CEx-OMB0075 Use SMC extension cable CE1-R** for wiring of MONOSASHI-KUN and CEU5. Follow the instructions below to prevent malfunction due to noise. 2. Keep signal wires away from the power cables in wiring. 3. Mount a ferrite core to signal cables for possible radiated noise effects of cable. 4. Use stable power source for CEP1 power supply.
20 20 20 20 32 32 32 32 40 40 40 40 50 50 50 50 63 63 63 63 3 3 3 3-2 2 2 2 + CE1-R00C CE1-R* CE1-R*C 4 4 4 4 EE FL No. 6.5 FL EE OUT1OUT2OUT3 ( ) ,ON/OFF CEU1 CEU1P CEU1-D CEU1P-D 3 (DIN ) LCD() 5 (-9.9.9) () E 2ROM(6.5 :FL) 90 20kHz RS10ms () DC10.813.2V60mA 100ms NPN PNP NPN PNP Max DC30V 50mA Max DC30V 50mA Max DC30V 50mA Max DC30V 50mA AC80120V50/60 z DC21.626.4V
DIN [050] [25%85%] [1055Hz 0.75mmXYZ 2 ] 7-2 7-2-1 AC100V15AC85VAC115V 50/60Hz DC24V100.4A 2 0.75mm 2D FG0.75mm 100 FG FG 7-2-2 5m 20m5m20m CE1-H0374 22 CE1-R 20m 200m 5m 20m * A DC12V 0.3A B AWG24 DC12V 0.3A CEU2 CE2 U 25mm 400 200mm 1 R25 100 / 23 7-3 7-3-1 2 (AC100V,15%) 1 24V10%,0.4A) 4 CEU2 3 2 1 END / 1. 2.
Basic inertia moment 2 r m I = m : Weight of load (kg) r : Load center of gravity and distance of rotation axis. (m) r m Fig.9 Inertia moment This shows inertia moment of m (weight) at r from the rotation axis. Calculation of inertia moment depends on the shape of the object.
:GR-S-010(10g):GR-L-005(5g) 14 3-3. 2 (MHF2-8D2MHF2-12D20D) 1. 2. 8:12:R 1620:C ABC 3. (8:) (12 ) :GR-S-010(10g):GR-L-005(5g)GR-L-010(10g) 8 2 12 2.5 16 3 20 4 B C C 8 A 12 0.9 16 C MHF2-8D2 20 1.3 MHF2-12D* R MHF2-8D2 8 1.5 12 2 16 2.5 20 3 12 15 3-4. /1 MHF2-8DMHF2-8D1 1 16 2 17 3 18 4 19 5 20 NBR 6 21 NBR 7 8 A 9 B 10 C 11 12 13 14 15 MHF2-8D
20m 5 5m 5 C C 5m 3 00 3 00 500 500 600 600 7 00 7 00 800 800 900 900 1000 1000 1 2 00 1 2 00 1500 1500 1800 1800 2000 2000 LEFB16 LEFB16 LEFB25 LEFB25 () R R LEFB32 LEFB32 S S / P.38 5.3 <> NPNPNP LEFS16A-100 NPN -14- 2.4. 16/25/32 40 22 21 1 12 2 13 3 14 4 15 5 16 NBR 6 17 7 18 8 A 19 9 B 20 10 21 11 22 1 12 2 13 3 14 4 15 5 16 NBR 6 17 7 18
Warning Take note that the leakage voltage will increase when a resistor is used in parallel with a switching element or when a C-R circuit (surge voltage suppressor) is used for protecting a switching device because of the leakage voltage passing through the C-R circuit. The suppressor residual leakage voltage should be as follows.
switching device because of the passing leakage voltage Additionally, when compressed air within the pressure through the C-R circuit.
R R R Flow direction : Right to left + d Knob Nil Nil Nil Nil Upward V V V V Downward + 6 Nil Nil Nil Nil Name plate and pressure gauge in imperial unit : MPa e Pressure unit Note2) Z Z Z Z Name plate and pressure gauge in imperial unit : psi ZA ZA ZA ZA Digital pressure switch : With unit conversion function Note1) Option are shipped together with the product, but not assembled.
Take note that the leakage voltage will increase when a resistor is used in parallel with a switching element or when a C-R circuit (surge voltage suppressor) is used for protecting a switching device because of the leakage voltage passing through the C-R circuit. The suppressor residual leakage voltage should be as follows. 8.
Construction AS*2R R thread / NPT thread type G thread type Table 5 Components No.
Leakage voltage Take note that the leakage voltage will increase when a resistor is used in parallel with switching element or a C-R circuit (surge voltage suppressor) is used for protecting a switching device because of the passing leakage voltage through the C-R circuit. The suppressor residual leakage voltage should be as fllows. DC coil3% or less of rated voltage.
If using straight entry piping, the material and tubing need to be taken into consideration when deciding panel cut-out spacing. 2 If a bend (R) is used, limit it to R3 or less. 3: Suitable for panel thickness of 1 to 3.2 mm.
(Model: ZS-39-R) Take care not to bend the claws of the DIN rail adapter when mounting.
Leakage voltage When C-R device (surge voltage suppressor) is used for the protection of switching device, the voltage leakage be increased by current passing through the C-R device. Therefore, select a circuit or device suitable to keep residual voltage leakage within the value described below.
Take note that the leakage voltage will increase when a resistor is used in parallel with switching element or a C-R circuit (surge voltage suppressor) is used for protecting a switching device because of the passing leakage voltage through the C-R circuit. The suppressor residual leakage voltage should be as follows. 5. Holding pressure (including vacuum).
Leakage voltage Take note that the leakage voltage will increase when a resistor is used in parallel with switching element or a C-R circuit (surge voltage suppressor) is used for protecting a switching device because of the passing leakage voltage through the C-R circuit. The suppressor residual leakage voltage should be as follows. Design / Selection 1.
Release of residual pressure Take note that the leakage voltage will increase when a resistor is used in parallel with a switching element or when a C-R circuit (surge voltage suppressor) is used for protecting a switching device because of the leakage voltage passing through the C-R circuit. The suppressor residual leakage voltage should be as follows.
R R R Flow direction : Right to left + d Knob Nil Nil Nil Nil Upward V V V V Downward + 6 Name plate and pressure gauge in imperial unit : MPa Nil Nil Nil Nil e Pressure unit Note2) Z Z Z Z Name plate and pressure gauge in imperial unit : psi ZA ZA ZA ZA Digital pressure switch : With unit conversion function Note1) Option are shipped together with the product, but not assembled.
5 L Communication plug connector MJ * Entry on the left side Bottom entry None U Nil Straight type S T Actuator cable*1 T branch type Nil Number of axis, and type of power supply C9 * Without cable Standard cables 1 axisDC24V S 1 R * When "Without controller/drivers" selected for controller/driver type, Robotic type cables (Flexible type cables) *1 The standard cable should be used on