Triple Channel TMR SIL3 Archives - BRAUN GmbH Industrie-Elektronik | Protection Systems https://hp2020.braun-tacho.de/category/triple-channel-tmr-sil3/ Protection Systems | Speed monitoring | Overspeed Protection Mon, 09 Mar 2026 14:19:25 +0000 en-US hourly 1 E16x342 https://hp2020.braun-tacho.de/e16x342/ Wed, 07 Sep 2016 14:23:47 +0000 http://redesign.braun-tacho.de/?p=7804 Monitoring and Protection System E16x342 for highest safety requirements up to SIL3

TMR (triple-modular-redundant) system with sensor monitoring and self-test
The Protection System includes three Monitors E1667 and one Test Interface E1691
Highest safety levels with maximum availability by globally unique and true 2oo3 architecture for each trip criterion within each of the three Monitors
Maintenance-free during lifetime due to integrated automatic proof tests
External test of a 2oo3 solenoid valve block possible via the control system
Minimal Total Cost of Ownership
Requires less than 8% of the permissible PFD value for a SIL3 Safety Loop
Replacement of all active components during operation (hot-swap)
TÜV certified for SIL3 / IEC 61508:2010
TÜV certified for PL e; Cat. 3 / DIN EN ISO 13849-1:2008
TÜV certified for SILCL3 / IEC 62061:2005
API670 and API612 compliant
1 PROFIBUS Interface

Details

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E16x342 Protection System

E16x342

Monitoring and Protection System E16x342 for highest safety requirements up to SIL3

The BRAUN High Safety Protection System Series E16x342 is TÜV certified for SIL3 acc. IEC 61508:2010 and is API 670 Ed.5 and API 612 Ed.7 compliant. It provides protection against overspeed and detects reverse direction. Also up to six other trip criteria such as emergency stop, boiler protection, etc. can be included in the trip string.
Due to its globally unique and true 2oo3 architecture, the system will tolerate one faulty signal within each trip criterion without trip being released.

The TMR (Triple Modular Redundancy) design ensures highest safety and availability for the monitored machine, i.e. the system will bring the machine into a safe state once it has reached a critical condition.
The E16 Protection System consists of three Monitors E1667 for the evaluation of speed and external trip signals, one Test Interface E1691, and a system backplane; all mounted into a 19” rack.
The E16 Protection System permanently monitors the speed sensors for their correct function. During its useful lifetime of 20 years, the system does not require any external proof tests. It is completely maintenance-free and therefore has minimized TCO (Total Cost of Ownership).

All active components (including the trip relays) are directly located on the Monitors and thus can be replaced during operation. The protection system offers in total six 2oo3 Trip Outputs, thereof three for a solenoid trip block and three for other purposes.

Key Features

  • SIL3 / IEC 61508:2010 certified
  • API 670 Ed.5 compliant
  • API 612 Ed.7 compliant
  • Total Response Time to Trip < 15 ms
  • Useful Lifetime and Proof Test Interval = 20 years
  • Triple speed measurement and monitoring by each Monitor
  • Variable Overspeed setpoint depending on the acceleration
  • Direction detection
  • Evaluation of external Trip Criteria signals by up to 6 voters per Monitor
  • All Trip Outputs formed with safety relay contacts in 2oo3 technique
  • Trip Output Monitoring to the solenoid with Trip-Lock
  • Up to 5 additional speed setpoints in 2oo3 technique
  • Sensor signal repeater outputs, free-floating, and push/pull
  • Remote test of solenoid trip block by test signals from DCS possible
  • The only protection system worldwide where all relays or other active components are located on the Monitors
  • 1 PROFIBUS Interface

Benefits

  • Maintenance-free during Lifetime, therefore minimized TCO
  • Highest safety at maximum availability due to true 2oo3 architecture for each trip criterion within each Monitor
  • Very low PFD value (Probability of Failure on Demand), less than 8% of allowable value for a SIL3 loop
  • Replacement of all active components during operation possible (hot-swap and highest availability)

Product Brochures

Title Language File type
E16x342 Product Brochure English PDF

Technical Manuals

 

Title Language File type
E16x342 Manual English PDF

Product Certificates & Declarations of Conformity

Document type Language Scope File type
EU Declaration of Conformity English German European Union PDF
UK Declaration of Conformity English German United Kingdom PDF
SIL3 Certificate English Worldwide PDF
UL/CSA Approval English USA/Canada PDF
back

The post E16x342 appeared first on BRAUN GmbH Industrie-Elektronik | Protection Systems.

