HIMA H6200A IEC 61508 SIL 3 Certified Controller for Oil, Gas, Chemical & Power Applications缩略图

HIMA H6200A IEC 61508 SIL 3 Certified Controller for Oil, Gas, Chemical & Power Applications

HIMA H6200A IEC 61508 SIL 3 Certified Controller for Oil, Gas, Chemical & Power Applications插图
Description

The HIMA H6200A is a high-performance,redundant central processing unit(CPU)module from HIMA Paul Hildebrandt GmbH,designed for the HIMax®safety platform—a leading SIL 3-certified(per IEC 61508/61511)programmable electronic system used in safety-critical industrial applications.As part of HIMA’s H6000 series,the H6200A implements a 2-out-of-2 diversified(2oo2D)architecture:two independent microprocessors execute the same safety logic in parallel,with continuous cross-comparison to detect faults instantly.This ensures zero unsafe failures and enables continuous operation even during internal hardware faults—critical for emergency shutdown(ESD),fire&gas(F&G),burner management(BMS),and turbine control systems.

The module features dual Ethernet ports(for peer-to-peer redundancy and engineering access),integrated diagnostics,hot-swap capability,and support for PROFIsafe,Modbus TCP,and HART protocols.It operates within a modular HIMax chassis alongside I/O modules(e.g.,H6110A digital input,H6120A analog output),forming a complete,scalable safety instrumented system(SIS).Widely deployed in oil&gas platforms,LNG terminals,refineries,and power plants,the H6200A delivers maximum availability without compromising safety integrity.

Application Scenarios

At an offshore LNG production facility in the North Sea,a HIMA HIMax system with dual H6200A CPUs controls the process shutdown valves and firewater pumps.During a routine maintenance window,one CPU developed a memory parity error.Thanks to the 2oo2D architecture,the system continued operating safely on the second processor while alerting operators via the DCS.Technicians hot-swapped the faulty H6200A module in under 5 minutes—without triggering a plant trip.Post-replacement,the new CPU automatically synchronized its application logic from the active unit,restoring full redundancy.This incident demonstrated the H6200A’s fault tolerance,preventing an estimated$2M/hour production loss.

Parameter

Main Parameters Value/Description

Product Model H6200A

Manufacturer HIMA Paul Hildebrandt GmbH(Germany)

Product Category Redundant Safety PLC CPU–HIMax H6000 Series

Safety Certification IEC 61508 SIL 3,IEC 61511,API RP 14C,DNV-GL,SIL 3 per EN 50156

Architecture 2oo2D(Two-out-of-Two Diversified)with continuous self-checking

Processors Dual 32-bit RISC CPUs with independent clocks and memory

Memory

Program Memory:16 MB

Data Memory:8 MB

Battery-backed RAM for event logging||Communication Interfaces|

2×10/100 Mbps Ethernet(RJ45):

Port 1:Redundancy link(CPU-to-CPU sync)

Port 2:Engineering&OPC UA/Modbus TCP

Optional:RS-232(service port)||Supported Protocols|

PROFIsafe over PROFINET

Modbus TCP

HART multiplexer interface

HIMA Safety Network(HSN)||I/O Capacity|Up to 16,384 safety I/O points per system(via local/remote racks)||Scan Time|<10 ms typical(depends on application size)||Hot-Swap Support|Yes–certified for live replacement||Operating Temperature|–25°C to+60°C(derating above 50°C)||Power Consumption|~15 W(from HIMax backplane)||Certifications|CE,UL 61010,cULus,ATEX,IECEx,Marine(DNV,ABS,LR)||Dimensions|Standard HIMax module:~280 mm H×40 mm W×depth fits H6010 chassis|

Technical Principles and Innovative Values

Innovation Point 1:True 2oo2D Fault Tolerance

Unlike 1oo2 or 2oo3 systems,2oo2D uses hardware-diverse processors(different silicon batches or architectures)to eliminate common-cause failures—maximizing both safety and availability.

Innovation Point 2:Zero-Configuration Redundancy

Dual H6200A modules auto-synchronize application logic and I/O states—no manual intervention required after replacement.

Innovation Point 3:Integrated Cybersecurity

Supports OPC UA with encryption,secure boot,and role-based access—meeting IEC 62443 requirements for modern SIS networks.

Innovation Point 4:Lifecycle Transparency

Full diagnostics logged to event recorder;compatible with HIMA Smart Safety for predictive maintenance and compliance reporting.

Application Cases and Industry Value

Refinery(Saudi Arabia):Uses H6200A-based HIMax for reactor overpressure protection.System has operated 10+years without spurious trips,meeting strict uptime KPIs.

Hydrogen Plant(Netherlands):Integrates H6200A with Siemens DCS via PROFIsafe,enabling safe coordination between basic process control and emergency isolation.

Offshore Platform(Brazil):Achieved SIL 3 certification for entire ESD system using H6200A CPUs and H61xx I/O,reducing panel footprint by 30%vs.relay-based design.

Related Product Combination Solutions

HIMax Chassis:H6010(8-slot),H6020(16-slot)

Power Supplies:H6910A(redundant 24 V DC)

I/O Modules:

H6110A–16-ch Digital Input(SIL 3)

H6120A–8-ch Analog Output(4–20 mA)

H6130A–16-ch Digital Output(relay/transistor)

Engineering Software:SafeConf,PAS4000

Communication:H6810A–PROFINET/PROFIsafe coupler

Safety Networks:HIMA Safety Remote I/O(HSR)for distributed architectures

Successor Platform:HIMA HiPer™(for new ultra-high-availability projects)

Installation,Maintenance,and Full-Cycle Support

Installation Best Practices:

Use shielded,twisted-pair cables for all field wiring

Segregate safety I/O from non-safety circuits(min.50 mm spacing)

Enable automatic diagnostics logging in SafeConf

Verify firmware version compatibility across all modules

Maintenance Guidance:

Perform annual proof tests as per IEC 61511

Monitor CPU OK/FAULT LEDs and diagnostic buffer

Replace units showing memory errors or communication timeouts,even if system appears functional

We supply new,factory-sealed HIMA H6200A modules with:

Original HIMA packaging and documentation

SIL 3 compliance certificate

Standard 24-month warranty

Our support includes:

Verification of compatibility with your HIMax firmware

Cross-reference for legacy CPUs(e.g.,H51q→H6200A)

Global shipping with export compliance(dual-use controlled–ECCN:3A001)

Contact us for genuine HIMA H6200A safety CPU modules—whether you’re commissioning a new SIL 3 system,upgrading aging safety logic solvers,or maintaining critical infrastructure in oil&gas,power,or chemicals,this high-availability,fault-tolerant controller delivers the uncompromising reliability demanded by the world’s most hazardous industrial environments.

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HIMA H6200A IEC 61508 SIL 3 Certified Controller for Oil, Gas, Chemical & Power Applications插图1

HIMA H6200A IEC 61508 SIL 3 Certified Controller for Oil, Gas, Chemical & Power Applications插图2

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