNJS	.6875-24UNJEF	.493-.503	.824	.710	.465	.210	1.040
RF5012-13	AS1986-12	3/4	1.0000-16UNJ	.8125-20UNJEF	.604-.614	.981	.760	.527	.220	1.170
RF5014-13	AS1986-14	7/8	1.1250-16UNJ	.9375-20UNJEF	.729-.739	1.118	.778	.572	.220	1.341
RF5016-13	AS1986-16	1	1.2500-14UNJS	1.1250-18UNJEF	.839-.851	1.251	.808	.564	.220	1.456
RF5020T13	AS1986-20	1-1/4	1.5781-14UNJS	1.3125-18UNJEF	1.073-1.086	1.466	.832	.569	.240	1.782
RF5024T13	AS1986-24	1-1/2	1.6438-14UNJS	1.6250-18UNJEF	1.307-1.320	1.768	.917	.608	.240	2.031

NOTES: UNLESS OTHERWISE SPECIFIED

1.MATERIAL: Adapter: 6AI-4V titanium per AMS4928, AMS4965 OR AMS4967, 130 KI UTS Locking ; A286 corrosion resistant
steel per AMS5731 or AMS5734m 34-40 HRC.
2.FINISH: Adapter: Anodic treatment per AMS2488, type 2.
3.All interior packages are marked per MIL-STD-129 and durably marked with the complete Rosán part number.
[4].Lockring retained on adapter by controlled interference
[5].Sealing surface, do not mar, take care in handling.

ADAPTER – FLUID CONNECTION ASSY BEAM
SEALCAPTIVE LIFT-TYPE LOCKRING 5000PSI
[7]

RF5000-13 ADAPTER INSTALLED IN ROSAN PS10035 (AS1300) PORT PER AS1301

ADAPTER PART NUMBER REF	O-RING NUMBER [8] REF	J [11] ±.020	K [11] MAX	ADAPTER WEIGHT lbs/100pcs APPROX
RF5002-13	AS568-007	.358	.124	0.72
RF5003-13	AS568-008	.389	.124	1.09
RF5004-13	AS568-010	.431	.124	1.32
RF5005-13	AS568-011	.431	.124	1.90
RF5006-13	AS568-012	.457	.130	2.44
RF5008-13	AS568-014	.470	.130	3.45
RF5010-13	AS568-016	.534	.130	5.78
RF5012-13	AS568-116	.584	.140	7.79
RF5014-13	AS568-118	.602	.140	10.03
RF5016-13	AS568-120	.632	.140	12.45
RF2020T13	AS568-123	.629	.140	17.80
RF5024T13	AS568-128	.714	.140	25.60

NOTES: (CONTINUED FROM PAGE 2)

6. The RF5000-13 series provides a semi-permanent male adapter for use in any fluid system compati- ble with titanium.
7.Adapters will qualify to a 3000PSI, 4000PSI and 5000PSI working pressure hydraulic system (-65°F to .+275° F
depending on the type of O-ring selected).
8. O-ring sizes per AS568 must be specified separately and shall be selected based on system fluid tempera- ture and are
not supplied by Rosán.
9. These adapters are installed in standard Rosán ports per PS10035 of equivalent size in accordance with page 10 of
this catalog.
10. The lockring is driven into the port counterbore after adapter has been torqued. The lockring eliminates adapter
rotation in the port and prevents port dam- age at tubing installation due to torquing. One wrench is used to install or
remove coupling nuts.
11. Dimensions are given for design purposes only; they are not to be used for installation verification.
12. Adapter removal is accomplished by lifting the lockring out of the port using a simple tool described on page 12.
13. Dimensions and finish of tubing end are per MIL-F-85720/1 except for RF5002-13 and flow hole diameters.

