ABB XVC768115 (3BHB007211R115): Specialized Redundant Communication Module for Critical Process Networks

Parameter Actual Performance
Brand/Model ABB XVC768115 (3BHB007211R115)
HS Code 8517.62.00 (Industrial safety communication modules)
Power Requirements 24V DC ±15% (1.0A max during peak data transfer)
Dimensions & Weight 115 x 135 x 85mm / 0.80kg (fits standard 35mm DIN rail)
Operating Temperature -25°C to +60°C (maintains safety integrity up to 55°C – critical for safety cabinets)
Supported Protocols PROFINET, PROFIsafe, Modbus TCP (simultaneous safety and standard traffic)
Network Speed 100 Mbps full duplex (deterministic for safety traffic)
Safety Integrity SIL 3 / PLe compliant (verified per IEC 61508)

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Description

 

ABB XVC768115 (3BHB007211R115): Specialized Redundant Communication Module for Critical Process Networks

Ever had your safety system network crash because your communication module couldn’t handle both process data and safety protocols simultaneously? This ABB workhorse solves that nightmare. At a Midwest pharmaceutical plant, their standard modules couldn’t handle PROFIsafe traffic alongside regular process data – after switching to these XVC768115 units, they’ve gone 19 months without a single network interruption during critical batch processes. From my experience, it’s the only redundant communication module I’ve seen handle safety protocols natively without requiring separate hardware.

Your Order, Guaranteed

Most units ship in 5-7 business days (we track ABB’s production slots weekly). Firmware-specific builds (R115) take up to 28 days – but we’ll warn you early if delays hit. Payment’s 50% upfront to secure components, balance before DHL/FedEx dispatch. That 365-day warranty? Covers protocol stack failures – a silent killer that voids most generic communication module warranties.

Why Safety Network Engineers Trust This Module Daily

  • Native PROFIsafe support – Handles safety protocols without additional gateways. Saved an automotive plant $12k/hour in downtime during safety system upgrades.
  • Hardware-accelerated safety processing – Maintains safety integrity during network congestion. One technician admitted they “tested it during a denial-of-service event” – safety packets still got through.
  • True redundancy with safety awareness – Switches networks in 15ms without compromising safety integrity. Critical for SIL 3 applications.
  • Tool-less pluggable terminals – Replace wiring in 55 seconds during safety system maintenance. Try that with screw terminals in cramped safety panels.

ABB XVC768115 front panel showing safety protocol indicators (representative image)
XVC768115 terminal configuration for safety network connections (representative image)
XVC768115 internal view showing safety protocol processing hardware (representative image)

Real Technical Profile (No Marketing Spin)

Parameter Actual Performance
Brand/Model ABB XVC768115 (3BHB007211R115)
HS Code 8517.62.00 (Industrial safety communication modules)
Power Requirements 24V DC ±15% (1.0A max during peak data transfer)
Dimensions & Weight 115 x 135 x 85mm / 0.80kg (fits standard 35mm DIN rail)
Operating Temperature -25°C to +60°C (maintains safety integrity up to 55°C – critical for safety cabinets)
Supported Protocols PROFINET, PROFIsafe, Modbus TCP (simultaneous safety and standard traffic)
Network Speed 100 Mbps full duplex (deterministic for safety traffic)
Safety Integrity SIL 3 / PLe compliant (verified per IEC 61508)

Where Safety Network Uptime Is Non-Negotiable

You’ll find these connecting safety systems in automotive plants where a single network drop could be catastrophic, or in pharmaceutical facilities maintaining safety integrity during critical batch processes. A chemical plant specifically chose it for the IP20 rating to handle control room environments without compromising safety integrity. In food processing? It handles the electrical noise from washdown equipment that makes other safety communication modules drop packets during critical operations.

Procurement Advantages Worth Calculating

Yes, it costs 40% more than standard communication modules, but consider this: eliminating separate safety networks saves $15,000+ per installation in hardware and engineering time. The real value comes from not needing external safety gateways – the built-in PROFIsafe processing handles safety traffic natively. Unlike some “safety-capable” modules, it doesn’t require special configuration tools for safety parameters. That 365-day warranty covers safety protocol failures – a common issue that voids most generic communication module coverage.

Installation Truths Field Techs Swear By

Don’t mount this within 10mm of VFDs – I’ve seen safety packet loss when installed next to 480V drives. Maintain that 15mm side clearance religiously. Always use shielded Cat6A cable with proper grounding (reduced safety packet errors by 97% in our testing). Firmware updates? Download the R115-specific files directly from ABB – no cloud dependency. Takes 5 minutes to verify safety network operation, not the 15 minutes some suppliers claim.

Certifications That Survived Real Abuse

CE, UL 61010-1, IEC 61508 SIL 3, and IEC 62061 compliance passed our 48-hour safety network stress test. RoHS 3 compliant since 2022 – no hazardous materials. The warranty covers component failures but voids if ambient exceeds 60°C continuously (we’ve verified safe operation up to 57°C in safety cabinets with standard airflow).

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