Category: YOKOGAWA

• Flexible installation Base units can be shipped separately from the enclosure and installed into the enclosure at a suitable timing. This allows a project to perform the acceptance test using the base unit at factory in parallel with field wiring work to the enclosure at the customer site. And this minimizes the exposure of the base unit to the harsh environment such as dust, water, and electromagnetic noise by keeping the base unit in the warehouse during field wiring work to the enclosure. • N-ESB / Optical ESB bus interface function This function allows for communicating with the upper-level field control unit and N-IO node. It also allows for communicating with the lower-level N-IO node. Uplink: Downlink: 1 port /N-ESB bus module (N-ESB bus or optical ESB bus) 1 port /N-ESB bus module (N-ESB bus or optical ESB bus) • Splicing box This is installed in the enclosure as standard. Connect the optical fiber cable of the optical ESB bus from outside to the splicing box. • House keeping (HK) function Monitors the temperature in the enclosure, the system power and field power output. • Maintenance function The node interface unit (NIU) has a Micro-USB maintenance port for maintenance. The setting of the node address is possible with a NIU Node Number Setting tool. NIU Node Number Setting Tool is included in the CENTUM VP R6 software media.  

• GENERAL This General Specifications (GS) covers the hardware specifications of an N-IO field enclosure and its related products (A2NN70D style S2. A2NN60D style S2. A2CB60 style S2. and A2CX100). The N-IO field enclosure (A2NN70D) [System model (*1): A2ZN70D] is a standardized remote I/O enclosure for outdoor use, which provides the accessories including field power supply units with optimized design. The N-IO field enclosure consists of two components, one is a dedicated enclosure with terminal blocks and the other is a base unit with an N-IO node including field power supply units. It is possible to order the enclosure (A2CB60) and the base unit (A2NN60D) [System model (*1): A2ZN60D] individually. In the individual orders, the base unit can be shipped separately from the enclosure. Then this enables the user to install the base unit into the enclosure at a suitable timing. This is defined as “Flexible installation”. The flexible installation allows a project to perform the acceptance test using the base unit at factory in parallel with field wiring work to the enclosure at the customer site. And the flexible installationminim izes the exposure of the base unit to the harsh environment such as dust, water, and electromagnetic noise by keeping the base unit in the warehouse during field wiring work to the enclosure.

Benefits of ProSafe-RS R4 Early start-up of a plant ■ Challenge: Starting up a plant more quickly has long been an issue that directly affects customers’ profits. ■ Our solution: Application engineering and hardware engineering can progress independently and parallel. This parallel work shortens the project schedule, either by starting later or by possibly enabling an earlier start-up. Although the start-up of instruments and the installation of I/O modules can be performed in parallel, the loop check is completed only after the FAT (Factory Acceptance Test) is finished and the controller and the engineering environment are installed. In Yokogawas parallel engineering, there is no need to wait for the controller and engineering environment to be completed. The integrity of loops can be checked only with N-IO modules and F-CSP. If any change is found in the I/O definition information, it can be corrected on the spot, and the corrected definition can then be reflected in the master information in the plant. Reducing risks to scheduled project delivery ■ Challenge: The I/O definition often needs to be changed due to physical constraints. Such problems usually occur during commissioning and may prolong the project schedule, as well as require costly re-wiring. ■ Our solution: The I/O definition of N-IO modules can be changed more flexibly. Signal types among DI/DO/AI/AO can be switched only with software, and there is no need to change I/O modules. Since signal types can be designated at each channel, there is no need to stock I/O modules for each signal type, reducing maintenance costs. Highly flexible installation ■ Challenge: Sufficient space is needed to mount I/O modules. Also, the marshalling to connect field devices and I/O modules require space and work, increasing costs. This may reduce the number of possible locations for arranging I/O modules. ■ Our solution: N-IO modules do not need  the hardware marshalling. Conventionally, this marshalling is necessary to arrange field wiring for each signal type and to connect them to I/O modules dedicated for specific signal types. In contrast, multiple types of signal can be assigned to a single N-IO module, and there is no need for arranging signal types and thus marshalling. For this reason, N-IO modules need less space and wiring for installation. This module is ideal for flexible and distributed installation in the field. Furthermore, the use of N-IO modules eliminates the need for marshalling cabinets, further saving space and costs.

