The Apollo Model CVB check valve with rugged bronze body and patented design (U.S. Pat. No. 4,172,465) RPTFE ball-cone check provides reliable protection against reverse flow. It is spring-loaded for fast seating and center guided for optimum alignment.
Apollo™ Ball Cone® In-Line Check Valve, Series: 61-100, 1 in Nominal, FNPT, 400 psi Pressure Rating, 406 deg F Temperature, 6 gpm, Media: Steam/Water, 3-1/2 in Inlet to Outlet Length, Bronze Body, Brass Stem Trim, Softgoods Material: RPTFE, 1.93 in H, Domestic
Body Material |
: |
Bronze |
Dimensions |
: |
1.93 in H |
Domestic/Import |
: |
Domestic |
End Style |
: |
FNPT |
Flow Rate |
: |
6 gpm |
Inlet to Outlet Length |
: |
3-1/2 in |
Media |
: |
Steam/Water |
Nominal Size |
: |
1 in |
Pressure Rating |
: |
400 psi |
Series |
: |
61-100 |
Softgoods Material |
: |
RPTFE |
Temperature Rating |
: |
406 deg F |
Trim Material |
: |
Brass Stem |
Warranty |
: |
5 Years |
- FNPT and MNPT inlet option
- Spring actuated
- Tight shut-off with liquid media
- Flow straight through design efficiency
- RPTFE ball cone® for chemical resistance
- 100% factory tested
- For liquids the flow co-efficient Cv expresses the flow capacity in gallons per minute (gpm) of 60 deg F water with a pressure drop of 1 psi (lb/in2)
- KV the flow of water with temperature ranging 5 to 30 dig C through a valve in cubic meters per hour (m3/H) with a pressure drop of 1 bar
- ASTM B16 brass retainer
- 15% glass filled, ball cone check RPTFE
- Cracking pressure 0.5 psig
- Well suited for a broad range of applications, including saturated steam and chemical service
- May be installed in both horizontal and vertical flow with upward flow
- Do not use for reciprocating air compressor service
- 400 psi at 100 deg F/125 psi steam at 350 deg F
- Cast bronze body
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Data/Spec Sheet-1
https://www.capitolgroupinc.com//ASSETS/DOCUMENTS/ITEMS/EN/Apollo_61-100-01_Data_Sheet_1.pdf
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Data/Spec Sheet-1
https://www.capitolgroupinc.com//ASSETS/DOCUMENTS/ITEMS/EN/Apollo_Conbraco_6110001_Data_Sheet.pdf
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Video Link
https://youtu.be/qy5qmtgTtPQ