IZN10_C IZN10IZN10-P (NPN ) (PNP ) AC 1) 2500V 2) 10V 3) 0.03ppm0.05ppm () 4) 0.05MPa0.7MPa 61/4 DC24V10 80mA() GND +24V (ON 0.6V ) (ON +19V ) 5mA 5mA 40mA 1V (40mA ) 40mA 1V (40mA ) DC28V 20mm500mm 055 3565%RH :ABS, 50Hz 1mm XYZ 2 10G 120g / CE(EMC 89/336/EEC 92/31/EEC 93/68/EEC 2004/108/EC 73/23/EEC93/68/EEC) 1) 1,000M5pF 2) 100mm0.3MPa 3) 300mm, 4) -5- 3. 3. 3.
Rated Rated Sensitivity supply voltage x size voltage current of leak [V] [A] current [mA] 3 cores x 10 30 HRS030--20 1-phase 14AWG (3 cores x 2.0mm2) 200, 200-230V AC 230 HRS030--20-T (50/60Hz) 15 30 (including (High pump head [Optional]) ground) HRS Series 3.3 Installation 3-9 HRX-OM-R016 Chapter 3 Transport and Setting Up 3.3.3 Preparation and wiring of power supply cable The electrical
Table 3-3 Power supply cable and Earth Leakage BreakerRecommended Recommended earth leakage breaker Model Power supply Sensitivity voltage Cable qty. x size Rated Rated of leak voltage current current [V] [A] [mA] 1-phase 200-230V AC (50/60Hz) 3 cores x12AWG HRS040-A-20 200, Recomm 230 20 30 Terminal (3 cores x3.5mm2) HRS040-W-20 block ended (including ground) screw crimp diameter terminal
Table 3-3 Power supply cable and Earth Leakage BreakerRecommended Terminal block Recommended earth leakage breaker screw Recom Tightening Model Power supply Cable qty. x torque Rated Sensitivity Rated diameter mended voltage size voltag of leak current crimp e current [A] terminal [V] [mA] 3coresx12AWG 1-phase (3 cores 200-230V AC HRS050-A-20 200, x3.5mm2) (including 230 20 30 M4 5.5-4 1.5Nm
Power supply cable and Earth Leakage BreakerRecommended Recommended earth Terminal block leakage breaker Power screw Recomm Tighten Sensiti Rated Model supply Cable qty. x size diamet ended ing Rated vity curren voltage er crimp torque voltage of leak t terminal [V] current [A] [mA] 3 cores x10AWG HRS060-A-20 30 (3 cores x 5.5mm2) (including ground) 200, 1-phase 1.5Nm M4 5.5-4 30 200-230V AC
Power supply connector (AC) Connector for the single phase AC (AC100 to 240V) power supply. A power supply cable is connected here. Connector for the upper/lower limit deviation alarm and output cutoff alarm. A relay contact is opened when these alarms are output.
Keep residual voltage leakage not more than 3% of rated voltage for DC and 8% of rated voltage for AC. Caution Mounting All models 1. In high humidity environments, keep the valve packed until the time of installation. 2. For models with switches, secure the lead wires so that they have sufficient slack, without any unreasonable force applied to them. 3.
E ,() 90/UPDOWN (*1) 100kHz (*2) GND (COM DC12/24V ) DC12/24V (COM GND ) DC 12V10 %,60mA , , BCD //(100ms) 5 / 5ms ()/60ms () RS-232C NPN PNP NPN PNP Max DC30V 50mA Max DC30V 50mA Max DC30V 50mA Max DC30V 50mA AC100 AC100 AC100 AC100 DC24V DC24V DC24V DC24V 240V 240V 240V 240V (10%) (10%) (10%) (10%) (10%) (10%) (10%) (10%) 20VA 10W 20VA 10W 20VA 10W 20VA 10W AC
6 AC100V ( TDK ZGB2203-01U) (DC12V)(:ERZV10D220 7CEU1 10cm 8DC24V (CEU1*-D)EMC (2004/108/EC) (AC/DC )CE 10m 6 6 6 6-4 4 4 4 NPN PNP NPN 50mA OUT DC30V CEU1 CEU1-D COM PNP 50m OUT CEU1P CEU1P-D DC30V COM MODE SHIFT SEL OUT1OUT2OUT3 DATA 1 SET [SET][MODE][SEL] [MODE] LCD SET 12 SET 1 SET 2 SET 200ms 6 [SHIFT]SET1 [DATA] [DATA] MODE SHIFT [SHIFT] [DATA] SEL
to 50 (No freezing) Tolerance in rotating angle 0+4 Backlash Within 1 Cushion Not attached, Air cushion Mounting style Basic style, Foot style Table(2) Solenoid Valve Specification 5 Port Pilot Operated Solenoid Valve(Rubber Seal) VF3000 Grommet(G),(H) DIN terminal (D) Electrical entry L-type plug connector (L) DIN(EN175301-803) terminal(Y) M-type plug connector (M) Conduit terminal(T) AC
0 to 50No freezing Min. operating pressure 0.15 MPa Backlash Within1 Allowable tolerance of Rotating angle 0 to +4 Cushion None, with air cushion Mounting style Basic style, Foot style Table2 Solenoid Valve Specification 5 Port Pilot Operated Solenoid Valve(Rubber Seal) VF3000 Electrical entry Grommet, Grommet terminal, Conduit terminal, DIN terminal, L plug connector, M plug connector AC
DC coil 5% or less of rated voltage AC coil 15% or less of rated voltage 3. Solenoid valve drive for AC with a solid state output (SSR, TRIAC output, etc.) 1) Current leakage When using a snubber circuit (C-R element) for surge protection of the output, a very small amount of electrical current will continue to flow even during the OFF state. This results in the valve not returning.
The leakage current should be 5% or less (AC coil) or 2% or less (DC coil) of the rated voltage. 2. Use in low temperature environments Protection against freezing or solidification of impurities etc. When heating the valve body and piping by a heater, etc., be careful not to heat the coil with the heater. 4 Installation Warning 1.
When the wires are to be installed in the control panel along with those for other types of equipment, make sure to separate the AC and DC lines (to prevent the risk of damaging the elements in the circuit due to noise). Twisting the AC lines together is an effective countermeasure against noise. 5.
(Tightening torque for M12: 0.1 Nm) -32No.EX-OMH0025-C Pin assignment of the power cable for the Power block and SI unit (accessory) EX9-AC -1 (Cable with M12 connector) No.
EX500-AC-SP Check that there is no high voltage cable or equipment that generates noise around the branch cable. Separate the branch cable away from noise sources. 70 No.EX-OMS0014-A Fault No. 17 Fault Possible cause Investigation method Countermeasures Polarity of the input unit and input device including sensor are not compatible.
AC: less than 20% of rated voltage DC: less than 5% of rated voltage.
Conductor resistance 65/km or less, 20oC Cable 0.3mm2 x 25 cores Voltage limit AC 1000V, 1min Insulation resistance 5M/km, 20oC Note) The minimum bending inner radius of D-sub connector cable is 20mm.
AC coil Should be 20% or less of the rated voltage. 3. Solenoid valve drive for AC with a solid state output (SSR, TRIAC output, etc.) 1) Current leakage When using a snubber circuit (C-R element) for surge protection of the output, a very small amount of electrical current will continue to flow even during the OFF state. This results in the valve not returning.
Design / Selection 3.Solenoid valve drive for AC with a solid state output 7. Mounting orientation Caution Mounting orientation is free. 8. Initial lubrication of main valve (SSR, TRIAC output, etc.)