SICK Absolute encoders / AHM36A Página 1 ⍾ SICK ⍾ Última modificación
El catálogo de codificadores absolutos SICK / AHM36A presenta dispositivos caracterizados por una resolución máxima de 14 bits x 12 bits, proporcionando una resolución de 16.384 x 4.096 pasos. Estos codificadores exhiben límites de error de ± 0,35° y una desviación estándar de repetibilidad de ± 0,2°. Algunos modelos están designados como dispositivos especiales y pueden incluir características como una velocidad de transmisión de datos establecida en 500 kbit/s o un adaptador de brida montado de fábrica.
AHM36A / Absolute encoders ⍾ Página 1
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AHM36A-BACC000S37
Features: Special device: ✔; Specialty: Preprogrammings as descriped in table; Standard reference device: AHM36A-BACC14x12, 1065990; Performance: Max. resolution (number of steps p …
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AHM36A-BACC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BACK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BAPC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BAPK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BBAJ014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BBAK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BBCC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BBCJ014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BBCK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BBPC000S13
Features: Special device: ✔; Specialty: Stator coupling 2072206 premounted; Standard reference device: AHM36A-BBPC014X12; Performance: Max. resolution (number of steps per revoluti …
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AHM36A-BBPC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BBPJ014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BBPM014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BDAC013x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 13 bit x 12 bit (8,192 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standar …
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AHM36A-BDAC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BDAL014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BDCC000S09
Features: Special device: ✔; Specialty: Customized preprogramming; Standard reference device: AHM36A-BDCC014X12, 1071151; Performance: Max. resolution (number of steps per revoluti …
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AHM36A-BDCJ014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BDCK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BDCM014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BDPC000S14
Features: Special device: ✔; Specialty: Stator coupling 2072206 premounted; Standard reference device: AHM36A-BDPC014X12, 1075084; Performance: Max. resolution (number of steps per …
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AHM36A-BDPC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BDPL014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-BKCC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S1AC013x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 13 bit x 12 bit (8,192 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standar …
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AHM36A-S1AL012x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 12 bit x 12 bit (4,096 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standar …
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AHM36A-S1CC000S25
Features: Special device: ✔; Specialty: Pre-setting: Node ID 33, baud rate 250 kBit/s; Standard reference device: AHM36A-S1CC014X12, 1065993; Performance: Max. resolution (number o …
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AHM36A-S1CC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S1CK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S1CM014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S1PC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S1PCF00S23
Features: Special device: ✔; Specialty: Special firmware version 1.03; Standard reference device: AHM36A-S1PC014X12, 1066009; Performance: Max. resolution (number of steps per revo …
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AHM36A-S1PK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S1PL014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S2AC012x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 12 bit x 12 bit (4,096 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standar …
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AHM36A-S2CC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S2CK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S3AC013x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 13 bit x 12 bit (8,192 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standar …
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AHM36A-S3CC000S03
Features: Special device: ✔; Specialty: Baudrate set to 500 kbit/sA copy of the packaging label is included in the scope of delivery for individual use of the customer; Standard re …
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AHM36A-S3CC000S04
Features: Special device: ✔; Specialty: Baudrate factory setted to 250 kbit/s; Standard reference device: AHM36A-S3CC014x12, 1065999; Performance: Max. resolution (number of steps …
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AHM36A-S3CC000S17
Features: Special device: ✔; Specialty: CAN id preprogrammed to 32 (DEZ); Standard reference device: AHM36A-S3CC014x12, 1065999; Performance: Max. resolution (number of steps per r …
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AHM36A-S3CC000S18
Features: Special device: ✔; Specialty: Baudrate set to 500 kbit/s; Standard reference device: AHM36A-S3CC014x12, 1065999; Performance: Max. resolution (number of steps per revolut …
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AHM36A-S3CC000S32
Features: Special device: ✔; Specialty: Pre-programmed Node ID 3 / baud rate 250 K; Standard reference device: AHM36A-S3CC014X1, 1065999; Performance: Max. resolution (number of st …
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AHM36A-S3CK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S3CL014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S3CM014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S3PC000S12
Features: Special device: ✔; Specialty: Flange adapter 2072297 premounted; Standard reference device: AHM36A-S3PC014X12, 1066007; Performance: Max. resolution (number of steps per …
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AHM36A-S3PC013x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 13 bit x 12 bit (8,192 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standar …
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AHM36A-S3PC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S3PK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S3PL014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S3PM013x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 13 bit x 12 bit (8,192 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standar …
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AHM36A-S4AC013x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 13 bit x 12 bit (8,192 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standar …
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AHM36A-S4AC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S4AK012x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 12 bit x 12 bit (4,096 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standar …
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AHM36A-S4CC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S4PC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S4PK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S4PL014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S4PM014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S5AL014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S5CC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S5CM014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S5PC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S5PJ014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S5PM014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S7CC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S8AC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S8CC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-S9CC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-SCCC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-SCCJ014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-SCCK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-SCCL014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-SCPC000S11
Features: Special device: ✔; Specialty: Flange adapter 2072298 premounted; Standard reference device: AHM36A-SCPC014x12, 1074753; Performance: Max. resolution (number of steps per …
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AHM36A-SCPJ014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-SCPK014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-SCPL014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-SDCC014x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 14 bit x 12 bit (16,384 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standa …
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AHM36A-SDPC013x12
Performance: Max. resolution (number of steps per revolution x number of revolutions): 13 bit x 12 bit (8,192 x 4,096); Error limits G: ± 0.35° (at 20 °C) 1); Repeatability standar …
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AHM36A-SDPCF00S35
Features: Special device: ✔; Specialty: Firmware 1.03; Standard reference device: AHM36A-SDPC013x12, 1068328; Performance: Max. resolution (number of steps per revolution x number …
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AHM36A-BDPK014x12
Los codificadores absolutos AHS/AHM36 están disponibles en versiones de un solo giro o multigiro, con una resolución máxima de 14 bits x 12 bits (16.384 x 4.096). Utilizan un diseñ …
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AHM36A-S3CC014x12
El encoder absoluto de la serie AHS/AHM36, modelo AHM36A-S3CC014x12, ofrece funcionalidad de rotación única y rotación continua. Cuenta con una resolución de 14 bits para rotación …
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AHM36A-SCAC012x12
El encoder absoluto serie AHS/AHM36, modelo AHM36A-SCAC012x12, ofrece funcionalidad de rotación única y rotación continua. Cuenta con una resolución de 12 bits x 12 bits (4.096 x 4 …
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AHM36A-S3QC014x12
El encoder absoluto de la serie AHS/AHM36, modelo AHM36A-S3QC014x12, ofrece funcionalidad de vueltas simples y múltiples con una resolución de 14 bits x 12 bits (16.384 x 4.096). P …
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AHM36A-S4QC014x12
El encoder absoluto AHS/AHM36, modelo AHM36A-S4QC014x12, está disponible en una versión de múltiples vueltas con una resolución máxima de 14 bits x 12 bits (16.384 x 4.096). Presen …
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AHM36A-SCPZ000S10
Codificador absoluto AHS/AHM36, modelo AHM36A-SCPZ000S10, disponible en versiones de un solo giro o multigiro. Presenta una resolución máxima de 13 bits x 11 bits (8.192 x 2.048) y …
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AHM36A-SCQC014x12
Codificadores absolutos, modelos AHS/AHM36, ofrecen alta resolución de hasta 14 bits x 12 bits (16.384 x 4.096) tanto en versiones de un solo giro como de múltiples giros. Estos co …
