INTERFACE TECHNOLOGY TERMINATION BOARD SOLUTION

Transcription

1 PROCESS AUTOMATION INTERFACE TECHNOLOGY TERMINATION BOARD SOLUTION HSYSTEM FOR YOKOGAWA

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3 About PepperlFuchs PepperlFuchs is a leading developer and manufacturer of electronic sensors and components for the global automation market. Since more than 60 years, our continuous innovation, high quality products, and steady growth guarantee continued success. One Company Two Divisions PEPPERLFUCHS Protecting your Process The Process Automation Division is a market leader in intrinsically safe explosion protection. We offer comprehensive, applicationoriented system solutions, including customerspecific control cabinet solutions for the process industry. A large portfolio of components is available from our various product lines: isolated barriers, fieldbus infrastructure solutions, remote I/O systems, HART interface solutions, level measurement devices, purge and pressurization systems, industrial monitors and HMI solutions, power supplies, separator alarm systems for oil and petrol separators, hazardous area enclosures and equipment. PEPPERLFUCHS SENSING YOUR NEEDS The main target markets of the Factory Automation Division are machine and plant construction, the automotive industry, storage and material handling, printing and paper industry, packaging technology, process equipment, door, gate and elevator construction, mobile equipment, renewable energies. With the invention of the inductive proximity sensor in 958, the company set an important milestone in the development of automation technology. Under the motto Sensing your needs, customers benefit from tailormade sensor solutions for factory automation. The division offers a wide product range of industrial sensors whether it s inductive, photoelectric or ultrasonic sensors, rotary encoders, identification systems, barcode readers for D, D and data matrix codes, and vision sensors.

4 PepperlFuchs worldwide We're There When You Need Us A global presence enables PepperlFuchs to offer the best of both worlds: extremely high engineering standards combined with efficient, lowcost manufacturing facilities. A worldwide presence means we have exactly what you need to make your process efficient and reliable. It means the most advanced technical expertise in the business is standard with every PepperlFuchs product. It means we have the largest and most ingenious staff of seasoned and skilled engineers and field representatives in the industry. It means we re there when you need us anywhere in the world. PepperlFuchs offers proven industry expertise through marketbased, customerfocused products that provide answers to the toughest application problems. Our target industries are involved with chemicals, pharmaceuticals, oil & gas, petrochemicals, and other areas including wastewater treatment and power technology. In all industrial areas, PepperlFuchs is both a supplier and partner for end users, control systems manufacturers, system integrators and engineering contractors. We set the standard by offering the best product, service and support in the world. From our expert application analysis and global key account management, to our onsite engineering of new systems and technical support after the sale, we stand solidly behind every product we build. North and Central America Twinsburg, Ohio, USA Western Europe Antwerp, Belgium Northern Europe Oldham, UK Asia Pacific Singapore Middle East and India Dubai Southern and Eastern Europe Milan, Italy Germany Committed to engineering excellence, our worldwide headquarters is located in Mannheim, Germany. More than 600 specialists are dedicated to continuing our heritage of high quality and innovation. South America São Paulo, Brazil

5 Solutions for Yokogawa Table of Contents Introduction 4 Solutions 8 System Description 9 s 6 HSystem Isolated Barriers 04 Appendix 8 Glossary 3 General Notes 45 Model Number Index 48 3

6 CTB6YC3RRBKSCCAI6 HiD06 PWR ch Transmitter Power Supply Introduction Solutions for Yokogawa The Catalog This catalog presents the product portfolio of solutions for Yokogawa and, compiled by our inhouse experts, shares concise technical knowledge based on years of substantiated experience. Product Selection Tables Product selection tables are located at the beginning of each section, making it easy to find the product you need. Solutions for Yokogawa Selection Tables Yokogawa PepperlFuchs Board Page PepperlFuchs Module Page Channel Class Number of Modules Type Channel Type ADV5 3 IS 3 HiCTB3YC3RRBAKCCDX3 3 HiC8 09 ADV5 3 IS 6 HiCTB6YC3RRBAKCCDX3 36 HiC8 0 ADV5 3 IS 8 HiDTB08YC3RRBAKCCDX HiD84 Digital Outputs Yokogawa PepperlFuchs Board Page PepperlFuchs Module Page Channel Class Number of Modules Type Channel Type ADV55 3 IS 3 H B3YC3RRBAKCCDX3Y 44 HiC87 ADV 3 IS 6 YC3RRBAKCCDX3 48 HiD87 3 s Product Data Pages The product data sheets contain all of the relevant data necessary to select and specify the equipment. It includes four major sections: Features, Function, Technical Data, and Diagrams. Surrounding these key elements are navigation tools necessary to help identify the product including special colors, markings, and symbols. Comprehensive product information can be found at Product highlights Model number Catalog_Yokogawa_YC3_eng.book Seite 6 Dienstag, 7. Mai 03 5:34 7 Primary function Catalog_Yokogawa_YC3_eng.book Seite 5 Dienstag, 7. Mai 03 5:34 7 Function description Colorcoded navigation tabs s HSystem Hazardous area products Front view drawing Connection diagram SIL rating designator HiCTB6YC3RRBKSCCAI6 Features Technical data channel isolated barrier Supply Rated voltage V via supply (bus powered) Features Power loss 0.8 W at 4 V (per channel) wire SMART transmitter Input System Board for Yokogawa Output for 4 ma... 0 ma or V... 5 V Input current ma, current limit 6 ma typ. For 6channel AI card AAI43 Low power dissipation Ripple 0 mv eff For 6 modules Conformal coating Voltage min. 5.5 V at 0 ma Recommended module: HiC05 (AI) Output Up to SIL acc. to IEC 6508 supply Load Ω Hazardous area: spring terminals, blue Output signal ma or... 5 V (on 50 Ω, 0. % internal shunt) Function Ripple 0 mv Safe area: Yokogawa system connector, 40pin eff on a load of 50 Ω This isolated barrier is used for intrinsic Response time 40 ms, % step change Function safety applications. It provides wire Transfer characteristics SMART transmitters with power in the Calibrated accuracy < ± 0. % of fullscale value (current output) The function hazardous of the Termination area, and Board repeats as well the as current Influence of temperature < μa/k ( C ( F)); the connector < 4 μa/k ( C ( F)) 0.0 %/ K pin assignment to drive exactly a safe fit the area requirement load. of Yokogawa Frequency range communication channel: khz within 3 db, systems. Bidirectional communication is supported (6 db at 00 khz), Tx to output and output to Tx, Information about for SMART missing transmitters supply voltage that use of the current interface suitable for use with SMART transmitters using modules is available modulation for the to transmit system data as potentialfree and voltage contact. HART or similar protocol Wiring errors modulation from field will to receive be reported data. via the same relay Influence of load < ± 0. % of fullscale value from Ω contact if the The interface outputs module are isolated supports from this the function. Linearity < ± 0. % of fullscale value inputs Ambient conditions The Termination and are Boards referenced are supplied to the with power a robust supply glass fiber Ambient temperature C ( F) reinforced plastic common. housing as standard. This design permits the Mechanical specifications fast and reliable This installation module mounts on 35on mm a HiD DINTermination mounting rail Protection degree IP0 acc. to EN 6075 Board. in the cabinet. Mass approx. 40 g Dimensions 8 x 06 x 8 mm (0.7 x 4. x 5 in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 0 ATEX 05 Group, category, type of protection II ()GD [Ex ia] IIC, [Ex iad] [circuit(s) in zone 0///0//] Statement of conformity PF 0 CERT 609 X Group, category, type of protection, II 3G Ex na II T4 temperature class CSA approval Control drawing CSB (ccsaus) IECEx approval IECEx CES 0.00 Diagrams Connection Front view LED green: Power supply (I), (II), HiD06 X0 ERR 6 SL SL 5 I 5a () () 8a 5b (4) (4) 7a 4 3 HiD 06 II a () () 0a b (5) AAI43 (5) 9a 0 9 TB Place for 8 labeling CN 7 a, b Switch a, b 5 Zone 0,, 4 Div., (AAI43) 3 Zone 0,, Refer to General Notes Relating to PepperlFuchs TBProduct Information. CN Div. 6, 5 HSystem Accessories HiD HART HART SMART Transmitter Power Supply HART HART I II 4

7 Solutions for Yokogawa Introduction The Website For the most uptodate and comprehensive product information, please visit our website: The Product Selector Use the product selector to navigate to the required product group. Here, you can choose the following: On the website, you can narrow your search and find the product information you need in two different ways: To find information about a specific product, use the search function. To find a product based on specific features, use the product selector. a list of products or a table with a list of attributes The Search Function In the search field on our website enter either of the following: Product name if known Part of the product name, e. g., from the catalog Part number, e. g., from the type label of a product you have already purchased Note: The search function is not case sensitive. You can also carry out a wildcard search, using *. Now select the required product feature. Each time you make a selection, the number of products that meet the criteria is displayed. The more features you define, the fewer suitable products will be displayed. Finally, click on Product Selector Tool Results to access the product list and view the required product. Depending on the completeness of the product name or part number you entered, the search result displays a hit list with a short description of each product from which you can select the required product. 5

8 Introduction Solutions for Yokogawa The PepperlFuchs and Yokogawa Solutions Are you Looking for a Reliable Project Partner? PepperlFuchs is the undisputed market leader in intrinsically safe explosion protection components and protection of hazardous area applications. Our interface solutions are preferred on projects worldwide. We continue to work closely with Yokogawa and now offer a wide variety of custom solutions for Yokogawa Control and Safety Systems. Please use this document to be able to use the preferred solutions for the system cards which has been born out of a long history and has resulted in PepperlFuchs and Yokogawa partnership. The Yokogawa and PepperlFuchs Partnership. Since this time we continued to work strongly together and have developed many products together. Today, PepperlFuchs is announced by Yokogawa as the preferred interface solution for both and ProSafeRS. The partnership nowadays extends from interface equipment and Remote I/O to Fieldbus technologies. Yokogawa can offer complete "Field to Control Room" solutions, utilizing PepperlFuchs extensive range of interface technologies with the new HSystem platform. Based on the newest generation of Surface Mounted Devices (SMD) this platform is ensuring not only a longer lifetime of the electronics itself but more important also lower energy consumption due to both lower losses as well as requirements on environment within cabinets or panels. The objective of this agreement is to provide you, our mutual customer with interface products to complement Yokogawa's control and safety systems. Solutions found in this document have been fully tested at several HQ and are compliant and integrated into Yokogawa's business concept, thus guaranteeing customers' investments. March 00, Yokogawa Electric Corporation, Japan and PepperlFuchs, Germany signed a Global Preferred Vendor Agreement. HIS Terminal Clients Business LAN network Firewall Application Server Firewall Process information network OPC SIS Engineering Station HIS Terminal Server DCS Engineering Station Human Interface Station Plant Resource Managertool Vnet/IP network Fieldbus Foundation OPC Safety Station GSGW OPC Client Interface Field Control Station R Ethernet network Optical fiber Optical fiber Third party subsystems Remote Node X0 CN CN TB Figure Automation pyramid X0 CN CN TB 6

9 ABB S0 3 3 A 4 C3A 4 IN OUT 3 4 ABB S0 A C3A 3 4 ABB S0 3 3 A 4 C3A 4 Solutions for Yokogawa Introduction Cabinet Buildup Based on standard concepts and historic interpretation this new HSystem platform has a perfect form fit into cabinets. Mountable either horizontal or vertical and by a reduction of the space requirements combined with low heat dissipation a NAMUR mixture up to 9 channels in one cabinet side is applicable. Acceptance Tests Based on Yokogawa specif cations the s have been developed and afterwards conducted to tests. The following inspections and tests have been carried out: Visual inspection Power distribution Functional test Current consumption and hotspot detection Data sheet inspection Advantages The data sheet describes both (if applicable) settings at the IO card as well as interface module. Thus ensuring an easy installation. By using the HSystem platform, you have the following advantages: Space savings = lower amount of cabinets or panels = less space in control rooms = less cooling/heating (energy efficient) Low heat dissipation = longer life of electronics = reduced energy consumption = reduced power supply = reduced UPS costs Energy efficiency throughout the plant life cycle and lower operating costs! Please ask your PepperlFuchs representative for legacy systems. Cut: AB Power supply Front Cable trace Mounting plate Rear door F.50 X.50 X00 V0 QUINT DIODE F.70 X.70 K4/FK4 X.60 F.60 Front door Cable duct for field cables HiC s/ HiD s Disconnect terminals HiC for 3 modules HiC for 6 modules HiC for 8 modules HiD for 6 modules HiD for 8 modules Cable duct for ISsignals Plinth Figure Cabinet buildup example 7

