ISUB1000-F40
square ultrasonic ranging sensor with adjustable direction and range, and synchronization function
It has a small blind zone, supports rotational installation, and features temperature compensation and synchronization functions.
The ISUB1000-F40 is a versatile, high-precision Industrial Ultrasonic Distance Sensor engineered to meet the rigorous demands of modern industrial automation. Offering a robust detection range of 60mm to 1000mm and operating at a stable 200kHz frequency, this sensor serves as a critical component for automated logistics, fluid management, and reliable object detection.
Designed to operate seamlessly as both a continuous measuring device and a high-performance Square Ultrasonic Proximity Sensor, it provides exceptional installation flexibility and detection stability that standard cylindrical sensors simply cannot match.
The Game-Changing Feature: Axially Rotatable Head
What sets the ISUB1000-F40 apart is its innovative design as an Adjustable Head Ultrasonic Sensor. The sensor emits an asymmetric sound cone, meaning the beam widths on the X and Y axes are different. To leverage this, the sensing head is axially rotatable.
This makes it a highly sought-after Rotatable Beam Ultrasonic Sensor, allowing engineers to easily rotate the probe to align the optimal detection field with the target application—completely eliminating the need to redesign or replace existing mounting brackets.
المواصفات
| البند | ISUB1000-F40-I-V15 ISUB1000-F40-U5-V15 ISUB1000-F40-U10-V15 |
ISUB1000-F40-E4-V15 ISUB1000-F40-E5-V15 ISUB1000-F40-E8-V15 ISUB1000-F40-E9-V15 |
ISUB1000-F40-TTL-V15 |
|---|---|---|---|
| نطاق الكشف | 60....1000 مم | 60....1000 مم | 60....1000 مم |
| Adjustable Range | 70... 1000 مم | 70... 1000 مم | 70... 1000 مم |
| المنطقة العمياء | 60 مم | 60 مم | 60 مم |
| لوحة الهدف القياسية | 100 مم × 100 مم | 100 مم × 100 مم | 100 مم × 100 مم |
| زاوية الشعاع | ±7° | ±7° | ±7° |
| تردد محول الطاقة | 200 كيلوهرتز تقريباً | 200 كيلوهرتز تقريباً | 200 كيلوهرتز تقريباً |
| وقت الاستجابة | ≤100 مللي ثانية | ≤100 مللي ثانية | ≤100 مللي ثانية |
| جهد الإمداد | I: 12–30 V DC U5: 9–30 V DC U10: 15–30 V DC |
E4/E5/E8/E9: 9–30 V DC | 5–30 V DC |
| تيار عدم التحميل | ≤30 مللي أمبير | ≤30 مللي أمبير | ≤30 مللي أمبير |
| نوع الإخراج | I: 4–20 mA U5: 0–5 V U10: 0–10 V |
E4: NPN E5: PNP E8: وضع التباطؤ NPN E9: PNP Hysteresis Mode |
TTL/RS232 Interface |
| القرار | 0.5 مم | 0.5 مم | 0.5 مم |
| الخطية | ± 1% F.S. | ± 1% F.S. | ± 1% F.S. |
| التكرار | ± 1% F.S. | ± 1% F.S. | ± 1% F.S. |
| تيار التشغيل المقدر | — | 200 mA (Short-circuit protected) | — |
| معاوقة التحميل | U5/U10: ≥1 kΩ I: ≤300 Ω |
— | — |
| نطاق التباطؤ | — | 1% of set switching distance | — |
| انجراف درجة الحرارة | ±2% F.S. | ±2% F.S. | ±2% F.S. |
| درجة حرارة التشغيل | –25 °C to +70 °C | –25 °C to +70 °C | –25 °C to +70 °C |
| درجة حرارة التخزين | –40 °C to +85 °C | –40 °C to +85 °C | –40 °C to +85 °C |
| التوافق مع EMC | GB/T 17626.2-2006 GB/T 17626.4-2008 |
GB/T 17626.2-2006 GB/T 17626.4-2008 |
GB/T 17626.2-2006 GB/T 17626.4-2008 |
| تصنيف الحماية | IP65 | IP65 | IP65 |
| الاتصال | موصل V15 (M12×1)، 5 سنون | موصل V15 (M12×1)، 5 سنون | موصل V15 (M12×1)، 5 سنون |
التوصيلة الكهربائية/الأبعاد الكلية/منحنى خصائص الاستجابة
التطبيقات النموذجية
The ISUB1000-F40 is precision-engineered with an axially rotatable sensing face, specifically designed to harness its asymmetric sound cone characteristics. Because the ultrasonic beam width differs significantly between the X and Y axes, users can seamlessly rotate the probe to match the optimal detection field with the target geometry—all without the hassle of remounting the sensor. This flexibility is a game-changer for logistics conveyors. By aligning the wider beam axis, you can cover the entire belt width for reliable object presence detection. Conversely, aligning the narrower axis enables the precise separation and dimensioning of closely spaced packages. Built for industrial stability, it guarantees reliable detection of challenging materials, including transparent films, jet-black items, and highly irregular surfaces.