Title not found p to r8 soenoids poss ble --!p to 24 soenords poss ble A, B port size (inch) A, B port size (metric) o3/8 Onelouch iitl ng o5l16' One touch fit n o3l8 Onerouch litl ng NPTF ] Manifold D-sub Connector Series Mounti OIN railmounl P . Tie-rod base | sssv fr roro E-EE .
RL a 2 0.54~0.66Nm) 1 Ass'y P.27 1 2 L POM,POM,PET,SUS 3 R POM,POM,PET,SUS 4 () (PET) P.27 2 5 Assy PBT P.27 3 6 Assy () P.27 7 7 NBR P.27 4 8 NBR P.27 5 9 Ass'y P.27 6 26 - No.ZQ-OM01401-B 7.4 1 Ass'y2 ) ZQ1-SR1-04-A (1) 01 1 (1) 02 2 08 8 2 () (2 ) ZQ1-SE2-A 3 Assy (2 ) ZQ1-SC1-A 4 (10 ) ZQ-3-005-10AS 5 (10 ) ZQ-3-009-10AS 6 Assy (4 ) ZQ1-WS3-A (1) 3 M3 () (1) 4 M4 ()
P.5-12 (16) CH2 Independent pump operation CH2 pump operates independently while the button is pressed. P.5-12 To select a operation mode from the touch panel ( mode), contact input ( mode) (17) Operation mode P.5-12 Common or serial communication ( mode). (18) Operating condition display It indicates the run and stop status of the product. P.5-12 (19) Run/Stop To run/stop the product.
V: Power supply voltage Power consumption P: 7 [kW] Q = P = 7 [kW] P Cooling capacity = Considering a safety factor of 20%, 7 [kW] x 1.2 = 8.4 [kW] Power consumption w Derive the heat generation amount from the power e Derive the heat generation amount from the output. supply output. Output (shaft power etc.)
How to Calculate the Flow Rate For obtaining the flow rate, refer to page 4-1-6. 4-16-1 2 Series VS3115/3110 How to Order VS311 D L 5 01 5 Thread type Accessory (Option) Nil Rc Mounting With indicator light L P With manual override N NPT T NPTF E Nil Without bracket Port size Piping Electrical entry B With bracket G 1 8 Rc 1 4 Rc 1 4 Rc 3 8 Without sub-plate Rc 01 02 02 03 00 Body ported
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The used of turbine oil at temperatures lower than 0C leads to increased viscosity and may cause the valve to malfunction. d n i n i W g c e t i r o i d n e p a t e p i P Leakage Voltage It must be noted that when connecting C-R element parallel to switching element, leakage current flows through C-R element and the leak voltage increases. 2 thread to be left exposed Clamping Torque Switching
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10 One-touch Screw-in One-touch 01 02 02 Screw-in Screw-in Screw-in ZH13DA09 11 11 One-touch One-touch One-touch 09 N02 11 One-touch Screw-in One-touch N01 N02 N02 Screw-in Screw-in Screw-in ZH15DA08 10 10 One-touch One-touch One-touch 08 03 10 One-touch Screw-in One-touch 02 03 03 Screw-in Screw-in Screw-in ZH15DA09 11 11 One-touch One-touch One-touch 09 N03 11 One-touch
-10AS G46-2-02 G36-2-01 G46-2-02 G46-2-02 G46-2-02 0.2MPa Note 3) GC3-2AS GC3-2AS GC3-2AS GC3-2AS GC3-2AS Note 1) Assembly includes a bracket and set nuts.
With control unit Centralized wiring/Supply port left Individual wiring/Supply port right Centralized wiring air catch sensor ISA2-HE41P Terminal box Individual wiring air catch sensor 2 port solenoid valve 2 port solenoid valve ISA2-GE41 Regulator 3 0 3 0 3 0 3 0 3 0 3 0 Supply port Supply port P P P P P P T T T T T T U U U U U U E E E E E E L L L L L L S S S L L L S S S L L L 6 9 6 9 6
C37 Series 200 Symbol Port size PB 300 SUS M5 01 02 M5 1/8 (6A) 1/4 (8A) Thread type Nil F N Rc G NPT Piping to 3 Port Valve N.O. Port Caution Socket Electricity 1. Surge voltage A high voltage which is momentarily generated in the shut-off unit by shutting off the power. Cover Others 1. Material NBR: Nitrile rubber FKM: Fluoro rubber = FPM Trade names: Viton, Dai-El, etc.
Unit switching Real-time switch output ( ) For air Hysteresis mode Display Real-time flow rate l/min Accumulated flow l ON YES CFM x 10-2, CFM x 10-1 ft3 x 10-1 OFF P-1 P-2 High flow rate CFM=ft3/min "P" Window comparator mode H : Hysteresis High Flow Rate Type (For Air) H H Display Real-time flow rate l/min Accumulated flow l, m3, m3 x 103 ON NO OFF P-1 P-2 ft3, ft3 x 103, ft3 x 106 CFM
Unit switching Real-time switch output ( ) For air Hysteresis mode Display Real-time flow rate l/min Accumulated flow l ON YES CFM x 10-2, CFM x 10-1 ft3 x 10-1 OFF P-1 P-2 High flow rate CFM=ft3/min "P" Window comparator mode H : Hysteresis High Flow Rate Type (For Air) H H Display Real-time flow rate l/min Accumulated flow l, m3, m3 x 103 ON NO OFF P-1 P-2 ft3, ft3 x 103, ft3 x 106 CFM
Note 2) Contact P/A if a stroke greater than the maximum stroke is desired.
Unit switching Real-time switch output ( ) ZSE ISE For Air Hysteresis mode Display Real-time flow rate l/min Accumulated flow l ON PSE YES CFM x 102, CFM x 101 ft3 x 101 OFF P-1 P-2 High flow rate Z I SE3 CFM = ft3/min P Window comparator mode H: Hysteresis High Flow Rate Type (For Air) PS H H Display Real-time flow rate l/min Accumulated flow l, m3, m3 x 103 ON Z I SE1 2 NO OFF P-1 P-
Note 2) Contact P/A regarding manifold type.
Power consumption P: 1000 [W] Q = P = 1000 [W] Cooling capacity = Considering a safety factor of 20%, 1000 [W] x 1.2 = 1200 [W] V: Power supply voltage HRSH 090 P HRSH Power consumption HRSE HRSE e Derive the heat generation amount from the output. Output (shaft power etc.) W: 800 [W] w Derive the heat generation amount from the power supply output.
VVT34 Porting specifications 1 0 05 V100 Thread type Port size Nil F N T Rc G NPT NPTF Symbol R Bottom Side P Side Side A SY Symbol Port size 1 0 Side Side 02 1 4 03 3 8 SYJ Instruct by specifying the valves and blanking plate to be mounted on the manifold along with the manifold base model no.