Sun Hydraulics

Free flow nose to side check valve
Capacity: 80 gpm | Cavity: T-16A
Control: X Cracking pressure: CSeal material: N
*Image for illustration purposes only

Free flow nose to side check valve
Capacity: 160 gpm | Cavity: T-18A
Control: X
Cracking pressure: A
Seal material: N
*Image for illustration purposes only

Free flow nose to side check valve
Capacity: 160 gpm | Cavity: T-18A
Control: X
Cracking Pressure: B
Seal Material: N
*Image for illustration purposes only

Normally closed, balanced poppet, logic element - pilot-to-open
Capacity: 30 gpm | Cavity: T-22A
Control: X
Minimum pilot pressure: H
Seal material: N
*Image for illustration purposes only

Normally closed, balanced poppet, logic element - pilot-to-open
Capacity: 60 gpm | Cavity: T-23A
Control: X
Minimum pilot pressure: H
Seal material: N
*Image for illustration purposes only

DMDAMAN - 3-WAY - DMDAMAN - SUN HYDRAULICS

DMDFMAN - 3-WAY - DMDFMAN - SUN Hydraulics
This solenoid-operated 3-way, 2-position cartridge is a direct-acting, balanced spool directional valve.

Normally open, balanced poppet, logic element - pilot-to-close
Capacity: 15 gpm | Cavity: T-21A
Control: X
Minimum pilot pressure: H
Seal material: N
*Image for illustration purposes only

Low side, 3-position, hot oil shuttle valve
Capacity: 320 L/min. | Cavity: T-34A
Control: X
Shifting pressure: E
Seal material: N
*Image for illustration purposes only

Fully adjustable pressure compensated flow control valve with reverse flow check
Capacity: 6 gpm | Cavity: T-13A
Control: L
Adjustment range: B
Seal material: N
*Image for illustration purposes only

Fully adjustable pressure compensated flow control valve with reverse flow check
Capacity: 23 L/min. | Cavity: T-13A
Control: L
Adjustment Range:B
Seal Material: N

CAPACITY: CAPACITY: 10 L/min
Ventable, bypass/restrictive, fixed-orifice, priority flow controls take an input flow at port 1 and use it to satisfy the priority flow at port 3. If the input flow exceeds the priority flow requirement, the excess is bypassed out port 2. The bypass flow may be used in a secondary circuit. A vent port (port 4) allows these valves to be controlled remotely.