Safety Instructions These safety instructions are intended to prevent hazardous situations and/or equipment damage. These instructions indicate the level of potential hazard with the labels of “Caution,” “Warning” or “Danger.” They are all important notes for safety and must be followed in addition to International Standards (ISO/IEC) , and other safety regulations.
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Safety Instructions Caution 1.The product is provided for use in manufacturing industries. The product herein described is basically provided for peaceful use in manufacturing industries. If considering using the product in other industries, consult SMC beforehand and exchange specifications or a contract if necessary. If anything is unclear, contact your nearest sales branch.
2.Specifications ! Warning 1. Confirm the specifications. If the voltage or temperature are outside the specification range, it may cause destruction, malfunction, electric shock or fire. 2. Confirm the specifications of the connecting valve Check that the electrical specification of the valve; rated voltage, leakage current, etc. conform to the specifications of the controller.
Mounting 5.Wiring ! Warning 1. Check the terminal number when wiring. Incorrect wiring can lead to controller failure and malfunction. Please check the terminal number before wiring. 2. Make sure that no excessive force is applied to the lead wires. Broken lead wires will result if bending stresses or tensile forces are applied to the lead wires.
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2. Specifications Table 1 Specifications Product No. VXFC06A VXFC10A Number of outputs Common 6 in 1 common 10 in 1 common Power supply voltage AC85~240V Power supply frequency 50/60Hz Maximum inrush current for the 15A or less (at AC100V) 30A or less (at AC200V)...
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3. Names of Parts Fig. 1: Names of parts (1) Power switch Powered by turning to ON position. Output is started. (2) Power supply LED Lights up when switch is ON. (3) Power supply terminal block (M4 terminal block) Set the pressure within 80 kPa to 220 kPa. Connected voltage becomes the output voltage of the valve.
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(9) Dip switch for setting cascade or temporary stop. Operation is changed by the combination of the switches. Operating conditions: Cascade master Cascade slave Temporary stop (external power) Temporary stopinternal power) Single Operation (10)DIP switch for setting Set the number of energisations (1 or 2) for each output.ON side: twice, OFF side: once (11)Set the rotary switch (Refer to 6-4).
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4. Wiring 1) Power input Fig. 2. Wiring diagram (1) Make sure the power switch is off. If Switch is ON Turn the switch to OFF. (2) Connect 85 to 240 VAC to the terminal block. (3) Connect the earth ground (resistance value 100 ohms or less) to the power terminal block (FG). 2) Valve output Fig.
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5. Description of operation 2. Check the wiring before supplying power. 1) Number of output Set the rotary switch for output setting to the number of valves to be used. (0 indicates 10 outputs) Setting is read when powered or one cycle is completed. ①...
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3) Time setting Set the time to output to the valve (ON time) and the pause time (OFF time) to the next output. ※The above 1) to 3) can be changed even after power is on, but time cannot be set during operation.
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6. Cascade connection There are only outputs up to 10 points (6 points in the case of VXFC06A) on a single board. However, it is possible to increase the output points by cascading (multiple board connection). VXFC06A and VXFC10A can be cascaded to create a 16-point output, and it is possible to increase to any output points by combining boards.
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Ⅲ. Example for cascade connection 1) Setting Cascaded board: 3 pcs. Setting 1st. board 2nd board 3rd. board Cascading Master Slave Slave Output setting 3 output 2 output 3 output 2) Operation sequence The sequence of the above setting is shown below. Fig.
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7. 1 When an external power supply is used I. Setting of DIP switch for temporary stop. 1) DIP switch setting Change the DIP switch as shown below. Operating conditions: Temporarily stop Fig. 16 Ⅱ.How to connect (1)Switch contact, relay contact output Fig.
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(2) Transistor output Fig. 18 Temporarily stop operation : Transistor OFF Re-Start Operation: Transistor ON (3) Open collector output Fig. 19 Temporarily stop operation: Open collector OFF Re-Start Operation: Open collector ON 15...
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7. 2 When an internal power supply is used I. Setting of DIP switch for temporary stop. 1) DIP switch setting Change the DIP switch as shown below. Operating conditions: Temporary stop Fig. 20 II. How to Connect (1) Connect a switch with OUT1 on one side and with IN1 on the other. Fig.
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7.3 Sequence when temporary stop is operating 1) Operation sequence The sequence of a temporary stop is shown below. When the Switch is turned ON the temporary stop operation begins. When the switch is turned OFF the operation stops. Operation starts from the next output when the switch is ON again. When the switch is turned OFF during the output, the operation stops after completing the output, and the operation stops until it is in the ON status.
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