<br>In this case, use the bypass piping set (optional accessory) to secure the flow rate. <br>Note) The temperature stability is as follows: ±2.0℃ for the HRSE, ±0.5℃ for the HRS090, and ±1.0℃ HRS100/150/200.<br><br>
<br>First, refer to the “Transport and Setting Up” section in the HRS series operation manual. <br>Wiring examples are shown in the “Wiring of remote operation signal input” and “Wiring of run/stop signal input・Remote signal input” sections. <br>Next, to enable remote signal input, change the communication mode from “LOCAL” to “DIO” mode.
<br>Please check the figure below. If the product is equipped with a control power supply, this control power supply circuit is provided. <br>If the operating power supply voltage is energized while the valve is open, it is acceptable not to drop it to the holding voltage.<br><br>
<br><br>・While it is possible to mount a G36-10-01 or G46-10-01 pressure gauge on a VEX113□/123□ series regulator, it will be larger than the width of the product body.<br>・It is also possible to mount a G46-10-01 pressure gauge on a VEX133 □ series regulator so long as it does not interfere with the piping.
<br>Note) The all side piping option was only added to the VH200 series (as described in ②) in 2016. The VH series catalog can be found here<br><br>
<br><br>For plug lead type manifolds:<br>The max. number of stations that can be increased depends on the wiring kit.
<br>“VVFS2000-22A-1” is the plug-in type perfect spacer part number for the VFS2600.<br>And “VVFS2000-22A-2” is the non plug-in type perfect spacer part number for the VFS2610.<br>The “□” in the VVFS□000-22A-1 and VVFS□000-22A-2 part numbers is to indicate the series (VFS2000/3000/4000/5000 series).<br><br>
<br>Note) A cylinder with a lock may be required depending on the operating conditions.
<br><br>Non plug-in type:<br>Electrical connection is made on the solenoid valve side. Electrical connection is required when replacing the solenoid valve.
<br>Reference) The manifold specification (a VOA301 valve and a VVTA300 base) of the air operated VTA301 series valve can also be changed to from N.C to N.O. by turning over the switching plate in the same way.<br><br>
<br>VS4120, VS4130, and VS3135 series valves with a grommet have 2 lead wires.<br>Connections: For 100 VAC, there are 2 blue wires. For 200 VAC, there are 2 red wires. And for 24 VDC, there is 1 white wire and 1 pink wire.<br>VS4140 and VS3145 series valves have 3 lead wires for AC voltage types and 2 lead wires for DC voltage types.
<br><br>The VSA4□20, VSA4□30, and VSA4□40 series catalogs can be found here.
<br>(They are matched to the individual component dimensions.)<br>Coils of VT317 (VO317) series valves, however, can be ordered, excluding CE-compliant products with the part number suffix “-Q.” Refer to the catalog for the coil assembly part numbers.<br>Do not use coils for DC in valves whose rated voltage is AC, and vice versa.
<br><br>
<br><br>For further details, refer to the catalog of each series.
<br>1) When the product is operated with air supplied to only one side, such as during a test operation<br>2) When the air in the cylinder is exhausted and back pressure cannot be secured during operation<br>3) When a meter-in speed controller is installed and the rise of the supply-side pressure during operation is suppressed<br>4) When the load factor exceeds 50% for vertical downward operation
<br>2) If internal leakage of the valve or leakage of the piston seal occurs, air may collect around the lock mechanism, and the lock may be released.<br>For the pressure center type<br>1) When air is supplied to both sides at the center position, the lock is released.
<br><br>For end lock cylinders:<br>Locking can only be performed at the stroke end of the cylinder on the side with the lock mechanism. As they have almost the same dimensions as the standard cylinder, they can only be operated with a standard 5-port 2-position valve.
<br>