JM Enclosure Dimensions (in mm)

Transcription

1 ub #0revB process networking solutions Junction Module (JM ) Enclosure with: FOUNDATION Fieldbus Input/Output Module (JMM9 ) These I/O Modules are designed to function as FOUNDATION Fieldbus nodes with termination points for connecting switches/sensors, as well as outputs to operate ultra low power (iezo) devices such solenoid valves and relays. Inputs and Outputs - Two () Discrete Inputs - Two () Discrete Outputs Features - LED input displays for Inputs & - Date of Last Service - re-determined output Fail State (See age detailed wiring instructions) JM Enclosure Dimensions (in mm) Standard Enclosure Switched Enclosure Enclosure w/cyclone Valve Ø StoneL One StoneL Dr 67 US Hwy 9 Fergus Falls, MN 67 USA Approval Agency Controlled Document. No Changes Authorized Without rior Agency Approval 00 StoneL Corporation Telephone: Toll Free: Fax: sales@stonel.com Website:

2 JM M9 JM Model Options Example: JMM9GE Function Solenoid I/O Module ( DI/ DO), F/Fieldbus (H) No Solenoid (only w/ Solenoid,A,G) ilot Type Brass SS -Solenoid -ostn,-way H B -IS iezo -ostn,-way G A -Solenoids -ostn,-way L E Enclosure C Clear Cover E Epoxy Coated Aluminum ub #0revB age Conduit Entries () / NT N () / NT 6 () M0 M () M0 9 () / NT T () / NT General Specifications Operating Life Unlimited Materials of Construction Housing and Cover Marine grade anodized aluminum epoxy coating Clear Cover Lexan olycarbonate Elastomer Seals Buna-N Fasteners Stainless Steel Warranty Complete Assemblies Two Years Lexan is a registered trademark of General Electric Corporation. Temperature Range -0 to +80 C (-0 to 76 F) Enclosure rotection NEMA, X & 6; I67 Hazardous Area Ratings Intrinsic Safety (FISCO) Class I, Div. and, Groups A,B,C,D Class II, Div. and, Groups E,F,G Explosion roof (Aluminum Cover) Class I, Div. and, Groups B,C,D Class II, Div. and, Groups E,F,G Non-incendive (Clear Cover) Class I, Div., Groups A,B,C,D Class II, Div., Groups E,F,G (Not all units carry approvals, consult factory) Mounting Instructions Mounting The JM Enclosure. Locate the position where the JM enclosure will be mounted. Ensure that there is sufficient room to operate the disconnect switch levers and to remove the cover.. Attach the JM enclosure to a wall or other stationary flat surface using the mounting holes provided.. Secure the cover until hand tight Attaching Conduit and Fittings. Conduit entries are provided for the convenient attachment of threaded conduit and threaded conduit fittings. Attach threaded fittings and conduits securely.. Follow all applicable NEC codes and other regulations. Installing & Removing Cover. To insure NEMA, X. 6 and hazardous location ratings are maintained the cover must be completely closed and the O-Ring sealed to keep out water.

3 Specifications Communication rotocol: Configuration: Function Blocks Indication Voltage: Output Voltage: Max. Output Current: Current Draw: JMM9 Input/Output Module Specifications ub #0revB age Foundation Fieldbus (H) () Discrete Inputs for low power dry contact switches capable of operating at 6.VDC or solid state N capable of operating at 6. VDC () Discrete Outputs for bus powered discrete devices that operate at ultra low power such as iezo solenoid valves and relays. Limited 6. VDC DI; DO Input = Red LED Input = Green LED 9- VDC (Bus Voltage) VDC 6mA Standard Channel Assignments Channel (DI) - Discrete Input (Red LED); Channel (DI) - Discrete Input (Green LED); Channel (DO) - Discrete Output (OUT ); Channel (DO) - Discrete Output (OUT ); Special Channel Assignments Channel 8 (DO) - Discrete Output (OUT ) with state report from Discrete Input (READBACK_D) Channel 9 (DO) - Discrete Output (OUT ) with state report from Discrete Input (READBACK_D) Valve Control Single Block Mode Channel 0 (DO) - Discrete Output (OUT ) with state report Discrete Inputs & (READBACK_D): READBACK_D Values: 0 = None = Discrete Input is True = Discrete Input is True = Both Discrete Inputs & are True

4 Wiring Diagram and Installation Notes ub #0revB age RED LED RTN FOR WIRE N SENSORS SIM JMR SIM JMR DI GRN (-) DI RED (-) OUT - OWER (+) OUT + OUT - OUT + FB - FB + GREEN LED WIRING NOTES:. FOUNDATION Fieldbus bus communications connection points.. Bus powered Discrete Input connection points for low power dry contacts capable of operating at 6.VDC or solid state N sensors capable of operating at <ma and 6.VDC. Red LED is local indication of discrete input DI RED on/off status and the Green LED for DI GRN on/off status. NOTE: The Discrete Inputs (DI) are not galvanically isolated from the FOUNDATION signal wires. Therefore, the DI connections should not be attached to ground. If the cable runs to the DI s are long or can be exposed to electrical noise, external Opto-isolators on the DI wires may be needed to provide isolation.. Connection point for the return of wire N sensors. (See Note ). Connection points for Bus powered discrete outputs to operate ultra low power (iezo) devices such solenoid valves and relays. Limited 6. VDC. For models with single coil pneumatic valves, coil is pre-wired to Output (Channel ). For models with dual coil pneumatic valves, coil one is pre-wired to Output (Channel ) and coil two is pre-wired to Output (Channel ).. These connection points not used by the consumer. (See pages 6&7 for Intrinsically Safe (FISCO) installations)

