Transfer Valve Comparison

Side-by-side comparison of every HYCOA JR-33 configuration — and HYCOA vs HICORP — to help you select the right valve for your application.

HYCOA JR-33 Configuration Comparison

3-Way vs Twin 3-Way vs 6-Way Same-Side vs 6-Way Inline vs 6-Way Opposite Side

Feature	3-Way HYCOA JR-33	Twin 3-Way HYCOA JR-33	6-Way Same-Side HYCOA JR-33	6-Way Inline HYCOA JR-33	6-Way Opposite Side HYCOA JR-33
Configuration
Flow paths switched	1	2 (simultaneous)	2 (inlet + outlet)	2 (inlet + outlet)	2 (inlet + outlet)
Ports	3	6 (twin body)	6	6	6
Connection layout	Standard	Compact twin	Same side	Opposite ends	Opposite sides
Simplifies piping layout
Straight-through flow path
Most popular configuration
Performance
Zero internal leakage
Zero frictional drag during transfer
No lubrication required
API 614 rated
Positive mechanical lockdown
No springs required
Specifications
Available sizes	1½″ – 8″	1½″ – 6″	1½″ – 8″	1½″ – 8″	1½″ – 8″
Max pressure (Class 300)	675 PSI @ 200°F	675 PSI @ 200°F	675 PSI @ 200°F	675 PSI @ 200°F	675 PSI @ 200°F
ANSI Class 150 available
ANSI Class 300 available
Buttweld available
Kraissl drop-in replacement

Both use the same zero-leakage shoe seal technology — the key difference is size range.

Feature	HYCOA JR-33	HICORP
Available sizes	1½″ – 8″	2″ – 12″
Zero leakage shoe seal
API 614 rated
No lubrication required
Standard industrial sizes
Large-bore / high-flow sizes
Most common in turbine lube oil
Kraissl drop-in replacement
Product page	View HYCOA →	View HICORP →

Use our interactive selector tool or contact our engineering team directly.

HYCOA® JR-33

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