ADVANCED AUTOMATION SYSTEM

Transcription

1 ADVANCED AUTOMATION SYSTEM The CINTAC Advanced Automation System combines JAMESBURY actuator expertise with STONEL advanced communication and control system technology to form a totally compact, integrated automation package. CINTAC dramatically simplifies and reduces the cost of automating rotary on-off valves by eliminating the need to engineer, procure and assemble separate rack and pinion actuators, switches, solenoid valves, linkages, tubes, and fittings. The CINTAC Advanced Automation System has been designed as a cost-effective platform with field-proven components. Designed to support future growth, the system includes advanced diagnostics, digital bus communication capabilities and automated on-line emergency shutdown testing. Users benefit from intelligent reliability, plug and play installation, as well as many unique standard features that make the system easier to use, install and maintain. The CINTAC system combines the latest on-off valve monitoring or networking technology with a state-of-the-art pneumatic module. It s a factory-certified package ready for fast plug and play installation right out of the box. The CINTAC actuation system is a rugged, compact, totally integrated package that comes assembled and does not require external tubing, eliminating the need to replace leaking fittings and damaged tubes or hoses. Versions are available for easy point-to-point wiring and bus networks, including AS-Interface, DeviceNet, ModBus and Foundation Fieldbus. A130-1EN 3/2009

2 METSO A130-1EN OVERVIEW A CINTAC assembly is made up of three basic components: a Metso AXIOM communication and control module, mounting kits, and a JAMESBURY CT-Series actuator. { AXIOM Communications & Control Module (2) Mounting Kits CT-Series Pneumatic Actuator Module { To order CINTAC components, follow these steps: STEP SELECT COMPONENT SERIES 1 Communication and Control Module AXIOM 2 Pneumatic Actuator Module CT-Series 3 Common Parts Linkage Kit: LK1943 & Linkage Kit For Mounting AXIOM to CT-Series LK Two Linkage kits are required for each CINTAC A linkage kit for mounting AXIOM to CT-Series A common parts linkage kits 2 TECHNICAL BULLETIN 3/09

