List of products by brand Danfoss

Description: 1CE90F35S4 
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi] • 90 I/min [24 US gpm] 

Description: 1CE90F35S8
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi] • 90 I/min [24 US gpm] 

Description: 1SE30F35S2
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi] • 30 I/min [8 US gpm] 

Description: 1SE30F35S5
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi] • 30 I/min [8 US gpm] 

Description: 1SER30F35S4
OvercenterValve, Part Balanced, Direct Acting, Internal Drain, Port 3 350 bar [S000 psi] • 30 I/min [8 US gpm] 

Description: 1CE30F20S5
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi] • 30 I/min [8 US gpm] 

Description: 1CE90F20S4
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi] • 90 I/min [24 US gpm] 

Description: 1CE90F20S8
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi] • 90 I/min [24 US gpm] 

Description: 1CE30F20S10
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi] • 30 I/min [8 US gpm] 

Description: 1SE30F20S10
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi] • 30 I/min [8 US gpm] 

Description: 1CE30F20S2
OvercenterValve, Standard, Direct Acting, Internal Drain, Port 3 Pilot 350 bar [S000 psi] • 30 I/min [8 US gpm] 

Description: 1UPS100P20S
Kick-Down Sequence Valve, Pilot Operated, Spool Type, Internal Pilot, External Drain 350 bar [S000 psi]• 1S0 I/min [40 US gpm] 
This is a pilot operated, spool type sequence valve that opens from port 1 to port 2 when the setting is reached. It then automatically vents the main spool, causing the inlet pressure in port 1 to fall to the pressure in port 2. Sometimes known as a'kick-down'valve, it can be used to sequence operations in a system limiting pressure loss, where the pressure in the second operation is much lower than the first.