... 2 kW 1L2K030T□ CA1ES CA1ESF 3 kW 1L3K030T□ 4 kW 1L4K030T□ *1 CA1HSF *1 CA1HEBF CR1BV CR1BVF 4.7 kW 1L4K730T□ 400 V 750 W 1L75030C□ CA1CS CA1CSF *2 CR1BN CR1BNF 1 kW 1L1K030C□ 1.5 k...

https://www.omron.com.tw/data_pdf/mnu/i868-e1-02_r88m-1__r88d-1sn__r88m-k__r88d-kn_-ect.pdf

... required for setting. 1st Control Method A044 0: Constant torque characteristics (VC) AA121 0: VF control (Constant torque) If to set the "0: Constant torque characteristics (VC)" and set th...

https://www.omron.com.tw/data_pdf/mnu/i922-e1-03_3g3rx2_3g3rx.pdf

...ermal •Overload Limit •Lock •Non-Stop Function at Momen- tary Power Interruption •Torque Limit •Vf Free Setting •Multi-Function Input Terminals •Multi-Function Output Setting •Analog Monitor ...

https://www.omron.com.tw/data_pdf/mnu/w453-e1-13_ws02-drvc1.pdf

...ermal •Overload Limit •Lock •Non-Stop Function at Momen- tary Power Interruption •Torque Limit •Vf Free Setting •Multi-Function Input Terminals •Multi-Function Output Setting •Analog Monitor ...

https://www.omron.com.tw/data_pdf/mnu/w453-e1-23_cx-drive.pdf

...ITION) Stores the XYθcoordinates. Variable name Data type Description Valid range Unit OmronLib\VF_Alignment\sPOSI- TION STRUCT——— X LREAL X coordinate Depends on da- ta type. *1 Y LREAL Y co...

https://www.omron.com.tw/data_pdf/mnu/w608-e1-02_sysmac-xr018.pdf

...400 V: 3000-r/min Servomotors of 4 kW or more 1500-r/min Servomotors Flexible Cable R88A-CR1BVF The empty boxes in the model number are for the cable length. (6.0 mm dia.) Servo Drive side...

https://www.omron.com.vn/data_pdf/cat/1s-51_i928-e1_2_2_csm1129313.pdf

...400 V: 3000-r/min Servomotors of 4 kW or more 1500-r/min Servomotors Flexible Cable R88A-CR1BVF The empty boxes in the model number are for the cable length. (6.0 mm dia.) Servo Drive side...

https://www.omron.com.vn/data_pdf/cat/1s_series_i821-e1_10_12_csm1052864.pdf

...s A and B output must be set higher only by a value equivalent to the drop in forward voltages (VF) of diodes D1 and D2. • Power loss occurs equivalent to the Power Supply output current (IOU...

https://www.omron.com.vn/data_pdf/cat/s8fs-c_t062-e1_4_1_csm1045833.pdf

...hould be set higher only by a value equivalent to the drop in diode D1 and D2 forward voltages (VF). In addition, since power loss occurs resulting from power supply output current (IOUT) × d...

https://www.omron.com.vn/data_pdf/cat/s8jx_t041-e1_20_5_csm2005.pdf

...• Increase the output voltage setting of the Power Supplies by the drop in the forward voltage (VF) of diodes D1 and D2. Also, the diodes will cause a power loss equivalent to the Power Suppl...

https://www.omron.com.vn/data_pdf/cat/s8vk-t_t061-e1_10_5_csm1021435.pdf

...output voltage setting of Power Supply A and Power Supply B by the drop in the forward voltage (VF) of diodes D1 and D2. Also, the diodes will cause a power loss equivalent to the Power Suppl...

https://www.omron.com.vn/data_pdf/cat/s8vs_t026-e1_8_1_csm2022.pdf

...later or later or later 0.slr Visual Feedback Alignment Library SYSMAC -XR018 Ver.1.0 OmronLib _VF_Align Ver.1.10 ment_V1_ or later 0.slr RFID Communications Library SYSMAC -XR019 Ver.1.0 Omr...

https://www.omron.com.vn/data_pdf/cat/sysmac-xr____p102-e1_8_8_csm1047496.pdf

...Standard Flexible Encoder cable R88AStandard Flexible CR1AC CR1ACF CR1BN CR1BNF CR1BV CR1BVF CR1BN CR1BNF CR1BV CR1BVF CR1BN CR1BNF CR1BV CR1BVF CR1BN CR1BNF...

https://www.omron.com.vn/data_pdf/mnu/i868-e1-02_r88m-1__r88d-1sn__r88m-k__r88d-kn_-ect.pdf

... Re-confirmation is required for setting. A044 0: Constant torque characteristics (VC) AA121 0: VF control (Constant torque) If to set the "0: Constant torque characteristics (VC)" and set th...

https://www.omron.com.vn/data_pdf/mnu/i922-e1-03_3g3rx2_3g3rx.pdf

...n the array correspond to the arguments (VA..VH) in the M code. 0=VA, 1=VB, 2=VC, 3=VD, 4=VE, 5=VF, 6=VG, 7=VH Outputs Attached Information Output ARRAY[0..7] OF LREAL --- Outputs the Outputs...

https://www.omron.com.vn/data_pdf/mnu/o030-e1-07_nj501-5300_ny532-5400.pdf

...1 N12 N13 N14 N15 G500, G501 Multi-block Acceleration/Deceleration Programming Example Feedrate VF: Velocity specified by F code VF N08 N09 N07 N06 N05 N04 0 NJ/NY-series G code Inst...

https://www.omron.com.vn/data_pdf/mnu/o031-e1-03_nj501-5300_ny532-5400.pdf

...urrent of Unit with transistor inputs ION is obtained from the following formula. ION = (VCC–VR–VF) / RIN VF: Residual voltage of Transistor Input (Refer to page 351 for specificatio...

https://www.omron.com.vn/data_pdf/mnu/w266-e1-09_c200hw_cj1w_cqm1_srt1_srt2.pdf

... IOUT (max.) IOUT: Sensor control output (load current) ION: Slave ON current ION = (VCC – VR – VF)/RIN VF: RIN: Internal residual voltage of Slave Input impedance of Slave When ION ...

https://www.omron.com.vn/data_pdf/mnu/w347-e1-06_c200hw_cqm1-drt_drt1.pdf

...al • Overload Limit • Lock • Non-Stop Function at Momentary Power Interruption • Torque Limit • Vf Free Setting • Multi-Function Input Terminals • Multi-Function Output Setting • Analog Monit...

https://www.omron.com.vn/data_pdf/mnu/w453-e1-13_ws02-drvc1.pdf

...al • Overload Limit • Lock • Non-Stop Function at Momentary Power Interruption • Torque Limit • Vf Free Setting • Multi-Function Input Terminals • Multi-Function Output Setting • Analog Monit...

https://www.omron.com.vn/data_pdf/mnu/w453-e1-23_cx-drive.pdf