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T8110B, T8111C, P8110B, ICS Triplex, Plantguard T8110B Processor Description Trusted TMR processor contains and executes the operating and application software programs in a triple redundant, fault tolerant controller system. The fault tolerant design contains six fault containment regions. The three synchronized processor fault containment regions contain respectively a 600 series microprocessor, its memory, voter and associated circuits. The non-volatile memory is used to store the configuration and application programs for the system. Each processor has an independent power supply fed from the dual redundant 24Vdc power supply of the Trusted controller chassis backplane. The processor power supplies provide short circuit protection and regulated power to the module electronics. The processor operates concurrently to achieve triple modular redundancy and fault tolerance. By providing 2-out-of-3 hardware voting on every inter-processor exchange and memory data retrieval, uncompromised fault detection and error-free operation are assured. Trusted TMR processor communicates with other modules via a backplane mounted, triplicated inter-module bus. Additionally, the interface modules are used to support communication with I/O sub-systems and other equipment. Module faults are automatically detected, time-stamped, and stored for historical review. Transient faults, once they are recorded, are cleared automatically without nuisance alarming. Permanent faults in a processor are annunciated on the front panel of the module, without disturbing ongoing processing in the two remaining processors. When a failed Trusted TMR processor is replaced, it is automatically initialized without external loader or other equipment. Application programs are developed using the full suite of IEC 1131-3 languages. The user can load, run, stop, single-step or delete the application program. A front panel maintenance enable key-switch allows the download of application programs. Features Triple modular redundant, fault tolerant 3-2-0 operation. Two-out-of-three voting on internal operations. Automatic fault handling without nuisance alarming. Trusted operating system kernel (IEC 61508 SIL3). Time-stamped fault historian. Module replacement without program down-loading. Non-volatile memory for program storage. Full suite of IEC 1131-3 languages. Multiple process program execution. TÃ?V certified for safety, SIL3.
Description The Trusted TMR expander processor module resides in the processor slots of the Trusted expander chassis and provides the slave interface between the expansion bus and the expander chassis backplane. The expander bus allows multiple chassis systems to be implemented using UTP cable connections whilst maintaining the fault tolerant, high bandwidth inter-module bus (IMB) capabilities. The module provides fault containment for the expander bus, the module itself and the expander chassis, ensuring that the effects of these potential faults are localized and system availability maximized. The module is fault tolerant with Hardware Implemented Fault Tolerant (HIFT), Triple Modular Redundant (TMR) architecture. Comprehensive diagnostics, monitoring and testing provide rapid fault identification. Hot standby and module sparing configurations are supported, allowing automatic and manual repair strategies. Communication between the expander processor and the TMR processor is via the TMR expander interface module and the triplicated expander bus. The expander bus is triplicated, point-to-point architecture. Each channel of the expander bus comprises separate command and response media. Voting is provided at the expander bus interface to ensure that cable faults are tolerated, and the remainder of the expander processor operates in a fully triplicated mode, even in case of cable faults occurring. Communication between the expander processor and the I/O modules in the expander chassis is via the IMB on the backplane of the expander chassis. The IMB is identical to that within the controller chassis, providing the same fault tolerant, high bandwidth communications between the interface modules and the TMR processor. As with the expander bus interface all transactions are voted, localizing faults to Fault Containment Region (FCR) within the IMB should occur. The TMR expander processor module derives its internal voltages from dual redundant +24V dc power supplied via the module connector from the Trusted expander chassis backplane. Each FCR derives the required supplies independently. Non-critical monitoring and module status display functions (front panel LEDs) are also provided. Features Triple Modular Redundant (TMR), fault tolerant (3-2-0) operation. Hardware Implemented Fault Tolerant (HIFT) architecture. Dedicated hardware and software test regimes which provide fast fault recognition and response times. Automatic fault handling without nuisance alarming. Hot replacement. Front panel status LEDs.
