<br><br>When using or planning to use a cylinder with a solid state auto switch and ordering only the cylinder, suffix “-X1810” to the end of the part number.<br>Ex.) MY1B10G-300-X1810<br><br>For cylinders ordered with a solid state auto switch, the suffix “-X1810” does not need to be added. Just use the part number “MY1B10G-300-M9BW.”

<br>Note that a grease pack does not come with the seal kits. <br>Order the grease for the standard MGP series product using the part number “GR-S-010.” <br>Be sure to check the part number of the MGP-Z series product before ordering the seal kit. The old MGP series was discontinued in April 2012.

<br>Old product: <br>Rubber bumper: CG1N□-PS <br>Air cushion: CG1A□-PS<br>Refreshed product: <br>Rubber bumper & air cushion: CG1N□Z-PS (the number in the “□” indicates the cylinder I.D.) <br>Note 1) There is no seal kit part number for bore sizes ø50 and larger because the products cannot be disassembled by the customer.

<br>Refreshed MB and MB1 series products have a “Z” after the stroke in the part number. Keep in mind that no changes were made to the mounting dimensions. <br>The features of the MB-Z series can be found here. <br><br>The main changes made to refreshed MB□ series cylinders are as follows.

<br>6) Perform a suction test on the actual device to determine whether it can be used or not. <br>Note) This is the general procedure for selecting a vacuum pad, however, it does not apply to all types of vacuum pads.<br>Ultimately, testing using the actual device is the best way to determine whether a pad is ideal for the application.

<br><br>Note 2) “-X256” special order specification/with option “T” (with a terminal block for operating, error, and remote operation signals), remote control, and a terminal block for a stop switch<br>The special order part number suffix “-X256” can only be used for the IDF6E/IDU6E to 75E.

<br>AR10-A: Rc1/16 <br>AR20-A to AR40-A, AR20(K)-B to AR60(K)-B, and AR20(K)-D to AR40(K)-D: Rc1/8<br>Old AR10: Rc1/16 <br>Old AR20(K) to AR30(K): Rc1/8 <br>Old AR40(K) to AR60(K): Rc1/4<br>Old AR1000: Rc1/16<br>Old AR2000 to AR3000: Rc1/8<br>Old AR4000 to AR6000: Rc1/4

<br>When P1 (inlet pressure) becomes lower than P2 (outlet pressure), the check valve opens and the pressure in the diaphragm chamber is discharged to the P1 side.<br>This allows the outlet pressure to flow back rapidly to the inlet side due to the mechanism that opens the main valve.<br>The AR20K-B to AR60K-B and the AR20K-D to AR40K-D series are regulators with a backflow function.

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<br>AR10-A: Rc1/16 <br>AR20-A to AR40-A, AR20(K)-B to AR60(K)-B, and AR20(K)-D to AR40(K)-D: Rc1/8<br>Old AR10: Rc1/16 <br>Old AR20(K) to AR30(K): Rc1/8 <br>Old AR40(K) to AR60(K): Rc1/4<br>Old AR1000: Rc1/16<br>Old AR2000 to AR3000: Rc1/8<br>Old AR4000 to AR6000: Rc1/4

<br>When P1 (inlet pressure) becomes lower than P2 (outlet pressure), the check valve opens and the pressure in the diaphragm chamber is discharged to the P1 side. <br>This allows the outlet pressure to flow back rapidly to the inlet side due to the mechanism that opens the main valve. <br>The AR20K-B to AR60K-B and the AR20K-D to AR40K-D are regulators with a backflow function.

<br><br><br><br><br><br> VBAT series air tanks can be connected directly to VBA series booster regulators for pressure accumulation and pulsation protection. <br>Note) Be aware that the flow rate that can be used on the outlet side will decrease.

<br>Couplers that can be used with low vacuum <br>・KK/KKH Series<br>KK2: -100 kPa to 1 MPa<br>KK3: -90 kPa to 1 MPa<br>・KKH Series<br>KKH3: -90 kPa to 1 MPa <br>・KA Series<br>KKA3: -100 kPa to 1 MPa

<br>For more information, refer to the VX2 series catalog, which can be found here. <br> <br>

<br>Max. operating temperature of the TL/TIL, TLM/TILM, and TD/TID series (fixed use) <br>Air/inert gases: 260°C<br>Water: 100°C <br>Max. operating temperature of the TH/TIH series (fixed use) <br>Air/inert gases: 200°C <br>Water: 100°C<br>

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<br>The FH□ series catalog can be found here. And the FH□ series operation manual can be found here.<br><br>

<br>Formula: (0.3 + 0.1) x 5 = (0 + 0.1) x V <br>V (volume before change) = (0.3 + 0.1) x 5 ÷ 0.1 = 20 L (ANR)<br><br>