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... ON: 0,3 W Sortie OFF: 0,2 W Tension de RAZ: 10% max. de la tension d'alimentation nominale Control outputs(Time limit contacts): 5 A à 250 Vc.a. / 30 Vc.c. 0,15 A à 125 Vc.c. charge résistive (cos φ = 1) • Sortie transistor: Collecteur ouvert (NPN/PNP) 100 mA max. à 30 Vc.c. max., tension résiduelle: 2 V max. Charge minimum: 10 mA à 5 Vc.c. (niveau P, valeur de référence) Ambient temperature • Operating: -10°C à 55°C (sans givrage) • Storage: −25°C à 65°C (sans givrage) Humidité ambiante Fonctionnement: ...
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... W Relais OFF: environ 0,3 W Tension de RAZ: 10% max. de la tension d'alimentation nominale Control outputs • Time limit contacts: 5 A à 250 Vc.a. / 30 Vc.c. 0,15 A à 125 Vc.c. charge résistive (cos φ = 1) Charge minimum: 10 mA à 5 Vc.c. (niveau P, valeur de référence) Ambient temperature • Operating: -10°C à 55°C (sans givrage) • Storage: −25°C à 65°C (sans givrage) Humidité ambiante Fonctionnement: 35% à 85% Précaution d’usage pour la sécurité F Veuillez suivre précisément les instructions suivantes afin d'utiliser correctement la ...
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.... 0.8 W (DC) Approx. 0.9 W (DC) SPST-NO X 2 circuits (independent) SPST-NO X 4 circuit (independent) Number of circuits Separated from power circuit (no-voltage) Circuit 15 A, 250 VAC (*2) 3A, 250VAC Resistive (...
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...Encoder power supply ground Power supply output for encoder: 5 V, 120 mA SIN excitation winding Resolver excitation signal output SIN excitation winding Resolver excitation signal output Encoder power supply, +5 V Power supply outlet for encoder: 5 V, 120 mA ----...
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... gain calculation failed ErrorDescription00013895 Kalman filter initialization need to be done ErrorDescription00013896 Illegal index to get/set a component of a matrix/vector ErrorDescription00013897 Illegal size/format of function input variables ErrorDescription00013898 Illegal size/format of function returned variables ErrorDescription00013899 Solve A sin(x) + B ...
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..., the X and Y coordinates of points on the arc are repeatedly computed. They are then used to create a transformation that defines the destination for the next robot motion segment. DURATION 0.5 ALWAYS FOR angle = start TO last STEP angle.step x = radius*...
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...37 Chapter 3: Keyword Details 3.1 Function Keywords 39 39 ABS ACCEL ACOS ALIGN ASC ASIN ATAN2 BASE BCD BELT BITS BMASK BSTATUS CAS $CHR COM CONFIG COS CUBRT $DBLB DBLB 22353-000 Rev. D 39 40 42 44 45 46 48 50 51 52 54 56 57 59 60 61 62 67 69 70 71 eV+3 Keyword Reference Manual 3 DCB $DECODE $DEFAULT DEFINED DEST DEVICE DISTANCE DURATION DX DY DZ ENCLATCH $ENCODE $ERROR ERROR FALSE $FLTB FLTB FRACT FRAME FREE GETC GET.EVENT HERE HOUR.METER $ID ID IDENTICAL INRANGE $INTB INT INTB INVERSE IOSTAT LAST...
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...164 floor() ................................................................................................................. 165 round() ............................................................................................................... 166 random() ............................................................................................................ 168 sum() ................................................................................................................. 169 average() ........................................................................................................... 170 stdevp() ............................................................................................................. 171 stdevs() ............................................................................................................. 172 min() .................................................................................................................. 173 max().................................................................................................................. 174 d2r() ................................................................................................................... 175 r2d() ................................................................................................................... 176 sin().................................................................................................................... 177 ...
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..., the X and Y coordinates of points on the arc are repeatedly computed. They are then used to create a transformation that defines the destination for the next robot motion segment. DURATION 0.5 ALWAYS FOR angle = start TO last STEP angle.step x = radius*...
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...ceil() ......................................................................................................................................... 118 3.5 floor() ....................................................................................................................................... 119 3.6 round() ..................................................................................................................................... 120 3.7 random() .................................................................................................................................. 122 3.8 d2r() ......................................................................................................................................... 123 3.9 r2d() ......................................................................................................................................... 124 3.10 sin() .......................................................................................................................................... 124 3.11 ...
