These solenoid operated directional control valves are for directing and stopping flow at any point in a hydraulic system. The 60-design series has been specially designed and developed to cover expanded demands in the industry as well as the many traditional uses of the earlier designs.
features
Efficient control of greater hydraulic powers without increasing solenoid power consumption
Multi-fluid capability without the need to change seals
Solenoid coils can be changed quickly and easily without leakage from the hydraulic system
Compact, cost-effective system design when used with Vickers SystemStak valves and subplates
Up to 21 gpm at 5,000 psi
Valve mounting face conforms to ISO 4401, size 03, and is compatible with related international standards
Function Code
0
Electrical Options
None
Actuator Type
Solenoid
Cycle Rate [Max]
N/A
Solenoid Indicator Lights Code
L
Overrides
No Overrides
Solenoid
Single
Housing Code
W
Surge Suppressor/Damper Code
None
Port Restrictor Plug Code
None
Coil Type
Flying Leads, 1/2 NPT Thread Wiring Housing
Electrical Connection
Wired Terminal Block
Pressure Port Check Valve Pressure
N/A
Spool Code
0
Function
2-Position Spring Offset, End to End
Mechanical Options
None
Voltage & Frequency
110/120 VAC – 50/60 Hz
Manual Override Option Code
None
Pilot/Drain
None
Pilot Valve Type
N/A
Coil Rating Code
B
Spool Indicator Switch Code
S5
Indicator Lights
Yes
Center Position
All Ports Open
Reducer Module
N/A
Solenoid Code
B
AC/DC
AC
Operation
Solenoid Operated
Spool Shift Timing
N/A
Spool Spring Arrangement Code
A
NFPA Size
D03
Valve Type
High-Performance
Port T Pressure Rating
150 psi
Seal Material
Buna-N
Crossover
All Ports Open
EN Code
None
Port T Code
2
Response Type
Standard Response
Solenoid Energization Code
None
Surge Suppressor/Damper
None
Pressure [Max]
5075 psi
Port Restrictor Plugs
None
Rated Flow [Max]
21 gal/min
Design No.
60
Electrical Connector Code
T
Coil Type Code
F
Weight
5.0 LB
We're here for you
with Service Centers across the country - We have your back
Find a Service Center
