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DESCRIPTION
A proportional solenoid-operated, 2-way, spool-type, normally closed, screw-in hydraulic cartridge valve designed to operate as a bi-directional metering valve.
OPERATION
When de-energized, the SP08-24 blocks flow in both directions. When the coil is partially energized, the valve begins to throttle flow. When fully energized, the valve opens to allow full, bi-directional flow.
Note: If low voltage is expected on the machine, 12 or 24 volt systems will require the use of 10 volt or 20 volt coils respectively. See "SP Valves and Coil Operating Parameters," page 2.002.1_pdf.
FEATURES
• Industry-common cavity.
• Continuous-duty rated coils.
• Efficient wet-armature construction.
• Optional waterproof E-Coils rated up to IP69K.
RATINGS
Operating Pressure: 207 bar (3000 psi)
Operating Voltage: See Performance Chart
Flow: up to 11.4 lpm (3 gpm)
Max. Internal Leakage: 164 cc (10 cu. in.) per minute at 207 bar (3000 psi)
Maximum Control Current: 100 mA (12 VDC coil)
Minimum Control Current: 400 mA (12 VDC coil)
Threshold Current: 400 mA (12 VDC coil)
Hysteresis: < 10% full flow
Dither/PWM Frequency Range: 70 Hz min.
Temperature: -40° to 100°C (-40° to 212°F) with Buna seals;
-26° to 204°C (-15° to 400°F) with Fluorocarbon seals;
-54° to 104°C (-65° to 225°F) with Polyurethane seals
Filtration: See page 9.010.1
Fluids: Mineral-based or synthetics with lubricating properties at viscosities of
7.4 to 420 cSt (50 to 2000 sus); See Temperature and Oil Viscosity, page 9.060.1
Installation: No restrictions; See page 9.020.1
Cavity: VC08-2; See page 9.108.1_2w
Cavity Tool: CT08-2xx; See page 8.600.1
Seal Kit: SK08-2x-M; See page 8.650.1
Coil Nut: Part No. 7004400
RECOMMENDED ELECTRONIC CONTROLLERS
The EVDR Series controllers are recommended for use with most HydraForce proportional valves. These newer electronic controllers are versatile, reliable, and easily configured and customized for a wide range of applications. For the EVDR Product Selection Guide, see page 3.450.1_pdf
For other Electronic Controllers, see page 2.001.1_pdf
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