3 A130-1EN CINTAC ADVANCED AUTOMATION SYSTEM METSO AXIOM COMMUNICATION AND CONTROL FEATURES The CINTAC automation system provides reliable and scalable on-off valve networking and communications solutions. Using a contact-free magnetic resistive (Mag Res) sensor system, CINTAC reliably monitors exact valve position. The Mag Res sensor system is tolerant of lateral and vertical shaft movement, and cams, shafts and other mechanical parts prone to wear are not required. High accuracy position sensor system is solid state with no moving wear points for highly reliable and precise position feedback. Contact free -- no mechanical parts or connections to wear out or bind. Unaffected by lateral or vertical shaft movement. Push button switch setting allows for true contact-free position setting and eliminates having to set cams. LED for open/close position and solenoid power. Built in position indicator for multiple visual status indication. Short circuit protection; prevents the potential for burned-out switches. Unit is completely sealed and protected from corrosion due to moisture. Solid-state circuitry assures the longevity of switches. Built in rebreather on spring return version automatically feeds clean instrument air to the spring housing, eliminating the potential for internal corrosion (i.e., from sucking in dirt, dust, etc.). Transparent polycarbonate components are UV stabilized. In addition to being corrosion resistant and temporarily submersible, CINTAC is suitable for use in hazardous areas (NEMA 4, 4X and 6 rated; Class I & II Div 2 Nonincendive; Class I & II Div 1 and 2 Intrinsically Safe). With universal power input, it accepts either AC or DC input voltage for easy adaptation to existing power and eliminates potential for burned-out electronics. This results in reduced inventory levels (one unit meets most power needs). Critical components are fully integrated but easily accessible through an impact resistant, removable cover. Enclosure and pneumatic manifold are constructed of a durable anodized and polyurethane coated exterior. All fasteners, including adjustment screws, are stainless steel for corrosion resistance. Leak-free integral air porting further improves reliability by eliminating crimping or bending of tubing, leaking fittings, and worn or broken hoses. Air control valve is tolerant of dirty air; manual override is standard. Operates at temperatures ranging from -4º F to +150º F (-20 C to 66 C) and pressures to 116 PSI (8 bar). Units with a low temperature option to -40º F (-40 C) are also available. CT-SERIES ACTUATOR PNEUMATIC FEATURES The heart of the system is a rugged, field proven rack and pinion pneumatic module with ISO 5211 interface for compatibility with any quarter turn valve. The CINTAC automation system combines high cycle life, rugged construction and a compact, symmetrical design with a unique range of features and options. Modular design with same body and end caps for double-acting and spring return models reduce inventory. Failure direction can be reversed easily from spring-toopen or spring-to-close orientation simply by inverting the pistons. Pneumatic module to valve attachments comply with ISO 5211/1 and EN Bearings on all sides and rotating moving parts ensure long life. Dual piston rack-and-pinion mechanism for simple construction, high cycle life and constant torque. Extruded aluminum body with honed internal surface for strength and lower coefficient of friction. Mechanically multi-guided aluminum pistons for precise movement, low friction and high cycle life. Machined teeth on piston racks and pinions for excellent engagement and maximum efficiency. Hard-anodized PTFE-coated body, polyester-coated end caps, and epoxy-coated springs, along with internal and external stainless steel fasteners, provide corrosion resistance in a variety of difficult applications and environments. Safety-contained multi-spring design with preloaded and heavy-duty coated springs for simpler range versatility, greater safety and corrosion resistance. External adjustable stops in both directions assure flexibility and accuracy when setting the valve in the open and closed positions. As an added safety feature, the external adjustment screws are slotted for indicating the presence of internal pressure. Pressure will vent before the adjustment screws are completely backed out of the pneumatic module. Operates at temperatures ranging from -4º F to +150º F (-20 C to 66 C) and pressures to 116 PSI (8 bar). Units with a low temperature option to -40º F (-40 C) are also available. 86 to 94 rotation adjustment Air, mineral-based hydraulic fluid supply media EN12116 ISO 5211/1 CINTAC to valve mounting TECHNICAL BULLETIN 3/09 3

4 METSO A130-1EN PNEUMATIC MODULE SELECTION To select a pneumatic module for a particular valve and service, first determine the maximum operating torque that will be required from the applicable valve bulletin. Then refer to the appropriate torque output table and select a pneumatic module that will, at the available supply pressure, provide a torque output no less than the required operating torque for the valve. For spring-return units, both the spring torque and the air torque must be sufficient. In the event confirmation is desired for the selection of a pneumatic module under specific service conditions, include full details on trim, seat materials, and media characteristics. Pneumatic Module CT100 CT200 CT250 CT300 CT400 CT500 CT600 CT650 Air Volume Moving Time Bore Diam. in. 3 ml Seconds 1 Opening Closing Swept Opening Closing Swept in. mm Opening Closing DA SR DA SR DA SR DA SR DA SR DA SR DA SR DA SR NOTES: (1) The above times are based on the following test conditions: Room temperature and air supply pressure of 80 psi (5.5 bar) without valve loading. 4 TECHNICAL BULLETIN 3/09

5 A130-1EN CINTAC ADVANCED AUTOMATION SYSTEM PNEUMATIC MODULE SELECTION (CONTINUED) SPRING RETURN Pneumatic Spring-Return Torque Output Air Torque Output at Specified Supply Pressure Module FT LBS N m FT 60 psi N 4.2 bar FT 80 psi N 5.5 bar CT100 SR4/ CT100 SR CT200 SR4/ CT200 SR CT250 SR4/ CT250 SR CT300 SR4/ CT300 SR CT400 SR4/ CT400 SR CT500 SR4/ CT500 SR CT600 SR4/ CT600 SR CT650 SR4/ CT650 SR DOUBLE ACTING Pneumatic Torque Output in FT LBS - CT XXDA Double-Acting Pneumatic Module at Specified psi Supply Pressures Module 40 psi 50 psi 60 psi 70 psi 80 psi 90 psi 100 psi CT CT CT CT CT CT CT CT Pneumatic Torque Output in N m - CT XXDA Double-Acting Pneumatic Module at Specified bar Supply Pressures Module 2.7 bar 3.5 bar 4.2 bar 4.8 bar 5.5 bar 6.2 bar 6.9 bar CT CT CT CT CT CT CT CT NOTES: (1) The above times are based on the following test conditions: Room temperature and air supply pressure of 80 psi (5.5 bar) without valve loading. TECHNICAL BULLETIN 3/09 5

