This is a legacy product. Please contact us for the latest version.sales@ocaire.com, VALVE, SGL SOL, BODY PT (DC), VALVE, SYJ7000 SOLENOID VALVE 5/PORT, UD, SYJ7000 BUILT IN FITTING .18355 lb, .18355 lb
The SYJ Valve is an innovative combination of space efficiency and performance superiority which provides real value to the design solution. Whether designed in a manifold or used as a single valve, this small profile increases design flexibility and minimizes space requirements. The SYJ valve utilizes a low power (0.5 watts standard) pilot solenoid design, which dramatically reduces thermal
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, VALVE, SGL SOL, BODY PT (DC), VALVE, SYJ7000 SOLENOID VALVE 5/PORT, UD, SYJ7000 BUILT IN FITTING LESS THAN 1/4, 0.2425 lb
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, VALVE, SGL SOL, BODY PT (DC), VALVE, SYJ7000 SOLENOID VALVE 5/PORT, UD, SYJ7000 BUILT IN FITTING LESS THAN 1/4, 0.26455 lb
The SYJ Valve is an innovative combination of space efficiency and performance superiority which provides real value to the design solution. Whether designed in a manifold or used as a single valve, this small profile increases design flexibility and minimizes space requirements. The SYJ valve utilizes a low power (0.5 watts standard) pilot solenoid design, which dramatically reduces thermal
The SYJ Valve is an innovative combination of space efficiency and performance superiority which provides real value to the design solution. Whether designed in a manifold or used as a single valve, this small profile increases design flexibility and minimizes space requirements. The SYJ valve utilizes a low power (0.5 watts standard) pilot solenoid design, which dramatically reduces thermal
The SYJ Valve is an innovative combination of space efficiency and performance superiority which provides real value to the design solution. Whether designed in a manifold or used as a single valve, this small profile increases design flexibility and minimizes space requirements. The SYJ valve utilizes a low power (0.5 watts standard) pilot solenoid design, which dramatically reduces thermal
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, VALVE, SGL SOL, BODY PT (DC), VALVE, SYJ7000 SOLENOID VALVE 5/PORT, UD, SYJ7000 BUILT IN FITTING .19753 lb, .19753 lb
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, VALVE, SGL SOL, BODY PT (DC), VALVE, SYJ7000 SOLENOID VALVE 5/PORT, UD, SYJ7000 BUILT IN FITTING .22046 lb, .22046 lb
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, VALVE, SGL SOL, BODY PT (DC), VALVE, SYJ7000 SOLENOID VALVE 5/PORT, UD, SYJ7000 BUILT IN FITTING 0.2817 lb, 0.2817 lb
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, VALVE, SGL SOL, BODY PT (DC), VALVE, SYJ7000 SOLENOID VALVE 5/PORT, UD, SYJ7000 BUILT IN FITTING <1/4, 0.22046 lb
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, VALVE, SGL SOL, BODY PT (DC), VALVE, SYJ7000 SOLENOID VALVE 5/PORT, UD, SYJ7000 BUILT IN FITTING .33069 lb, .33069 lb
Low Profile 2/3-Port Solenoid Valve . -7- Low Profile 2/3-Port Solenoid Valve SX90/090 Series How to Order SX9 1 5 G 2-port valve q SX090 5 G 3-port valve w e r q Type of actuation w Power-saving circuit e Rated voltage r Electrical entry 1 Normally closed 2 Universal Nil Without power-saving circuit Y1 With power-saving circuit 5 24 VDC 6 12 VDC G Grommet (Lead wire length: 300 mm) Specifications Model SX91 SX92 SX090 Valve
Subsonic flow when (P2+0.100)/ (P1+0.100)>0.5 Q=240S P(P1+0.100) Sonic flow when (P2+0.100)/ (P1+0.100)0.5 Q=120S (P1+0.100) Q: Air flow ratedm 3 /min(ANR) 2 ) P: Differential pressure P1P2MPa P1: Upstream pressureMPa P2: Downstream pressureMPa Correction for different air temperatures Multiply the flow rate calculated with the about formula by a coefficient from the table below.
Subsonic flow when (P2+0.100)/ (P1+0.100)>0.5 Q=240S P(P1+0.100) Sonic flow when (P2+0.100)/ (P1+0.100)0.5 Q=120S (P1+0.100) Q: Air flow ratedm 3 /min(ANR) 2 ) P: Differential pressure P1P2MPa P1: Upstream pressureMPa P2: Downstream pressureMPa Correction for different air temperatures Multiply the flow rate calculated with the about formula by a coefficient from the table below.
The Power supply can be connected only when the SI unit (EX250, EX260, EX500-Q 02 series) and Power block are side by side. Power supply connector (No.0) and power supply connector (No.1) are connected together internally.
Warning How to Find the Flow Rate (at air temperature of 20 ) Subsonic flow when (P2+0.100)/ (P1+0.100)>0.5 Q=240S P(P1+0.100) Sonic flow when (P2+0.100)/ (P1+0.100)0.5 Q=120S (P1+0.100) Q: Air flow ratedm 3 /min(ANR) S: Effective sectional area (mm 2 ) P: Differential pressure P1P2MPa P1: Upstream pressureMPa P2: Downstream pressureMPa Correction for different air temperatures Multiply
How to Find the Flow Rate (at air temperature of 20 ) Subsonic flow when (P2+0.100)/ (P1+0.100)>0.5 Q=240S P(P1+0.100) Sonic flow when (P2+0.100)/ (P1+0.100)0.5 Q=120S (P1+0.100) Q: Air flow ratedm 3 /min(ANR) S: Effective sectional area (mm 2 ) P: Differential pressure P1P2MPa P1: Upstream pressureMPa P2: Downstream pressureMPa Correction for different air temperatures Multiply the flow
type H Linear guide single axis type Auto switch HT Linear guide double axis type Cable length Nil Controller integrated type 1m M Nominal size Controller separated type 3m L 16 5m Z 25 Positioning stop number Speed type Nil 3 positions L Low speed A 5 positions M Medium speed Stroke Output type Nil Standard speed N NPN H High speed P PNP Motor placement Load type TA On the top, (left) Q
Subsonic flow when (P2+0.100)/ (P1+0.100)>0.5 Q=240S P(P1+0.100) Sonic flow when (P2+0.100)/ (P1+0.100)0.5 Q=120S (P1+0.100) Q: Air flow ratedm 3 /min(ANR) 2 ) P: Differential pressure P1P2MPa P1: Upstream pressureMPa P2: Downstream pressureMPa Correction for different air temperatures Multiply the flow rate calculated with the about formula by a coefficient from the table below.