![Apollo™ 61LF-105-01](/userfiles/ad/medium/Apollo_61124A3.jpg)
Apollo™ 61LF10501 61LF-100, CVB1LF Standard In-Line Ball Cone Check Valve, 1 in Nominal, FNPT End Style, 6 gpm Flow Rate, Lead Free Bronze Body, Domestic
CBPN:170837
UPC:670750508912
MPN:61LF-105-01
DESCRIPTION
Apollo™, 61LF10501, In-Line Ball Cone Check Valve, Standard, Series: 61LF-100, 1 in Nominal, FNPT End Style, 400 psi CWP Pressure, 350 deg F, Yes Low Lead Compliance, 6 gpm Flow Rate, Media: Liquid, Spring-Loaded Latch-Lock Handle Actuator, 3-1/2 in Inlet to Outlet Length, Bronze Body, Brass Trim, 1.93 in H Dimensions, Domestic
The Apollo™ CVB-LF (61LF Series) Ball Cone® check valves offer reliable protection against reverse flow and exceptional resistance to chemicals and corrosion using proven ASTM grade Lead Free* materials. They are well-suited for a broad range of applications, including saturated steam and chemical service. They may be installed in both horizontal and vertical orientation with upward flow.
Apollo™ 61LF10501 61LF-100, CVB1LF Standard In-Line Ball Cone Check Valve, 1 in Nominal, FNPT End Style, 6 gpm Flow Rate, Lead Free Bronze Body, Domestic
CBPN:170837
MPN:61LF-105-01
UPC:670750508912
DESCRIPTION
Apollo™, 61LF10501, In-Line Ball Cone Check Valve, Standard, Series: 61LF-100, 1 in Nominal, FNPT End Style, 400 psi CWP Pressure, 350 deg F, Yes Low Lead Compliance, 6 gpm Flow Rate, Media: Liquid, Spring-Loaded Latch-Lock Handle Actuator, 3-1/2 in Inlet to Outlet Length, Bronze Body, Brass Trim, 1.93 in H Dimensions, Domestic
The Apollo™ CVB-LF (61LF Series) Ball Cone® check valves offer reliable protection against reverse flow and exceptional resistance to chemicals and corrosion using proven ASTM grade Lead Free* materials. They are well-suited for a broad range of applications, including saturated steam and chemical service. They may be installed in both horizontal and vertical orientation with upward flow.
Specifications
Item Features
- 1/2 psi standard spring cracking pressure
- Tight shut-off with liquid media
- Straight-through flow design efficiency