Invensys Foxboro : I/A Series system,FBM(input / output modules) Sequence control, ladder logic control , Recalling accident treatment, The digital-to-analog converter input / output signal processing, Data communication and processing and so on. Invensys Triconex : Redundancy fault tolerant control system, Based on the three module redundancy (TMR) structure of the most modern fault-tolerant controller. Westinghouse : OVATIONN systemWDPF system Station system card. Schneider Modicon : Quantum 140 Series processor, control card, Power module and so on. Rockwell Allen-Bradley:Reliance,SLC500/1747/1746MicroLogix/1761/1763/1762/1766/1764,CompactLogix/1769/1768,Logix5000/1756/1789/1794/1760/1788PLC-5/1771/1785 and so on. ABB: Industrial robot parts of DSQC seriesBailey INFI90and so on. Siemens:Siemens MOORESiemens Simatic C1Siemensnumerical control system and so on. Motorola:MVME162MVME167MVME1772MVME177 series. XYCOM:I/OVME Plate and processor an so on . GE FANUC: Module, card, drive various kinds of spare partsand so on . Yaskawa: Servo controller, servo motor, servo driver and so on . Bosch Rexroth:Indramat, I/O module, PLC controller, drive module. Woodward: SPC valve position controller, PEAK15 digital controller.
Mobile batching plant Mobile chassis 2.600 x 17.500 mm chassis, manufactured by 8 mm st 37 metal sheet. Platforms around the mixer unit. Steps to the mixer platform. In rear side of the chassis, electric connection for brake and lights. 2 ea axels 8 units 1100 x 200 tyres. All items mounted on mobile chassis with 2 axles , 4 wheels.
Mobile batching plant Mobile chassis 2.600 x 17.500 mm chassis, manufactured by 8 mm st 37 metal sheet. Platforms around the mixer unit. Steps to the mixer platform. In rear side of the chassis, electric connection for brake and lights. 2 ea axels 8 units 1100 x 200 tyres. All items mounted on mobile chassis with 2 axles , 4 wheels.
Description The Trusted TMR expander interface module resides in the Trusted controller chassis and provides the master interface between the inter-module bus (IMB) in the controller chassis and the expander bus. The expander bus allows multiple chassis systems to be implemented using UTP cable connections whilst maintaining the fault tolerant, high bandwidth IMB capabilities. The module provides fault containment for the expander bus, the module itself and the IMB in the controller chassis, ensuring that the effects of these potential faults are localized and system availability maximized. The module is fault tolerant with Hardware Implemented Fault Tolerant (HIFT), Triple Modular Redundant (TMR) architecture. Comprehensive diagnostics, monitoring and testing provide rapid fault identification. Hot standby and module sparing configurations are supported, allowing automatic and manual repair strategies. Communication between the expander interface and the TMR processor is via the IMB on the backplane of the controller chassis. The IMB provides fault tolerance and high bandwidth communications between the interface modules and the TMR processor. All transactions are voted, localizing faults to a Fault Containment Region (FCR) within the IMB they occur. Communication between the interface module and the TMR expander processor in the expander chassis is via the expander bus. The expander bus is triplicated, point-to-point architecture. Each channel of the expander bus comprises separate command and response media. Voting is provided at the expander bus interface to ensure that cable faults are tolerated, and the remainder of the expander processor operates in a fully triplicated mode, even in case of cable faults occurring. The TMR expander interface module derives its internal voltages from dual redundant +24V dc power supplied via the module connector from the Trusted controller chassis backplane. Each FCR derives the required supplies independently. Non-critical monitoring and module status display functions (front panel LEDs) are also provided. Features Triple Modular Redundant (TMR) fault tolerant (3-2-0) operation. Hardware Implemented Fault Tolerant (HIFT) architecture. Dedicated hardware and software test regimes which provide fast fault recognition and response times. Automatic fault handling without nuisance alarming. Hot replaceable. Front panel status LEDs.
Charging Base Station has added security features to decrease the occurrence of hospital theft. The Thermometer can have a time limit placed in it's memory. This discourages theft because once the time has passed the unit must be returned to it's base or it will not function. The base also holds a box of 200 probe tips and allows recharging using the rechargeable battery (Not Included). Base Recharging Station f/ ThermoScan Pro 4000 Ea
Product mostly consists of rigid abs substrate with a layer of foam attached then with a layer of PVC (vinyl) covering (200000 lbs a month). Some product is rigid abs only (7000 lbs a month), some product is pvc only (30000 lbs a month) 1000 lb bale, 40 HQ container, 40000 lb shipment ea. 240000 per months 6 units amonth
Beijing Huaaixin Energy Saving Equipment Co., Ltd. established in 2003, is a professional manufacturer of heat exchanger. Our products are widely applied in petro-chemical, food, ships, nuclear power, pharmaceutical, Residential Heating System , electricity generating station, Industrial heating exchange system and other fields. Our products list include Plate heat exchanger, All welded plate heat exchange, Brazing heat exchanger, Heat exchanger unit, Fully automatic water processor, full integrated water processor, HX series electronic water processor, Enamel steel plate combined water tank.
