3 Port Solenoid Valve Leakage voltage Take note that the leakage voltage will increase when a resistor is used in parallel with a switching element or when a C-R circuit (surge voltage suppressor) is used for protecting a switching device because of the leakage voltage passing through the C-R circuit. The suppressor residual leakage voltage should be as follows. 4.
mounting hole 40 8.5 20 28 72.5 (when set = 75.5) Bleed exhaust hole 6.5 28 41 1.6 Port size A B IN OUT Model Port size D C B A 30 30 23.5 14 M5 x 0.8 SRP111-M5 40 40 22.5 15 Rc 1/8 SRP111-01 C D 3 Series SRP Safety Instructions These safety instructions are intended to prevent a hazardous situation and/or equipment damage.
mounting hole 40 8.5 20 28 72.5 (when set = 75.5) Bleed exhaust hole 6.5 28 41 1.6 Port size A B IN OUT Model Port size D C B A 30 30 23.5 14 M5 x 0.8 SRP111-M5 40 40 22.5 15 Rc 1/8 SRP111-01 C D 3 Series SRP Safety Instructions These safety instructions are intended to prevent a hazardous situation and/or equipment damage.
Refer to pages 17-6-3 to 17-6-10 for Safety Instructions and Solenoid Valve Precautions. 4 ' C ' C 1 (100 V) 2 (200 V) 3 (110 V) 4 (220 V) 7 (240 V) 8 (48 V) ) D G C D, T S S L, Z 3 ) E E 3 0 ( 2 17-3-69 2 The VX series will be revised shortly. Series VXH Construction/Dimensions Material C3771 Note No.
size 41 IN OUT A B C D Model Port size SRP111-M5 M5 x 0.8 14 23.5 30 30 C D SRP111-01 Rc 1/8 15 22.5 40 40 873 SRP Series Made to Order Specifications: Please contact SMC for detailed dimensions, specifications and lead times.
ECN DESCRIPTION DATE BY APP IN9001 1 A UPDATED SPLITTER DIMENSIONS 3/16/2011 JH MB A A 60 300 200 B B MALE M12 MALE M12 1 FEMALE M12 BRANCH B BRANCH A C C +24VDC +24VDC 1 ITV Branch A to AO Channel 1 ITV INPUT SIGNAL 0-10VDC 0-10VDC 2 2 0VDC 0VDC 3 3 N/C 1-5 VDC 4 4 D D N/C ITV MONITOR OUT 1 Branch B to AI Channel 2 3 JUMPER 4 1 UIUSP-C01-DUP00011 ITV TO EX600 AMB CUSTOM CABLE 1 ITEM NO PART
LC1-1-S1 (PC-98 (MS-DOS) edition LC1-1-W1 (Windows 95 edition) and LC1-1-R (dedicated communication cable) Power supply 1 2 Note 2) 100/110VAC 50/60Hz 200/220VAC 50/60Hz or LC1-1-T1(Teaching box) are required. For ordering information, refer to the option part numbers on page 62.
Symbol fl:] w 8$ Flow Characteristics NAN200 900 Specifications 35 70 125 3s0 200 r7s0 An Flow (SCFMI Mar opetating pressu|e-145PSl(t0 2kg lcIrf) Nois reduction-30d B or more Operating tenperature range-40 1 40"F (5 ' 60 "C) Noise Level Model Model Port size (NPT) Eftectlve oririce mm2 (Cv) Wbight rbs.
mounting hole 40 8.5 20 28 72.5 (when set = 75.5) Bleed exhaust hole 6.5 28 41 1.6 Port size A B IN OUT Model Port size D C B A 30 30 23.5 14 M5 x 0.8 SRP111-M5 40 40 22.5 15 Rc 1/8 SRP111-01 C D 3
Panel mount adapter Sensor connector ZS-28-C 1 pc. Note) Options are shipped together, but not assembled. Panel mount adapter ZS-27-C With M3 x 8 l (2 pcs.)
