SOLENOID VALVES 3-4 WAY

Transcription

1 SOLENOID VLVES - WY IE/C// CT: FP/VCR Page: 7 SHEET: / SOLENOID VLVES - - WY

2 CV SOLENOID VLVES -WY/-POSITION /- UNF The electric valve is a -way -position directional electrically controlled Slight leakage is tolerated for this type of The valves work with DC coils whereas RC coils with a connector with incorporated rectifier must be used for C applications. Ø Corsa (Stroke) HYDRULIC FETURES bar l/min Spare seals kit Hz % ED DIN 55 Mineral oils HYDRULIC SYMOL Fluid viscosity 5 mm /s Fluid temperature -5 C C mbient temperature -5 C C Max. contamin. level class with filter ISO : - class /7/ IP 5. kg 5 Nm ring nut tightening torque 7 Nm Cavity (/ - UNF) CD5 (See section 5) 5 Flow Pressure drops Limit of use The tests were carried out with the W solenoids at operating temperature, with a supply voltage % below nominal value and with a C fluid temperature. The fluid used is a mineral oil with viscosity of mm² /s at C. CV C C * * ** CV = Solenoid valve way / positions = Serial No. = / - UNF = W (C) = No variants FK = With flying leads mm () J = MP Junior connection () C = Hydraulic schema Schema C = Seat S = Without emergency E = With emergency Version DC W (C) L = VDC M = VDC N = VDC =. VDC RC () Z = VDC RC () X = 5 VDC RC () W = Without coil (5) s technical data, see sect. 7 () Only voltages VDC - VDC () With rectifier: VC/5-Hz () With rectifier: 5 VC/5Hz - VC/Hz () With rectifier: VC/5Hz - VC/Hz (5) Performance are guaranteed only using valves completed with FP coil IE/CV// CT: FP/VCR Page: SHEET: / SOLENOID VLVES - - WY

3 CV7 SOLENOID VLVES -WY/-POSITION Ø HYDRULIC SYMOL /" - UNF Spare seals kit Ø.7 Ø5.7 The electric valve is a -way -position directional electrically controlled Slight leakage is tolerated for this type of The valves work with DC coils whereas RC coils with a connector with incorporated rectifier must be used for C applications. The sleeve is in phosphate steel. The plunger is in tempered and ground steel. HYDRULIC FETURES 5 bar l/min Hz % ED DIN 55 Mineral oils Fluid viscosity 5 mm /s Fluid temperature -5 C C mbient temperature -5 C C Max. contamin. level class with filter ISO : - class /7/ IP 5. kg 5 Nm ring nut tightening torque.5 Nm Cavity (/ - UNF) CD (See section 5) Flow Pressure drops Limit of use The tests were carried out with the 7W solenoids at operating temperature, with a supply voltage % below nominal value and with a C fluid temperature. The fluid used is a mineral oil with viscosity of mm² /s at C. CV 7 D D S * ** CV = Solenoid valve way / positions = / - UNF 7 = 7W () D = Hydraulic schema D = Seat S = Without emergency () Only voltages VDC - VDC () With rectifier: 5 VC/5Hz - VC/Hz Schema Version = Serial No. = No variants FL = with flying leads (5 mm) () LD = with flying leads ( mm) and integrated diode () J = MP Junior coil () CX = Deutsch coil and integrated diode () DC 7W () L = VDC Z = VDC RC () M = VDC X = 5 VDC RC () N = VDC W = Without coil () P = VDC s technical data, see sect. 7 () With rectifier: VC/5Hz - VC/Hz () Performance are guaranteed only using valves completed with FP coil IE/CV7// CT: FP/VCR Page: SHEET: / SOLENOID VLVES - - WY