6 METSO A130-1EN Mechanical Safety Lockout To comply with the intent of OSHA requirements for locking actuators in position prior to performing maintenance, an actuator can have the mechanical safety lockout option added to it. Design of the stop cam allows for locking the pneumatic module in either the full-open or full-closed position. CINTAC equipped with this option have a special lockout screw and a tamperproof cover attached to the housing of the pneumatic module with stainless steel wire. The lockout kits are readily available to permanently lock the pneumatic module in place to prevent unwanted operation. OPTIONS Lockout Kits CT100 NA CT400 LD84 CT200 LD80 CT500 LD86 CT250 LD81 CT600 LD88 CT300 LD82 CT650 LD89 Special longer bolts used to lock the pneumatic module in position when needed. Stop Screw Type A CT L Min. Approx. Stop Screw Type B CT L Max. Approx. 100% Adjustable Travel Stop To limit the rotation on the stroke beyond the standard ±4 of a CINTAC pneumatic module, a stainless steel 100%- adjustable travel stop option can be added. The stops, located in the end caps, allow the valve position to be set anywhere between full closed and full open. This option limits travel of only the counter-clockwise stroke for standard double-acting and spring-closed units. The 100% Adjustable Stop option is specified in the CINTAC ordering code. 100% Travel Stop Lengths Pneumatic L Min L Max Module inch mm inch mm CT CT CT CT CT CT CT CT TECHNICAL BULLETIN 3/09

7 A130-1EN CINTAC ADVANCED AUTOMATION SYSTEM Declutchable Manual Override A side-declutchable manual override is available for the CINTAC Advanced Automation System. It consists of a manual gear actuator mounted between CINTAC and the valve. The device is normally disengaged from the shaft. Upon engagement of the override clutch, overriding the pneumatic module is done with ease, aided by the highreduction ratio of the manual gear unit. DIMENSIONS F B Cintac Mounting Side J E D C G S H Pneumatic Declutchable Approximate Dimensions - Inches Module Override Approx. (DA or SR) Kit B C D E F G H J S Weight lbs. CT250 and CT300 DO CT400 DO CT500 DO CT600 DO CT650 DO Pneumatic Declutchable Approximate Dimensions - mm Module Override Approx. (DA or SR) Kit B C D E F G H J S Weight kgs. CT250 and CT300 DO CT400 DO CT500 DO CT600 DO CT650 DO TECHNICAL BULLETIN 3/09 7