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11 Solutions for Yokogawa System Description Safety Improper Use Validity The chapter Safety is valid as instruction manual. Specific processes and instructions in this document require special precautions to guarantee the safety of the operating personnel. Target Group/Personnel The plant owner is responsible for its planning, installation, commissioning, operation, maintenance and disassembly. Mounting, installation, commissioning, operation, maintenance and disassembly of any devices may only be carried out by trained, qualified personnel. The instruction manual must be read and understood. Reference to further documentation Laws, standards, or directives applicable to the intended use must be observed. In relation to hazardous areas, Directive 999/9/EC must be observed. The corresponding data sheets, declarations of conformity, EC Typeexamination certificates, certificates and Control Drawings if applicable (see data sheet) are an integral part of this document. You can find this information under Due to constant revisions, documentation is subject to permanent change. Please refer only to the most uptodate version, which can be found under Marking Device identification PepperlFuchs GmbH Lilienthalstrasse 00, Mannheim, Germany Model number ATEX approval Group, category, type of protection, temperature classification Statement of conformity (where appropriate) Group, category, type of protection (where appropriate) The exact designation of the device can be found on the name plate on the device side. Intended Use The devices are only approved for appropriate and intended use. Ignoring these instructions will void any warranty and absolve the manufacturer from any liability. The device must only be operated in the ambient temperature range and at the relative humidity (noncondensing) specified. The devices are used in C&I technology for the galvanic isolation of C&I signals such as 0 ma and 0 V standard signals or alternatively for adapting or standardizing signals. Devices that incorporate intrinsically safe circuit are used for operating intrinsically safe field devices in hazardous areas. Protection of the operating personnel and the overall system is not ensured if the product is not being used according to its intended purpose. The equipment is not suitable for isolating signals in high current applications unless this is noted separately in the corresponding datasheet. Mounting/Installation Prior to mounting, installation, and commissioning of the device you should make yourself familiar with the device and carefully read the instruction manual. The device must not be installed at locations where corrosive vapors may be present. The devices fulfill a degree of protection IP 0 according to IEC/EN The devices are designed for use in pollution degree and overvoltage category II as per IEC/EN If used in areas with higher pollution degree, the devices need to be protected accordingly. Observe the tightening torque of the terminal screws. The installation instructions in accordance with IEC/EN must be observed. Intrinsically safe circuits of associated apparatus (installed in safe areas) can be led into hazardous areas, whereby special attention must be paid to maintain separation distances to all nonintrinsically safe circuits according to the requirements in IEC/EN All separation distances between two adjacent intrinsically safe circuits need to be observed in accordance with IEC/EN If "Ex i" protected circuits (intrinsically safe) were operated with nonintrinsically safe circuits, they must no longer be used as "Ex i" protected circuits. The respective peak values of the field device and the associated apparatus with regard to explosion protection should be considered when connecting intrinsically safe field devices with intrinsically safe circuits of associated apparatus (verification of intrinsic safety). Make sure to observe IEC/EN and IEC/EN If more channels of one device are connected in parallel, make sure the parallel connection is made directly at the terminals of the device. When verifying the intrinsic safety, the maximum values for the parallel connection must be considered. Operation, Maintenance, Repair The devices must not be repaired, changed or manipulated. If there is a defect, the product must always be replaced with an original device. s System Description 9

12 CH STATUS PWR STATUS FAULT CH CH System Description Solutions for Yokogawa s System Description Delivery, Transport, Disposal Check the packaging and contents for damage. Check if you have received every item and if the items received are the ones you ordered. Keep the original packaging. Always store and transport the device in the original packaging. Always store the device in a clean and dry environment. The permitted storage temperature (see data sheet) must be considered. Disposing of devices, packaging material, and possibly contained batteries must be in compliance with the applicable laws and guidelines of the respective country. Product Specifications Function Isolated barriers are used to protect intrinsically safe circuits in explosive areas. In addition to the required current and voltage limitation, the isolated barriers have a galvanic isolation between the field circuit and the controller. The HSystem isolated barriers are mounted on Termination Boards. Prewiring is possible on s. To close the signal circuit, the isolated barriers are simply plugged in. The isolated barriers can be replaced during live operation when the wiring is connected. System Components Isolated Barriers HSystem isolated barriers are available in two different housing widths depending on the function and application: HiC devices with a width of.5 mm HiD devices with a width of 8 mm HiC isolated barriers are mounted on HiC s. HiD isolated barriers are mounted on HiD s The board can be coded together with the isolated barriers. This prevents the isolated barriers being mixed up on the. The safetyrelevant data for the connected field devices is backed up. HiC Device Housing HiC 87 ch Solenoid Driver Figure HiC device housing (.5 mm) Used for high signal integrity Narrow.5 mm housing Highest packing density with "singleloop integrity" For mounting on HiC s HiD Device Housing Figure HSystem with isolated barriers for Yokogawa Universal and control systemspecific s are available in the HSystem. s can be adapted to specific input/output requirements. These requirements can be implemented via Various connecting plugs to the controller Various terminals to the field device A large selection of isolated barriers Figure 3 HiD 87 HiD device housing (8 mm) Used for high channel density Compact 8 mm housing Highest channel density on the market Only 4.5 mm per channel (for 4channel devices) For mounting on HiD s ch Solenoid Driver 0

13 Solutions for Yokogawa System Description s s form the wiring level for field and control signals. The isolated barriers are mounted on Termination Boards. The isolated barriers are connected with the field and control side via the s. Once the isolated barrier is mounted, the signal circuit between the field and control side is closed. Figure 4 3 X0 TB Connection example with 8 slots Field side connection Connection power supply and fault indication output 3 Control side connection Use For HiC or HiD isolated barriers With 8, 6, or 3 slots For redundant and fused power supply For fault monitoring and diagnostics Accessories Label carriers for s The s can be fitted with a label carrier for individual identification CN CN ma Connection Options A variety of s is available with different methods of connecting to the field and control side. Please refer to the documentation for the respective device for the specific connection layout. Connecting the Field Side The field devices can be connected to the with the following connection options: Figure 6 Figure Spring terminals, doublerow Spring terminals, threerow Connecting the power supply and fault indication output Isolated Barriers The isolated barriers are supplied via the. The isolated barriers are therefore attached to the Termination Board. s The s are supplied with power via screw terminals in accordance with their design. The supply voltage range depends on The values used for the isolated barriers The voltage drop of the decoupling diodes on the s System Description ERR Power Supply 3 Figure 5 Label carrier for s Label carrier HiALCHiCT*SET*** for HiC s Label carrier HiALCHiDT*SET*** for HiDs Figure 8 Connection of power supply and fault indication output via screw terminals

14 System Description Solutions for Yokogawa s Connecting the Control Side The on the control side can be connected via the following connection options: Color Coding of the Isolated Barriers The color coding of the devices has the following meaning: PWR CH STATUS/ FAULT HiC 8 ch Switch Amplifier PWR STATUS FAULT HiC 85 ch Switch Amplifier PWR CH STATUS/ FAULT HiC 84 ch Switch Amplifier CH STATUS/ HiC 87 ch Solenoid Driver PWR FAULT HiC 065 ch Voltage Repeater PWR ON CH CH FAULT FAULT HiD 08 ch Temperature Converter Serial Configuration PWR ON HiD 03 ch Current Driver System Description Figure 9 Figure 0 Yokogawa system connector, 40pin Yokogawa system connector, 50pin Note! For more information see the corresponding data sheets Figure Color identification of devices Digital Input Orange identifier () for switch amplifiers with a relay output Orange identifier () and "S" indicator for switch amplifiers, which are used in combination with the safety sensors SN, SN Blue identifier (3) for switch amplifiers with a transistor output Digital Output Purple identifier (4) for solenoid drivers Analog Input Magenta identifier (5) for transmitter power supplies, measuring transmitters, and repeaters Yellow identifier (6) for temperature converters Analog Output Green identifier (7) for current drivers

15 Solutions for Yokogawa System Description Status Indicators with LEDs LEDs are often used on isolators to indicate different statuses (e. g. for power supply, device failure, status messages, binary switching states). Standard LED colors are assigned to the status display according to NAMUR NE44. LED Display function Display Meaning Green LED Power supply On Power supply OK Off Power failure or insufficient power supply device faulty Red LED Device fault, device failure On Internal fault signal, failure signal fault/failure display of causes detected inside the device, device needs replacing Yellow LED Line fault Flashing External fault signal, failure signal fault/failure display of causes detected outside the device, inspection and elimination of fault required No fault Off No malfunction, device is operating properly Switching states of binary inputs On Possible causes of the output: and outputs The relay is energized. The NO contact (also a changeover contact) is actively closed. The open collector is switched through. The switching voltage generated inside the device is applied. Possible causes of the input: An external contact is closed. A NAMUR sensor is undamped (OK range according to closedcircuit current principle). A switching signal is actively applied. s System Description Off Possible causes of the output: The relay is deenergized. The NO contact (also a changeover contact) is actively opened. The open collector is not switched through. The switching voltage generated inside the device is not applied. Possible causes of the input: An external contact is opened. A NAMUR sensor is damped (fault range according to closedcircuit current principle). A switching signal is not applied. Table Meaning of status indicators 3 OUT CHK PWR Figure Example status indicators Yellow LED "OUT" Switching state of the output Red LED "CHK" Lead breakage and short circuit status indicator 3 Green LED "PWR" Power supply status indicator 3

16 System Description Solutions for Yokogawa Status Indicators of s Label Carriers s System Description LEDs are often used on s to indicate different statuses (e. g. for power supply, device failure, status messages, binary switching states). Standard LED colors are assigned to the status display according to NAMUR NE44. See chapter.5. LED Green LED "PW" Green LED "PW" Red LED "FAULT" Table Display function Power supply I Power supply II Device error, device failure Power supply failure Display On Off On Off On Flashing Meaning of status indicators Meaning Power supply OK No power Power supply OK No power Internal fault signal, failure signal fault/failure display of causes detected inside the device Power failure or insufficient power supply The isolated barriers are fitted with a label carrier ex works for individual identification. Figure 4 Label carrier on the front 3 Label carrier on HiC devices for 35 mm x 0.5 mm labels Label carrier on HiD devices for 35 mm x 0.5 mm labels PWR PWR X0 CN Installation FAULT DIN Mounting Rail Figure 3 Example status indicators Green LED "PW" Status indicator power supply I Green LED "PW" Status indicator power supply II 3 Red LED "FAULT" Device error, device failure, power supply failure The devices are mounted on a 35 mm DIN mounting rail according to EN Figure 5 Example: DIN mounting rail 35 mm x 5 mm Mounting Warning! Risk of short circuit Injuries and damage to the device are possible when working with live parts. Before working on the device, always disconnect the supply voltage. Connect the device to the supply voltage only after completion of the work. 4

17 Solutions for Yokogawa System Description Mounting the s The s are mounted on the 35 mm DIN mounting rail. The DIN mounting rail runs centrally below the.. Clip the () onto the DIN mounting rail ().. Tighten the mounting screws (3). The () is now properly mounted and secured. Figure 6 mounting 3 3 Figure 9 fixing DIN mounting rail 3 Fastening screws Vertical and Horizontal Mounting Both mounting options are possible. Unrestricted operation is possible across the entire temperature range of the system in each mounting direction. s System Description DIN mounting rail 3 Vertical mounting Horizontal mounting Figure 0 Figure 7 fixing DIN mounting rail 3 Fastening screws 3 Figure 8 fixing DIN mounting rail 3 Fastening screws 5

18 System Description Solutions for Yokogawa s System Description Mounting the Isolated Barriers on the Termination Board. Push the Quick Lok bar () into the upper position.. Center the pins () above the contact elements of the. Note the connection direction of the device. 3. Center the locking pins (3) above the locking elements of the. 4. Carefully push the device into the contacts and locking elements. 5. Push the red Quick Lok bar () down on either side of the device. The device is now mounted. Figure Quick Lok Bar Coding pins 3 Adjustment pins Connection Mounting of an HSystem isolated barrier Connecting the Field Side Connect the field devices to the via the following connection options: Spring terminals, tworow Spring terminals, threerow Connecting the Power Supply and Fault Indication Output Connect the power supply and fault indication output via the screw terminals. Observe the tightening torque of the terminal screws. The tightening torque is 0.5 Nm to 0.6 Nm. Connecting the Control Side Connect the on the control side via the following connection options: Yokogawa system connector, 40pin Yokogawa system connector, 50pin Note! For more information see the corresponding data sheets. 3 Device Parameterization The devices are parameterized using DIP switches. Configuration of the isolated barriers Parameterize the DIP switches on the device side as follows:. Remove the isolated barriers from the by pulling the red Quick Lok Bar up on either side of the device.. Parameterize the DIP switches as described in the "Configuration" section of the data sheet. 3. Mount the device as described in the section on mounting. Note! For more information see the corresponding data sheets. Operation Fault Monitoring Numerous faults can occur between measurement of the process variable and evaluation in the control system. This can lead to undesirable process statuses under certain circumstances. These process statuses may result in plant downtime or quality problems or even present a hazard to persons and the environment. Depending on the device version, the isolators enable monitoring of the following faults: Line faults Here, the connection cables between the isolator and field device are monitored for lead breakages or short circuits. If a fault is detected, it is output at the fault message output or collective fault message. The relevant switching outputs are then switched to a deenergized state. The red fault indication LEDs signal the fault. Device faults The isolators are designed so that internal faults are detected and reported. In the case of a power failure, the outputs are switched to a deenergized state. Fault Output Several HSystem isolators monitor the field leads for lead breakage and short circuits. This means that faults are immediately identified in the system, and that lead faults are not interpreted as a signal. Depending on the parameterization of the devices, these lead faults are output on the controlside outputs. Fault Signal Output If the device has a fault indication output (ERR), lead and device faults are output. The fault indication output is active in normal status and is deactivated in fault status (closedcircuit principle). In the case of fault indication output, it is not possible to reverse the direction of operation. 6

19 Solutions for Yokogawa System Description Figure SL b 5a 5b Line Fault Transparency (LFT) SL 8a 7a a, b a, b 6b ERR If the device has a signal output with line fault transparency, the fault message can be transmitted on the signal lead. This saves additional wiring and delivers channelselective fault messages. For digital signals, a resistive passive transistor output is used. Signals 0 and are output using two resistance values at the output. In the event of an error, the output will become highly resistive. For this line fault transparency function, corresponding input cards are required in the controller. Figure 4 Signal ranges according to NAMUR NE43 (e. g. current signal) Failure information Measuring information 0 % 00 % I [ma] s System Description SL 5a SL 8a 5b ERR 7a Figure 3 Example of line fault transparency with digital input Current and Voltage Standard Signals The following signals have established themselves as the standard: the 0/4mAto0mA current signal the 0/ V to 0 V voltage signal The 0/ V to 5 V voltage signal is also occasionally encountered in addition to the 0/ V to 0 V voltage signal. Analog sensor signals digital frequency signals are converted into one of the two standard signals for processing in a wide variety of measurement, regulatory and control tasks. This offers the measurement and control technician an easytomeasure standard signal common to all manufacturers. Sensor signals are converted into standard signals via signal converters. For more diagnostic options, the NAMUR organization published NAMUR recommendation NE43, dividing the value range of the signal (e. g. current signal) into several areas. Valid, defined measurement value information is transferred within the range from 3.8 ma to 0.5 ma. Failure information is available when the signal current is < 3.6 ma or > ma i. e. outside of the range for measured value information. The same applies to the voltage signal. 7