ADAPTER – FLUID CONNECTION ASSY BEAM
SEALCAPTIVE LIFT-TYPE LOCKRING

PORT AND SERRATION TOOLS

ADAPTER PART NUMBER REF		TUBING OD	ROSÁN PORT NUMBER PS10035	PORTING TOOL	ROSÁN BROACH TOOLS (1 REQUIRED ONLY)
					HAND HELD	NON-IMPACT [ 1 ]	EDM	WOBBLE	CHIP REMOVAL TOOL NUMBER
RF5003-13		3/16	-03	RPT03	RFOPB5003	RFOPB5003HDB	RFOPB5003ED3 or RFOPB5003ED2	RFOPB5003WBA	RF03CR
RF5004-13		1/4	-04	RPT04	RFOPB5004	RFOPB5004HDB	RFOPB5004ED3 or RFOPB5004ED2	RFOPB5004WBA	RF04CR
RF5005-13		5/16	-05	RPT05	RFOPB5005	RFOPB5005HDB	RFOPB5005ED3 or RFOPB5005ED2	RFOPB5005WBA	RF05CR
RF5006-13		3/8	-06	RPT06	RFOPB5006	RFOPB5006HDB	RFOPB5006ED3 or RFOPB5006ED2	RFOPB5006WBA	RF06CR
RF5008-13		1/2	-08	RPT08	RFOPB5008	RFOPB5008HDB or RFOPB5008HDC	RFOPB5008ED3 or RFOPB5008ED2	RFOPB5008WBA	RF08CR
RF5010-13		5/8	-10	RPT10	RFOPB5010	RFOPB5010HDB orRFOPB5010HDC	RFOPB5010ED3 or RFOPB5010ED2	RFOPB5010WBA	RF10CR
RF5012-13		3/4	-12	RPT12	RFOPB5012	RFOPB5012HDB orRFOPB5012HDC	RFOPB5012ED3 or RFOPB5012ED2	RFOPB5012WBA	RF12CR
RF5014-13		7/8	-14	RPT14	RFOPB5014	RFOPB5014HDB or RFOPB5014HDC	RFOPB5014ED3 or RFOPB5014ED2	RFOPB5014WBA	RF14CR
RF5016-13		1	-16	RPT16	RFOPB5016	RFOPB5016HDB or RFOPB5016HDC	RFOPB5016ED3 or RFOPB5016ED2	RFOPB5016WBA	RF16CR
RF5020T13		1-1/14	-20	RPT20	RFOPB5020	RFOPB5020HDB or RFOPB5020HDC	RFOPB5020ED3 or RFOPB5020ED2	RFOPB5020WBA	RF20CR
RF5024T13		1-1/12	-24	RPT24	RFOPB5024	RFOPB5024HDB or RFOPB5024HDC	RFOPB5024ED3 or RFOPB5024ED2	RFOPB5024WBA	RF24CR

NOTES: UNLESS OTHERWISE SPECIFIED

[1] RFOPB5000HDB series recommended for use in most materials with hardness up to 40 HRC.

INSTALLATION AND REMOVAL TOOLS

ADAPTER PART NUMBER REF	INSTALLATION TOOLS				LOCKRING REMOVAL TOOL NUMBER [4]
	O-RING INSTALLATION TOOL NUMBER	COMBINATION WRENCH AND DRIVE TOOL NUMBER [3]	WRENCH PART NUMBER	LOCKRING DRIVE TOOL NUMBER [2]
RF5002-13	ORT216	RF5002DW	RF6902W	RF9802DEK	RFO2LPDE
RF5003-13	ORT250	RF5003DW	RF6903W	RF9803DEK	RF03LPDE
RF5004-13	ORT312	RF5004DW	RF6904W	RF9804DEK	RF04LPDE
RF5005-13	ORT375	RF5005DW	RF6905W	RF9805DEK	RF05LPDE
RF5006-13	ORT437	RF5006DW	RF6906W	RF9806DEK	RF06LPDE
RF5008-13	ORT562	RF5008DW	RF6908W	RF9808DEK	RF08LPDE
RF5010-13	ORT687	RF5010DW	RF6910W	RF9810DEK	RF10LPDE
RF5012-13	ORT812	RF5012DW	RF6912W	RF9812DEK	RF12LPDE
RF5014-13	ORT937	RF5014DW	RF6914W	RF9814DEK	RF14LPDE
RF5016-13	ORT1125	RF5016DW	RF6916W	RF9816DEK	RF16LPDE
RF5020T13	ORT1312	RF5020TDW	RF6920W	RF9820DEK	RF20LPDE
RF5024T13	ORT1625	RF5024DW	RF6924W	RF9824DEK	RF24LPDE

NOTES: CONTINUED

[2] Lockring drive tool RF9800dek series supersedes the RF9800D and RF9800DE series.