8 METSO A130-1EN The AXIOM's pneumatic valve system consists of a low power pilot that drives the main high flow spool valve. Pilots may be selected for conventional, intrinsically safe or bus networking applications. Both stages of the pneumatic valve system have been designed for long life, high tolerance to air line contaminants and ease of maintenance should components become fouled. Special Features Pilot poppet and main spool design offer long life, exceptional tolerance to dirty air and tight shut-off. Spool and pilot valve may be conveniently removed and cleaned should large contaminants become lodged in the valve. Universal solenoid may be used for standard AC or DC applications. 5-way, 2 position spring return configuration may be used for either single or double-acting actuators. Low power consumption of solenoid reduces current flow on bus networks enabling more units and longer distances on a single segment. Rebreather channels exhausted air from pressurized side of pneumatic module into spring side preventing ingestion of contaminated air from the environment that may corrode springs or actuator internals. Standard internal manual override enables convenient setup. METSO AXIOM PNEUMATIC CONTROL Pneumatic Valve Specifications Valve Design Pilot operated spool valve Pilot Operator Options Solenoid Coil or Piezo 1 Single Pilot 5-way, 2 position spring return Dual Pilot Shuttle piston, 5-way, 2 postion Flow Rating 0.75 Cv (Kv ) Porting 1/4 NPT Operating Pressure 40 to 120 psi (2.7 to 7.5 bar) Filtration Requirements 40 micron (Piezo, 30 micron) Operating Temperature 2 See pilot specifications below Operating Life 1 million cycles Manual Override Internal momentary Material of Construction Spool Nickel Plated Aluminum Body Epoxy coated anodized aluminum O-Ring Spacers Polysulphone End Caps & Fasteners Stainless Steel O-Rings Nitrile Compound Piezo Pilot 1 Filtration Requirements Dried/30 micron Operating Temperature -10 to 60 C (14 to 140 F) DC Power VDC Solenoid Pilot 2 Electrical Ratings H option VDC min., up to 130 VAC max. E (I.S.) option VDC D option VDC B option VDC AC Current Consumption 18 ma (1H or 2H) Operating Temperature 2-20 to 65 C (-4 to 150 F) IS Entity Parameters Ui = 28 VDC Ii = 120 ma Ci = 0 Li = 0 Pi = 1.0 watt 1 Piezo used for bus powered Foundation Fieldbus applications only. 2 Extended temperature option -40 to 176 F (-40 to 80 C) available. Specify -T at end of model number. Spring Return Pneumatic Module Pneumatic Module Double Acting Pneumatic Module Pneumatic Module External Manual Override Options No External Override Momentary External Override Latching External Override 8 TECHNICAL BULLETIN 3/09

9 A130-1EN CINTAC ADVANCED AUTOMATION SYSTEM Open and Closed Settings Switches correspond to a particular valve position and are set using the push button panel on the module's sealed membrane pad. Simply operate the pneumatic module to the open position (using standard manual override) and push the "Set Open" button. Operate the pneumatic module to the closed position and push the "Set Closed" button. Position settings remain locked in when power is removed and reapplied. METSO AXIOM SENSING & COMMUNICATION DeviceNet (92) Other Features Open & Closed Inputs (1) 4-20 ma Auxiliary Input (2) Power Outputs (Drive Solenoids) 4 Stores number of actuations Stores date of last service Predetermined output fail state Foundation Fieldbus VCT, Bus Powered (93) (2) Discrete Inputs, DI (Open & Closed) (1) or (2) Discrete Outputs, DO (Drive Piezo) 3 Current Input 16 ma maximum quiescent Voltage Range 9 to 32 VDC Other Features Stores number of actuations Stores date of last service Predetermined output fail state SST Switching Sensors (33) (2) Two wire solid state Switching outputs (1) or (2) Solenoid Power Input(s) 1 Output Normally Open (SPST) Max. Current Inrush 2.0 Amps Max. Current Continuous 0.25 Amps Min. On Current 2.0 ma Max. Leakage Current 0.5 ma Voltage Range 16 to 125VDC/125VAC Max. Voltage Drop ma Short Circuit Protection Protected from Direct Application of up to 125 VDC/VAC Namur Sensors (44) (2) Namur Outputs (1) or (2) Solenoid Power Input(s) 2 Output Conforms to DIN Current Ratings Target On I < 1.0 ma Target Off I > 2.1 ma Voltage Range 7 to 24 VDC AS-Interface VCT (96) AS-I Version 2.1 Input Voltage 26.5 to 31 VDC Devices per Network 31 Open & Closed Inputs (2) Auxiliary Inputs (2) Power Outputs (Drive Solenoids) 4 AS-Interface VCT with Extended Addressing (97) Open & Closed Inputs (2) Auxiliary Inputs (1) Power Output (Drive Solenoid) 4 AS-I Version 2.1 Input Voltage 26.5 to 31 VDC Devices per Network 62 Foundation Fieldbus VCT, Externally Powered (94) (2) Discrete Inputs, DI (Open & Closed) (1) or (2) Discrete Outputs, DO (Drive Solenoids) 4 Signal Current Input 16 ma quiescent Signal Voltage Range 9 to 32 VDC External Voltage Input 24 VDC External Current Input 25 ma for each solenoid energized Other Features Stores number of actuations Stores date of last service Predetermined output fail state Modbus VCT (95) External Voltage Devices per Network 31 Other Features 1. Specify Solenoid 1H or 2H 2. Specify IS Solenoid 1E or 2E Open & Closed Inputs (1) 4-20 ma Auxiliary Input (2) Power Outputs (Drive Solenoids) 4 24 VDC Stores number of actuations Stores date of last service Predetermined output fail state 3. Specify Piezo 1A or 2A 4. Specify Solenoid 1D or 2D Position Sensor System The AXIOM utilizes a magnetic resistive (Mag Res) sensor system that monitors exact valve position. The Mag Res sensor system is also tolerant of lateral and vertical shaft movement which may be experienced in high cycle worn actuators without affecting rotational measurement. No cams, shafts and other mechanical apparatus are required that are prone to wear and binding. TECHNICAL BULLETIN 3/09 9