20 System Description Solutions for Yokogawa s System Description Technical specifications Technical Data Electrical Data Power Supply to the Isolated Barriers HiC devices: 9.6 V DC to 30 V DC HiD devices: 0.4 V DC to 30 V DC The voltage drop on the via the decoupling diodes must be considered. Each isolated barrier is internally protected. The Termination Boards have redundant power supply connections with fuses that can be replaced by the customer. NonEx Signals or Signals in the Drive Circuit 0/4 ma to 0 ma signal level according to NE43 0/ V to 0 V signal level according to NE43 0/ V to 5 V signal level according to NE43 Current output HART compatible Current input HART compatible Digital output: active or passive electronic output 00 ma/30 V, shortcircuit protected Relay output A, minimum load ma/4 V Logic level 4 V according to IEC Functional isolation or safe isolation according to IEC 640 and NAMUR NE3 Ex Signals or Signals in the Field Circuit Transmitter power supply up to 7 V DC Current output HART compatible Pt00,, 3, (4)wire technology Resistor 0Ωto 400 Ω with freely definable characteristic Potentiometer Thermocouples of all types, internal cold junction, external reference Current output HART compatible Digital input according to NAMUR EN Digital output for standard Exi valves, short circuitprotected Characteristic Safety Values MTBF: Mean Time Between Failures Conformity General Isolated barriers with explosion protection, preferably Ex ia IIC/Class I, Div., international approvals EMV according to EN 636 NAMUR NE If you operate the device with a DC supply voltage, you must ensure that the bridging of the 0 ms voltage interruption is realized by the power supply. LEDs according to NAMUR NE44 Software according to NAMUR NE53 and Outputs according to NAMUR The standards references for this interface have changed many times: German standard (old): DIN 934: Electrical distance sensors DC interface for distance sensors and switch amplifiers; European standard (old): EN 507: Low voltage switch gear and control gear control devices and switching elements proximity switches, DC interface for proximity sensors and switch amplifiers (NAMUR), 9960 German version (old): DIN EN 507: Low voltage switch gear control devices and switching elements proximity switches, DC interface for proximity sensors and switch amplifiers (NAMUR), 997 Current designation: EN : Low voltage switch gear control devices and switching elements proximity switches, DC interface for proximity sensors and switch amplifiers (NAMUR), 000 Current IEC designation: IEC : Low voltage switch gear and control gear part 56: Control devices and switching elements DC interface for proximity sensors and switch amplifiers (NAMUR), 999 8

21 Solutions for Yokogawa System Description Ambient Conditions Mechanical Data Ambient Temperature 0 C to60 C (4 Fto40 F), exceptions see data sheets Storage Temperature 40 C to90 C (40 F to94 F), exceptions see data sheets Reference Conditions for Adjustment 0 C (68 F) Relative Humidity max. 95 % without moisture condensation Vibration Resistance according to EN , 0 Hz to 50 Hz, g, high crossover frequency Shock Resistance according to EN , 5 g, ms, halfsine Labeling Isolated Barriers Space for labeling on the front side, labels: 35 mm x 0.5 mm s The HiALCHI*TFSET** label carrier is available as an option for the s. Mounting s: Snapon 35 mm DIN mounting rail according to EN Can be mounted horizontally or vertically. Isolated barriers: mounting on via Quick Lok Bar Housing Material s: Polycarbonate (PC), glass fiber reinforced Isolated barriers: Polycarbonate (PC) Dimensions Dimension drawings please refer to chapter Dimensions. Protection Degree s: without isolated barriers IP00 according to EN 6059 with isolated barriers plugged IP0 according to EN 6059 Isolated barriers: IP0 according to EN 6059 Connection to Field side: Spring terminals, tworow: rigid: mm flexible: mm Spring terminals, threerow: rigid: mm flexible: mm Power supply and fault indication output: Screw terminals: max. x.5 mm (4 AWG) Observe the tightening torque of the terminal screws. The tightening torque is 0.5 Nm to 0.6 Nm. Control side: Yokogawa system connector, 40pin Yokogawa system connector, 50pin Fire Protection Class Housing: V according to UL 94 standard. Unless stated otherwise all details relate to the reference conditions. s System Description Note! For more information see the corresponding data sheets. 9

22 System Description Solutions for Yokogawa Model Number Description Model Number Description Isolated Barriers s System Description Hi Special functions, if available ES Version with increased safety HC Versions for long field wiring R Version with DCS specific line fault transparency (LFT) R Version with DCS specific line fault transparency (LFT) SK Version with current sink output Signal type 0 Analog devices 00 to 00 Converters 00 to 030 Transmitter power supplies 03 to 040 Current drivers 060 to 090 Temperature converter 09 to 00 Repeater 8 Digital devices 80 to 860 Switch amplifiers 87 to 890 Solenoid drivers 89 to 900 Converters Housing type C HiC device, housing width.5 mm D HiD device, housing width 8 mm System Hi HSystem Model Number description s Hi TB Y C3 R R B CC Y TB Housing type C for HiC devices D for HiD devices System Hi HSystem Versions Y Number of channels 08 8 channels 6 6 channels 3 3 channels Signal types AI Analog input AO Analog output AM Mix: Analog input and analog output DX Digital input or digital output (dependent on the plugged module) Field side connection CC Spring terminals Control side connection AK AKB connector KS KS connector housing width B 75 mm fault detection R via relay power supply R Redundant power supply DCS name C3 DCS manufacturer Y Yokogawa Number of positions 08 8 positions 6 6 positions 3 3 positions 0

23 Solutions for Yokogawa System Description Pin Assignment and Device Coding The isolated barriers are coded in accordance with their function. Warning! Possible Device Failure Changes in the pin configuration may lead to device failure. To polarize the device in accordance with its safety parameters, the pins are shortened at the factory. Do not change the factory setting! Device Coding of HiC Devices and HiC s No. A B Top view Safe area Hazardous area Isolated barrier Bottom view Hazardous Safe area area Type HiC000 all nonintrinsically safe devices s System Description C HiC095 D E HiC05HC F HiC8, HiC8, HiC83, HiC83, HiC83R, HiC83R, HiC83R, HiC83R, HiC84, HiC84, HiC85, HiC853, HiC853R G HiC05, HiC05ES, HiC03 H HiC87, HiC873 I HiC07, HiC877 J HiC03HC K L M

24 System Description Solutions for Yokogawa No. Top view Isolated barrier Bottom view Type s N O P Safe area Insert polarizing pin Don't insert polarizing pin Hazardous area Hazardous area Pin to be trimmed Pin untrimmed Safe area HiC077 HiC065, HiC068 Empty position System Description Device side view 4 3 Table 3 Device Coding of HiD Devices and HiD s No. Top view Isolated barrier Bottom view Type Safe area Hazardous area Hazardous area Safe area A HiD000 all nonintrinsically safe devices B C HiD D E HiD F HiD06, HiD06, HiD07, HiD07, HiD8, HiD8, HiD84, HiD84, HiD844 G H HiD04, HiD05, HiD05SK, HiD06, HiD06SK, HiD09, HiD09SK, HiD030, HiD030SK, HiD03, HiD03, HiD033, HiD034, HiD035, HiD036, HiD037, HiD038, HiD038Y, HiD875, HiD876, HiD877, HiD878 HiD87, HiD87, HiD873, HiD874

25 Solutions for Yokogawa System Description No. Top view Isolated barrier Bottom view Type I J K L Safe area Hazardous area Hazardous area Safe area HiD08, HiD08 HiD05ES HiD0 s M N HiD89 System Description O P HiD86 Empty position Insert polarizing pin Don't insert polarizing pin Pin to be trimmed Pin untrimmed Device side view 4 3 Table 4 Note! For more information see the corresponding data sheets. 3

26 System Description Solutions for Yokogawa Dimensions Housing Designs for HSystem Isolated Barriers s HiC device housings,5 mm (0.5") 8 mm (5.04") 06 mm (4.7") System Description Figure 5 HiD device housings 8 mm (0.7") 8 mm (5.04") 06 mm (4.7") Figure 6 Housing Types s HiC for 6 Modules 43 mm (9.56") 53 mm (6.0") 40 mm (9.44") Figure 7 75 mm (6.9") 4

27 Solutions for Yokogawa System Description HiC for 3 Modules 43 mm (9.56") 75 mm (6.9") 53 mm (6.0") 480 mm (8.89") s Figure 8 HiD for 8 Modules System Description 43 mm (9.56") 53 mm (6.0") 05 mm (8.07") 75 mm (6.9") Figure 9 HiD for 6 Modules 43 mm (9.56") 53 mm (6.0") 30 mm (.") 75 mm (6.9") Figure 30 5

28 s Solutions for Yokogawa s 6

29 Solutions for Yokogawa Table of Contents Selection Tables Product Data Sheets Digital Outputs Selection Tables Product Data Sheets Analog Inputs Selection Tables Product Data Sheets Analog Outputs Selection Tables Product Data Sheets Analog Inputs and Outputs Selection Tables Product Data Sheets Product Data Sheets68 7

30 Notes Solutions for Yokogawa 8

31 Solutions for Yokogawa Selection Tables Yokogawa PepperlFuchs Board Page PepperlFuchs Module Page Channel Class Number of Modules Type ADV5 3 IS 3 HiCTB3YC3RRBAKCCDX3 3 HiC8 09 ADV5 3 IS 6 HiCTB6YC3RRBAKCCDX3 36 HiC8 0 ADV5 3 IS 8 HiDTB08YC3RRBAKCCDX HiD84 Channel Type Digital Outputs Yokogawa PepperlFuchs Board Page PepperlFuchs Module Page Analog Inputs Analog Outputs Channel Class Number of Modules Type ADV55 3 IS 3 HiCTB3YC3RRBAKCCDX3Y 44 HiC87 ADV55 3 IS 6 HiDTB6YC3RRBAKCCDX3 48 HiD87 HiD876 Yokogawa PepperlFuchs Board Page PepperlFuchs Module Page Channel Class Number of Modules Type AAI43 6 IS 6 HiCTB6YC3RRBKSCCAI6 5 HiC05 5 AAI43 6 IS 8 HiDTB08YC3RRBKSCCAI6 56 HiD06 HiD030 HiD08 AAI43 6 IS 6 HiDTB6YC3RRBKSCCAI6 60 HiD08 8 AAI4 6 IS 6 HiCTB6YC3RRBKSCCAI6Y 64 HiC05 5 AAV4 6 IS 6 HiCTB6YC3RRBKSCCAI6Y 68 HiC05 5 AAV4 6 IS 8 HiDTB08YC3RRBKSCCAI6Y 7 HiD06 HiD030 Yokogawa PepperlFuchs Board Page PepperlFuchs Module Page Channel Channel Type Type Channel Class Number of Modules Type AAI543 6 IS 6 HiCTB6YC3RRBKSCCAO6 76 HiC03 0 AAI543 6 IS 8 HiDTB08YC3RRBKSCCAO6 80 HiD038Y Channel Type 9

32 Selection Tables Solutions for Yokogawa Analog Inputs and Outputs Yokogawa PepperlFuchs Board Page PepperlFuchs Module Page Channel Class Number of Modules AAI84 6 IS 6 HiCTB6YC3RRBKSCCAM6 84 HiC05 HiC03 AAI84 6 IS 8 HiDTB08YC3RRBKSCCAM6Y 88 HiD06 HiD030 HiD03 AAI35 AAI835 Type 8 IS 8 HiCTB08YC3RRBKSCCAM08 9 HiC05 HiC03 AAB84 6 IS 6 HiCTB6YC3RRBKSCCAM6Y 96 HiC05 HiC03 AAB84 6 IS 8 HiDTB08YC3RRBKSCCAM6 00 HiD06 HiD038Y Channel Type

33 Solutions for Yokogawa Notes 3

34 HiCTB3YC3RRBAKCCDX3 TB3YC3RRBAKCCDX3 Features System Board for Yokogawa For 3channel DI card ADV5 For 3 modules Recommended module: HiC8 (DI) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 50pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection Zone 0,, Div., TB4 TB3 TB TB CN CN (I), (II), ERR ADV5 (ADV5) 3

35 HiCTB3YC3RRBAKCCDX3 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 3 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 50pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 00 g Dimensions 480 x 75 x 53 mm (8.9 x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI 06 ATEX 0 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 33

36 HiCTB3YC3RRBAKCCDX3 Application Typical loop Field side ERR & V... 6 V F3 F X0 F F Control side Module.5 kω 0 kω SL 5a 5b a b HiC8 SL 8a 7a a, b a, b 6b ERR V... 6 CN , ,0 Yokogawa system cable AKB33 50 IN 9 IN3...8 COM CBSE CBSE N.C. 9,0 Yokogawa DI 3 ADV5 3.5 kω 0 kω SL 5a 5b a b Module 3 HiC8 SL 8a 7a a, b a, b 6b ERR V The pinout configuration has to be observed. For information see corresponding pinout table on CN , ,0 Yokogawa system cable AKB33 50 IN 9 IN3...8 COM CBSE CBSE N.C. 9,0 Yokogawa DI 3 ADV5 redundant 34

37 HiCTB3YC3RRBAKCCDX3 35

38 HiCTB6YC3RRBAKCCDX3 TB6YC3RRBAKCCDX3 Features System Board for Yokogawa For 3channel DI card ADV5 For 6 modules Recommended module: HiC8 (DI) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 50pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection Zone 0,, Div., TB TB X0 CN CN (I), (II), ERR ADV5 (ADV5) 36

39 HiCTB6YC3RRBAKCCDX3 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 6 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 50pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 650 g Dimensions 40 x 75 x 53 mm (9.45 x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI 06 ATEX 0 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 37