[3] The combination wrench and lockring drive tool RF5000DW series may be used in place of the wrench and lockring drive
tool shown for basic RF5000 series adapters but not on reducers, restrictors, filters or quick disconnects.

[4] Lockring removal tool RF()LPDE series supersedes RF5000LPD series and will remove all basic adapters, reducers,
filters, and quick disconnects.

PORT NUMBER	AS IDENT NUMBER	T THREAD, MIL-S-8879 CLASS 3B		A MIN BOSS [1] DIA	B DIA +.003 -.000	C DIA +.002 -.000	D +.010 -.000	E +.005 -.000	F +.005 – .000	G MIN FULL THD DEPTH [1]
		THREAD SIZE	CONTROLLED MINOR DIA
PS10035-02	AS1300-02	.2160-28 UNJF	.1857 .1827	.50	.381	.254	.088	.153	.296	.507
PS10035-03	AS1300-03	.2500-28 UNJF	.2197 .2167	.62	.448	.286	.088	.153	.296	.568
PS10035-04	AS1300-04	.3125-24 UNJF	.2764 .2734	.68	.495	.339	.088	.153	.296	.568
PS10035-05	AS1300-05	.3750-24 UNJF	.3389 .3359	.79	.601	.401	.088	.153	.296	.594
PS10035-06	AS1300-06	.4375-20 UNJF	.3933 .3903	.85	.675	.464	.103	.168	.311	.631
PS10035-88	AS1300-08	.5625-18 UNJF	.5129 .5099	1.04	.784	.582	.103	.168	.311	.673
PS10035-10	AS1300-10	.6875-24 UNJEF	.6514 .6484	.1.17	1.015	.725	.103	.168	.311	.693
PS10035-12	AS1300-12	.8125-20 UNJEF	.7683 .7653	1.42	1.139	.899	.103	.168	.343	.763
PS10035-14	AS1300-14	.9375-20 UNJEF	.8933	1.54	1.311	1.030	.103	.168	.343	.800
			.8903
PS10035-16	AS1300-16	1.1250-18 UNJEF	1.0744 1.0714	1.67	1.427	1.162	.103	.168	.343	.806
PS10035-20	AS1300-20	1.3125-18 UNJEF	1.2629 1.2599	1.98	1.750	1.387	.130	.195	.375	.838
PS10035-24	AS1300-24	1.6250-18 UNJEF	1.5754 1.5724	2.23	2.005 2.000	1.664	.130	.195	.375	.877
PS10035-32	AS1300-32	2.1250-16 UNJ	2.0657 2.0627	2.86	2.521 2.516	2.202	.130	.236	.416	1.050

NOTES: UNLESS OTHERWISE SPECIFIED

[1] The minimum boss dia “A” and boss length “G” shown are satisfactory for use in materials that exhibit a minimum
shear strength of 26ksi. The recommended design practices on page 8 and 9 should also be considered to resist axial
loads developed by the system burst pressure requirements.

PORT, ROSÁN FLUID CONNECTION TYPE INTERNAL STRAIGHT
THREAD

PORT NUMBER	H DIA MIN	J NUMBER OF TEETH	K MIN
PS10035-02	.408	24	.061
PS10035-03	.478	26	.061
PS10035-04	.524	30	.061
PS10035-05	.635	36	.061
PS10035-06	.710	36	.073
PS10035-08	.826	40	.073
PS10035-10	1.052	38	.073
PS10035-12	1.182	40	.073
PS10035-14	1.354	50	.073
PS10035-16	1.471	36	.073
PS10035-20	1.795	56	.093
PS10035-24	2.045	81	.093
PS10035-32	2.561	102	.093

NOTES: CONTINUED:

2. Use of porting tool and broach tool specified on page 4 is mandatory to provide the required port. Drill .015-.030
smaller than thread controlled minor dia specified. The porting tool will size the minor dia and provide balance of
cavity configuration ready for broaching serrations. The broach tool specified will provide the proper serrations to
complete the port.

[3] Ros n broach tools described on pages 21 through 26 must be used to produce proper serrations.