]]> E16x352 https://hp2020.braun-tacho.de/e16x352/ Tue, 28 Jul 2015 15:09:32 +0000 http://redesign.braun-tacho.de/?p=5398 Monitoring and Protection System E16x352 for highest safety requirements up to SIL3

TMR (triple-modular-redundant) system with sensor monitoring and self-test
The Protection System includes three Monitors E1668 and one Test Interface E1691
Highest safety levels with maximum availability by globally unique and true 2oo3 architecture for each trip criterion within each of the three Monitors
Maintenance-free during lifetime due to integrated automatic proof tests
External test of a 2oo3 solenoid valve block possible via the control system
Minimal Total Cost of Ownership
Requires less than 8% of the permissible PFD value for a SIL3 Safety Loop
Replacement of all active components during operation (hot-swap)
TÜV certified for SIL3 / IEC 61508:2010
TÜV certified for PL e; Cat. 3 / DIN EN ISO 13849-1:2008
TÜV certified for SILCL3 / IEC 62061:2005
API670 and API612 compliant
2 PROFIBUS Interfaces

Details

The post E16x352 appeared first on BRAUN GmbH Industrie-Elektronik | Protection Systems.

]]>
E16x352 Protection System

E16x352

Monitoring and Protection System E16x352 for highest safety requirements up to SIL3

The BRAUN High Safety Protection System Series E16x352 is TÜV certified for SIL3 acc. IEC 61508:2010 and is API 670 Ed.5 and API 612 Ed.7 compliant. It provides protection against overspeed and detects reverse direction. Also up to six other trip criteria such as emergency stop, boiler protection, etc. can be included in the trip string.
Due to its globally unique and true 2oo3 architecture, the system will tolerate one faulty signal within each trip criterion without trip being released.

The TMR (Triple Modular Redundancy) design ensures highest safety and availability for the monitored machine, i.e. the system will bring the machine into a safe state once it has reached a critical condition.
The E16 Protection System consists of three Monitors E1668 for the evaluation of speed and external trip signals, one Test Interface E1691, and a system backplane; all mounted into a 19” rack.
The E16 Protection System permanently monitors the speed sensors for their correct function. During its useful lifetime of 20 years, the system does not require any external proof tests. It is completely maintenance-free and therefore has minimized TCO (Total Cost of Ownership).

All active components (including the trip relays) are directly located on the Monitors and thus can be replaced during operation. The protection system offers in total six 2oo3 Trip Outputs, thereof three for a solenoid trip block and three for other purposes.

Key Features

  • SIL3 / IEC 61508:2010 certified
  • API 670 Ed.5 compliant
  • API 612 Ed.7 compliant
  • Total Response Time to Trip < 15 ms
  • Useful Lifetime and Proof Test Interval = 20 years
  • Triple speed measurement and monitoring by each Monitor
  • Variable Overspeed setpoint depending on the acceleration
  • Direction detection
  • Evaluation of external Trip Criteria signals by up to 6 voters per Monitor
  • All Trip Outputs formed with safety relay contacts in 2oo3 technique
  • Trip Output Monitoring to the solenoid with Trip-Lock
  • Up to 5 additional speed setpoints in 2oo3 technique
  • Sensor signal repeater outputs, free-floating, and push/pull
  • Remote test of solenoid trip block by test signals from DCS possible
  • The only protection system worldwide where all relays or other active components are located on the Monitors
  • 2 PROFIBUS Interfaces

Benefits

  • Maintenance-free during Lifetime, therefore minimized TCO
  • Highest safety at maximum availability due to true 2oo3 architecture for each trip criterion within each Monitor
  • Very low PFD value (Probability of Failure on Demand), less than 8% of allowable value for a SIL3 loop
  • Replacement of all active components during operation possible (hot-swap and highest availability)

Product Brochures

Title Language File type
E16x352 Product Brochure English PDF

Technical Manuals

 

Title Language File type
E16x352 Manual English PDF

Product Certificates & Declarations of Conformity

Document type Language Scope File type
EU Declaration of Conformity English German European Union PDF
UK Declaration of Conformity English German United Kingdom PDF
SIL3 Certificate English Worldwide PDF
UL/CSA Approval English USA/Canada PDF
back

The post E16x352 appeared first on BRAUN GmbH Industrie-Elektronik | Protection Systems.

