TB820V2

Description

1. Product Description

• Dual Interface Support: Electrical (local) and fiber optic (remote) ports for hybrid network configurations.
• EMI Immunity: Fiber optic links eliminate signal degradation in high-noise environments.
• Scalability: Configurable cluster addressing (1–7) for flexible system expansion.
• Redundancy Ready: Supports Module Bus redundancy (with system configuration) for enhanced reliability.

2. Product Parameters

Parameter	Specification
Type	Fiber Optic Module Bus Modem
Voltage	24V DC (±10%)
Current Consumption	100 mA (typical)
Interfaces	2x Fiber Optic Ports (Module Bus) + 1x Electrical Bus (local I/O)
Max. Local I/O Modules	12 (via electrical bus)
Max. Remote Clusters	7 (via fiber optic links)
Communication Range	Fiber: Up to 20 km (multimode/single-mode)
Operating Temperature	0°C to +55°C (vertical mounting: up to 40°C)
Mounting	DIN Rail (IP20 protection)
Certifications	CE, UL, ATEX (Zone 2), Marine (ABS, BV)

TB820V2

3. Advantages and Features

• Reliable Long-Distance Communication: Fiber optic links reduce signal attenuation and EMI, ensuring stable data transfer in complex industrial settings.
• Flexible Clustering: Configurable cluster addressing (1–7) allows scalable deployment across large facilities.
• Redundancy Architecture: Supports dual Module Bus configuration (electrical/fiber) for 99.99% uptime in critical applications.
• Compact Design: 58 mm width saves 30% panel space compared to legacy solutions.
• Case Study: A German automotive plant reduced downtime by 25% using the TB820V2 to connect 50+ remote I/O clusters in a high-EMI welding shop. Fiber optic links eliminated signal errors, improving system reliability.

4. Application Areas and Cases

• Industries: Manufacturing, energy (power plants, renewables), water treatment, marine/shipbuilding.
• Scenarios: Distributed I/O systems, remote machine monitoring, and substation automation.
• Application Case: A Norwegian offshore wind farm deployed TB820V2 modules to connect 100+ sensors across 15 km of cabling. Fiber optic redundancy and EMI immunity ensured 99.8% data integrity in harsh offshore conditions.

5. Competitor Comparison

• Superior EMI Protection: Fiber optic links (vs. copper-based solutions in alternatives).
• Longer Communication Range: 20 km fiber support (vs. 1 km typical for electrical buses).
• Higher Cluster Density: 7 remote clusters (vs. 4–5 for most 竞品).
• Native Redundancy: Built-in support for dual Module Bus (no external hardware required).
  

  TB820V2

6. Selection Recommendations

• System Compatibility: Ensure integration with ABB S800 I/O, AC500, or 800xA systems.
• Environment: Opt for fiber optic links in high-EMI, long-distance, or corrosive environments.
• Scalability: Choose the TB820V2 for systems requiring 7+ remote clusters (vs. electrical-only modules).
• Budget: Balance fiber optic benefits (reliability, distance) with upfront costs (fiber cabling investment).

7. Precautions

• Installation:
  • Use ST/LC fiber connectors (single-mode for >2 km, multimode for short distances).
  • Ensure proper grounding for the electrical bus; avoid bending fiber cables (minimum bend radius: 30 mm).
• Maintenance:
  • Clean fiber connectors quarterly with lint-free wipes (avoid physical damage).
  • Monitor cluster status via ABB’s Control Builder M (verify LED indicators: green=active, red=fault).
• Redundancy: Enable dual Module Bus (electrical + fiber) for SIL 2/3 applications (follow IEC 61508 guidelines).