Nelement Electric Solution

2D LiDAR-based Safety Scanner – Compact (≈95 × 80 × 80 mm), uses infrared laser beams to scan a 270° area, creating configurable protection (up to 5 m) and warning zones (up to 20 m) to detect personnel or objects 

Dual-Zone, Ethernet-Driven – Supports two independently monitored hazardous zones with separate OSSD safety outputs, and offers Ethernet connectivity for real‑time data (distance/intensity) transmission and full integration into control and safety systems 

Encoder-Enabled for Mobile Systems – Features encoder input to adapt safety zones dynamically based on AGV/AMR travel speed and direction, making it ideal for moving robots and autonomous guided vehicles 

Safety-Rated and Standards-Compliant – Certified to PL d/Cat. 3 (ISO 13849‑1) and SIL 2 (IEC 61508); also follows IEC 61496‑1 (Type 3), UL 508, UL 1998 and CSA standards for use in global industrial environments 

User-Friendly Programming & Accessories – Configurable via micro‑SD or USB, supporting up to 32 safety zones; offers mounting kits (base/rear/cover brackets) and replacement parts, ensuring flexible setups and maintenance

Modular and Multifunctional Architecture
The SRB‑E range offers 8 configurable basic relay modules that replace dozens of earlier units; each supports up to 11 safety functions with a simple rotary selection—greatly simplifying design and warehousing 

High Safety Standards (up to PL e / SIL 3)
Compliant with ISO 13849‑1 Cat 4 PL e and IEC 62061/IEC 61508 SIL 3, the SRB‑E, SRB‑EXi (explosion-proof), and specialized variants like SRB‑100DR and SRB‑301MC support emergency-stop, two-hand, and door interlock circuits 

Comprehensive Application Coverage
The lineup includes dedicated modules for emergency stop (e.g., SRB 301MC), two-hand control (SRB 201ZH), double acknowledgment (SRB 100DR), light curtains, standstill monitoring, and intrinsically safe EXi types for hazardous zones Fast Response with Enhanced Diagnostics

These relays offer very short reaction times, LED status/diagnostic indicators, start/feedback circuit checks, and optional short-circuit detection—all aimed at quick error identification and reliable fail-safe action