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...ク」から他の整定値に変更する ②リレーロック入力 (LLOCK-Lcom 間 ) の入力を切る CT 比倍率 遅れ 30° 動作値 I =1.15×I COS(-150° ) 0.398(A) 0.346(A) 0.398(A) 動作時間 整定値の± 5%( 最小誤差± 50ms) 4 5 4 低圧側付属ケーブル 1m ◆ CT 比倍率設定、CT 比設定の事例 L 専用 CT 60/5A...
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...(OVGR 自動) C₁+ 動作域 S2 TRPR 表 8 エラーコード a₂ トリップ用接点(OVGR 手動) c₁-₂ コモン端子(OVGR) 電力計算式 P= √ 3VI cos(θ-30) 端子配置と役割は図 7 および表 7 を参照ください。 P2 Y₁ Y₂ 形 VOC-1MS2 ∫ 試験方法 12. エラーコード 形K2ZC-K2RV-NPC 遮断器 本機は計算式で 30°...
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... 100 words (200 bytes). (Polling connection only.) (2) If a CVM1, CV, or C200HX/HG/HE DeviceNet Master Unit used, only up to 32 words can be allocated per node. 3-5 Overview Remote I/O • Master-slave connections (polling, bit-strobe, ...
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...-90 to +90 [degree] All real numbers [Radian] -Pi/2 to Pi/2 [Radian] -Pi to +Pi [Radian] -180 to +180 [degree] -90 to +90 [degree] 4-3 4 PROGRAM CODES Syntax atanh({expression}) cbrt({expression}) ceil({expression}) ...
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....33/16.25 Description Set an instantaneous current limit value (root mean square: RMS). Compare those of the Servo Drive and the motor, and use a smaller value. The motor has a smaller value in this example. Use the following formula for calculation. ...
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...Descriptions and Definitions PMAC This is the acronym for Programmable Multi-Axis Controller. Power PMAC IDE This is computer software that is used to configure the Motion Controller, create user programs, and perform monitoring. Sinusoidal Encoder A type of encoder that outputs SIN/...
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...100 0 32 16 0.5 55 * 16 0 1 * 16 #define ContCurrent 3 I2T CALCULATION #define PeakCurrent 9 #define MaxADC 15.735 #define I2TOnTime 2 I157 = INT(32767 * (ContCurrent * 1.414 / MaxADC) * COS(30)) I169 = INT(32767 * (PeakCurrent * 1.414 / MaxADC) * ...
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...)->2 DEGREES TO RADIANS RAD RAD ** Expansion ->458 3 (None)->2 RADIANS TO DEGREES DEG DEG ** Expansion ->459 3 (None)->2 SINE SIN SIN ** Expansion ->460 3 (None)->2 COSINE COS COS ** Expansion ->461 3 (None)->2 TANGENT TAN TAN ** Expansion ->462 ARC SINE ASIN ASIN ** Expansion ->463 3 (None)->2 ARC COSINE ACOS ACOS ** Expansion ->464 3 (None)->2 ARC TANGENT ATAN ATAN ** Expansion ->465 3 (None)->2 3 (None)->2 SQUARE ROOT SQRT SQRT ** Expansion ->466 3 (None)->2 EXPONENT EXP EXP ** Expansion ->467 3 (None)->2 LOGARITHM LOG LOG ** Expansion ->468 Table data processing instructions DATA ...
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... a trapezoid (Top length + bottom length) * height / 2 The ST language simplifies this code. You can use ST as an element in a ladder diagram or create a program in ST only. ST is ideal for: 1. Arithmetic operations and function calculation +, -, *, /, SIN, ...
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...79 67 CP1L CP2E ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ●Floating-point Math Instructions Mnemonic FIX FIXL FLT FLTL +F -F /F ＊F RAD DEG SIN COS TAN ASIN ACOS ATAN SQRT EXP LOG PWR LD,AND,OR+ =F LD,AND,OR+ <>F LD,AND,OR+
F LD,AND,OR+ >=F FSTR FVAL Instruction FLOATING TO 16-BIT FLOATING TO 32-BIT 16-BIT TO FLOATING 32-BIT TO FLOATING FLOATING-POINT ADD FLOATING-POINT SUBTRACT FLOATING-POINT DIVIDE FLOATING-POINT MULTIPLY DEGREES TO RADIANS RADIANS TO DEGREES SINE COSINE TANGENT ARC SINE ARC COSINE ARC TANGENT SQUARE ...