Tokyo Keiki Products
- Proportional Solenoid Relief Valve
- Max Working Pressure: 21MPa
- Flow Range: 0.3-1.5L/min
- Rated Current: 1A
- Coil Resistance: 14Ω
- Hysteresis: <3%
- Repeatability: <1%
- Proportional Solenoid Relief Valve
- Max Working Pressure: 21MPa
- Flow Range: 0.3-1.5L/min
- Rated Current: 1A
- Coil Resistance: 14Ω
- Hysteresis: <3%
- Repeatability: <1%
- Proportional Solenoid Relief Valve
- Max Working Pressure: 21MPa
- Flow Range: 0.3-1.5L/min
- Rated Current: 1A
- Coil Resistance: 14Ω
- Hysteresis: <3%
- Repeatability: <1%
- Proportional Solenoid Relief Valve
- Max Working Pressure: 21MPa
- Flow Range: 0.3-1.5L/min
- Rated Current: 1A
- Coil Resistance: 14Ω
- Hysteresis: <3%
- Repeatability: <1%
- Proportional Solenoid Relief Valve
- Max Working Pressure: 21MPa
- Flow Range: 0.3-1.5L/min
- Rated Current: 1A
- Coil Resistance: 14Ω
- Hysteresis: <3%
- Repeatability: <1%
- Compatible with EP Series with DIN43650 connectors
- Input Commands: Analog voltage, ON/OFF control
- LAG Function: Reduces shock
- Coil Resistance:
◦ EPAD-**-1A-12: 10 to 14 Ω (at 20°C) (For EP Series)
◦ EPAD-**-1A6-12: 6 to 10 Ω (at 20°C) - Environmental Resistance: IP65 (with valve)
- Compatible with EP Series with DIN43650 connectors
- Input Commands: Analog voltage, ON/OFF control
- LAG Function: Reduces shock
- Coil Resistance:
◦ EPAD-**-1A-12: 10 to 14 Ω (at 20°C) (For EP Series)
◦ EPAD-**-1A6-12: 6 to 10 Ω (at 20°C) - Environmental Resistance: IP65 (with valve)
- Compatible with EP Series with DIN43650 connectors
- Input Commands: Analog voltage, ON/OFF control
- LAG Function: Reduces shock
- Coil Resistance:
◦ EPAD-**-1A-12: 10 to 14 Ω (at 20°C) (For EP Series)
◦ EPAD-**-1A6-12: 6 to 10 Ω (at 20°C) - Environmental Resistance: IP65 (with valve)
- Compatible with EP Series with DIN43650 connectors
- Input Commands: Analog voltage, ON/OFF control
- LAG Function: Reduces shock
- Coil Resistance:
◦ EPAD-**-1A-12: 10 to 14 Ω (at 20°C) (For EP Series)
◦ EPAD-**-1A6-12: 6 to 10 Ω (at 20°C) - Environmental Resistance: IP65 (with valve)
One output for 2 input design with 2 stage switching on input signal. Three circuits are in parallel allowing simult...
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