NOTE: When broaching into hard materials (40HRC and above) please contact Ros n Engineering Department or request
Bulletin TSB91-0130.

[4] After serrations are broached, chip removal is required; refer to page 27.

RECOMMENDED DESIGN PRACTICES3000 PSI, 4000 PSI AND 5000 PSI
SYSTEMS

The boss material must have a minimum shear strength (at maximum system temperature) per Table II to resist burst
pressure (based on thread minimum shear engagement area shown in Table I). Also consider note [1] on page 6 when
selecting boss material.

TABLE I

ADAPTER PORT END SIZE NUMBER REF [1]	A MIN SHEAR ENGAGEMENT AREA (IN[2]) [2]	B PORT C MAX PER PS10035 (PAGE 6)
-02	.0417	.256
-03	.0802	.288
-04	.0989	.341
-05	.1406	.403
-06	.1734	.466
-08	.2610	.584
-10	.3807	.727
-12	.4550	.901
-14	.6132	1.032
-16	.7312	1.164
-20	.8559	1.389
-24	1.2328	1.666

NOTES: UNLESS OTHERWISE SPECIFIED

[1] The port and size number refers to that part of the adapter number as follows: RF5006-13 and/or RF5006-04-13.

NOTE: In the reducer part number, the second group of numbers defines the tube end size of the adapter (see part number
coding on page 14).

[2] Minimum Shear Engagement Area shown is the assembled dimensional value for the overall engaged area of port
threads and the adapter threads. It does not represent a dimension of either of the members in an unassembled condition.

TABLE II

ADAPTER PORT END SIZE NUMBER REF [1]	C [3] AXIAL LOAD ON ADAPTER DEVELOPED BY 12,000 PSI HYDR PRESSURE (lbf)	D BOSS MATERIAL MIN Fsu(PSDI) REQUIRED AT SYSTEM MAX TEMP TO RESIST AXIAL LOAD C [6]	C [4] AXIAL LOAD ON ADAPTER DEVELOPED BY 16,000 PSI HYDR PRESSURE (lbf)	D BOSS MATERIAL MIN Fsu(PSI) REQUIRED AT SYSTEM MAX TEMP TO RESIST AXIAL LOAD C [6]	C [5] AXIAL LOAD ON ADAPTER DEVELOPED BY 20,000 PSI HYDR PRESSURE (lbf)	D BOSS MATERIAL MIN Fsu(PSI) REQUIRED AT SYSTEM MAX TEMP TO RESIST AXIAL LOAD C [6]
	3000 PSI SYSTEM		4000 PSI SYSTEM		5000 PSI SYSTEM
-02	618	14,821	824	19,760	1,029	24,676
-03	782	9,751	1,043	13,005	1,303	16,247
-04	1,096	11,082	1,461	14,773	1,827	18,473
-05	1,531	10,889	2,041	14,517	2,551	18,143
-06	2,047	11,805	2,729	15,739	3,411	19,671
-08	3,214	12,315	4,286	16,422	5,357	20,525
-10	4,981	13,084	6,642	17,447	8,302	21,807
-12	7,651	16,816	10,201	22,420	12,752	28,026
-14	10,037	16,369	13,384	21,827	16,729	27,281
-16	12,770	17,465	17,026	23,285	21,283	29,107
-20	18,183	21,245	24,245	28,327	—	—
-24	26,159	21,220	34,879	28,293	—	—

NOTES: CONTINUED

[3] C = Area X Burst pressure = (.7854)(B[2])(12,000)

[4] C = Area X Burst pressure = (.7854)(B[2])(16,000)

[5] C = Area X Burst pressure = (.7854)(B[2])(20,000)

[6] D = C/A

INSTALLATION AND
REMOVAL (REF: AS1301)