]]> E16x346 https://hp2020.braun-tacho.de/e16x346/ Wed, 07 Sep 2016 14:27:19 +0000 http://redesign.braun-tacho.de/?p=7807 Monitoring and Protection System E16x346 for highest safety requirements up to SIL3

TMR (triple-modular-redundant) system with sensor monitoring and self-test
The Protection System includes three Monitors E1667 and one Test Generator E1697
Highest safety levels with maximum availability by globally unique and true 2oo3 architecture for each trip criterion within each of the three Monitors
Maintenance-free during lifetime due to integrated automatic proof tests
Automated tests of a 2oo3 solenoid valve block with permanent monitoring of the feedback via the test generator
Minimal Total Cost of Ownership
Requires less than 1% of the permissible PFD value for a SIL3 Safety Loop
Enhanced safety values due to an integrated test generator
Replacement of all active components during operation (hot-swap)
TÜV certified for SIL3 / IEC 61508:2010
TÜV certified for PL e; Cat. 3 / DIN EN ISO 13849-1:2008
TÜV certified for SILCL3 / IEC 62061:2005
API670 and API612 compliant
1 PROFIBUS Interface

Details

The post E16x346 appeared first on BRAUN GmbH Industrie-Elektronik | Protection Systems.

]]>
E16x346 Protection System

E16x346

Monitoring and Protection System E16x346 for highest safety requirements up to SIL3

The BRAUN High Safety Protection System Series E16x346 is TÜV certified for SIL3 acc. IEC 61508:2010 and is API 670 Ed.5 and API 612 Ed.7 compliant. It provides protection against overspeed and detects reverse direction. Also up to six other trip criteria such as emergency stop, boiler protection, etc. can be included in the trip string.
Due to its globally unique and true 2oo3 architecture, the system will tolerate one faulty signal within each trip criterion without trip being released.

The TMR (Triple Modular Redundancy) design ensures highest safety and availability for the monitored machine, i.e. the system will bring the machine into a safe state once it has reached a critical condition.
The E16 Protection System consists of three Monitors E1667 for the evaluation of speed and external trip signals, one Test Generator E1697, and a system backplane; all mounted into a 19” rack.
The E16 Protection System permanently monitors the speed sensors for their correct function. During its useful lifetime of 20 years, the system does not require any external proof tests. It is completely maintenance-free and therefore has minimized TCO (Total Cost of Ownership).

All active components (including the trip relays) are directly located on the Monitors and thus can be replaced during operation. The protection system offers in total six 2oo3 Trip Outputs, thereof three for a solenoid trip block and three for other purposes.

Key Features

  • SIL3 / IEC 61508:2010 certified
  • API 670 Ed.5 compliant
  • API 612 Ed.7 compliant
  • Total Response Time to Trip < 15 ms
  • Useful Lifetime and Proof Test Interval = 20 years
  • Triple speed measurement and monitoring by each Monitor
  • Variable Overspeed setpoint depending on the acceleration
  • Direction detection
  • Evaluation of external Trip Criteria signals by up to 6 voters per Monitor
  • All Trip Outputs formed with safety relay contacts in 2oo3 technique
  • Trip Output Monitoring to the solenoid with Trip-Lock
  • Up to 5 additional speed setpoints in 2oo3 technique
  • Sensor signal repeater outputs, free-floating, and push/pull
  • Automatic test and monitoring of 2oo3 solenoid trip block
  • The only protection system worldwide where all relays or other active components are located on the Monitors
  • 1 PROFIBUS Interface

Benefits

  • Maintenance-free during Lifetime, therefore minimized TCO
  • Highest safety at maximum availability due to true 2oo3 architecture for each trip criterion within each Monitor
  • Extremely low PFD value (Probability of Failure on Demand), less than 1% of allowable value for a SIL3 loop
  • Replacement of all active components during operation possible (hot-swap and highest availability)

Product Brochures

Title Language File type
E16x346 Product Brochure English PDF

Technical Manuals

 

Title Language File type
E16x346 Manual English PDF

Product Certificates & Declarations of Conformity

Document type Language Scope File type
EU Declaration of Conformity English German European Union PDF
UK Declaration of Conformity English German United Kingdom PDF
SIL3 Certificate English Worldwide PDF
UL/CSA Approval English USA/Canada PDF
back

The post E16x346 appeared first on BRAUN GmbH Industrie-Elektronik | Protection Systems.