MCS1800 -48 VDC/120 Amps, or +24VDC/200Amps, N+1 redundancy Modular design for scalable, cost-effective expansion Front access for simple installation and maintenance High power density Active Power Factor Correction (>. 99PFC) High-efficiency Temperature-compensated float voltage control Alarm Control Unit Low Voltage Battery Disconnect (LVBD) (System equipped with PDU) Remote Monitoring and control
BITS (Building Integrated Timing Source) - Precise Synchronization Signal Supply System - Possible to insert or detect SSM data - Selectivity for input source - Various Timing and clock outputs - Full redundancy for Input, clock generation and frame unit - By Passing the external reference inputs when the malfunction of clock generation units for seamless service - Main s h elf can supply 32 outputs. - Serial communication port for easy control and maintenance. - Support GUI interface with NMS for remote control and maintenance. - 10MHz, 1PPS, 1.544MHz, 2.048MHz- E1, T1, 2M SYNC, DS1, 64/8kHz(Composite clock), RS-422.
Invensys Foxboro:I/A Series system,FBM(input / output modules) Sequence control, ladder logic control , Recalling accident treatment, The digital-to-analog converter input / output signal processing, Data communication and processing and so on. Invensys Triconex: Redundancy fault tolerant control system, Based on the three module redundancy (TMR) structure of the most modern fault-tolerant controller. Westinghouse:OVATIONN system?WDPF system?WESStation system card. Schneider Modicon:Quantum 140 Series processor, control card, Power module and so on. Rockwell Allen-Bradley:Reliance,SLC500/1747/1746?MicroLogix/1761/1763/1762/1766/1764,CompactLogix/1769/1768,Logix5000/1756/1789/1794/1760/1788?PLC-5/1771/1785 and so on. ABB: Industrial robot parts of DSQC series?Bailey INFI90and so on. ?Siemens:Siemens MOORE?Siemens Simatic C1?Siemensnumerical control system and so on. Motorola:MVME162?MVME167?MVME1772?MVME177 series. XYCOM:I/O?VME Plate and processor an so on . GE FANUC: Module, card, drive various kinds of spare partsand so on . Yaskawa: Servo controller, servo motor, servo driver and so on . Bosch Rexroth:Indramat, I/O module, PLC controller, drive module. Woodward: SPC valve position controller, PEAK15 digital controller. Bachmann PTAI216 Bachmann MPC240-128/512M Bachmann BS214 Bachmann NS214 bachmann OT115/R Bachmann DI232 Bachmann DIO280 Bachmann FS211/N Bachmann RS204 Bachmann EM203 Bachmann CM202 Bachmann FM211 Bachmann MX213 Bachmann AIO288 Bachmann ISI222 BENTLY NEVADA 3500/15 BENTLY NEVADA 3500/22M BENTLY NEVADA 3500/40M BENTLY NEVADA 3500/32 BENTLY NEVADA 3500/92 BENTLY NEVADA 3500/64M
Description The Trusted communication interfaces provide the Trusted controller with an intelligent communication interfaces which act as a relay between the Trusted processor and other systems, i.e. the engineering workstation (EWS) and third party systems. This minimizes communications loading of the Trusted processor. The module has a Motorola 600 series processor and MPC106 PCI bridge/memory controller, its associated memory and glue logic. There is also a site for a PCI mezzanine card for future expansion. The module communicates with the Trusted processor via the triplicated inter-module bus (IMB). When polled by the processor, the modules bus interface 2-oo-3 votes the data from the IMB, and transmits back its reply via all three channels. The module implements communications processing under the control of the Trusted processor. Messages received from the processor or an external link are validated undergo the necessary protocol conversion and are then forwarded to their destination. An electrically isolated RS232 diagnostics serial port is provided on the front panel of the module for interfacing to the EWS. The module receives a dual 24V dc supply from the controller backplane. An on-board power supply unit provides voltage conversion for the module electronics, supply conditioning and protection. Configuration of the module is carried out using the Trusted Toolset running on an engineering workstation. Once configured and loaded into the Trusted controller, replacement modules are online educated by the TMR processor. Features Dual Ethernet and four serial ports available. Support for a wide range of communications protocols. Secure, dependable communications via high performance communications links. Trusted Operating System. Built-in hardware and software self-testing. Hot replaceable. Front panel serial diagnostics port. Module fault and status indicators. IEC 61508, SIL 3 safety applications. Provision for future system expansion.
