SICK TMS/TMM88 Items 1 - 18 of 18 ⍾ SICK ⍾ Last modified
The SICK TMS/TMM88 catalog features devices designed for precise angle measurement, typically operating with a resolution of 0.01° and a measuring range of ±90° or 360°. These devices offer accuracy levels ranging from ±0.04° to ±0.15°, and often incorporate features like compensated cross-sensitivity and temperature coefficient compensation to ensure reliable performance across various conditions. Many models support communication interfaces and digital filtering for enhanced data processing.
TMS/TMM88 ⍾ Page 1
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TMM88A-PCI090
Inertial sensors, model TMS/TMM88 (TMM88A-PCI090), feature 2 axes, a measuring range of ± 90°, and a resolution of 0.01°. They utilize the CANopen communication interface and are p …
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TMM88A-PKC090
Performance: Number of axis: 2; Measuring range: ± 90°; Resolution: 0.01°; Accuracy: ≤ ± 60°, typ. ± 0.02°, max. ± 0.06°≤ ± 70°, typ. ± 0.04°, max. ± 0.12°≤ ± 80°, typ. ± 0.08°, ma …
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TMM88A-PLC090
Performance: Number of axis: 2; Measuring range: ± 90°; Resolution: 0.01°; Accuracy: ≤ ± 60°, typ. ± 0.02°, max. ± 0.06°≤ ± 70°, typ. ± 0.04°, max. ± 0.12°≤ ± 80°, typ. ± 0.08°, ma …
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TMM88B-ACC090
Performance: Number of axis: 2; Measuring range: ± 90°; Resolution: 0.01°; Accuracy: ≤ ± 60°, typ. ± 0.1°, max. ± 0.2°≤ ± 80°, typ. ± 0.2°, max. ± 0.3°; Compensated cross-sensitivi …
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TMM88B-AKC090
The TMS/TMM88 series inertial sensor, model TMM88B-AKC090, is a 2-axis device with a ±90° measuring range and 0.01° resolution. It features analog/current communication with a 4mA… …
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TMM88B-ALC090
Performance: Number of axis: 2; Measuring range: ± 90°; Resolution: 0.01°; Accuracy: ≤ ± 60°, typ. ± 0.1°, max. ± 0.2°≤ ± 80°, typ. ± 0.2°, max. ± 0.4°; Compensated cross-sensitivi …
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TMM88B-PKC090
The TMS/TMM88 series inertial sensor, model TMM88B-PKC090, features two axes with a ±90° measuring range and 0.01° resolution. It offers analog/current communication with a 4 mA to …
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TMM88B-PLC090
Performance: Number of axis: 2; Measuring range: ± 90°; Resolution: 0.01°; Accuracy: ≤ ± 60°, typ. ± 0.1°, max. ± 0.2°≤ ± 80°, typ. ± 0.2°, max. ± 0.4°; Compensated cross-sensitivi …
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TMS88A-PCI360
Performance: Number of axis: 1; Measuring range: 360°; Resolution: 0.01°; Accuracy: Typ. ± 0.04°, max. ± 0.12°; Temperature coefficient (zero point): Typ. ±0.008°/K 1); Limit frequ …
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TMS88A-PCI360S03
Features: Special device: ✔; Specialty: Accuracy: +/- 0.04°; Standard reference device: TMS88A-PCI360, 1073802; Interfaces: Communication interface: CANopen; Ambient data: Resistan …
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TMS88A-PKC360
Performance: Number of axis: 1; Measuring range: 360°; Resolution: 0.01°; Accuracy: Typ. ± 0.04°, max. ± 0.12°; Temperature coefficient (zero point): Typ. +0.0088°/K, –0.0102°/K 1) …
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TMS88A-PLC360
Performance: Number of axis: 1; Measuring range: 360°; Resolution: 0.01°; Accuracy: Typ. ± 0.04°, max. ± 0.12°; Temperature coefficient (zero point): Typ. ±0.0083°/K 1); Limit freq …
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TMS88B-ACC360
Performance: Number of axis: 1; Measuring range: 360°; Resolution: 0.01°; Accuracy: Typ. ± 0.15°, max. ± 0.25°; Temperature coefficient (zero point): Typ. ±0.008°/K 1); Limit frequ …
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TMS88B-AKC360
Inertial sensor model TMS/TMM88 (TMS88B-AKC360) featuring a single axis and a 360° measuring range with 0.01° resolution. It provides an analog/current output of 4 mA... 20 mA and …
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TMS88B-ALC360
Performance: Number of axis: 1; Measuring range: 360°; Resolution: 0.01°; Accuracy: Typ. ± 0.15°, max. ± 0.25°; Temperature coefficient (zero point): Typ. ±0.01°/K 1); Limit freque …
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TMS88B-PKC360
Performance: Number of axis: 1; Measuring range: 360°; Resolution: 0.01°; Accuracy: Typ. ± 0.15°, max. ± 0.25°; Temperature coefficient (zero point): Typ. ±0.01°/K 1); Limit freque …
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TMS88B-PLC360
Performance: Number of axis: 1; Measuring range: 360°; Resolution: 0.01°; Accuracy: Typ. ± 0.15°, max. ± 0.25°; Temperature coefficient (zero point): Typ. ±0.01°/K 1); Limit freque …
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TMS88D-PCI360
The TMS/TMM88 Dynamic and TMS88D-PCI360 inertial sensor provides single-axis measurement with a 360° range and 0.01° resolution. It features CANopen communication and is programmab …