40 HiCTB6YC3RRBAKCCDX3 Application Typical loop Field side ERR & V... 6 V F3 F X0 F F Control side Module.5 kω 0 kω SL 5a 5b a b HiC8 SL 8a 7a 0a 9a a, b a, b 6b ERR V... 6 V... 6 CN Yokogawa system cable AKB IN IN IN3 9 IN3..8 COM CBSE Yokogawa DI 3 ADV5 3.5 kω 0 kω SL 5a 5b a b Module 6 HiC8 SL 8a 7a 0a 9a a, b a, b 6b ERR V V The pinout configuration has to be observed. For information see corresponding pinout table on ,0 CN , , ,0 CBSE N.C. 9,0 Yokogawa system cable AKB33 50 IN 48 IN IN3 9 IN3..8 COM CBSE CBSE N.C. 9,0 Yokogawa DI 3 ADV5 redundant 38

41 HiCTB6YC3RRBAKCCDX3 39

42 HiDTB08YC3RRBAKCCDX3 TB08YC3RRBAKCCDX3 Features System Board for Yokogawa For 3channel DI card ADV5 For 8 modules Recommended module: HiD84 (DI) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 50pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection X0 (I), (II), ERR 8 ADV Zone 0,, Div., TB CN CN (ADV5) 40

43 HiDTB08YC3RRBAKCCDX3 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements A, in each case for 8 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 50pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 550 g Dimensions 05 x 75 x 53 mm (8. x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI ATEX 06 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES.00 Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 4

44 HiDTB08YC3RRBAKCCDX3 Application Typical loop Field side.5 kω 0 kω.5 kω 0 kω.5 kω 0 kω.5 kω 0 kω.5 kω 0 kω.5 kω 0 kω.5 kω 0 kω.5 kω 0 kω ERR SL 5a a b 5b 7a 3a 3b 7b SL 5a a b 5b 7a 3a 3b 7b & V... 6 V Module HiD84 a, b a, b 6b Module 8 HiD84 SL 7a 9a 0b 7b 8a 0a 9b 8b a, b a, b 6b SL 7a 9a 0b 7b 8a 0a 9b 8b ERR ERR X0 The pinout configuration has to be observed. For information see corresponding pinout table on F3 F4 F V... 6 V F CN Yokogawa system cable AKB Control side IN IN IN3 IN IN IN30 IN IN COM CBSE CBSE N.C. CN IN IN IN IN IN IN30 IN IN COM CBSE CBSE N.C. Yokogawa DI 3 ADV5 Yokogawa DI 3 ADV5 redundant 4

45 HiDTB08YC3RRBAKCCDX3 43

46 HiCTB3YC3RRBAKCCDX3Y TB3YC3RRBAKCCDX3Y Features System Board for Yokogawa For 3channel DO card ADV55 For 3 modules Recommended module: HiC87 (DO) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 50pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection Zone 0,, Div., TB4 TB3 TB TB X0 CN CN (I), (II), ERR ADV55 (ADV55) 44

47 HiCTB3YC3RRBAKCCDX3Y Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 3 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 50pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 00 g Dimensions 480 x 75 x 53 mm (8.9 x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI 06 ATEX 0 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 45

48 HiCTB3YC3RRBAKCCDX3Y Application Typical loop Field side ERR & V... 6 V F3 F X0 F F Control side SL 5a 5b a b Module HiC87 SL 8a 7a V... 6 CN V ,0 8,0 V ,9 7, Yokogawa system cable AKB33 8,0 4VDC 7,9 4VDC 50 OUT 9 OUT3..8 COM N.C. Yokogawa 3 DO ADV55 CBSE CBSE SL 5a 5b a b Module 3 HiC87 SL 8a 7a V CN V ,0 8,0 V ,9 7, The pinout configuration has to be observed. For information see corresponding pinout table on Yokogawa system cable AKB33 8,0 4VDC 7,9 4VDC 50 OUT 9 OUT3..8 COM N.C. CBSE CBSE Yokogawa 3 DO ADV55 redundant 46

49 HiCTB3YC3RRBAKCCDX3Y 47

50 HiDTB6YC3RRBAKCCDX3 TB6YC3RRBAKCCDX3 Features System Board for Yokogawa For 3channel DO card ADV55 For 6 modules Recommended modules: HiD87 (DO), HiD876 (DO) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 50pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection X0 (I), (II), ERR Zone 0,, Div., TB TB CN CN ADV55 (ADV55) 48

51 HiDTB6YC3RRBAKCCDX3 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 3 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 50pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 860 g Dimensions 30 x 75 x 53 mm (. x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI ATEX 06 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES.00 Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 49

52 HiDTB6YC3RRBAKCCDX3 Application Typical loop Field side ERR & V... 6 V F3 F X0 F F Control side SL 7a 5a 5b 3b a b Module HiD87 HiD876 Yokogawa CN system cable SL 8b V... 6 V ,0 8,0 AKB33 8,0 7b V , 9 7, 9 7, 9 V b OUT 0b OUT OUT OUT3 ERR COM N.C. CBSE a, b a, b 6b Yokogawa 3 DO ADV55 CBSE Module switch settings SL 7a 5a 5b 3b a SL 8b 7b 9b 0b a, b a, b 6b Type DIP switch Position HiD87 (DO) S OFF HiD876 (DO) S ON S3 ON Loop powered Control input: without control S4 ON Filter disable (S6) S5 OFF S6 OFF S7 OFF S8 OFF b Module 6 HiD87 HiD876 ERR V V Yokogawa CN system cable V... 6 AKB33 8,0 8,0 8,0 V , 9 7, 9 7, OUT OUT OUT OUT COM N.C. CBSE CBSE Yokogawa 3 DO ADV55 The pinout configuration has to be observed. For information see corresponding pinout table on 50

53 HiDTB6YC3RRBAKCCDX3 5

54 HiCTB6YC3RRBKSCCAI6 TB6YC3RRBKSCCAI6 Features System Board for Yokogawa For 6channel AI card AAI43 For 6 modules Recommended module: HiC05 (AI) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection Zone 0,, Div., TB TB X0 CN CN (I), (II), ERR AAI43 (AAI43) 5

55 HiCTB6YC3RRBKSCCAI6 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 6 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 650 g Dimensions 40 x 75 x 53 mm (9.45 x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI 06 ATEX 0 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 53

56 HiCTB6YC3RRBKSCCAI6 Application Typical loop Field side ERR & X0 F F Control side Module HART 4 ma HART SL 5a 5b b HiC05 SL 8a 7a a, b a, b CN Yokogawa system cable KS 39 INB 40 INA 9 IN6B 0 IN6A N.C. CBSE CBSE Yokogawa AI 6 AAI43 6 HART Module switch settings 4 5 Card switch settings Type (AI) DIP switch Position Type (AI) Function HiC05 (source) S OFF AAI43 (sink) 4wire S S3 S4 SL 5a 5b b OFF ON OFF Module 6 HiC05 SL 8a 7a a, b a, b The pinout configuration has to be observed. For information see corresponding pinout table on CN Yokogawa system cable KS 39 INB 40 INA 9 IN6B 0 IN6A N.C. CBSE CBSE Yokogawa AI 6 AAI43 redundant 4 ma HART 5 54

57 HiCTB6YC3RRBKSCCAI6 55

58 HiDTB08YC3RRBKSCCAI6 TB08YC3RRBKSCCAI6 Features System Board for Yokogawa For 6channel AI card AAI43 For 8 modules Recommended modules: HiD06 (AI), HiD030 (AI), HiD08 (TI) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection X0 (I), (II), ERR Zone 0,, Div., TB CN CN (AAI43) AAI43 56

59 HiDTB08YC3RRBKSCCAI6 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements A, in each case for 8 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 550 g Dimensions 05 x 75 x 53 mm (8. x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI ATEX 06 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES.00 Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 57

60 HiDTB08YC3RRBKSCCAI6 Application Typical loop I I 6 Field side Module switch settings T P HART HART P V V SL 5a a b 5b 7a Card switch settings Type Channel DIP switch Position Type Function HiD06 (AI, source) II S OFF AAI43 (AI, sink) 4wire S OFF I S3 OFF S4 OFF HiD030 (AI, source) II S OFF S OFF I S3 OFF S4 OFF HiD08 (TI, source) I S ON ERR 3a 3b 7b SL 5a a b 5b 7a 3a 3b 7b S S3 S4 OFF OFF OFF II S5 ON S6 S7 S8 & Module HiD06 HiD030 HiD08 Module 8 HiD06 HiD030 HiD08 SL 8a 7a 0a 9a a, b a, b 6b SL 8a 7a 0a 9a a, b a, b 6b ERR ERR The pinout configuration has to be observed. For information see corresponding pinout table on OFF OFF OFF X0 F F CN CN Control side Yokogawa system cable KS 39 INB 40 INA 37 INB 38 INA IN5B IN5A 9 IN6B 0 IN6A N.C. CBSE CBSE Yokogawa system cable KS 39 INB 40 INA 37 INB 38 INA IN5B IN5A 9 IN6B 0 IN6A N.C. CBSE CBSE Yokogawa AI6 AAI43 Yokogawa AI6 AAI43 redundant 58

61 HiDTB08YC3RRBKSCCAI6 59

62 HiDTB6YC3RRBKSCCAI6 TB6YC3RRBKSCCAI6 Features System Board for Yokogawa For 6channel AI card AAI43 For 6 modules Recommended module: HiD08 (TI) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection X0 (I), (II), ERR Zone 0,, Div., TB TB CN CN AAI43 (AAI43) 60

63 HiDTB6YC3RRBKSCCAI6 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 6 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 860 g Dimensions 30 x 75 x 53 mm (. x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI ATEX 06 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES.00 Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 6

64 HiDTB6YC3RRBKSCCAI6 Application Typical loop Field side ERR & X0 F F Control side Module CJC T V SL 5a a b 5b HiD08 SL 7a 8a a, b a, b 6b ERR CN Yokogawa system cable KS 39 INB 40 INA 9 IN6B 0 IN6A N.C. CBSE CBSE Yokogawa AI 6 AAI43 6 CJC Module switch settings T V Card switch settings Type (TI) DIP switch Position Type (AI) Function HiD08 (sink) S OFF AAI43 (source) wire S S3 S4 SL 5a a b 5b OFF ON OFF Module 6 HiD08 SL 7a 8a a, b a, b 6b ERR The pinout configuration has to be observed. For information see corresponding pinout table on CN Yokogawa system cable KS 39 INB 40 INA 9 IN6B 0 IN6A N.C. CBSE CBSE Yokogawa AI 6 AAI43 redundant 6

65 HiDTB6YC3RRBKSCCAI6 63

66 HiCTB6YC3RRBKSCCAI6Y TB6YC3RRBKSCCAI6Y Features System Board for Yokogawa For 6channel AI card AAI4 For 6 modules Recommended module: HiC05 (AI) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection Zone 0,, Div., TB TB X0 CN CN (I), (II), ERR AAI4 (AAI4) 64

67 HiCTB6YC3RRBKSCCAI6Y Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 6 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 650 g Dimensions 40 x 75 x 53 mm (9.45 x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI 06 ATEX 0 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 65

68 HiCTB6YC3RRBKSCCAI6Y Application Typical loop Field side ERR & X0 F F Control side Module HART 4 ma HART SL 5a 5b b a HiC05 SL 8a 7a a, b a, b CN Yokogawa system cable KS 40 INA 39 INB 0 IN6A 9 IN6B N.C. CBSE CBSE Yokogawa AI 6 AAI4 6 4 ma Module switch settings 4 5 Card switch settings Type (AI) DIP switch Position Type (AI) Function HiC05 (sink) S OFF AAI4 (source) wire S S3 S4 SL 5a 5b b a Module 6 HiC05 ON OFF OFF SL 8a 7a a, b a, b The pinout configuration has to be observed. For information see corresponding pinout table on CN Yokogawa system cable KS 40 INA 39 INB 0 IN6A 9 IN6B N.C. CBSE CBSE Yokogawa AI 6 AAI4 redundant HART HART 5 66

69 HiCTB6YC3RRBKSCCAI6Y 67

70 HiCTB6YC3RRBKSCCAI6Y TB6YC3RRBKSCCAI6Y Features System Board for Yokogawa For 6channel AI card AAV4 For 6 modules Recommended module: HiC05 (AI) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection Zone 0,, Div., TB TB X0 CN CN (I), (II), ERR AAV4 (AAV4) 68

71 HiCTB6YC3RRBKSCCAI6Y Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 6 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 650 g Dimensions 40 x 75 x 53 mm (9.45 x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI 06 ATEX 0 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 69

72 HiCTB6YC3RRBKSCCAI6Y Application Typical loop Field side ERR & X0 F F Control side Module HART 4 ma HART SL b 5a 5b HiC05 SL 8a 7a a, b a, b CN Yokogawa system cable KS 40 IN 39 IN 0 IN6 9 IN N.C. CBSE CBSE Yokogawa AI 6 AAV4 6 HART Module switch settings Type DIP switch Position HiC05 (AI, V... 5 V) S OFF 4 5 S S3 S4 SL b 5a 5b OFF ON ON Module 6 HiC05 SL 8a 7a a, b a, b The pinout configuration has to be observed. For information see corresponding pinout table on CN Yokogawa system cable KS 40 IN 39 IN 0 IN6 9 IN N.C. CBSE CBSE Yokogawa AI 6 AAV4 redundant 4 ma HART 5 70

73 HiCTB6YC3RRBKSCCAI6Y 7

74 HiDTB08YC3RRBKSCCAI6Y TB08YC3RRBKSCCAI6Y Features System Board for Yokogawa For 6channel AI card AAV4 For 8 modules Recommended modules: HiD06 (AI), HiD030 (AI) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection X0 (I), (II), ERR Zone 0,, Div., TB CN CN (AAV4) AAV4 7

75 HiDTB08YC3RRBKSCCAI6Y Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements A, in each case for 8 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 550 g Dimensions 05 x 75 x 53 mm (8. x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI ATEX 06 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES.00 Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 73