Description The Trusted TMR 24V dc digital input module interfaces to 40 field input devices. A wide input voltage range and programmable thresholds allow the module to be used in current source and current sink configurations. Comprehensive diagnostic tests are performed on each input channel, including tests for stuck on and stuck off failures. Fault tolerance is achieved through Triple Modular Redundancy (TMR) within the same module for each of the 40 input channels. When a line-monitoring device is installed at the field switch, the module can detect open and shorted field cables. Line monitoring can be independently configured for each input channel. The module provides on-board sequence of events (SOE) reporting with a resolution of 1ms. A change of state triggers an SOE entry. States are determined by programmable voltage thresholds that can be configured on a per channel basis. When the field voltage and field return are connected to the auxiliary input channels of the module, thresholds can be specified as a ratio of the current field supply voltage. Each triplicated section of the module, referred to as a slice, conditions and measures each channel independently. Each slice is optically isolated up to 2500V dc. Each slice sends its data to a safety layer hardware voter that presents the information from all three slices to the Trusted TMR processor. When a fault is detected on a slice of the module, the Trusted TMR processor will flag the error, indicating the need to replace the module. The Trusted TMR processor will continue to use the information provided by the remaining two slices until a replacement module is available. Replacement modules can be located in a standby slot next to the module or in a designated SmartSlot with a temporary connection to the same Trusted termination assembly. Modules may be placed in any I/O module slot in a Trusted processor chassis or expander chassis. Once the I/O module configuration is set, mechanical keying is available on all I/O modules to prevent inserting a module into an incorrect slot. Configuration of the module is carried out using the Trusted Toolset running on an engineering workstation. Once configured and loaded into the Trusted controller, replacement modules are online educated by the TMR processor. Features 40 TMR input channels per module. Comprehensive diagnostics and self-test. Line monitoring on a per channel basis. 2500V dc optically isolation. On-board 1ms resolution sequence of events reporting. Hot replaceable. Front panel status LEDs for each channel. Module fault and status indicators. IEC 61508, SIL 3 safety applications.
Description The Trusted TMR analogue input module interfaces to 40 single-ended field input devices. A wide input range and programmable thresholds allow the module to be used in most voltage or current configurations. Comprehensive diagnostic tests are performed on each input channel, including tests for out of range values and stuck at failures. Fault tolerance is achieved through Triple Modular Redundancy (TMR) within the same module for each of the 40 input channels. The module can apply a digital filter to each input channel. Individual channels can be configured for high noise immunity (50Hz or 60Hz rejection), low noise immunity (fast response) or pass-through operation (no filtering). Each input channel has four configurable state thresholds, which may be assigned to SOE reporting. A change of state triggers an SOE entry. The on-board sequence of events (SOE) reporting has a resolution of 1ms. Each triplicated section of the module, referred to as a slice, conditions and measures each channel independently. Each slice is optically isolated up to 2500V dc. Each slice sends its data to a safety layer hardware voter that presents the information from all three slices to the Trusted TMR processor. When a fault is detected on a slice of the module, the Trusted TMR processor will flag the error, indicating the need to replace the module. The Trusted TMR processor will continue to use the information provided by the remaining two slices until a replacement module is available. Replacement modules can be located in a standby slot next to the module or in a designated SmartSlot with a temporary connection to the same Trusted termination assembly. Modules may be placed in any I/O module slot in a Trusted processor chassis or expander chassis. Once the I/O module configuration is set, mechanical keying is available on all I/O modules to prevent inserting a module into an incorrect slot. Configuration of the module is carried out using the Trusted Toolset running on an engineering workstation. Once configured and loaded into the Trusted controller, replacement modules are online educated by the TMR processor. Features 40 TMR input channels per module. Comprehensive diagnostics and self-test. 2500V dc optically isolation. Digital signal filtering on a per channel basis. Four user configurable thresholds per channel. On-board 1ms resolution sequence of events reporting. Hot replaceable. Front panel status LEDs for each channel. Module fault and status indicators. IEC 61508, SIL 3 safety applications.
