About Banner T30UXDCQ8 Ultrasonic Sensor
- Power: DCPFM Output
- No Sensing Beam: Ultrasonic
- Jam Detection: No
- PC Configurable: No
- IP Rating: IP67
- NEMA / UL Type Rating: NEMA 4X
- Supply Voltage: 10-30 V dc
- Pin / Wire Count: 4
- Item Status: RELEASED
- Sensing Mode (General): Proximity
- Sensing Mode (Detailed): Time of Flight
- Housing Style: Barrel
- Device Type: Sensor
- Primary Housing Material: PBT
- Input/Output: Discrete
- Connection: Integral QD
- Quick Disconnect Type: M12
- Max Sensing Distance (mm): 3000
- Minimum Sensing Distance (mm): 300
- Adjustments: Teach Button
- Number of Pins: 4
- Discrete (Switched) Outputs: 1 NPN/PNP Configurable
- Max Operating Temperature (C): 70
- Min Operating Temperature (C): -40
- Minimum Response Time (ms): 135
- Barrel Thread: M30
- Ultrasonic Frequency (kHz): 114
- Laser Control: No
- Feature: Remote Teach: Yes
- Feature: Washdown Rated: No
- Feature: Clear Object Detection: Yes
- Feature: Timing (Hold/Delay): No
- Feature: Chemical Resistant: No
- Feature: Pump-in/ Pump-out: No
- Feature: Quick Disconnect: Yes
- Feature: Health/Marginal Signal Output: No
- Application: Ultrasonic: Yes
- Common Ethernet Protocol: No
- RS-232: No
- Wireless: No
- EPLAN Status: Published
Fast, Accurate Object DetectionThe Banner T30UXDCQ8 excels in providing quick and precise object detection or distance measurement, with a maximum response time of just 15 ms and accuracy within 1% of its range. Whether you're monitoring fill levels or detecting objects on conveyor systems, this sensor ensures consistent, error-free results.
Versatile Industrial ApplicationsEngineered for versatility, this ultrasonic sensor effectively detects transparent, opaque, liquid, and solid materials. It is commonly used in manufacturing, packaging, and process automation, thanks to features like push-button teach-in, analog and discrete outputs, and robust environmental protection.
Durable and Easy InstallationThanks to its thermoplastic construction and IP67 rating, the T30UXDCQ8 resists dust, water, shocks, and vibrations. Mounting is straightforward with a threaded 30 mm housing and various interface options, including M12 connectors or a 2-meter cable, enabling quick integration into existing setups.
FAQ's of Banner T30UXDCQ8 Ultrasonic Sensor:
Q: How does the T30UXDCQ8 ultrasonic sensor detect different types of materials?
A: The T30UXDCQ8 uses ultrasonic technology, making it suitable for detecting transparent, opaque, liquid, and solid targets. This capability is unaffected by color or surface texture, ensuring reliable detection across a wide variety of industrial materials.
Q: What is the blind zone, and why is it important for sensor selection?
A: The blind zone is the minimum distance from the sensor face (100 mm for this model) within which it cannot detect objects. This specification is crucial for accurate sensor placement and ensures optimal performance, especially in applications requiring close-range detection.
Q: Where can I use the Banner T30UXDCQ8 sensor in industrial automation?
A: This sensor is ideal for applications such as object detection on conveyors, fill level measurement in tanks, and position sensing in automated machinery. Its robust design and IP67 rating make it suitable for harsh industrial and factory settings.
Q: How do I adjust the sensing range and sensitivity of the sensor?
A: The T30UXDCQ8 features a convenient push-button teach-in method, allowing users to set the sensing range and sensitivity without tools. Simply follow the LED alignment and status indicators for straightforward configuration.
Q: What outputs does the T30UXDCQ8 support, and how do they benefit my application?
A: This sensor provides both discrete (NPN/PNP) and analog outputs (0-10 V or 4-20 mA), allowing integration with a wide range of control systems. This flexibility supports varied application needs, such as simple presence/absence detection or precise distance measurement.
Q: Which protection features are included to ensure safe and reliable operation?
A: The T30UXDCQ8 is built with reverse polarity and short-circuit protection. It also meets international vibration and shock resistance standards (IEC 60068-2-6 and IEC 60068-2-27), reducing downtime and increasing operational safety.