76 HiDTB08YC3RRBKSCCAI6Y Application Typical loop Field side HART HART 4 ma 5 ma P I P I ERR SL 5a a b 5b 7a 3a 3b 7b & Module HiD06 HiD030 SL 8a 7a 0a 9a a, b a, b 6b ERR X0 F F CN Control side Yokogawa system cable KS 40 IN 39 IN 38 IN 37 IN IN5 IN5 0 IN6 9 IN N.C. Yokogawa AI6 AAV4 CBSE Module 8 CBSE 6 Module switch settings SL 5a a b 5b 7a 3a 3b 7b Type Channel DIP switch Position HiD06 (AI, V... 5 V) II S ON S ON I S3 ON HiD030 (AI, V... 5 V) II S ON HiD06 HiD030 SL 8a 7a 0a S4 S ON ON I S3 ON S4 9a a, b a, b 6b ERR ON CN Yokogawa system cable KS 40 IN 39 IN 38 IN 37 IN IN5 IN5 0 IN6 9 IN N.C. CBSE CBSE Yokogawa AI6 AAV4 redundant The pinout configuration has to be observed. For information see corresponding pinout table on 74

77 HiDTB08YC3RRBKSCCAI6Y 75

78 HiCTB6YC3RRBKSCCAO6 TB6YC3RRBKSCCAO6 Features System Board for Yokogawa For 6channel AO card AAI543 For 6 modules Recommended module: HiC03 (AO) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection Zone 0,, Div., TB TB X0 CN CN (I), (II), ERR AAI543 (AAI543) 76

79 HiCTB6YC3RRBKSCCAO6 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 6 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 650 g Dimensions 40 x 75 x 53 mm (9.45 x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI 06 ATEX 0 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 77

80 HiCTB6YC3RRBKSCCAO6 Application Typical loop Field side ERR & X0 F F Control side Module P I HART SL 5a 5b b a HiC03 SL 8a 7a a, b a, b CN Yokogawa system cable KS 40 OUT 39 OUT 0 OUT6 9 OUT N.C. CBSE CBSE Yokogawa AO 6 AAI543 6 P I 4 5 SL 5a 5b b a Module 6 HiC03 SL 8a 7a a, b a, b The pinout configuration has to be observed. For information see corresponding pinout table on CN Yokogawa system cable KS 40 OUT 39 OUT 0 OUT6 9 OUT N.C. CBSE CBSE Yokogawa AO 6 AAI543 redundant HART 4 78

81 HiCTB6YC3RRBKSCCAO6 79

82 HiDTB08YC3RRBKSCCAO6 TB08YC3RRBKSCCAO6 Features System Board for Yokogawa For 6channel AO card AAI543 For 8 modules Recommended module: HiD038Y (AO) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Connection X0 (I), (II), ERR 8 AAI543 Zone 0,, Div., 5 4 TB CN CN (AAI543) 80

83 HiDTB08YC3RRBKSCCAO6 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements A, in each case for 8 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 490 g Dimensions 05 x 75 x 53 mm (8. x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI ATEX 06 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES.00 Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 8

84 HiDTB08YC3RRBKSCCAO6 Application Typical loop 6 Field side P P P I P I I I ERR 3a 3b 7b & Module SL HiD038Y 5a a b 5b 7a Module 8 SL HiD038Y 5a a b 5b 7a 3a 3b 7b SL 8a 7a 0a 9a a, b a, b SL 8a 7a 0a 9a a, b a, b The pinout configuration has to be observed. For information see corresponding pinout table on X0 F F CN CN Control side Yokogawa system cable KS 40 OUT 39 OUT 38 OUT 37 OUT OUT5 OUT5 0 OUT6 9 OUT N.C. CBSE CBSE Yokogawa system cable KS 40 OUT 39 OUT 38 OUT 37 OUT OUT5 OUT5 0 OUT6 9 OUT N.C. CBSE CBSE Yokogawa AO6 AAI543 Yokogawa AO6 AAI543 redundant 8

85 HiDTB08YC3RRBKSCCAO6 83

86 HiCTB6YC3RRBKSCCAM6 TB6YC3RRBKSCCAM6 Features System Board for Yokogawa For 6channel AI/AO card AAI84 For 6 modules Recommended modules: HiC05 (AI), HiC03 (AO) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Application Assembly of : Plugin position... 8: AI modules Plugin position : AO modules Connection Zone 0,, Div., TB TB X0 CN CN (I), (II), ERR AAI84 (AAI84) 84

87 HiCTB6YC3RRBKSCCAM6 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 6 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 650 g Dimensions 40 x 75 x 53 mm (9.45 x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI 06 ATEX 0 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 85

88 HiCTB6YC3RRBKSCCAM6 Application Typical loop Field side ERR & X0 F F Control side Module 8 HART 4 ma HART SL 5a 5b b a HiC05 SL 8a 7a a, b a, b CN Yokogawa system cable KS 40 INA 39 INB 0 OUT8 9 OUT N.C. CBSE CBSE Yokogawa AI 08 AO 08 AAI P I HART Module switch settings Card switch settings Type (AI) DIP switch Position Type (AI) Function HiC05 (sink) S OFF AAI84 (source) wire S S3 S4 ON OFF OFF Type (AO) DIP switch Position Type (AO) Function HiC03 S ON AAI84 no settings S S3 S4 SL 5a 5b b a Module 6 ON OFF OFF HiC03 SL 8a 7a a, b a, b The pinout configuration has to be observed. For information see corresponding pinout table on CN Yokogawa system cable KS 40 INA 39 INB 0 OUT8 9 OUT N.C. CBSE CBSE Yokogawa AI 08 AO 08 AAI84 redundant 86

89 HiCTB6YC3RRBKSCCAM6 87

90 HiDTB08YC3RRBKSCCAM6Y TB08YC3RRBKSCCAM6Y Features System Board for Yokogawa For 6channel AI/AO card AAI84 For 8 modules Recommended modules: HiD06 (AI), HiD030 (AI), HiD03 (AO) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Application Assembly of : Plugin position... 4: AI modules Plugin position : AO modules Connection X0 (I), (II), ERR Zone 0,, Div., TB CN CN (AAI84) AAI84 88

91 HiDTB08YC3RRBKSCCAM6Y Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements A, in each case for 8 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 550 g Dimensions 05 x 75 x 53 mm (8. x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI ATEX 06 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES.00 Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 89

92 HiDTB08YC3RRBKSCCAM6Y Application Typical loop Field side ERR & X0 F F Control side Module switch settings Card switch settings Type Channel DIP switch Position Type (AI) Function HiD06 (AI) II S OFF AAI84 (sink) 4wire S OFF I S3 OFF S4 OFF HiD030 (AI) II S OFF HiD03 (AO) HART HART 4 5 ma ma P P I I SL 5a 5b 7a a b 3b Module... 4 S OFF I S3 OFF S4 HiD06 HiD030 No user configuration available. SL 8a 7a 0a 9a a, b a, b 6b Module HiD03 SL 5a SL 5b 8a 7a 7a a 0a b 9a 3b a, b a, b ERR OFF CN CN Yokogawa system cable KS 39 INB 40 INA 37 INB 38 INA OUT7 OUT7 0 OUT8 9 OUT N.C. CBSE CBSE Yokogawa system cable KS 39 INB 40 INA 37 INB 38 INA OUT7 OUT7 0 OUT8 9 OUT N.C. CBSE CBSE Yokogawa AI 8 AO8 AAI84 Yokogawa AI 8 AO8 AAI84 redundant The pinout configuration has to be observed. For information see corresponding pinout table on 90

93 HiDTB08YC3RRBKSCCAM6Y 9

94 HiCTB08YC3RRBKSCCAM08 TB08YC3RRBKSCCAM08 Features System Board for Yokogawa For 8channel AI card AAI35 For 8channel AI/AO card AAI835 For 8 modules Recommended modules: HiC05 (AI), HiC03 (AO) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Application AI card AAI35: Plugin position... 8: AI modules AI/AO card AAI835: Plugin position... 4: AI modules Plugin position : AO modules Connection X0 (I), (II), ERR AAI35, AAI835 Zone 0,, Div., 5 4 TB CN CN (AAI35, AAI835) 9

95 HiCTB08YC3RRBKSCCAM08 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements A, in each case for 8 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 490 g Dimensions 05 x 75 x 53 mm (8. x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI 06 ATEX 0 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 93

96 HiCTB08YC3RRBKSCCAM08 Application Typical input loop Field side ERR & X0 F F Control side Module HART 4 ma HART SL 5a 5b b HiC05 SL 8a 7a a, b a, b Yokogawa CN system cable KS INB INC IN8B IN8C N.C. CBSE CBSE Yokogawa AI8 AAI35 8 HART Module switch settings 4 5 Card switch settings Type (AI) DIP switch Position Type (AI) Function HiC05 (source) S OFF AAI35 none S S3 S4 SL 5a 5b b OFF ON OFF Module 8 HiC05 SL 8a 7a a, b a, b Yokogawa CN system cable KS INB INC IN8B IN8C N.C. CBSE CBSE Yokogawa AI8 AAI35 redundant 4 ma HART 5 94

97 HiCTB08YC3RRBKSCCAM08 Typical output loop Field side Control side HART P 8 I 4 ma HART HART Module switch settings Card switch settings Type (AI) DIP switch Position Type (AI) Function HiC05 (source) S OFF AAI835 none S S3 S4 OFF ON OFF Type (AO) DIP switch Position Type (AO) Function HiC03 S ON AAI835 none S S3 S4 ERR SL 5a 5b b SL 5a 5b ON OFF OFF & Module HiC05 Module 8 HiC03 SL 8a 7a a, b a, b SL 8a 7a a, b a, b The pinout configuration has to be observed. For information see corresponding pinout table on X0 F F Yokogawa CN system cable KS INB INC OUT4 OUT N.C. CBSE CBSE Yokogawa CN system cable KS INB INC OUT4 OUT N.C. CBSE CBSE Yokogawa AI8 AAI835 Yokogawa AI8 AAI835 redundant 95

98 HiCTB6YC3RRBKSCCAM6Y TB6YC3RRBKSCCAM6Y Features System Board for Yokogawa For 6channel AI/AO card AAB84 For 6 modules Recommended modules: HiC05 (AI), HiC03 (AO) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Application Assembly of : Plugin position... 8: AI modules Plugin position : AO modules Connection Zone 0,, Div., TB TB X0 CN CN (I), (II), ERR AAB84 (AAB84) 96

99 HiCTB6YC3RRBKSCCAM6Y Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements 4 A, in each case for 6 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 650 g Dimensions 40 x 75 x 53 mm (9.45 x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI 06 ATEX 0 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 97

100 HiCTB6YC3RRBKSCCAM6Y Application Typical loop Field side ERR & X0 F F Control side Module 8 HART 4 ma HART SL 5a 5b b a HiC05 SL 8a 7a a, b a, b 50R CN Yokogawa system cable KS 40 IN 39 IN 0 OUT8 9 OUT N.C. CBSE CBSE Yokogawa AI 08 AO 08 AAB P I HART Module switch settings 4 Card switch settings Type (AI) DIP switch Position Type (AO) Function HiC05 S OFF AAB84 none (source, 4 ma... 0 ma) S OFF S3 ON S4 OFF Type (AO) DIP switch Position HiC03 S ON S ON S3 OFF S4 OFF 4 5 SL 5a 5b b a Module 6 HiC03 SL 8a 7a a, b a, b The pinout configuration has to be observed. For information see corresponding pinout table on CN Yokogawa system cable KS 40 IN 39 IN 0 OUT8 9 OUT N.C. CBSE CBSE Yokogawa AI 08 AO 08 AAB84 redundant 98

101 HiCTB6YC3RRBKSCCAM6Y 99

102 HiDTB08YC3RRBKSCCAM6 TB08YC3RRBKSCCAM6 Features System Board for Yokogawa For 6channel AI/AO card AAB84 For 8 modules Recommended modules: HiD06 (AI), HiD038Y (AO) supply Hazardous area: spring terminals, blue Safe area: Yokogawa system connector, 40pin Function The function of the as well as the connector pin assignment exactly fit the requirement of Yokogawa systems. Information about missing supply voltage of the interface modules is available for the system as potentialfree contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The s are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 6075 in the cabinet. Application Assembly of : Plugin position... 4: AI modules Plugin position : AO modules Connection X0 (I), (II), ERR Zone 0,, Div., 5 4 TB CN CN (AAB84) AAB84 00

103 HiDTB08YC3RRBKSCCAM6 Technical data Supply Rated voltage, in consideration of rated voltage of used isolated barriers Voltage drop 0.9 V, voltage drop across the series diode on the must be considered Ripple 0 % Fusing Power loss Reverse polarity protection Electrical specifications Potentialfree fault indication output Redundancy Supply Indicators/settings Display elements A, in each case for 8 modules 500 mw, without modules yes max. 30 V AC/40 V DC, A Redundancy available. The supply for the modules is decoupled, monitored and fused. LEDs PWR ON ( power supply) LED power supply I, green LED LED power supply II, green LED LED Fault (fault indication), red LED LED lits: module failure LED flashes: power supply failure Directive conformity Electromagnetic compatibility Directive 004/08/EC EN 636:006 Conformity Electromagnetic compatibility NE :0 For further information see system description. Protection degree IEC 6059:00 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Mechanical specifications Protection degree IP0 Connection hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 40pin Core crosssection spring terminals: rigid: mm flexible: mm Material housing: polycarbonate, 30 % fiberglass reinforced Mass approx. 490 g Dimensions 05 x 75 x 53 mm (8. x 6.9 x 6.0 in) Mounting on 35 mm DIN mounting rail acc. to EN 6075:00 Data for application in connection with Exareas ECType Examination Certificate CESI ATEX 06 Group, category, type of protection II ()G [Ex ia Ga] IIC II ()D [Ex ia Da] IIIC I (M) [Ex ia Ma] I Safe area Maximum safe voltage 50 V (Attention! U m is no rated voltage.) Electrical isolation Field circuit/control circuit safe electrical isolation acc. to IEC/EN 60079, voltage peak value 375 V Directive conformity Directive 94/9/EC EN :0, EN 60079:0, EN :007, EN 50303:000 IECEx approval IECEx CES.00 Approved for [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I Accessories Designation optional accessories: Label Carrier HiALCHi*TBSET** 0

