Sensor Resolution: 1.25 μm, Stroke: 50mm, Actuator Cable Length: 1m, Controller: LATCA, PNP, I/O Cable Length: 1m, Controller Mounting: -
Sensor Resolution: 1.25 μm, Stroke: 50mm, Actuator Cable Length: 1m, Controller: LATCA, NPN, I/O Cable Length: 1m, Controller Mounting: DIN Rail Mounting, DIN Rail not Included
Sensor Resolution: 1.25 μm, Stroke: 50mm, Actuator Cable Length: 1m, Controller: LATCA, PNP, I/O Cable Length: 1m, Controller Mounting: DIN Rail Mounting, DIN Rail not Included
SMC's LAT3 card motor is a compact, thin (same size as a business card) electric slide table with a linear motor and displacement sensor integrated into one unit. It is compact and lightweight with positioning and measurement capability. The LATC4, card motor controller offers 2 methods of step data setting. Takt time entry allows easy programming by inputting just 3 parameters: positioning
SMC's LAT3 card motor is a compact, thin (same size as a business card) electric slide table with a linear motor and displacement sensor integrated into one unit. It is compact and lightweight with positioning and measurement capability. The LATC4, card motor controller offers 2 methods of step data setting. Takt time entry allows easy programming by inputting just 3 parameters: positioning
SMC's LAT3 card motor is a compact, thin (same size as a business card) electric slide table with a linear motor and displacement sensor integrated into one unit. It is compact and lightweight with positioning and measurement capability. The LATC4, card motor controller offers 2 methods of step data setting. Takt time entry allows easy programming by inputting just 3 parameters: positioning
OMR0032 The position ranges should be set as follows: Position 1 Position 2. Part No. Range Resolution LAT3-10 0 to 10 Refer to the 0.03 LAT3-20 0 to 20 Area Range table on the LAT3-30 0 to 30 right. LAT3M-50 0 to 50 LAT3F-10 0 to 10 LAT3F-20 0 to 20 0.005 LAT3F-30 0 to 30 LAT3F-50 0 to 50 This determines the condition for when the INF signal is activated.
The position ranges should be set as follows: Position 1 Position 2. Part No. Range Resolution LAT3-10 0 to 10 Refer to the 0.03 LAT3-20 0 to 20 Area Range table on the LAT3-30 0 to 30 right. LAT3M-50 0 to 50 LAT3F-10 0 to 10 LAT3F-20 0 to 20 0.005 LAT3F-30 0 to 30 LAT3F-50 0 to 50 This determines the condition for when the INF signal is activated.
0 1 "12h" 48 5th shift 0 1 1 0 1 1 0 0 1 1 0 1 0 1 0 0 0 49 6th shift 0 0 1 1 0 1 1 0 0 1 1 0 1 0 1 0 0 50 7th shift 0 0 0 1 1 0 1 1 0 0 1 1 0 1 0 1 0 51 8th shift, ExOR A001h 1 0 1 0 1 1 0 1 1 0 0 1 1 0 1 1 1 52 Load 6th byte "34h" 0 0 0 0 0 0 0 0 0 0 1 1 0 1 0 0 0 53 ExOR step 51 with step 52 1 0 1 0 1 1 0 1 1 0 1 0 1 1 1 1 0 54 1st shift, ExOR A001h 1 1 1 1 0 1 1 0 1 1 0 1 0 1 1 0 1 55
m]Table weight oz [g]LAT3F-1010?51.251.8 (50)
m]Table weight oz [g]LAT3F-1010?51.251.8 (50)
m]Table weight oz [g]LAT3F-1010?51.251.8 (50)
m]Table weight oz [g]LAT3F-1010?51.251.8 (50)
m]Table weight oz [g]LAT3F-1010?51.251.8 (50)
m]Table weight oz [g]LAT3F-3030?51.253.2 (90)
m]Table weight oz [g]LAT3F-3030?51.253.2 (90)
m]Table weight oz [g]LAT3F-2020?51.252.5 (70)
m]Table weight oz [g]LAT3F-3030?51.253.2 (90)
Compatible with LAT3 and LAT3F; Writing step data requires LATC-W2 software; Requires 24VDC power supply; Capacity for 15 lines of step data; Pulse input modes include Pulse and Direction, CW and CCW, and Quadrature
Compatible with LAT3 and LAT3F; Writing step data requires LATC-W2 software; Requires 24VDC power supply; Capacity for 15 lines of step data; Pulse input modes include Pulse and Direction, CW and CCW, and Quadrature