Platform 200 is an affordable and feature-rich bandwidth managment device. It is the try-level unit of packetcontroller product family. It is designed to manage uplink at up to 100mbps. The platform is suitable for small network for customer provisioning, real-time network analysis and policy enforcement. Solution platform with a fully integrated range of functions • comprehensive bandwidth management • subscriber management (provision flexible qos policy rules with ease, monitor and report on subscriber traffic) • flexible and open system (comprehensive soap-based api) • visibility of network performance (dpi analysis and layer 7 reporting) • manageability (centralized management, redundancy and failover)
Warranty(Year): 1-year Display Ratio: 16:9 Display resolution: 1920x1080 Port: 1*USB3.0 Plugs Type: ALL Package: Yes Series: For Home & Student Hard Drive Type: SSD+HDD Graphics Card Brand: Nvidia Operating System: Windows 10 Feature: Camera Video Memory Capacity: Main memory allocated memory Thickness: 10-18mm Processor Main Frequency: 2.44GHz, -- Processor Core: Quad Core Video Card: NVIDIA GeForce GTX 1080 After-sales Service: Call Center and on-line Technical Support Products Status: Used Type: Ultraslim, Notebook Screen Size: different sizes Processor Manufacture: / Memory Capacity: 2gb Graphics Card Type: Integrated Card Optical Drive Type: / Weight: 1.5kg Place of Origin: China Product name: New quad core computer laptop core i7 8gb ram DDR: 2G/4G Resolution: 1920*1080 Camera: Front 0.3/2.0M G-Sensor: NO wifi: WIFI 802.11b/g/n & ac/a/b/g/n BT: 4.0 USB: Support USB 3.0*1+USB2.0*1 Color: Black, Gold, Pink, Silver, White Processor Type: optiional Brand Name: OEM biz supported Supply Ability Supply Ability: 2000 Unit/Units per Day Quad core core i3 i5 i7 processor 13 15 17 inch intel CPU com Packaging & Delivery Packaging Details Giftbox+ carton box Quad core core i3 i5 i7 processor 13 15 17 inch intel CPU computer laptop Port China
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ABB History ABB is a Swiss-Swedish multinational corporationheadquartered in Zurich, Switzerland, operatingmainly in robotics, power, heavy electrical equipmentand automation technology areas. It is ranked 341stin the Fortune Global 500 list of 2018 and has been aglobal Fortune 500 company for 24 years. Today Recommend ABB 086348-001 ABB 086364-001 ABB 07AI91 WT91 GJR5251600R4202 ABB 07CR41-C12 ABB 07DC91 ABB 07DC91 GJR5251400R0202 ABB 07DC92 ABB 07DC92 GJR5252200R0101 ABB 07DC92 GJR5251600R0202 ABB 07DI92 Advantage Products Allen-Bradley(USA AB)Series â?¡Schneider(Schneider Electric)Series â?¢General electric(General Electric)Series â?£Westinghouse Series â?¤SIEMENS Series â?¥ABB Robots. FANUC Robotsã??YASKAWA Robotsã??KUKA Robotsã??Mitsubishi Robotsã??OTC Robotsã??Panasonic Robotsã??MOTOMAN Robotsã?? â?¦Westinghouseï¼? OVATION Systemã??WDPF Systemã??MAX1000 system spare partsã?? Conversionã??I/O Signal processingã??Data communication systemsDigital-to-Analogue â?§Invensys Foxboro I/A Series system ï¼?FBMï¼?I/Oï¼?SCSã??Trapezoidal logic controlã??Accident recallingã??DAC Invensys Triconex: Redundant fault-tolerant control systemã??Most modern fault-tolerant controller based on Triple Modular Redundancy (TMR) architecture. â?¨Siemensï¼?Siemens MOOREï¼? Siemens Simatic C1ï¼?Siemens CNC system. â?©Bosch Rexrothï¼?Indramatï¼?I/O module,PLC controller, Driver Module Hot selling ABB AC800F 3BDH000002R1 PM802F 3BDH000002R1 ABB AC800F 3BDH000002R1/PM802F 3BDH000002R1 ABB AC800F 3BDH000011R1 SA801F 3BDH000011R1 ABB AC800F 3BDH000011R1/SA801F 3BDH000011R1 ABB ACP201-02 3ADM2001132R0101 ABB ACU-01 3HNA013719-001 ABB AFC094AE01 HIEE200130R1 ABB AFC094AE01 HIEE200130R1 ABB AI610 ABB AI610 3BHT300000R1 ABB AI630 3BHT300011R1 ABB AI801 3BSE020512R1 ABB AI810 3BSE008516R1 ABB AI810 3BSE008516R1 ABB AI820 ABB AI820 3BSE008544R1 ABB AI830 ABB AI830 3BSE008518R1 ABB AI830A 3BSE040662R1 ABB AI835 3BSE008520R1 ABB AI835A 3BSE051306R1 ABB AI845 3BSE023675R2 ABB AI845-eA 3BSE023675R2 ABB AI880A 3BSE039293R1
