DMS-UB2000-30GM85-SYN-V1 Synchronous Ultrasonic Sensor

DMS-UB2000-30GM85-SYN-V1 Synchronous Ultrasonic Sensor

In modern industrial automation systems, precision, reliability, and signal clarity are essential—especially when operating multiple sensors in close proximity. The DMS-UB2000-30GM85-SYN-V1, developed under the Dimens brand by RST Elektronik, offers a synchronous ultrasonic sensing solution specifically engineered for parallel sensor setups where conventional models fall short due to signal interference.

This robust M30 cylindrical sensor combines long-range detection (up to 2,000 mm) with a synchronisation interface, allowing multiple sensors to operate side by side without crosstalk or measurement conflict. It is a high-performance choice for industrial engineers and automation specialists in logistics, automotive, packaging, and smart factory systems.

Key Technical Specifications

Feature Value
Model Code DMS-UB2000-30GM85-SYN-V1
Detection Range 180 mm – 2000 mm
Blind Zone 180 mm
Output Type Synchronisation Input/Output
Resolution 1 mm
Response Time 100 ms
Body Type M30 Cylindrical
Voltage Supply 15–30 VDC
Protection Rating IP67
Operating Temperature -25°C to +70°C
Connection Type M12 5-pin sync connector

Designed for Synchronous Precision

Unlike standard ultrasonic sensors, the DMS-UB2000-30GM85-SYN-V1 features dedicated synchronisation I/O ports, ensuring that each sensor emits and receives signals at designated intervals. This functionality effectively eliminates cross-interference, particularly beneficial in parallel sensor arrays used on conveyor belts, packaging systems, and multi-point tank level monitoring.

The short response time (100 ms) combined with 1 mm resolution enables high-speed, accurate distance measurement in dynamic industrial environments.

Typical Applications

This synchronous ultrasonic sensor is ideally suited for:

  • Parallel object tracking on conveyor systems

  • Simultaneous height detection in packaging lines

  • Multi-point measurement in automotive production

  • Multiple level detection points in tanks or silos

  • Smart factory integration for coordinated sensor behaviour

The IP67-rated housing ensures safe use in humid, dusty, or high-vibration environments—making it a trusted component in harsh industrial settings.

Advantages of the DMS-UB2000-30GM85-SYN-V1

  • Synchronous Interface prevents signal overlap in multi-sensor setups

  • Long-range sensing up to 2000 mm

  • Durable M30 metal housing ensures mechanical stability

  • Fast installation using standard M12 5-pin connector

  • Reliable performance in automation, packaging, and logistics systems

  • Compatible with diverse industrial controllers and PLCs

Installation & Connectivity

The sensor can be quickly mounted using its M30 threaded cylindrical body. Synchronisation is achieved via a 5-pin M12 connector, where sensors are triggered by the same signal, allowing precise timing coordination. This method supports expandable systems where additional sensors may be added without risk of signal confusion.

Installation tip: Ensure all sensors in the synchronous network are aligned axially and use shielded cables in environments with high EMI exposure.

Frequently Asked Questions (FAQs)

Q1: Why is synchronisation necessary in ultrasonic sensors?
When multiple sensors operate in the same environment, they may receive each other’s signals, causing incorrect readings. Synchronised sensors avoid this issue by coordinating their transmission.

Q2: What distinguishes this model from standard ultrasonic sensors?
The DMS-UB2000-30GM85-SYN-V1 includes a dedicated sync I/O port, which standard models lack. This makes it ideal for parallel sensor installations.

Q3: Does this sensor support analogue output?
No, this model is specifically designed for synchronised digital triggering. For analogue output needs, we recommend the DMS-UB2000-30GM85-U10-V1.

Looking for a synchronised ultrasonic sensor tailored to your production line?

Get in touch with our technical team for personalised recommendations and project-based pricing.
Fill out our Request for Quotation Form or contact us directly via the Contact Page.