induSENSOR DTA displacement sensor LVDT
induSENSOR DTA displacement sensor — חיישנים ומכשירי מדידה של Micro-Epsilon בתחום LVDT.
הורדת גיליון נתונים (נפתח בלשונית חדשה) הסדרה באתר Micro-Epsilon (נפתח בלשונית חדשה)
מפרט טכני משותף לסדרה
תכונות שיש לכל דגם בסדרה. מה שמשתנה בין הדגמים מופיע בטבלת הדגמים שלמטה.
טווח על פני הדגמים
הטווח שמכסים דגמי הסדרה יחד – לא הטווח של כל דגם.
| מספר ערוצי מדידה | 1–2 |
|---|---|
| דיוק | 3–300 µm |
הדגמים בסדרה
עמודה לכל דגם: מה שונה בין דגמי הסדרה.
| פרמטר | DTA-1-D-1.5-CA eli-m-03b4db718b6da2420be76b7c | DTA-1-D-1.5-SA eli-m-b49169a23b63518470a12f91 | DTA-1-D-3-CA eli-m-de88a43bace26f86647d6d74 | DTA-1-D-3-SA eli-m-4fdae63b134baa5c3ea05a00 | DTA-10-D-3-CA eli-m-369d005cd8e6a8fa8475b284 | DTA-10-D-3-SA eli-m-2a75394d2365e301a1619242 | DTA-15-D-3-CA eli-m-7521df0d683b34e31467d8db | DTA-15-D-3-CR eli-m-6f5a87f117b2104054f096fc | DTA-15-D-3-SA eli-m-29948f3d0027f3126ea227b4 | DTA-15-D-3-SR eli-m-7021b0a3773747737ce6a6de | DTA-25-D-5-CA eli-m-95c4a5dde051fc107d4e294a | DTA-25-D-5-CR eli-m-cd1f1d8977d4cd94450f2136 | DTA-25-D-5-SA eli-m-ef7247d5547168ce8ab73076 | DTA-25-D-5-SR eli-m-5b33a4b0ca1dbf73e49d2308 | DTA-3-D-1.5-CA eli-m-4be3bc0fdbf238d46d5c44ae | DTA-3-D-1.5-SA eli-m-b0303ec6b7e085b8f079da98 | DTA-3-D-3-CA eli-m-4e4bfb251d2876e71d358024 | DTA-3-D-3-SA eli-m-f48b597562b3b9aa71f66bf4 | DTA-5-D-1.5-CA eli-m-576164decb54da3f8d029d63 | DTA-5-D-1.5-SA eli-m-041512448e9957a7330f102c | DTA-5-D-3-CA eli-m-83305d83b38be2f579e210b8 | DTA-5-D-3-SA eli-m-dcc7b57501e021b4bf798c57 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| פרטי ממשק ואות לפי המקור | Analog 0-10V | RS422 / RS485 | RS422 / RS485 | 4-20mA | 4-20mA | 4-20mA | Analog 0-10V | 4-20mA | 4-20mA | 4-20mA | Analog 0-10V | 4-20mA | Analog 0-10V | Analog 0-10V | 4-20mA | RS422 / RS485 | RS422 / RS485 | 4-20mA | 4-20mA | RS422 / RS485 | Analog 0-10V | Analog 0-10V |
| בסיס קצב הדגימה | MSC7602: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7802: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7602: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7802: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7401: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7802: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7602: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7401: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7802: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7802: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7401: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7602: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7802: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7602: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7401: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7602: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7802: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7401: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7802: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7401: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7401: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. | MSC7401: documented induSENSOR controller configuration; verify the selected excitation frequency, output bandwidth and interface module at RFQ. |
| בסיס הגדרת לינאריות | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. | Official Micro-Epsilon DTA-xD data: independent linearity for the exact order-code linearity option. The manufacturer manual does not state a configuration-transferable repeatability value for DTA-xD; do not infer one from linearity or resolution. |