10 METSO A130-1EN Reduce Plant Down Time and Cut Maintenance Costs with AS-Interface Diagnostics. The Communication and Control Module 96 features optional on-board diagnostic systems which may predict potential automated valve malfunctions. As a result, plant down time may be reduced by repairing discrete automated valves which, when called upon to operate, would have failed to do so. And, should problems occur during normal operation, maintenance personnel will be aided in rapidly locating failure causes, thus reducing maintenance time and speeding valve repair and operation renewal. DIAGNOSTIC SYSTEMS Processing Plant Diagnostic Alerts & Capabilities Low pneumatic supply pressure Should supply pressure drop below operational threshold level, a local and remote alert will be activated. Malfunctioning solenoid A shorted or opened solenoid circuit will be identified during operation with a local and remote alert. Stuck pneumatic spool or pilot valve Should either the pilot poppet or main spool be stuck for any reason (air line contamination, freezing, etc.), a local and remote alert will be energized. Stuck process valve/actuator If the actuator stalls in mid stroke and no on-board problem sources are identified, an alert will be energized locally and remotely that the problem source is located in the valve /actuator assembly. Remote switch setting Open and Closed limit switch settings may be made with onboard push buttons or remotely through the control system. Identification winking To positively confirm the field device identity, the control room may initiate the wink function which flashes both open and closed LEDs without affecting valve operational status. Automatic reset without manual intervention Alerts are cleared automatically when normal operating conditions are restored. Control System Interface AS-Interface 2.1 or greater level protocol may be used to interface up to 31 CINTAC units per loop into the control system. Communication bits may be mapped into standard DCS or PLC as desired. No special software is required. See STONEL FieldLink program for information about the cost saving benefits and easy installation of the AS-Interface protocol. Control Room Diagnostic Specifications Protocol AS-Interface Version 2.1 or greater Input Voltage 26.5 to 31.6 VDC (AS-i power supply) Devices per Network 31 Input (1) Open & (1) Closed (1) Low Supply Pressure (1) Bad Solenoid Coil or Stuck Spool/Pilot Valve* (1) Stuck Process Valve/Actuator Output (1) Solenoid Power VDC (1) Wink Operation (1) Remore Set Open (1) Remote Set Closed Pressure Accuracy +/ 2 psi (0.13 bar) Supply Pressure Default 40 psi (2.7 bar) minimum System Interface AS-I 2.1 master or greater required * Local display identified specific problem. 10 TECHNICAL BULLETIN 3/09

