M-8 M-12 SMC Type of 2-Apr-01 SMC Quick Reference Auto Switch Chart with (PnP) M-8 (3 pin) & M-12 (4 pin) Connectors, Page 1/2 The above older MDB1 Direct Body Mount 32, 40, 50, 63, 80 & 100 Bore sizes (Auto Switch Spacer # BMP1-032 required) our new part # MHL, Direct Body Mount 10, 16, 20, 25, 32 & 40 Gripper Bore sizes -Y7PSDPC MHQG2 Direct Body Mount 32 & 40 Gripper Bore sizes MHS2/3/
XB6 Heat resistant cylinder Symbol 2 Cold Resistant Cylinder (40 to 70C) -XB7 Air cylinder which changed the seal material and grease, so that it could be used even at lower temperature down to 40C.
The base oil of grease in the cylinder may seep out of the tube, cover, crimped part or rod bushing depending on the operating conditions (ambient temperature 40C or more, pressurized condition, low frequency operation). 7.
Pour in 5 to 40C water and measure the flow rate with a pressure difference of 0.075 MPa. There are cases in which the pressure difference may need to be set higher in order to keep the Reynolds number in the range above 4 x 104 . Substitute the measurement results into the formula (8) to calculate Av.
VXK VXD VXD (4) Test method Connect the equipment for the test to the test circuit shown in Fig. (3), and run water at 5 to 40C. Then, measure the flow rate with a pressure difference where vaporization does not occur in a turbulent flow (pressure difference of 0.035 MPa to 0.075 MPa when the inlet pressure is within 0.15 MPa to 0.6 MPa).
VXK VXD (4) Test method Connect the equipment for the test to the test circuit shown in Fig. (3), and run water at 5 to 40C. Then, measure the flow rate with a pressure difference where vaporization does not occur in a turbulent flow (pressure difference of 0.035 MPa to 0.075 MPa when the inlet pressure is within 0.15 MPa to 0.6 MPa).
(When using AF + AFM) This may be approximately 3000 hours with ultra-dry air (dew point 40C or equivalent). VEX SRH SRP Option SRF Part no.
Grease Grease-free R Clockwise L Counterclockwise Body material A2017 Weight (g) 12.5 49 114 206 310 * Air purification rating: JIS B 8392-1 (ISO8573-1) Quality Degree 4, 4, 2 or more Low profile cyclone type 2A 3A Outer body diameter (mm) 20 25 Piping port size 1.6 Fluid Air* XT661 X260 2A R Operating pressure 0.01 to 0.5 MPa Proof pressure 0.75 MPa Ambient and operating temperature 5 to 40C
1 Air Cooled Aftercooler Series HAA Model/Standard Specifications Series HAA can cool high temperature compressed air from compressors down to 40C or less and efficiently remove moisture from the air. The air-cooled aftercooler does not require cooling equipment and is free from concerns such as water supply cut-off or freezing. Maintenance is easy and the running cost is reasonable.
1 Water Cooled Aftercooler Series HAW Model/Standard Specifications Series HAW can cool high temperature compressed air from compressors down to 40C or less and efficiently remove moisture from the air. As series HAW is watercooled, it can be used where there is high temperature, high moisture and heavy foreign particles.
Valve open Valve open IDFS6E to 11E IDUS3E to 6E Use the air dryer with an ambient temperature lower than 40C. When installing air piping at the air inlet/outlet of air dryer, the IN/OUT port's fitting of air dryer must be held firmly in place with a wrench. Variation of operating conditions may cause condensate to form on the surface of the outlet piping.
Long stroke, Non-rotating rod Series CUK Double acting Single rod 39 With air cushion Series CU-A With air cushion Series CU-A 20, 25, 32 Double acting Single rod 46 For vacuum Series ZCUK For vacuum Series ZCUK 10, 16, 20, 25, 32 Double acting Single rod 55 Related Products Made to Order P . 4, 23, 37 Copper/Fluorine-free: Series 20-XB6 : Heat resistant (150C) -XB7 : Cold resistant (-40C
Table of UL-compliant Products JSXD Series JSXZ Series JSXM Series Option Replacement Parts (4) Test method Connect the piece of test equipment to the test circuit as shown in Fig. (3), and run water at 5 to 40C.
The valve can be used in fluid temperatures down to 40C. However, take measures to prevent the freezing or solidification of impurities, etc. 2. Continuous valve open The valve is for pulse operation. Do not open the valve continuously.
LC1-1H2 Item 100/110V AC 10%, 50/60Hz (100V AC, 50/60Hz for LC1-1HV1) 200/220V AC 10%, 50/60Hz (200V AC 10% for LC1-1H32) (200V AC, 50/60Hz for LC1-1HV2) Power supply Leakage current 5mA or less Dimensions 80 x 120 x 244mm Weight 2.2kg Actuator control Item Model LC1-1H2H LC1-1H3H LC1-1H2V LC1-1H3V Compatible actuator model LTF6ELTF8FLTF6E-K LTF6E-K Motor capacity 200W 100W 200W 100W 5 to 40C
Temperature When operating at high temperatures (40C to 80C), there is danger of burns, etc. Confirm that the surface temperature of the filter or the parts for operation (V-band, element, etc.) are 40C or less, to prevent a burn from occurring. Warning Operation 1. Never loosen the V-band under pressurized conditions. 59
Temperature When operating at high temperatures (40C to 80C), there is danger of burns. Confirm that the surface temperature of the filter or the parts for operation are 40C or less, to prevent a burn from occurring. 531
AL09 FLT 55C AL10 OFF *1 40C 3 CH1 Hgih Temp. AL11 CH1 Low Temp. OFF *1 10C 3 Check the effect of ambient temperature. Please review the setting value. There may be causes such as large load fluctuation and flow rate fluctuation. Please review the setting value. AL12 CH1 TEMP READY ALARM OFF *1 +1/-1C 3 CH2 High Temp.
Note) 20 Min. bending radius mm Min. bending radius mm 10 15 27 35 75 60 48 36 24 25 13 20 to 60C, With water: 0 to 40C (with no freezing) 100 20 to 60C, With water: 0 to 40C (with no freezing) Operating temperature Operating temperature Polyurethane Material Material Nylon 12 Note) Best Pneumatics No.4, page 2.4-1 Note) Best Pneumatics No.4, page 2.4-3 20m roll O.D. I.D.
Valve open Valve open IDFS6E to 11E IDUS3E to 6E Use the air dryer with an ambient temperature lower than 40C. When installing air piping at the air inlet/outlet of air dryer, the IN/OUT port's fitting of air dryer must be held firmly in place with a wrench. Variation of operating conditions may cause condensate to form on the surface of the outlet piping.