| מספר ערוצי מדידה | 2 | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 2 | 2 | 1 | 2 | 2 | 2 | 1 | 2 | 2 | 2 | 2 | 2 | 2 | 2 |
| ממשקים מובנים | ethercat | ethernet | ethernet | ethernet | ethercat | ethernet | ethercat | ethernet | ethercat | ethercat | ethernet | ethernet | ethernet | ethernet | ethernet | profinet | ethernet | ethercat | ethernet | ethernet | ethernet | ethercat |
| דיוק | 3 µm | 3 µm | 6 µm | 6 µm | 60 µm | 60 µm | 90 µm | 90 µm | 90 µm | 90 µm | 300 µm | 300 µm | 300 µm | 300 µm | 9 µm | 9 µm | 18 µm | 18 µm | 15 µm | 15 µm | 30 µm | 30 µm |
| נתון טכני לפי גודל ובסיס במקור | 0-2 mm model-level measuring interval | 0-2 mm model-level measuring interval | 0-2 mm model-level measuring interval | 0-2 mm model-level measuring interval | 0-20 mm model-level measuring interval | 0-20 mm model-level measuring interval | 0-30 mm model-level measuring interval | 0-30 mm model-level measuring interval | 0-30 mm model-level measuring interval | 0-30 mm model-level measuring interval | 0-50 mm model-level measuring interval | 0-50 mm model-level measuring interval | 0-50 mm model-level measuring interval | 0-50 mm model-level measuring interval | 0-6 mm model-level measuring interval | 0-6 mm model-level measuring interval | 0-6 mm model-level measuring interval | 0-6 mm model-level measuring interval | 0-10 mm model-level measuring interval | 0-10 mm model-level measuring interval | 0-10 mm model-level measuring interval | 0-10 mm model-level measuring interval |
| מגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע | במגע |
| קצב דגימת ADC | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s | 5000 samples/s |
| סטטוס | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל | פעיל |
| גיליון נתונים | PDF — DTA-1-D-1.5-CA (נפתח בלשונית חדשה) | PDF — DTA-1-D-1.5-SA (נפתח בלשונית חדשה) | PDF — DTA-1-D-3-CA (נפתח בלשונית חדשה) | PDF — DTA-1-D-3-SA (נפתח בלשונית חדשה) | PDF — DTA-10-D-3-CA (נפתח בלשונית חדשה) | PDF — DTA-10-D-3-SA (נפתח בלשונית חדשה) | PDF — DTA-15-D-3-CA (נפתח בלשונית חדשה) | PDF — DTA-15-D-3-CR (נפתח בלשונית חדשה) | PDF — DTA-15-D-3-SA (נפתח בלשונית חדשה) | PDF — DTA-15-D-3-SR (נפתח בלשונית חדשה) | PDF — DTA-25-D-5-CA (נפתח בלשונית חדשה) | PDF — DTA-25-D-5-CR (נפתח בלשונית חדשה) | PDF — DTA-25-D-5-SA (נפתח בלשונית חדשה) | PDF — DTA-25-D-5-SR (נפתח בלשונית חדשה) | PDF — DTA-3-D-1.5-CA (נפתח בלשונית חדשה) | PDF — DTA-3-D-1.5-SA (נפתח בלשונית חדשה) | PDF — DTA-3-D-3-CA (נפתח בלשונית חדשה) | PDF — DTA-3-D-3-SA (נפתח בלשונית חדשה) | PDF — DTA-5-D-1.5-CA (נפתח בלשונית חדשה) | PDF — DTA-5-D-1.5-SA (נפתח בלשונית חדשה) | PDF — DTA-5-D-3-CA (נפתח בלשונית חדשה) | PDF — DTA-5-D-3-SA (נפתח בלשונית חדשה) |
שאלות נפוצות
תשובות לשאלות הנפוצות ביותר על המוצרים והשירותים שלנו
בחיישן DTA-xDX הליבה נעה בחופשיות ומחוברת לאובייקט בהברגה. משוש DTA-xG8 משתמש בחוד מגע עם קפיץ או מנגנון פנאומטי.
לא. תדר העירור הוא תדר ההזנה לחיישן LVDT. קצב הנתונים ורוחב הפס של מערכת המדידה תלויים גם בבקר ובהגדרות.
הדרגות משתנות לפי הדגם והטווח ומסומנות בקוד. לינאריות משופרת עם בקר שעבר לינאריזציה היא תצורת מערכת נפרדת, לא נתון גורף לכל ראש.
לא. הערות הטבלה מתנות −40°C בכבל נייח ומגבילות עבודה עד 105°C ל־500 שעות לכל היותר. יש לשמר את התנאים.
הראש זקוק לעירור ולעיבוד מתאים, כגון בקר MSC תואם. בוחרים את יציאת המתח או הזרם בצד הבקר ואת החיווט בהתאם.
קבלו הצעה או התייעצות
ספרו לנו מה אתם צריכים ומהנדס שלנו יחזור אליכם.
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