104 HiDTB08YC3RRBKSCCAM6 Application Typical loop Field side ERR & X0 F F Control side HART HART Module switch settings P P I SL 5a 5b a b SL 5a 5b a b Module... 4 Card switch settings Type (AI) Channel DIP switch Position Type (AI) Function HiD06 (source) II S OFF AAB84 (sink) 4wire S OFF I S3 OFF S4 HiD06 Module HiD038Y SL 8a 7a 0a 9a a, b a, b SL 8a 7a 0a 9a a, b a, b The pinout configuration has to be observed. For information see corresponding pinout table on OFF CN CN Yokogawa system cable KS 40 IN 39 IN 38 IN 37 IN OUT7 OUT7 0 OUT8 9 OUT N.C. CBSE CBSE Yokogawa system cable KS 40 IN 39 IN 38 IN 37 IN OUT7 OUT7 0 OUT8 9 OUT N.C. CBSE CBSE Yokogawa AI 8 AO8 AAB84 Yokogawa AI 8 AO8 AAB84 redundant I R 50R 0

105 HiDTB08YC3RRBKSCCAM6 03

106 HSystem Isolated Barriers HSystem HSystem Accessories 04

107 Isolated Barriers Table of Contents Selection Tables Product Data Sheets Entity Parameters Digital Outputs Selection Tables HSystem Product Data Sheets Entity Parameters Analog Inputs Selection Tables Product Data Sheets Entity Parameters Analog Outputs Selection Tables Product Data Sheets Entity Parameters Accessories Selection Tables Product Data Sheets Accessories 05

108 Notes Isolated Barriers Accessories HSystem 06

109 Isolated Barriers Selection Tables Model Number Housing Input (Field) Output (Control System) Supply Page HiC HiD Channels MAMUR/ Dry Contacts Line Fault Detection HiC8 09 Relay Transistor (active/passive) (Bus Powered) (Loop Powered) SIL Zone /Division Mounting HSystem HiC8 0 HiD Digital Outputs Model Number Housing Input (Control System) Analog Inputs HiC HiD Channels Contact Input Output (Field) Supply HiC HiD HiD Model Number Housing Input (Field) Output (Control System) HiC HiD Channels wire Transmitters Current Sources 0/4 ma... 0 ma (Source) Logic Input Voltage (V) Max. Current (ma) (Bus Powered) (Loop Powered) SIL Zone /Division Mounting Page Specials Supply Page HiC05 5 HiD06 6 HiD030 7 Model Number HiC 0/ V... 5 V SMART Signal Splitting ( input outputs) Housing Input (Field) Output (Control System) HiD Channels RTD TC Potentiometer (Bus Powered) (Loop Powered) Supply HiD08 8 HiD08 9 mv/v 4 ma... 0 ma V... 5 V (Bus Powered) (Loop Powered) SIL SIL Zone /Division Mounting Zone /Division Mounting Page Accessories 07

110 Selection Tables Isolated Barriers Analog Outputs Model Number Housing Input (Control System) Output (Field) Supply Page HSystem HiC HiD Channels 0/4 ma... 0 ma.5 ma ma HiC03 0 0/4 ma... 0 ma.5 ma ma Line Fault Detection SMART (Bus Powered) (Loop Powered) SIL Zone /Division Mounting HiD03 HiD038Y Accessories Model Number Description Page HiALCHiCTFSET4 Label Carrier Set 5 HiALCHiCTFSET8 Label Carrier Set 5 Accessories HiALCHiDTFSET56 Label Carrier Set 5 HiALCHiDTFSET3 Label Carrier Set 5 HiC000 Blank Place Holder Barrier 3 HiD000 Blank Place Holder Barrier 4 08

111 Switch Amplifier HiC8 HiC8 Technical data Features Supply Rated voltage V DC via Ripple 0 % Rated current 30 ma Power loss 500 mw Power consumption 500 mw Input Rated values acc. to EN (NAMUR) Open circuit voltage/shortcircuit approx. 0 V DC/approx. 8 ma current Switching point/switching hysteresis..... ma/approx. 0. ma Line fault detection breakage I 0. ma, shortcircuit I 6.5 ma Pulse/Pause ratio 0 ms/ 0 ms Output Output I signal; relay Output II signal or error message; relay Contact loading 50 V DC/0.5 A Minimum switch current ma/ Energized/Deenergized delay 0 ms/ 0 ms Mechanical life 0 7 switching cycles Error message output Output type open collector transistor (internal fault bus) Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 00 g Dimensions.5 x 8 x 06 mm (0.5 x 5. x 4. in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate BASEEFA 06 ATEX 0093 X Group, category, type of protection II ()GD [Ex ia] IIC; [Ex iad] [circuit(s) in zone 0///0//], I (M) [Ex ia] I Statement of conformity PF 08 CERT 047 X Group, category, type of protection, II 3G Ex na nc IIC T4 Gc temperature class FM approval Control drawing 6534FM (cfmus) IECEx approval IECEx BAS X Approved for [Ex ia] IIC, [Ex ia] I Diagrams Zone 0,, Div.,.5 kω 0 kω SL 5a 5b HiC8 SL 8a 7a 0a 9a a, b a, b 6b I II ERR Zone Div. Front view Switch... 4 channel isolated barrier supply (bus powered) Dry contact or NAMUR inputs Usable as signal splitter ( input and outputs) Relay contact output Fault relay contact output Line fault detection (LFD) Conformal coating Up to SIL acc. to IEC 6508 Function This isolated barrier is used for intrinsic safety applications. It transfers digital signals (NAMUR sensors/mechanical contacts) from a hazardous area to a safe area. The proximity sensor or switch controls a form A normally open relay contact for the safe area load. The module output changes state when the input signal changes state. The mode of operation can be reversed with switch S on the side of the unit. One additional relay is available for the fault output. Line fault detection (LFD) can be selected or disabled via switch S. During an error condition, the relay reverts to its deenergized state and the LEDs indicate the fault. A separate output bus is available. The fault conditions can be monitored via a Fault Indication Board. This module mounts on a HiC Termination Board. PWR CH STATUS/ FAULT HiC 8 ch Switch Amplifier LED green: Power supply LED yellow/red: Status output/ Fault input Place for labeling HSystem Accessories 09

112 HiC8 Switch Amplifier 8 Features Technical data HSystem Accessories channel isolated barrier supply (bus powered) Dry contact or NAMUR inputs relay contact outputs Line fault detection (LFD) Conformal coating Up to SIL acc. to IEC 6508 Function This isolated barrier is used for intrinsic safety applications. It transfers digital signals (NAMUR sensors/mechanical contacts) from a hazardous area to a safe area. The proximity sensor or switch controls a form A normally open relay output for the safe area load. The module output changes state when the input signal changes state. The mode of operation can be reversed with the switches S and S3 on the side of the unit. Line fault detection (LFD) can be selected or disabled via the switches S and S4. During an error condition, the relay reverts to its deenergized state and the LEDs indicate the fault. A separate fault output bus is available. The fault conditions can be monitored via a Fault Indication Board. This module mounts on a HiC Termination Board. Diagrams Front view Switch... 4 PWR CH CH STATUS/ FAULT HiC 8 ch Switch Amplifier LED green: Power supply LED yellow/red: Status output/ Fault channel LED yellow/red: Status output/ Fault channel Place for labeling Supply Rated voltage V DC via Ripple 0 % Rated current 30 ma Power loss 600 mw Power consumption 600 mw Input Rated values acc. to EN (NAMUR) Open circuit voltage/shortcircuit approx. 0 V DC/approx. 8 ma current Switching point/switching hysteresis..... ma/approx. 0. ma Line fault detection breakage I 0. ma, shortcircuit I 6.5 ma Pulse/Pause ratio 0 ms/ 0 ms Output Output I signal; relay Output II signal; relay Contact loading 50 V DC/0.5 A Minimum switch current ma/ Energized/Deenergized delay 0 ms/ 0 ms Mechanical life 0 7 switching cycles Error message output Output type open collector transistor (internal fault bus) Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 00 g Dimensions.5 x 8 x 06 mm (0.5 x 5. x 4. in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate BASEEFA 06 ATEX 0093 X Group, category, type of protection II ()GD [Ex ia] IIC; [Ex iad] [circuit(s) in zone 0///0//], I (M) [Ex ia] I Statement of conformity PF 08 CERT 047 X Group, category, type of protection, II 3G Ex na nc IIC T4 Gc temperature class FM approval Control drawing 6534FM (cfmus) IECEx approval IECEx BAS X Approved for [Ex ia] IIC, [Ex ia] I I II Zone 0,, Div.,.5 kω 0 kω.5 kω 0 kω SL 5a 5b a b HiC8 SL 8a 7a 0a 9a a, b a, b 6b I II ERR Zone Div. 0

113 Switch Amplifier HiD84 HiD84 Technical data Supply Rated voltage Rated current Power loss Input Rated values Connectable sensor types Switching point Line fault detection Diagrams I II III IV Zone 0,, Div.,.5 kω 0 kω.5 kω 0 kω.5 kω 0 kω.5 kω 0 kω SL 5a () 5b (4) a () b (5) 3a (3) 3b (6) 7a (7) 7b (8) V DC via 5 ma at 4 V, relay energized (per channel) 0.35 W at 4 V (per channel) acc. to EN (NAMUR) potential free contact or proximity sensor contact open ma, contact closed ma breakage ma, shortcircuit 6.5 ma... maximum value Output Output signal: relay SPST per channel, phase selectable Response time 0 ms Contact loading 50 V DC/0.5 A noninductive Mechanical life 0 7 switching cycles Error message output Output type open collector transistor (internal fault bus) Transfer characteristics Switching frequency < 0 Hz Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 40 g Dimensions 8 x 06 x 8 mm (0.7 x 4. x 5 in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 0 ATEX 086 Group, category, type of protection II ()G [Ex ia Ga] IIC, II ()D [Ex ia Da] IIIC Statement of conformity PF CERT 09 X Group, category, type of protection, II 3G Ex na nc IIC T4 Gc temperature class CSA approval Control drawing CSB (ccsaus) HiD84 SL () 8a (4) 7a () 0a (5) 9a (3) 9b (6) 0b (7) 8b (8) 7b a, b a, b 6b I II III IV ERR Front view Features 4channel isolated barrier supply (bus powered) Dry contact or NAMUR inputs 4 relay contact outputs Line fault detection (LFD) Up to SIL acc. to IEC 6508 Function LEDs red: Fault channel... 4 Switch... 8 This isolated barrier is used for intrinsic safety applications. It transfers digital signals (NAMUR sensors/mechanical contacts) from a hazardous area to a safe area. The proximity sensor or switch controls two form A normally open relay outputs for the safe area load. The module output changes state when the input signal changes state. The normal output state can be reversed with the selector switches on the side of the unit. Line fault detection (LFD) can be selected or disabled via a selector switch. During an error condition, the relay reverts to its deenergized state and the LEDs indicate the fault. A separate fault output bus is available. The fault conditions can be monitored via a Fault Indication Board. This module mounts on a HiD Termination Board. PWR FAULT STATUS CH CH CH 3 CH 4 HiD 84 4 ch Switch Amplifier LED green: Power supply LEDs yellow: Status output channel... 4 Place for labeling HSystem Accessories

114 HiC87 Solenoid Driver 87 HSystem Accessories Features channel isolated barrier supply (loop powered) Output 45 ma at V DC Conformal coating Up to SIL3 acc. to IEC 6508 Function This isolated barrier is used for intrinsic safety applications. It supplies power to solenoids, LEDs, and audible alarms located in a hazardous area. It is loop powered, so the available energy at the output is received from the input signal. The output signal has a resistive characteristic. As a result the output voltage and current are dependent on the load and the input voltage. At full load, V at 45 ma is available for the hazardous area application. This module mounts on a HiC Termination Board. Diagrams Front view CH STATUS HiC 87 ch Solenoid Driver LED yellow: Status output Place for labeling Technical data Supply Power loss Input Rated voltage U i Current Inrush current Zone 0,, Div., < W HiC87 SL SL 5a 8a 5b 7a V loop powered 7 ma at U i = 9 V, 50 ma at U i = 30 V with 65 Ω output load 45 ma at U i = 9 V, 3 ma at U i = 30 V with shorted output 4 ma at U i = 9 V, ma at U i = 30 V no load at output 00 ma after 00 μs Output Internal resistor R i 38 Ω Current I e 45 ma Voltage U e V Open loop voltage U s.7 V Output signal These values are valid for the rated operational voltage V DC. Energized/Deenergized delay single operation: typ..7 ms/50 μs; periodical: typ. 5 μs/50 μs Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 00 g Dimensions.5 x 8 x 06 mm (0.5 x 5. x 4. in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate BASEEFA 06 ATEX 07X Group, category, type of protection II ()GD, I (M) [Ex ia] IIC, [Ex iad], [Ex ia] I (0 C T amb 60 C) [circuit(s) in zone 0//] Statement of conformity PepperlFuchs Group, category, type of protection, II 3G Ex na II T4 X temperature class FM approval Control drawing 6534FM (cfmus) IECEx approval IECEx BAS X Approved for [Ex ia] IIC, [Ex ia] I V Zone Div.