TABLE I: RF5000-13 SERIES ADAPTER INSTALLATION TORQUE VALUES

TUBING OD REF	ADAPTER BASIC NUMBER REF	ROSAN PORT NUMBER REF	O-RING NUMBER REF	INSTALLATION TORQUE lbf-in
				MIN	MAX
1/8	RF5002	PS10035-02	AS568-007	15	20
3/16	RF5003	PS10035-03	AS568-008	29	36
1/4	RF5004	PS10035-04	AS568-010	50	65
5/16	RF5005	PS10035-05	AS568-011	100	125
3/8	RF5006	PS10035-06	AS568-012	140	200
1/2	RF5008	PS10035-08	AS568-014	270	375
5/8	RF5010	PS10035-10	AS568-016	620	700
3/4	RF5012	PS10035-12	AS568-116	855	945
7/8	RF5014	PS10035-14	AS568-118	995	1105
1	RF5016	PS10035-16	AS568-120	1140	1260
1-1/4	RF5020T	PS10035-20	AS568-123	1520	1680
1-1/2	RF5024T	PS10035-24	AS568-128	1900	210

PORT PREPARATION

1.Prepare boss and port per PS10035, pages 6 and 7. Drill thruor to depth specified on applicable drawing. Use a drill
with a diameter .015-.030 smaller than that specified as the minor diameter on PS10035 standard. This will allow the
Rosan RPT porting tool to finish the minor diameter of the port thread to the sizes required for piloting of the broach
tool.

O-RING INSTALLATION

2.Place the O-ring installation tool over the port end thread of the adapter. Submerge the tool and O-ring in the fluid
to be used in the working system, or a lubricant compatible with the system fluid. Slide the O-ring over the tool and
onto the adapter. Insure that the O-ring is not twisted and is properly seated in the groove of the adapter. See figure
1.

3.Remove the O-ring installation tool.

FIGURE 1

ADAPTER INSTALLATION

4.Lubricate the internal surfaces of the port and the entire adapter assembly using same fluid or lubricant as in note
2. Scratches, nicks or rough spots are allowed in O-ring contact area on the adapter or in the port.

5. Insert the O-ring end of the adapter into port by hand in a clockwise direction until the adapter is seated. To
avoid possible O-ring damage, the adapter should not be rotated in a counterclockwise direction.

6. Using the applicable combination wrench and drive tool on page 5, engage the serrations of the tool with the external
serrations of the adapter lockring per Figure 2. Place a torque wrench of the proper size over the hex of the wrench and
apply a torque equal to the minimum value specified by the size in TABLE I. Note the relationship of the serration of
the lockring with respect to the prebroached serrations in the port. If they match, proceed to 7. If the serrations do
not match, continue to slowly torque the adapter toward the maximum value allowed in TABLE I until the serration of the
lockring match the port serrations. This will normally take between 3ø and 8ø of turning and the maximum torque value
need not to be reached if the serrations align themselves prior to that value. Do not exceed maximum torque values.

7. Degrease and apply enough zinc chromate primer (TT-P-1757) with a brush or small syringe to the counterbore area of
the port and below the adapter lockring so primer will be extruded out between external serrations of the lockring and
the serrations in the port when lockring is Note: Using design activity may specify another primer in place of or in
addition to zinc chromate.

FIGURE 2
TORQUING ADAPTER ASSEMBLY

FIGURE 3
LOCKRING INSTALLATION

8. While the zinc chromate or sealant applied per 7 is still wet, install the lockring by rotating the thread end of
   the combination wrench and drive tool clockwise onto the adapter assembly until it touches the lockring. Place an
   open end or socket wrench on the tool, turn the tool in a clockwise direction until it bottoms on the boss surface
   as shown in Figure 3. Observe that the tool has bottomed. (DO NOT OVER TORQUE – PORT DAMAGE AN RESULT!)

CAUTION: Any sudden increase in torque prior to bottoming may indicate that the lockring serrations and the port
serrations are not aligned. If this occurs, remove wrench and drive tool by turning counterclock- wise. Lift the
lockring (per paragraphs 11, 12 and 13 on page 12). Torque adapter clockwise per para- graph 6 until serrations in port
and the external serrations on the lockring are aligned. Again attempt to install lockring. Remove excess sealant on
surface of boss and lockring.

PRESSURE TESTING

9. A proof pressure test of the unit may be conducted at this Place a pressure cap on the adapter. Pressurize the unit
from another location on the unit to 1.5 times the operating pressure for three (3) minutes. There shall be no leakage

NOTE: Using design activity may require testing other than shown.