]]> E16x356 https://hp2020.braun-tacho.de/e16x356/ Tue, 28 Jul 2015 15:11:57 +0000 http://redesign.braun-tacho.de/?p=5400 Monitoring and Protection System E16x356 for highest safety requirements up to SIL3

TMR (triple-modular-redundant) system with sensor monitoring and self-test
The Protection System includes three Monitors E1668 and one Test Generator E1698
Highest safety levels with maximum availability by globally unique and true 2oo3 architecture for each trip criterion within each of the three Monitors
Maintenance-free during lifetime due to integrated automatic proof tests
Automated tests of a 2oo3 solenoid valve block with permanent monitoring of the feedback via the test generator
Minimal Total Cost of Ownership
Requires less than 1% of the permissible PFD value for a SIL3 Safety Loop
Enhanced safety values due to an integrated test generator
Replacement of all active components during operation (hot-swap)
TÜV certified for SIL3 / IEC 61508:2010
TÜV certified for PL e; Cat. 3 / DIN EN ISO 13849-1:2008
TÜV certified for SILCL3 / IEC 62061:2005
API670 and API612 compliant
2 PROFIBUS Interfaces

Details

The post E16x356 appeared first on BRAUN GmbH Industrie-Elektronik | Protection Systems.

]]>
E16x356 Protection System

E16x356

Monitoring and Protection System E16x356 for highest safety requirements up to SIL3

The BRAUN High Safety Protection System Series E16x356 is TÜV certified for SIL3 acc. IEC 61508:2010 and is API 670 Ed.5 and API 612 Ed.7 compliant. It provides protection against overspeed and detects reverse direction. Also up to six other trip criteria such as emergency stop, boiler protection, etc. can be included in the trip string.
Due to its globally unique and true 2oo3 architecture, the system will tolerate one faulty signal within each trip criterion without trip being released.

The TMR (Triple Modular Redundancy) design ensures highest safety and availability for the monitored machine, i.e. the system will bring the machine into a safe state once it has reached a critical condition.
The E16 Protection System consists of three Monitors E1668 for the evaluation of speed and external trip signals, one Test Generator E1698, and a system backplane; all mounted into a 19” rack.
The E16 Protection System permanently monitors the speed sensors for their correct function. During its useful lifetime of 20 years, the system does not require any external proof tests. It is completely maintenance-free and therefore has minimized TCO (Total Cost of Ownership).

All active components (including the trip relays) are directly located on the Monitors and thus can be replaced during operation. The protection system offers in total six 2oo3 Trip Outputs, thereof three for a solenoid trip block and three for other purposes.

Key Features

  • SIL3 / IEC 61508:2010 certified
  • API 670 Ed.5 compliant
  • API 612 Ed.7 compliant
  • Total Response Time to Trip < 15 ms
  • Useful Lifetime and Proof Test Interval = 20 years
  • Triple speed measurement and monitoring by each Monitor
  • Variable Overspeed setpoint depending on the acceleration
  • Direction detection
  • Evaluation of external Trip Criteria signals by up to 6 voters per Monitor
  • All Trip Outputs formed with safety relay contacts in 2oo3 technique
  • Trip Output Monitoring to the solenoid with Trip-Lock
  • Up to 5 additional speed setpoints in 2oo3 technique
  • Sensor signal repeater outputs, free-floating, and push/pull
  • Automatic test and monitoring of 2oo3 solenoid trip block
  • The only protection system worldwide where all relays or other active components are located on the Monitors
  • 2 PROFIBUS Interfaces

Benefits

  • Maintenance-free during Lifetime, therefore minimized TCO
  • Highest safety at maximum availability due to true 2oo3 architecture for each trip criterion within each Monitor
  • Extremely low PFD value (Probability of Failure on Demand), less than 1% of allowable value for a SIL3 loop
  • Replacement of all active components during operation possible (hot-swap and highest availability)

Product Brochures

Title Language File type
E16x356 Product Brochure English PDF

Technical Manuals

Title Language File type
E16x356 Manual English PDF

Product Certificates & Declarations of Conformity

Document type Language Scope File type
EU Declaration of Conformity English German European Union PDF
UK Declaration of Conformity English German United Kingdom PDF
SIL3 Certificate English Worldwide PDF
UL/CSA Approval English USA/Canada PDF
back

The post E16x356 appeared first on BRAUN GmbH Industrie-Elektronik | Protection Systems.

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