115 Solenoid Driver HiD87 HiD87 Technical data Supply Rated voltage Input current Power loss Input Control input Signal level Power loss Inrush current Diagrams I II Zone 0,, Div., SL 7a (7) 5a () 5b (4) 3b (6) a () b (5) V via or V via loop powered input, reverse polarity protected 6 ma at 4 V, 300 Ω load (per channel) W at 4 V, 300 Ω load (per channel) external switch (dry contact or open collector) non isolated or logic signal input fully floating signal: V DC (current limited at 3 ma) or contact close (internal 0 kω pullup) 0signal: V DC or contact open W at 4 V, 300 Ω load (per channel) for loop powered 0. A, 5 ms loop powered Output Internal resistor R i approx. 40 Ω Current I e 40 ma Voltage U e V Current limit I max 55 ma Open loop voltage U s approx..5 V Load nominal kω Error message output Output type open collector transistor (internal fault bus) Fault current 4 ma pulsing (0 ms ON, 00 ms OFF) Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 40 g Dimensions 8 x 06 x 8 mm (0.7 x 4. x 5 in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 0 ATEX 036 Group, category, type of protection II ()GD [Ex ia] IIC, [Ex iad] [circuit(s) in zone 0///0//] Statement of conformity PF 0 CERT 79 X Group, category, type of protection, II 3G Ex na II T4 temperature class CSA approval Control drawing CSB (ccsaus) IECEx approval IECEx CES HiD87 SL () 8a (4) 7a (7) 8b (8) 7b () 0a (5) 9a (3) 9b (6) 0b a, b a, b 6b ERR V V V V I II Front view LED red: Fault channel Features channel isolated barrier supply (bus or loop powered) Output 40 ma at V DC, 55 ma current limit Contact or logic control input Entity parameter I o /I sc = 0 ma Line fault detection (LFD) Up to SIL acc. to IEC 6508 (bus powered) Up to SIL3 acc. to IEC 6508 (loop powered) Function This isolated barrier is used for intrinsic safety applications. It supplies power to solenoids, LEDs, and audible alarms, located in a hazardous area. It is controlled with a looppowered control signal, switch contact, transistor, or logic signal. At full load, V at 40 ma (with 55 ma current limit) is available for the hazardous area application. An alternative low current output is available for driving a single LED without installing an external current limiting resistor. Line fault detection of the field circuit is indicated by a red LED and an output on the fault bus. This device mounts on a HiD Termination Board. LED green: Power supply channel LED yellow: Status output channel Switch... 8 channel Switch... 8 channel PWR STATUS FAULT CH CH HiD 87 ch Solenoid Driver LED green: Power supply channel LED yellow: Status output channel LED red: Fault channel Place for labeling HSystem Accessories 3

116 HiD876 Solenoid Driver 876 HSystem Accessories Features channel isolated barrier supply (bus or loop powered) Output 40 ma at. V DC, 55 ma current limit Contact or logic control input Entity parameter I o /I sc = 93 ma Line fault detection (LFD) Up to SIL acc. to IEC 6508 (bus powered) Up to SIL3 acc. to IEC 6508 (loop powered) Function This isolated barrier is used for intrinsic safety applications. It supplies power to solenoids, LEDs, and audible alarms, located in a hazardous area. It is controlled with a looppowered control signal, switch contact, transistor, or logic signal. At full load,. V at 40 ma (with 55 ma current limit) is available for the hazardous area application. An alternative low current output is available for driving a single LED without installing an external current limiting resistor. Line fault detection of the field circuit is indicated by a red LED and an output on the fault bus. This device mounts on a HiD Termination Board. Diagrams Front view LED green: Power supply channel LED yellow: Status output channel LED red: Fault channel Switch... 8 channel Switch... 8 channel 4 PWR STATUS FAULT CH CH HiD 876 ch Solenoid Driver LED green: Power supply channel LED yellow: Status output channel LED red: Fault channel Place for labeling Technical data Supply Rated voltage Input current Power loss Input Control input Signal level Power loss Inrush current Zone 0,, Div., HiD876 I II SL 7a (7) 5a () 5b (4) 3b (6) a () b (5) V via or V via loop powered input, reverse polarity protected 6 ma at 4 V, 300 Ω load (per channel) W at 4 V, 300 Ω load (per channel) external switch (dry contact or open collector) non isolated or logic signal input fully floating signal: V DC (current limited at 3 ma) or contact close (internal 0 kω pullup) 0signal: V DC or contact open W at 4 V, 300 Ω load (per channel) for loop powered 0. A, 5 ms loop powered Output Internal resistor R i approx. 80 Ω Current I e 40 ma Voltage U e. V Current limit I max 55 ma Open loop voltage U s approx..5 V Load nominal kω Error message output Output type open collector transistor (internal fault bus) Fault current 4 ma pulsing (0 ms ON, 00 ms OFF) Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 40 g Dimensions 8 x 06 x 8 mm (0.7 x 4. x 5 in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 0 ATEX 036 Group, category, type of protection II ()GD [Ex ia] IIC, [Ex iad] [circuit(s) in zone 0///0//] Statement of conformity PF 0 CERT 79 X Group, category, type of protection, II 3G Ex na II T4 temperature class CSA approval Control drawing CSB (ccsaus) IECEx approval IECEx CES SL () 8a (4) 7a (7) 8b (8) 7b () 0a (5) 9a (3) 9b (6) 0b a, b a, b 6b ERR V V V V I II

117 SMART Transmitter Power Supply HiC05 HiC05 Technical data Supply Rated voltage Power loss Power consumption Input Input signal Voltage drop Available voltage Output Load Output signal Ripple Transfer characteristics Deviation Frequency range Diagrams HART ma Zone 0,, Div., HART SL b 5a 5b V DC via 800 mw. W ma limited to approx. 30 ma approx. 5 V on SL: 5a(), b() 5 V at 0 ma on SL: 5a(), 5b() Ω (source mode) ma or... 5 V (on 50 Ω, 0. % internal shunt) ma (sink mode), operating voltage V 0 mv rms at 0 C (68 F) ± 0. % incl. nonlinearity and hysteresis (source mode ma) ± 0. % incl. nonlinearity and hysteresis (sink mode ma) ± 0. % incl. nonlinearity and hysteresis (source mode... 5 V) field side into the control side: bandwidth with 0.5 V pp signal khz (3 db) control side into the field side: bandwidth with 0.5 V pp signal khz (3 db) 0 ms Rise time/fall time Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 00 g Dimensions.5 x 8 x 06 mm (0.5 x 5. x 4. in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 06 ATEX 07 Group, category, type of protection II ()GD [Ex ia] IIC, [Ex iad] [circuit(s) in zone 0///0//], I (M) [Ex ia] I Statement of conformity PepperlFuchs Group, category, type of protection, II 3G Ex na IIC T4 Gc temperature class FM approval Control drawing 6534FM (cfmus) IECEx approval IECEx CES HiC05 SL 8a 7a a, b a, b HART HART V Zone Div. Front view Switch... 4 Features channel isolated barrier supply (bus powered) Input for wire SMART transmitters and current sources Output for 4 ma... 0 ma or V... 5 V Low power dissipation Conformal coating Up to SIL acc. to IEC 6508 Function This isolated barrier is used for intrinsic safety applications. The device supplies wire transmitters in the hazardous area, and can also be used with current sources. It transfers the analog input signal to the safe area as an isolated current value. Bidirectional communication is supported for SMART transmitters that use current modulation to transmit data and voltage modulation to receive data. The output is selected as a current source, current sink, or voltage source via DIP switches. This device mounts on a HiC Termination Board. PWR HiC 05 ch Transm. Power Supply LED green: Power supply Place for labeling HSystem Accessories 5

118 HiD06 SMART Transmitter Power Supply 06 HSystem Accessories Features channel isolated barrier supply (bus powered) wire SMART transmitter Output for 4 ma... 0 ma or V... 5 V Low power dissipation Conformal coating Up to SIL acc. to IEC 6508 Function This isolated barrier is used for intrinsic safety applications. It provides wire SMART transmitters with power in the hazardous area, and repeats the current to drive a safe area load. Bidirectional communication is supported for SMART transmitters that use current modulation to transmit data and voltage modulation to receive data. The outputs are isolated from the inputs and are referenced to the power supply common. This module mounts on a HiD Termination Board. Diagrams Front view Switch PWR HiD 06 ch Transmitter Power Supply LED green: Power supply Place for labeling Technical data Supply Rated voltage Power loss Input Input current Ripple Voltage Output Load Output signal Ripple Response time Transfer characteristics Calibrated accuracy Influence of temperature Zone 0,, Div., HiD06 I II HART HART V via 0.8 W at 4 V (per channel) ma, current limit 6 ma typ. 0 mv eff min. 5.5 V at 0 ma Ω ma or... 5 V (on 50 Ω, 0. % internal shunt) 0 mv eff on a load of 50 Ω 40 ms, % step change < ± 0. % of fullscale value (current output) < μa/k ( C ( F)); < 4 μa/k ( C ( F)) 0.0 %/ K Frequency range communication channel: khz within 3 db, (6 db at 00 khz), Tx to output and output to Tx, suitable for use with SMART transmitters using HART or similar protocol Influence of load < ± 0. % of fullscale value from Ω Linearity < ± 0. % of fullscale value Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 40 g Dimensions 8 x 06 x 8 mm (0.7 x 4. x 5 in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 0 ATEX 05 Group, category, type of protection II ()GD [Ex ia] IIC, [Ex iad] [circuit(s) in zone 0///0//] Statement of conformity PF 0 CERT 609 X Group, category, type of protection, II 3G Ex na II T4 temperature class CSA approval Control drawing CSB (ccsaus) IECEx approval IECEx CES 0.00 SL 5a () 5b (4) a () b (5) SL () 8a (4) 7a () 0a (5) 9a HART HART a, b a, b I II

119 SMART Transmitter Power Supply HiD030 HiD030 Technical data Supply Rated voltage Power loss Input Input current Input resistance Ripple Voltage Communication Output Load Output signal Ripple Response time Signal level Error message output Output type Diagrams I II HART HART Zone 0,, Div., ma ma SL 5a () 5b (4) 7a (7) a () b (5) 3b (6) V via.05 W at 4 V (per channel) ma, current limit 6 ma typ. 40 Ω, for current source 0 mv eff min. 5.5 V at 0 ma passthrough of HART signal to safe area The current sink terminals 4, 7 and 5, 6 do not pass the HART signal to safe area Ω ma or... 5 V (on 50 Ω, 0. % internal shunt) 0 mv eff on a load of 50 Ω 70 ms, % step change no fault: ma ma input current fault detection: < 0. ma or > 4 ma input current open collector transistor (common to both channels) fault bus signal, collective error message Transfer characteristics Calibrated accuracy < ± 0. % of fullscale value (current output) Influence of temperature < ± 0.0 %/ K Influence of load < ± 0. % of fullscale value from Ω Linearity < ± 0.05 % of fullscale value Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 40 g Dimensions 8 x 06 x 8 mm (0.7 x 4. x 5 in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 0 ATEX 086 Group, category, type of protection II ()G [Ex ia Ga] IIC, II ()D [Ex ia Da] IIIC Statement of conformity PF CERT 09 X Group, category, type of protection, II 3G Ex na IIC T4 Gc [device in zone ] temperature class CSA approval Control drawing CSB (ccsaus) HiD030 SL () 8a (4) 7a () 0a (5) 9a a, b a, b 6b HART HART ERR I II Front view LED red: Fault channel Switch... 4 Features channel isolated barrier supply (bus powered) wire SMART transmitters or current sources Usable as signal splitter ( input and outputs) Dual output 4 ma... 0 ma or V... 5 V Line fault detection (LFD) Up to SIL acc. to IEC 6508 Function This isolated barrier is used for intrinsic safety applications. It provides a fully floating supply to power wire SMART transmitters in the hazardous area, and repeats the current to drive a safe area load. It is also used with wire current sources. Digital signals may be superimposed on the analog values in the hazardous or safe area, which are transferred bidirectionally. A separate fault output on the bus is signaled if the input signal is outside the range 0. ma... 4 ma. The fault conditions can be monitored via a Fault Indication Board. This module mounts on a HiD Termination Board. CH FAULT PWR CH HiD 030 ch Transmitter Power Supply LED green: Power supply LED red: Fault channel Place for labeling HSystem Accessories 7

120 HiD08 Temperature Converter 08 HSystem Accessories Features channel isolated barrier supply (bus powered) Thermocouple, RTD or potentiometer Linearized output 4 ma... 0 ma, sink/source or V... 5 V Sensor breakage detection Configurable by PACTware TM Line fault detection (LFD) Function This isolated barrier is used for intrinsic safety applications. This device accepts thermocouples (TC), millivolts, potentiometers, or resistance temperature detectors (RTD) from a hazardous area and converts them to an isolated, linearized analog output in the safe area. The outputs can be selected as a current source, current sink, or voltage source with DIP switches on the side panel. Line fault detection of the field circuit is indicated by a red LED and an output on the fault bus. The fault conditions are monitored via a Fault Indication Board. The device is easily configured by the use of the PACTware configuration software. This device mounts on a HiD Termination Board. Diagrams Front view Programming socket 8 PWR FAULT HiD 08 ch Temperature Converter Serial Config. LED green: Power supply LED red: Fault Place for labeling Technical data Supply Rated voltage Power consumption Input RTD Measuring current Measuring circuit monitoring Zone 0,, Div., CJC T V V via. W type Cu0, Cu50, Cu00, Pt0, Pt50, Pt00, Pt500, Pt000, Ni00 (EN 6075: 995) type Pt0GOST, Pt50GOST, Pt00GOST, Pt50GOST, Pt000GOST (P503539) approx. 00 μa with RTD sensor burnout, sensor shortcircuit Thermocouples type B, E, J, K, N, R, S, T (IEC 584: 995) type L (DIN 4370: 985) type TXK, TXKH, TXA (P ) Cold junction compensation at field terminals Measuring circuit monitoring sensor burnout Voltage selectable within the range mv Potentiometer kω Input resistance MΩ ( mv) Output Output analog, current or voltage output Current range 0/ ma Voltage range V or... 5 V (on 50 Ω, 0. % internal shunt) Fault signal downscale 0 or ma, upscale.5 ma (acc. NAMUR NE43) Source load Ω, opencircuit voltage 8 V Sink 0/ ma (sink mode), working voltage V Error message output Output type open collector transistor (internal fault bus) Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 40 g Dimensions 8 x 06 x 8 mm (0.7 x 4. x 5 in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 0 ATEX 086 Group, category, type of protection II ()G [Ex ia Ga] IIC, II ()D [Ex ia Da] IIIC, (0 C T amb 60 C) CSA approval Control drawing CSB (ccsaus) SL 5a () a () b (5) 5b (4) HiD08 SL () 8a (4) 7a a, b a, b 6b V ERR