11 A130-1EN CINTAC ADVANCED AUTOMATION SYSTEM OTHER SPECIFICATIONS AND RATINGS Materials of Construction Housing & Mounting Manifold Cover & Visual Indicator Fasteners & Mounting Adaptors Pneumatic Valve Epoxy coated anodized aluminum Lexan polycarbonate Stainless Steel See Pneumatic Valve Specifications on page 2 Temperature Ratings (pneumatic valve dependent) Piezo Pilots -10 to 60 C (14 to 140 F) Solenoid Pilots -20 to 65 C (-4 to 150 F) Special solenoid pilot -40 to 80 C (-40 to 176 F) available. Please confult factory. Position Sensor System Accuracy Repeatability Setting Buffer Dead Band Maximum Rotational Range Within 1 Within 1 2 from set point (Rotational distance from original set point where switch will energize on return stroke.) 3 from set point (Rotational distance from original set point where switch will de-energize.) 120 Nonincendive Ratings NEC Class I, Groups A, B, C & D, Div. 2 Class II, Groups F & G, Div. 2 IEC EEx na IIC T5 Intrinsically Safe Ratings Models AMI44 & AMI93 Only NEC Class I, Groups A, B, C & D, Div. 1 & 2 Class II, Groups E, F & G, Div. 1 & 2 IEC EEx ia IIC T5 Enclosure Protection NEC 4, 4X & 6 IEC IP67 Operating Life Pneumatic Valve Warranty Mechanical Components Electronic Components 1 Million Cycles 2 Years 5 Years TECHNICAL BULLETIN 3/09 11

12 METSO A130-1EN DIMENSIONS /4 NPT Typ D C B A F G E I J SQ. X K Deep øh Dimensions - inches / lbs. Pneumatic ISO Weight Module A B C D E F G H I J K Flange DA SR CT M F CT M F CT M F CT M F CT M F CT M F CT M F CT M F Dimensions - mm / kg. Pneumatic ISO Weight Module A B C D E F G H I J K Flange DA SR CT M F CT M F CT M F CT M F CT M F CT M F CT M F CT M F TECHNICAL BULLETIN 3/09

13 A130-1EN CINTAC ADVANCED AUTOMATION SYSTEM HOW TO ORDER A CINTAC unit is ordered by specifying the AXIOM communication and control module, the CT-Series pneumatic actuator module, and the appropriate linkage kits. AXIOM Communications & Control Module { (2) Mounting Kits CT-Series Pneumatic Actuator Module { To order CINTAC components, follow these steps: STEP SELECT COMPONENT SERIES 1 Communication and Control Module AXIOM 2 Pneumatic Actuator Module CT-Series 3 Common Parts Linkage Kit: LK1943 & Linkage Kit For Mounting AXIOM to CT-Series LK Two Linkage kits are required for each CINTAC A linkage kit for mounting AXIOM to CT-Series A common parts linkage kits TECHNICAL BULLETIN 3/09 13

14 METSO A130-1EN HOW TO ORDER To specify a CINTAC Advanced Automation System, select a CT-Series actuator, an AXIOM communication module, a mounting linkage kit, and a common parts linkage kit. To order individual components, specify each separately. To order a fully assembled CINTAC, use the specific components to define the Topworks assembly. EXAMPLE: A CT300 spring-return 60-psi pneumatic module that is to be fail open, have 100% adjustable travel stops, and also have the low temperature rating; an AXIOM Communication and Control Module requiring 2 SST sensors, universal voltage, North American enclosure, 1/2 NPT connectors, with a low temperature option; a linkage kit for mounting on a CT300; a common parts linkage kit. STEP 1 CT-Series Pneumatic Actuator Pneumatic Module 1 2 3a 3b 3c CT300 SR4/5 O A L STEP 2 AXIOM Communication and Control Module AMI 33 1H A 02 S RM T STEP 3 Linkages Linkage Kit for Mounting 1 LK1938 Common Parts Linkage Kit 1 LK1943 CT-Series Pneumatic Actuator 1 Size CT100 CT200 CT250 CT300 CT400 CT500 CT600 CT650 3 Options O Spring-to-Open (CCW Rotation) A L 100% Adjustable Travel Stop Low-Temperature Rating: -40 F to +120 F (-40 C to +49 C) Requires Communication and Control Module Option T Note: Locking Kits and Declutchable Manual Overrides are available but must be ordered separately. 2 Series DA Double-Acting Pneumatic Module SR4/5 SR6 Spring-Return 60-psi (4.1 bar) Pneumatic Module Spring-to-Close (CW Rotation) Spring-Return 80-psi (5.5 bar) Pneumatic Module Spring-to-Close (CW Rotation) 14 TECHNICAL BULLETIN 3/09