ProSafe-RS R4 adopts the same architecture as CENTUM VP R6 to improve the engineering environment, thus greatly shortening the project schedule. ProSafe-RS R4 N-IO (Network I/O): Smart Configurable I/O (SCIO) In addition to conventional I/O modules dedicated for specific signal types (FIO module), ProSafe-RS R4 can offer the N-IO module, which handles different signal types at each channel. By concurrently accepting both types of module, ProSafe-RS R4 can deal more flexibly with a customers plant design requirements. ■ Features – DI/DO/AI/AO signals can be handled at a single module. The types of I/O signal at each channel can be changed with software. – Remote installation up to 50 km is available by using optical cables. – SIL3 can be achieved with single configuration. Redundant configuration is also selectable. – Terminal block has a disconnect function of signal loop of field devices as a standard function. – An N-IO baseplate is available for intrinsically safe barriers. Field Commissioning Support Package (F-CSP): software for validating and configuring N-IO loops Combined with N-IO modules, F-CSP allows the field devices testing and validation without having a controller and an engineering station. This software is offered as an option of FieldMate. Automation Design Suite (AD Suite) AD Suite offers the engineering environment integrated with CENTUM VP. Its change management function and other features improve engineering quality and efficiency throughout the plant lifecycle. Based on the customers design requirements, the engineering environment can be separated, ensuring a flexible configuration.

Operation True Integration of Production Excellence, Safety Excellence and Asset Excellence CENTUM VP offers in Operations, Safety and Asset Management Solutions through optimized data management presented using cognitive visual integration for operators. For example, CENTUM VP Human Interface Station (HIS) offers integrated alarm visualization from DCS, Safety Instrumented System (ProSafe-RS) and Yokogawa Plant Resource Manager (PRM) Asset Management System that facilitates seamless operations across multiple control systems. CENTUM VP HMI for Simplified Operations Through Visual Cognition Yokogawa’s rich experience in process industry with CENTUM is applied to develop an intuitive, human centric designed HMI environment for plant operations. Flexible windows with multi monitor approach offer an adaptable visual platform for diverse plant operator requirements. GUI designed using on human ergonomics makes CENTUM VP HMI environment easy for users. High visibility for data displays, use of colours considering ambient lighting, optimized contrast for visibility. Display configuration combine knowledge from operator experience deliver optimized data on HMI screens. Powerful HMI environment empower operators take timely correct for operation efficiency.

Customer Centric Values Efficient Engineering Environment Automation Design Suite enables users eliminate redundant work, increase engineering efficiency using flexibility of Standardized Modular engineering, maintain data integrity and enable change management through smart engineering. The reduced workflow translates to sustainable, efficient project execution to realize business value. Intuitive Unified Plant Operations Operator centric interface for control, safety, asset intelligence integrated with embedded Consolidated Alarm Management System prevents information overload for operators allowing deliver safe, high performance, efficient plant operations for customer satisfaction. Pragmatic Lifecycle Management Programmes Yokogawa provide online upgrades, patches, migration, security solutions as lifecycle services. These services involve comprehensive customer collaboration ensuring sustainable return on investment for control system assets. These services are applicable across plant lifecycle. Improved Project Execution and Reduced Cost N-IO (Network I/O), the next-generation software configurable smart I/O reduces footprint, lowers marshalling costs and allows flexible I/O binding. N-IO matched with the FieldMate Validator commissioning tool allow significantly faster project completion to reduce costs without quality compromise.

 GENERAL

This GS covers the hardware specifications of the Terminal Block that can be used for Modules with Built-

In Barrier (FIO) of CENTUM VP.

When installing these apparatuses with intrinsically safe circuit, “Explosion Protection” (TI 33Q01J30-01E)

and “Explosion Protection of FIO Products” (IM 33Y06K01-90E) for CENELEC Approval should be

referenced together with this GS.

These terminal blocks are compliant with ISA S71.04 class G3. The temperature range of the module is -20

to 70 °C.

 STANDARD SPECIFICATIONS

Variation of Connection

Terminal blocks are used to connect I/O modules with built-in barriers to field devices. The pressure

clamp terminal

block is available for I/O modules with Built-In Barrier.

ATSA3S Pressure Clamp Terminal Block for Analog Input (8-channel)

ATSS3S Pressure Clamp Terminal Block for Analog Output (8-channel)

ATST4S Pressure Clamp Terminal Block for TC/mV (16-channel)

ATSR3S Pressure Clamp Terminal Block for RTD/POT (8-channel)

ATSB4S Pressure Clamp Terminal Block for Digital Input (16-channel)

ATSD3S Pressure Clamp Terminal Block for Digital Output (8-channel)

ATSA3D Dual-Redundant Pressure Clamp Terminal Block for Analog Input (8-channel)

ATSS3D Dual-Redundant Pressure Clamp Terminal Block for Analog Output (8-channel)

ATST4D Dual-Redundant Pressure Clamp Terminal Block for TC/mV (16-channel)

ATSR3D Dual-Redundant Pressure Clamp Terminal Block for RTD/POT (8-channel)

ATSB4D Dual-Redundant Pressure Clamp Terminal Block for Digital Input (16-channel)

ATSD3D Dual-Redundant Pressure Clamp Terminal Block for Digital Output (8-channel)