ADAPTER REMOVAL

10. If a sealant has been used to cover lockring, carefully remove sealant to expose lockring.
11. Select the proper size lockring removal tool from page 5.
12. Spread the puller halves apart by retracting the sleeve from the tool until the pin bottoms in the groove of the
    sleeve per Figure 4. Holding the puller halves apart, place tool over protruding adapter. Release the puller halves
    and locate in the groove of the lockring. Adjustment up or down is achieved by turning the bolt head. Slide the
    sleeve over the puller halves and check for proper engagement of the puller halves in the lockring groove.

FIGURE 4
LOCKRING RETRACTION

13. Place wrench on the bolt head of the removal tool and turn in a clockwise direction while holding the sleeve with
    other hand. This action will cause the lockring to be jacked out of the port counterbore. When the external
    serrations of the lockring are clear of the boss surface, the turning may be stopped. Remove the tool from the
    adapter by loosening the bolt and lifting the sleeve to free the puller halves.

14. Select the proper size combination wrench and drive tool from page 5. Engage the serrations of the wrench with those
of the lockring. Using an open end or socket wrench over wrench hex, turn in a counterclockwise direction to disengage
the adapter from the boss port. Plug the port minor diameter when cleaning out the cavity to avoid contamination of the
fluid system.

ALTERNATE INSTALLATION PROCEDURE

WHEN USING SEPARATE WRENCH AND DRIVE TOOL

A. Install O-ring and lubricate port per parag- raph 1 thru 5 (page 10).

B.Using the RF6900W wrench in place of the RF9800DW combination wrench, install adapter per paragraph 6 (page 11).

C. Prior to driving lockring, brush zinc chro- mate primer into cavity and around top of boss per paragraph 7 (page 11).

D. To drive the lockring, place the proper RF9800DEK tool over the adapter until it touches the lockring surface. A
hammer, arbor or hydraulic press may be used to press the lockring into the boss. Installation is complete when the tool
bottoms on the surface of the boss.

NOTE:

All check valves, quick disconnects, and most other special adapter configurations must use the RF6900W and RF9800DEK
series tools for installation.

ADAPTER PART NUMBER	A THREAD MIL-S-8879 CLASS 3A	B THREAD MIL-S-8879 CLASS 3A	CDIA	DDIA ±.005	EDIA ±.005	F±.007	G+.010 -.005	H+.000 -.01
RF5005-04-13	.4375-24UNJS	.3750-24UNJF	.184-.190	.232	.624	.192	.701	.381
RF5006-04-13 RF5006-05-13	.4375-24UNJS .500-24UNJS	.4375-20UNJF	.184-.190 .231-.237	.295	.700	.210	.733 .733	.395
RF5008-04-13 RF5008-05-13 RF5008-06-13	.4375-24UNJS .5000-24UNJS .5625-20UNJS	.5625-18UNJF	.184-.190 .231-.237 .294-.300	.412	.814	.210	.734 .734 .754	.430
RF5010-04-13 RF5010-06-13 RF5010-08-13	.4375-24UNJS .5625-20UNJS .7188-20UNJS	.6875-24UNJEF	.184-.190 .294-.300 .398-.408	.498	1.040	.210	.738 .758 .771	.465
RF5012-04-13 RF5012-05-13 RF5012-06-13 RF5012-08-13 RF5012-10-13	.4375-24UNJS .5000-24UNJS .5625-20UNJS .7188-20UNJS .8438-18UNJS	.8125-20UNJEF	.184-.190 .231-.237 .294-.300 .398-.408 .493-.503	.633	1.170	.220	.731 .731 .751 .764 .828	.527
RF5016-04-13 RF5016-10-13 RF5016-12-13	.4375-24UNJS .8438-18UNJS 1.0000-16UNJ	1.1250-18UNJEF	.184-.190 .493-.503 .604-.614	.861	1.456	.220	.744 .841 .881	.564
RF5020-04-13 RF5020-12-13 RF5020-16-13	.4375-24UNJS 1.0000-16UNJ 1.2500-14UNJS	1.3125-18UNJEF	.184-.190 .604-.614 .839-.851	1.057	1.782	.240	.751 .888 .936	.569
RF5024-16-13 RF5024-20T13	1.2500-14UNJS 1.5781-14UNJS	1.6250-18UNJEF	.839-.851 1.073-1.086	1.297	2.031	.240	.957 .954	.608

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