15 A130-1EN CINTAC ADVANCED AUTOMATION SYSTEM AXIOM Communication & Control Module 1 Function Sensor Module 33 (2) SST Sensors 44 (2) Namur Sensors (I.S.; DIN 19234) 2 Pneumatic Valve with No External Override 1H 24 VDC/120 VAC Universal (Use with Function option 33) 1D 24 VDC (0.5 watt) (Use with Function option 96 and 97) 1B 24 VDC (1.8 watt) (Use with Function option 92, 94, 95 and 96) 1E 12 VDC Intrinsically Safe (Use with Function option 44) 1A Single Piezo Spring Return Intrinsically Safe or Standard (Use with Function option 93) Pneumatic Valve with Momentary External Override 3H 24 VDC/120 VAC Universal (Use with Function option 33) 3D 24 VDC (0.5 watt) (Use with Function option 96 and 97) 3B 24 VDC (1.8 watt) (Use with Function option 92, 94, 95 and 96) 3E 12 VDC Intrinsically Safe (Use with Function option 44) 3A Single Piezo Spring Return Intrinsically Safe or Standard (Use with Function option 93) Pneumatic Valve with Latching External Override 5H 24 VDC/120 VAC Universal (Use with Function option 33) 5D 24 VDC (0.5 watt) (Use with Function option 96 and 97) 5B 24 VDC (1.8 watt) (Use with Function option 92, 94, 95 and 96) 5E 12 VDC Intrinsically Safe (Use with Function option 44) 5A Valve Communication Terminals (VCT) 92 DeviceNet VCT 93 FOUNDATION Fieldbus VCT (Bus Powered; I.S.) 94 FOUNDATION Fieldbus VCT (Externally Powered) 95 Modbus VCT 96 AS-Interface VCT 97 AS-Interface VCT (with Extended Addressing) Single Piezo Spring Return Intrinsically Safe or Standard (Use with Function option 93) 3 Enclosures A North American (NEC/CEC) V 4 Conduit / Connectors 02 (2) 1/2 NPT 05 (2) M20 International (IEC) 10 (1) 4-Pin Mini Connector 11 (1) 5-pin Mini Connector 13 (1) 4-pin Micro Connector 15 (1) 5-pin Micro Connector 5 Capabilities S Standard D Diagnostics (Use with Function 96 and 0.50 watt pneumatic valve 1D, 3D or 5D) 6 Visual Indicator RM Red Closed/Green Open 7 Options T Low Temperature Solenoid Linkage Kit for Mounting AXIOM to CT-Series Product Code Description LK1937 Linkage Kit for CT100 LK1938 Linkage Kit for CT200/250/300 LK1939 Linkage Kit for CT400 LK1940 Linkage Kit for CT500 LK1941 Linkage Kit for CT600 LK1942 Linkage Kit for CT650 Common Parts Linkage Kit Product Code Description LK1943 Common Parts Linkage Two Linkage kits are required for each CINTAC A linkage kit for mounting AXIOM to CT-Series A common parts linkage kits TECHNICAL BULLETIN 3/09 15

16 Metso Automation Inc. Europe, Levytie 6, P.O. Box 310, Helsinki, Finland. Tel Fax North America, 44 Bowditch Drive, P.O. Box 8044, Shrewsbury, MA 01545, USA. Tel Fax Europe, 6-8 rue du Maine, Wittenheim Cedex, France. Tel. +33 (0) Fax +33 (0) South America, Av. Independéncia, Iporanga, , Sorocaba-São Paulo Brazil. Tel Fax /49 Asia Pacific, 238A Thomson Road, #25-09 Novena Square Tower A, Singapore. Tel Fax China, 19/F, the Exchange Beijing, No. 118, Jianguo Lu Yi, Chaoyang Dist, Beijing, China. Tel Fax Middle East, Roundabout 8, Unit AB-07, P.O. Box 17175, Jebel Ali Freezone, Dubai, United Arab Emirates. Tel Fax Subject to change without prior notice.