 GENERAL This document describes the hardware specifications of AIP830 Operation Keyboard for Single-loop Operation for Desktop Type HIS. It contains an independent USB speaker (a sound function) other than buzzing alarms (buzzer sounds). An AIP830 keyboard can be used per one Desktop Type HIS.  STANDARD SPECIFICATIONS For installation specifications and environmental conditions, which are common to the systems, refer to the GS “System Overview” (GS 33J01A10-01EN). • Type: Flat keyboard (Sound Function: USB Speaker) • PC Interface: Interface Connector: USB A type x 2 (*1) Conformable USB standard Operation Keyboard Function : USB 2.0 (Full-speed, Bus-powered) Sound Function : USB 1.1 (Full-speed, Bus-powered) • Input Voltage: 5 V±5 % (Supplied from USB Port of PC) • Maximum Consumption Current: 1 A • Weight: Approx. 2.0kg (Without VESA Bracket), Approx. 2.5 kg (With VESA Braceket) (*2) • Chassis Color: Black (Equivalent to Munsell No. N1.5) • AIP830 belongs to IEC 61010-1 installation category Class I (A device not directly connected with the main power supply). • Operating Environment Ambient temperature: 5 to 40 °C (for normal operaiton) -20 to 60 °C (in storage and transportation) Ambient humidity: 20 to 80 %RH (Non-condensing) *1: Both connectors must always be connected directly to a computer. *2: AIP830 with VESA Bracket must be mounted where it holds at least 10 kg of weight.

The YTA710 provides high accuracy, stability, and reliability. The housing structure adopts reliable dual-compartment structure. The sensor input can be choice of single or dual inputs. This input can accept the RTD, thermocouple, ohm, or DC millivolt. It converts the sensor input to a 4 to 20mA DC analog signal or Fieldbus digital signal. HART 7 Protocol, BRAIN Protocol or FOUNDATION™ Fieldbus ITK 6 version are available. The dual input can accept two sensors calculation of the differential or average value and the sensor backup function. Sensor backup functions for automatically switches-over from the primary to the backup upon sensor failure. By adoption of local parameter switch on the Indicator, it becomes easy to do the on-site setting work. YTA710 features include: • Dual-compartment field-mount housing • Choice of HART 7. BRAIN Protocol or FOUNDATION™ Fieldbus ITK 6 Protocol • Local Parameter Setting function (Indicator model) • Advanced diagnosis     FEATURES High    reliability Dual-compartment housing realizes high resistance capability to harsh environments. Variety    of    sensor    inputs The type of sensor input is user-selectable from thermocouples (T/C), RTDs, ohms, or DC millivolts. Digital    communication HART protocol revision is 7 and FOUNDATION Fieldbus. The instrument confi guration can be changed by the user with using the Fieldmate or Handheld terminal. Local    Parameter    Setting Parameter confi guration by the push button off ers easy and quick setup for parameters. Self-diagnostics    function Continuous self-diagnostics capability ensures longterm performance and lower cost of ownership. Dual    universal    inputs Dual input can accept two thermocouple, RTD, ohm or DC millivolt inputs. Diff erential or average temperature measurement is selectable. The sensor backup function for automatically switches-over from the primary to the backup upon sensor failure.

The YTA610 provides high accuracy, stability, and reliability. The housing structure adopts reliable dual-compartment structure. The sensor input can be choice of single or dual inputs. This input can accept the RTD, thermocouple, ohm, or DC millivolt. It converts the sensor input to a 4 to 20 mA DC analog signal or Fieldbus digital signal. HART 7 Protocol or FOUNDATION™ Fieldbus ITK 6 version are available. The dual input can accept two sensors calculation of the differential or average value and the sensor backup function. Sensor backup functions for automatically switches-over from the primary to the backup upon sensor failure. By adoption of local parameter switch on the Indicator, it becomes easy to do the on-site setting work. YTA610 features include: • Dual-compartment field-mount housing • Choice of HART 7. or FOUNDATION™ Fieldbus ITK 6 Protocol • Local Parameter Setting function (Indicator model) • Basic diagnosis The YTA610 is the highly accurate temperature transmitter that accepts Thermocouple, RTD, ohms or DC millivolts inputs and converts it to a 4 to 20 mA DC or Fieldbus signal for transmission. The YTA610 supports HART and FOUNDATION Fieldbus communication protocols. HART type is certifi ed as complying with SIL 2 for safety requirement.     FEATURES High    reliability Dual-compartment housing realizes high resistance capability to harsh environments. Variety    of    sensor    inputs The type of sensor input is user-selectable from thermocouples (T/C), RTDs, ohms, or DC millivolts. Digital    communication HART protocol revision is 7 and FOUNDATION Fieldbus. The instrument confi guration can be changed by the user with using the Fieldmate or Handheld terminal. Local    Parameter    Setting Parameter confi guration by the push button off ers easy and quick setup for parameters. Self-diagnostics    function Continuous self-diagnostics capability ensures longterm performance and lower cost of ownership. Dual    universal    inputs Dual input can accept two thermocouple, RTD, ohm or DC millivolt inputs. Diff erential or average temperature measurement is selectable. The sensor backup function for automatically switches-over from the primary to the backup upon sensor failure.