Specifications B B C C C Standard pressure dewpoint -40F Optional pressure dewpoint -100F Minimum working pressure 58 psig Maximum working pressure 232 psig A A Power supply 12VDC to 24VDC or 100VAC to 240VAC Minimum inlet temperature 35F Maximum inlet temperature 122F Minimum ambient temperature 41F IDW4N-IDW35N IDW45N-IDW365N Purge rate 20% IDW04N-IDW175N IDW215N-IDW365N Dryer correction
Reed Auto Switch: D-A93 (mm) Stroke B A Stroke C Auto switch operating range Stroke Model 5 10 15 20 5 10 15 20 5 10 15 20 11-MXJ4 11-MXJ6 11-MXJ8 14 14 0.5 0.5 9 4 4 3 14 14 18 0.5 0.5 0.5 9 4 10 5 25 14 14 25 0.5 0.5 0.5 0.5 9 4 Solid State Auto Switch (Lead Wire, In-line Entry): D-M9 (mm) Stroke B A Stroke C Stroke Auto switch operating range Model 5 10 15 20 5 10 15 20 5 10 15 20
The max. operating temperature of TL/TIL, TLM/TILM, and TD/TID series tubing (fixed use) is 260°C for air/inactive gases and 100°C for water. And the max. operating temperature of TH/TIH series tubing (fixed use) is 200°C for air/inactive gases and 100°C for water.
Max. operating temperature of the TL/TIL, TLM/TILM, and TD/TID series (fixed use)
Air/inert gases: 260°C
Water: 100°C
Max. operating temperature of the TH/TIH series (fixed use)
Air/inert gases: 200°C
Water: 100°C
Cooling capacity: CH1= 9, 19 or 26kW (oscillator); CH2= 1kW (optical system); Power Supply "20": 200VAC/50 Hz or 200-230VAC/60 Hz, 3-phase; Power Supply "40": 380-415VAC (50/60 Hz) or 460-480VAC (60 Hz), 3-phase; Temperature set range: CH1 = 15 to 25°C, CH2 = 20 to 40°C; Temperature stability: CH1 = ±0.1°C, CH2 = ±0.5°C; Refrigerant: R410A; Communication: contact/analog I/O; Serial RS-232C
Total cooling capacity: 9.5kW (air)/11.0kW (water) (CH1 oscillator, CH2 optical system combined); Power supply "20": 200VAC/50 Hz or 200-230VAC/60 Hz, 3-phase; Power supply "40"; 380-415VAC (50/60 Hz) or 460-480VAC (60 Hz), 3-phase; Temperature set range: CH1 = 15 to 25°C, CH2 = 0 to 15°C; Temperature stability: CH1 = ±0.1°C, CH2 = ±0.5°C; Refrigerant: R410A; Communication: contact/analog
Cooling capacity: CH1= 9, 19, 26 or 37kW (oscillator); CH2= 1kW (optical system); Power Supply "20": 200VAC/50 Hz or 200-230VAC/60 Hz, 3-phase; Power Supply "40": 380-415VAC (50/60 Hz) or 460-480VAC (60 Hz), 3-phase; Temperature set range: CH1 = 15 to 25°C, CH2 = 20 to 40°C; Temperature stability: CH1 = ±0.1°C, CH2 = ±0.5°C; Refrigerant: R410A; Communication: contact/analog I/O; Serial RS
Total cooling capacity: 9.5kW (air)/11.0kW (water) (CH1 oscillator, CH2 optical system combined); Power supply "20": 200VAC/50 Hz or 200-230VAC/60 Hz, 3-phase; Power supply "40"; 380-415VAC (50/60 Hz) or 460-480VAC (60 Hz), 3-phase; Temperature set range: CH1 = 15 to 25°C, CH2 = 0 to 15°C; Temperature stability: CH1 = ±0.1°C, CH2 = ±0.5°C; Refrigerant: R410A; Communication: contact/analog