Datasensing ST Series

Datasensing ST Series

The ST Series provides a comprehensive family of industrial mounting accessories, engineered for secure sensor fixation, flexible alignment adjustment, and robust performance under heavy-duty conditions. With heavy-duty metal construction, multiple mounting styles (L-brackets, swivel mounts, sliding profiles), and compatibility with a wide range of sensors, this series delivers stable installation, precise alignment, and long-term reliability in demanding production environments.

Design & Functionality

• The mounting accessories are manufactured from high-strength steel or anodised aluminium, designed to support sensors firmly on machine frames, conveyors or structures, even in high-vibration or heavy-duty operations.
• Key features include:
  • Adjustable mounting slots or elongated holes allow fine-tuning of sensor position, orientation and clearance during setup — ensuring optimal alignment and reducing downtime.
  • Standardised mounting dimensions and holes, making the bracket family compatible with multiple sensor series and allowing stock-keeping efficiency.
  • Vibration-resistant fixings and locking mechanisms, enabling stable performance even on high-speed machinery or conveyors subject to shock and motion.
• Mechanical details: Bracket series cover a range of sizes and mounting styles — from compact L-shaped brackets for small sensors to large adjustable profiles for multi-sensor arrays.
• Installation flexibility: The ST family supports direct-mounting to machine frames, panel mounts, overhead rails, or integration into retrofit kits — simplifying adaptation to existing lines or new installations.

Total Crossed Beams

(Here the term is adapted to mean “full mounting flexibility and coverage” rather than literal optical beams.)

• The ST Series ensures a complete mounting solution, meaning that regardless of sensor size, machine orientation or production layout, you can achieve accurate placement, minimal drift and long-term stability.
• This translates into fewer mis-alignments, reduced sensor repositioning, and enhanced detection reliability over time in operational settings.

Beam Pitch Options

(Here interpreted as variant options of bracket size, style and adjustability rather than literal beam spacing.)

• Example variant: Compact L-bracket (e.g., 40 × 120 × 40 mm) for mounting single sensors in tight spaces.
• Example variant: Adjustable sliding profile bracket for multi-sensor arrays or variable positions.
• Example variant: Universal swivel block mount allowing ± angle orientation and quick re-positioning.
• These mounting variant options allow you to choose the ST accessory that matches your sensor footprint, mounting surface, orientation and alignment needs — providing design flexibility.

Intrinsic Synchronism

• The bracket and mounting accessory are designed to integrate seamlessly with the sensor mounting plane — no separate adapter or custom fixture is required — simplifying installation and reducing fixture cost.
• With integrated slotted holes, locking screws and modular elements, the ST accessory family supports fast commissioning, simple alignment, and minimal maintenance, enabling sensor systems to remain in optimal alignment in production environments.

Operational Advantages

• Robust mechanical installation: Heavy-gauge metal construction, vibration-resistant fixings and standardised mounting patterns provide long-term mounting stability even in harsh industrial environments.
• Flexible mounting geometry: With a variety of bracket styles and adjustability features, the series accommodates horizontal, vertical, overhead or constrained sensor installations — without requiring custom fixtures.
• Reduced downtime and maintenance: Accurate initial alignment and secure mounting reduce the need for frequent repositioning or adjustments — helping maintain consistent sensor performance and production uptime.
• Applications: Ideal for mounting sensors in conveyor systems, packaging machines, automated inspection lines, robotics stations, heavy-equipment installations and anywhere secure sensor alignment, machine-side mounting, and repeatable detection reliability are required.