4 CV SOLENOID VLVES WY POSITIONS P max 5.5 Ø E D Spare seals kit spool hydraulic scheme Connections (pressure drops) type D E No /" - UNF Ø5. Ø7.5 E type Connections (limits of use) D E No. The electric valve is a -way -position directional electrically controlled Slight leakage is tolerated for this type of vailable in layouts. The valves work with DC coils whereas RC coils with a connector with incorporated rectifier must be used for C applications. HYDRULIC FETURES 5 bar l/min Hz % ED DIN 55 Mineral oils Fluid viscosity 5 mm /s Fluid temperature -5 C C mbient temperature -5 C C Max. contamin. level class with filter ISO : - class /7/ IP 5.7 kg 5 5 Nm P tightening torque Nm ring nut tightening torque.5 Nm Cavity (/ - UNF) CD (See section 5) The tests were carried out with the solenoids at operating temperature, with a supply voltage % below nominal value and with a C fluid temperature. The fluid used is a mineral oil with viscosity of mm² /s at C. CV ** E * * ** CV = Solenoid valve way / positions = Serial No. = 7W () ** = See scheme E = Seat H = Hirschmann coil = MP Junior coil () F = with flying leads (5 mm) () I = with flying leads ( mm) and integrated diode () D = Deutsch coil and integrated diode () Connection type = No variants P = Rotary emergency button E = button DC 7W () L = VDC Z = VDC RC () M = VDC X = 5 VDC RC () N = VDC W = Without coil () P = VDC s technical data, see sect. 7 () Only voltages VDC - VDC () With rectifier: 5 VC/5Hz - VC/Hz () With rectifier: VC/5Hz - VC/Hz () Performance are guaranteed only using valves completed with FP coil IE/CV// CT: FP/VCR Page: SHEET: / SOLENOID VLVES - - WY

5 CV* SOLENOID VLVES WY POSITIONS Ø Ø.7 Ø.7 Ø5.7 /- UNF 7..5 The electric valve is a -way -position directional electrically controlled Slight leakage is tolerated for this type of vailable in 5 layouts. The valves work with DC coils whereas RC coils with a connector with incorporated rectifier must be used for C applications. HYDRULIC FETURES Ø Corsa (Stroke) Spare seals kit bar l/min Hz % ED DIN 55 Mineral oils Fluid viscosity 5 mm /s Fluid temperature -5 C C mbient temperature -5 C C Max. contamin. level class with filter ISO : - class /7/ IP 5. kg 5 Nm P tightening torque 7 Nm Cavity (/ - UNF) CD (See section 5) scheme Connections (pressure drops) type D 5 5 C H Y 5 No. Limits of use - inlet flow port type Pressure in Pressure in D C H Y No. D* C* * H* Y* The tests were carried out with the solenoids W at operating temperature, with a supply voltage % below nominal value and with a C fluid temperature. The fluid used is a mineral oil with viscosity of mm² /s at C. CV * F * * ** CV = Solenoid valve way / positions = Serial No. = / - UNF = W (C) * = See scheme = Position number F = Seat = No variants FK = Flying mm () J = MP Junior connection () DC W (C) L = VDC M = VDC N = VDC s technical data, see sect. 7 =. VDC RC () Z = VDC RC () X = 5 VDC RC () W = Without coil (5) S = Without emergency E = With emergency () Only voltages VDC - VDC () With rectifier: VC/5-Hz () With rectifier: 5Vac/5Hz - Vac/Hz () With rectifier: Vac/5Hz - Vac/Hz (5) Performance are guaranteed only using valves completed with FP coil IE/CV*// CT: FP/VCR Page: SHEET: / SOLENOID VLVES - - WY

6 CV* SOLENOID VLVES WY POSITIONS Ø S S.5.5 Spare seals kit Ø.7 Ø.7 Ø5.7 /- UNF 7..5 C The electric valve is a -way -position directional electrically controlled Slight leakage is tolerated for this type of vailable in layouts. The valves work with DC coils whereas RC coils with a connector with incorporated rectifier must be used for C applications. HYDRULIC FETURES 5 bar l/min Hz % ED DIN 55 Mineral oils Fluid viscosity 5 mm /s Fluid temperature -5 C C mbient temperature -5 C C Max. contamin. level class with filter ISO : - class /7/ IP 5. kg 5 Nm P tightening torque 7 Nm Cavity (/ - UNF) CD (See section 5) scheme Connections (pressure drops) type C H Y 5 5 Connections (limits of use) type C C H Y S S S S C* * H* Y* The tests were carried out with the solenoids W at operating temperature, with a supply voltage % below nominal value and with a C fluid temperature. The fluid used is a mineral oil with viscosity of mm² /s at C. S S S S CV * F E * ** CV = Solenoid valve way / positions = Serial No. = / - UNF = W (C) * = See scheme = Position number F = Seat = No variants FK = Flying mm () J = MP Junior connection () DC W (C) L = VDC M = VDC N = VDC s technical data, see sect. 7 =. VDC RC () Z = VDC RC () X = 5 VDC RC () W = Without coil (5) E = With push emergency () Only voltages VDC - VDC () With rectifier: VC/5-Hz () With rectifier: 5Vac/5Hz - Vac/Hz () With rectifier: Vac/5Hz - Vac/Hz (5) Performance are guaranteed only using valves completed with FP coil IE/CV*// CT: FP/VCR Page: SHEET: / SOLENOID VLVES - - WY