121 Temperature Converter HiD08 HiD08 Technical data Supply Rated voltage Power consumption Input RTD Diagrams I II Measuring current Measuring circuit monitoring Zone 0,, Div., CJC T V V V via.95 W type Cu0, Cu50, Cu00, Pt0, Pt50, Pt00, Pt500, Pt000, Ni00 (EN 6075: 995) type Pt0GOST, Pt50GOST, Pt00GOST, Pt50GOST, Pt000GOST (P503539) approx. 00 μa with RTD sensor burnout, sensor shortcircuit Thermocouples type B, E, J, K, N, R, S, T (IEC 584: 995) type L (DIN 4370: 985) type TXK, TXKH, TXA (P ) Cold junction compensation at field terminals Measuring circuit monitoring sensor burnout Voltage selectable within the range mv Potentiometer kω Input resistance MΩ ( mv) Output Output I, II analog, current or voltage output Current range 0/ ma Voltage range V or... 5 V (on 50 Ω, 0. % internal shunt) Fault signal downscale 0 or ma, upscale.5 ma (acc. NAMUR NE43) Source load Ω, opencircuit voltage 8 V Sink 0/ ma (sink mode), working voltage V Error message output Output type open collector transistor (internal fault bus) Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 40 g Dimensions 8 x 06 x 8 mm (0.7 x 4. x 5 in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 0 ATEX 086 Group, category, type of protection II ()G [Ex ia Ga] IIC, II ()D [Ex ia Da] IIIC, (0 C T amb 60 C) CSA approval Control drawing CSB (ccsaus) SL 5a () a () b (5) 5b (4) 7a (7) 3a (3) 3b (6) 7b (8) HiD08 SL () 8a (4) 7a () 0a (5) 9a a, b a, b 6b V V ERR I II Front view LED red: Fault channel Features channel isolated barrier supply (bus powered) Thermocouple, RTD or potentiometer Usable as signal splitter ( input and outputs) Linearized output 4 ma... 0 ma, sink/source or V... 5 V Sensor breakage detection Configurable by PACTware TM Line fault detection (LFD) Up to SIL acc. to IEC 6508/ IEC 65 Function This isolated barrier is used for intrinsic safety applications. This device accepts thermocouples (TC), millivolts, potentiometers, or resistance temperature detectors (RTD) from a hazardous area and converts them to an isolated, linearized analog output in the safe area. The outputs can be selected as a current source, current sink, or voltage source with DIP switches on the side panel. Line fault detection of the field circuit is indicated by a red LED and an output on the fault bus. The fault conditions are monitored via a Fault Indication Board. The device is easily configured by the use of the PACTware configuration software. This device mounts on a HiD Termination Board. Programming socket PWR CH CH FAULT FAULT HiD 08 ch Temperature Converter Serial Config. LED green: Power supply LED red: Fault channel Place for labeling HSystem Accessories 9

122 HiC03 SMART Current Driver 03 HSystem Accessories Features channel isolated barrier supply (bus powered) Current output up to 650 Ω load Low power dissipation Conformal coating Up to SIL acc. to IEC 6508 Function This isolated barrier is used for intrinsic safety applications. It repeats a 4 ma... 0 ma input signal from a control system to drive HART I/P converters, valve actuators, and displays located in a hazardous area. Digital signals may be superimposed on the analog values in the hazardous or safe area, which are transferred bidirectionally. An open field circuit presents a high impedance to the control side to allow alarm conditions to be monitored by control systems. This module mounts on a HiC Termination Board. Diagrams Front view Switch PWR HiC 03 ch Current Driver LED green: Power supply Place for labeling Technical data Supply Rated voltage Power loss Power consumption Input Input signal Input resistance Output Current Load Voltage Ripple Transfer characteristics Deviation Influence of ambient temperature Frequency range Zone 0,, Div., HiC03 P I HART V DC via 600 mw 700 mw ma limited to approx. 30 ma > 00 kω, with field wiring open ma Ω 3 V at 0 ma 0 mv rms at 0 C (68 F), 0/ ma ± 0. % incl. nonlinearity and hysteresis < μa/k ( C ( F)); < 4 μa/k ( C ( F)) field side into the control side: bandwidth with 0.5 V pp signal khz (3 db) control side into the field side: bandwidth with ma pp signal khz (3 db) 0 to 90 % 00 ms Rise time Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 00 g Dimensions.5 x 8 x 06 mm (0.5 x 5. x 4. in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 06 ATEX 07 Group, category, type of protection II ()GD [Ex ia] IIC, [Ex iad] [circuit(s) in zone 0///0//], I (M) [Ex ia] I Statement of conformity PF 07 CERT 050X Group, category, type of protection, II 3G Ex na IIC T4 Gc temperature class FM approval Control drawing 6534FM (cfmus) IECEx approval IECEx CES SL 5a 5b SL 8a 7a HART a, b a, b ma Zone Div.

123 Current Driver HiD03 HiD03 Technical data Features Supply Rated voltage Rated current Power loss Input Input current Signal level Diagrams I II Zone 0,, Div., P P I I SL 5a () 5b (4) a () b (5) V via 35 ma at 4 V, 0 ma output (per channel) 0.75 W at 4 V (per channel) ma, reverse polarity protected input voltage drop < 4 V with field wiring intact input current <. ma with field wiring open Output Rated current ma on a load of max. 750 Ω Load Ω Output signal ma Ripple 5 mv eff Response time 50 ms, % step change Transfer characteristics Calibrated accuracy < ± 0. % of fullscale value Influence of temperature < ± 0.0 %/K Influence of load < ± 0. % of fullscale value from Ω Linearity < ± 0. % of fullscale value Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 40 g Dimensions 8 x 06 x 8 mm (0.7 x 4. x 5 in) Data for application in connection see page 6 for entity parameters with Exareas ECType Examination Certificate CESI 0 ATEX 086 Group, category, type of protection II ()G [Ex ia Ga] IIC, II ()D [Ex ia Da] IIIC Statement of conformity PF CERT 09 X Group, category, type of protection, II 3G Ex na IIC T4 Gc [device in zone ] temperature class CSA approval Control drawing CSB (ccsaus) HiD03 SL () 8a (4) 7a () 0a (5) 9a ma ma a, b a, b I II Front view channel isolated barrier supply (bus powered) Current output up to 750 Ω load Low power dissipation Function This isolated barrier is used for intrinsic safety applications. It repeats a 4 ma... 0 ma input signal from a control system to drive I/P converters, valve actuators, and displays located in a hazardous area. An open field circuit presents a high impedance to the control side to allow alarm conditions to be monitored by control systems. This module mounts on a HiD Termination Board. PWR HiD 03 ch Current Driver LED green: Power supply Place for labeling HSystem Accessories

124 HiD038Y SMART Current Driver 038Y HSystem Accessories Features channel isolated barrier supply (bus powered) Current output up to 750 Ω load SMART I/P and valve positioners Suitable for Yokogawa DCS system Line fault detection (LFD) Up to SIL acc. to IEC 6508 Function This isolated barrier is used for intrinsic safety applications. It repeats a 4 ma... 0 ma input signal from a control system to drive SMART I/P converters, valve actuators, and displays located in a hazardous area. Digital signals may be superimposed on the analog values in the hazardous or safe area, which are transferred bidirectionally. An open field circuit presents a high impedance to the control side to allow alarm conditions to be monitored by control systems. Line fault detection of the field circuit is indicated by a red LED. This module mounts on a HiD Termination Board. Diagrams Front view PWR FAULT CH FAULT CH HiD 038 Y ch Current Driver LED green: Power supply LED red: Fault channel LED red: Fault channel Place for labeling Technical data Supply Rated voltage Rated current Power loss Input Input current Signal level Output Load Output signal Ripple Response time Line fault detection Transfer characteristics Calibrated accuracy Influence of temperature Frequency range Influence of load Linearity Ambient conditions Ambient temperature Mechanical specifications Protection degree Mass Dimensions Data for application in connection with Exareas Zone 0,, Div., HiD038Y I II P P I I HART HART V via 40 ma at 4 V, 0 ma output (per channel) 0.85 W at 4 V (per channel) ma, reverse polarity protected input voltage drop < 4 V with field wiring intact input current < 0.6 ma (47 kω) with field wiring open Ω ma 5 mv eff 50 ms, % step change breakage, load > 00 kω < ± 0. % of fullscale value < ± 0.0 %/K khz within 3 db, (6 db at 00 khz) for use with SMART positioners using HART protocol < ± 0. % of fullscale value from Ω < ± 0. % of fullscale value C ( F) IP0 approx. 40 g 8 x 06 x 8 mm (0.7 x 4. x 5 in) see page 6 for entity parameters ECType Examination Certificate CESI 0 ATEX 086 Group, category, type of protection II ()G [Ex ia Ga] IIC, II ()D [Ex ia Da] IIIC Statement of conformity PF CERT 09 X Group, category, type of protection, II 3G Ex na IIC T4 Gc [device in zone ] temperature class CSA approval Control drawing CSB (ccsaus) SL 5a () 5b (4) a () b (5) SL () 8a (4) 7a () 0a (5) 9a HART HART a, b a, b ma ma I II

125 Place Holder Barrier HiC000 Blank HiC000 Blank Technical data Conformity Protection degree IEC 6059 Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Mass approx. 00 g Dimensions.5 x 8 x 06 mm (0.5 x 5. x 4. in) Features HSystem place holder module Housing width.5 mm Blank module, nonfunctional Function This barrier is a non functioning HiC module designed to be a place holder for system expansions. This barrier mounts on a HiC termination board. HSystem Diagrams Zone 0,, Div., HiC000 Blank Zone Div. Front view HiC 000 Blank Module Place for labelling Accessories 3

126 HiD000 Blank Place Holder Barrier 000 Blank HSystem Features HSystem place holder module Housing width 8 mm Blank module, nonfunctional Function This barrier is a non functioning HiD module designed to be a place holder for system expansions. This barrier mounts on a HiD termination board. Technical data Conformity Protection degree IEC 6059 Ambient conditions Ambient temperature C ( F) Mechanical specifications Protection degree IP0 Material Polycarbonate Mass approx. 40 g Dimensions 8 x 06 x 8 mm (0.7 x 4. x 5 in) Accessories Diagrams Front view HiD 000 Blank Module Zone 0,, Div., HiD000 Blank 4

127 Label Carrier HiALCHi*TFSET*** HiALCHiCTBSET08 Technical data Ambient conditions Ambient temperature C ( K) Storage temperature C ( K) Mechanical specifications Mass HiALCHiCTFSET4: approx. 50 g HiALCHiCTFSET8: approx. 00 g HiALCHiDTFSET56: approx. 70 g HiALCHiDTFSET3: approx. 40 g Dimensions HiALCHiCTFSET4: 43.5 x 45 x 4 mm (.7 x.77 x 4.48 in) HiALCHiCTFSET8: 43.5 x 45 x 8 mm (.7 x.77 x 9 in) HiALCHiDTFSET56: 43.5 x 45 x 56 mm (.7 x.77 x 6.4 in) HiALCHiDTFSET3: 43.5 x 45 x 56 mm (.7 x.77 x.3 in) Note recommended size of labeling strip: HiALCHiCTFSET4: 08 x 8 mm (4.5 x. in) HiALCHiCTFSET8: x 8 mm (8.7 x. in) HiALCHiDTFSET56: 50 x 8 mm (5.9 x. in) HiALCHiDTFSET3: 306 x 8 mm ( x. in) Features HiALCHiCTFSET4 For HiC s piece for 8position Termination Board pieces for 6position Termination Board HiALCHiCTFSET8 For HiC s piece for 6position Termination Board HiALCHiDTFSET56 For HiD s piece for 8position Termination Board pieces for 6position Termination Board HiALCHiDTFSET3 For HiD s piece for 6position Termination Board HSystem Diagrams 43,5 mm (.7'') 45 mm (.77") 9 mm (0.35") Length 4 see mm technical (4.48'') data Function The Label Carrier Set is assembled on each. Accessories 5

128 Entity Parameters Isolated Barriers ATEX Entity Parameters Model Number Terminals U o (V) I o (ma) P o (mw) HSystem Accessories HiC05 CSA Entity Parameters FM Entity Parameters 5a, 5b 5a; b, 7a HiC03 5a, 5b HiC8 5a, 5b HiC8 5a, 5b; a, b HiC87 5a, 5b HiD06 5a, 5b; a, b HiD030 5a, 5b; a, b 5b, 7a; b, 3b HiD03 5a, 5b; a, b HiD038Y 5a, 5b; a, b HiD08 5a, a; b, 5b HiD08 5a, a; b, 5b a, 3a; 3b, 7b HiD84 5a, 5b; a, b a, 3b; 7a, 7b HiD87 5a; 7a, 5b a; 3b, b HiD876 5a; 7a, 5b a; 3b, b Model Number Terminals V oc (V) I sc (ma) HiD06 5a, 5b; a, b 6 93 HiD030 5a, 5b; a, b 5b, 7a; b, 3b 5a, 5b, 7a; a, b, 3b HiD03 5a, 5b; a, b 6 93 HiD038Y 5a, 5b; a, b 6 93 HiD08 5a, a; b, 5b 0 5 HiD08 5a, a; b, 5b 0 5 7a, 3a; 3b, 7b HiD84 5a, 5b; a, b a, 3b; 7a, 7b HiD87 5a; 7a, 5b 6 0 a; 3b, b HiD876 5a; 7a, 5b a; 3b, b 6 93 Model Number Terminals V oc (V) I sc (ma) V t (V) I t (ma) HiC05 5a, 5b 5a; b, 7a HiC03 5a, 5b HiC8 5a, 5b HiC8 5a, 5b; a, b HiC87 5a, 5b

129 Isolated Barriers Notes Accessories HSystem 7

130 Appendix 8