5 The Cyclone neumatic Valve is a pilot operated -way spring return which may be used for single and doubleacting actuators. It features a direct-acting solenoid with manual override for the pilot. The porting is sized to tolerate contaminant's up to 0 microns in size which may be found in conventional pneumatic systems. The Cyclone neumatic Valve is O-ring sealed on the Junction Module (JM) enclosure to maintain it's temporary submergibility rating. Cyclone neumatic Valve Specifications neumatic orting Solenoid ilot Valves ub #0revB age Manual Overrides VDC ilot ower....8 Watts Current draw... 7 Temperature C to +0 C Filtration Requirements... 0 Microns ressure Range... to 0 SI Cv (0.7 Kv) iezo ilot Current draw... Temperature C to +60 C Filtration Requirements... 0 Microns ressure Range... to 0 SI Cv (0.7 Kv) orting... / NT Valve Body Material brass or 0 Stainless Operating Life... million cycles Manual Overrides: One internal momentary and One external locking. A E(A) Latching Manual Override B Variable Speed Adjustment: Each cylinder port is internally ported to a unique exhaust port (EA for exhaust of port A and EB for exhaust of port B). To vary actuator speed flow restrictors may be added to EA or EB to reduce exhaust flow and actuator speed in either direction. Single-Acting Vent to Atmosphere or Refresh: Exhaust (EA or EB) and secondary ports (A or B) may be blocked for single-acting operation with the actuator venting directly to atmosphere. Alternatively, the secondary port may be plumbed to the actuator supplying air to the spring side of the actuator and preventing it from ingesting atmospheric contaminant's. - ressure ort (/ " NT) A - Cylinder ort (/" NT) B - Cylinder ort (/" NT) E(A) - Exhaust for Cylinder ort A (/" NT) E(B) - Exhaust for Cylinder ort B (/" NT) Single Coil: way with neumatic pilot Schematics B E(B) A EA EB Dual Coil: Shuttle iston with neumatic pilots ( osition Valve with position detente A B E

6 Intrinsic Safety (FISCO) Hazardous Location Installation Diagram FISCO Concept ub # 0revB age 6 The FISCO Concept allows the interconnection of intrinsically safe apparatus to associated apparatus not specifically examined in such combination. The criterion for such interconnection is that voltage (Vmax), the current (Imax), and the power (i), which intrinsically safe apparatus can receive and remain intrinsically safe, considering faults, must be equal to or greater than the voltage (Uo, Voc, Vt), the current (Io, Isc, It), and the power (o) which can be provided by the associated apparatus (supply unit). In addition, the maximum unprotected residual capacitance (Ci) and inductance (Li) of each apparatus (other than the terminators) connected to the Fieldbus must be less than or equal to nf and 0μH respectively. In each I.S. Fieldbus segment only one active source, normally the associated apparatus, is allowed to provide the necessary power for the Fieldbus system. The allowed voltage (Uo, Voc, Vt) of the associated apparatus used to supply the bus must be limited to the range of V d.c. to V d.c. All other equipment connected to the bus cable has to be passive, meaning that the apparatus is not allowed to provide energy to the system, except to a leakage current of 0μA for each connected device. Separately powered equipment needs a galvanic isolation to insure that the intrinsically safe Fieldbus circuit remains passive. The cable used to interconnect the devices must comply with the following parameters: Loop resistance R : - 0 ohm/km Inductance per unit length L : 0. - mh/km Capacitance per unit length C : 80-00nF/KM C = C line to line + ½ C line to shield, if both lines are floating with respect to shield or C = C line to line + C line to shield, if one line is connected to shield Trunk Length: < 000 meters Spur Length: < 0 meters Splice Length: < meters FM Approved line terminators must be used on each end of the trunk cable that have the following parameters: R = ohms C = μf (See age 7 for Installation Diagram and Notes)

7 Intrinsic Safety (FISCO) Hazardous Location Installation Diagram JMM9 Intrinsically Safe (FISCO) installation: ub # 0revB age 7 HAZARDOUS (CLASSIFIED) LOCATION IS (FISCO) Cl I,II,III Div, Groups A,B,C,D,E,F,G NON-HAZARDOUS (SAFE AREA) LOCATION 6 JMM9 Enclosure FM/CSA Approved Control Equipment FM/CSA Approved Termination FM/CSA Approved Fieldbus Device n suitable for FISCO FM/CSA Approved Fieldbus Device suitable for FISCO FB + FB - See page Wiring Diagram for Terminal Identifiers INSTALLATION NOTES: JMM9 Entity arameters (FISCO): Ui (Vmax) = 0 Vdc; Ii (Imax) = 80 ma ; Ci = 0.0 nf; Li = 0.0 mh; i =. W 6. Installation shall be in accordance with ANSI/ISA RA.6.0, ANSI/NFA 70, and the National Electrical Code or in accordance with the Canadian Electric Code.. Dust-tight conduit seal must be used when installed in Class II and Class III environments or where Ingress rotection of I67 is required.. Control equipment must be FM or CSA Approved Associated Apparatus suitable for FISCO.. Control equipment connected to FISCO barrier must not use or generate more than 0Vrms or Vdc.. Resistance between FISCO Intrinsically Safe Ground and earth ground must be less than.0 Ohm. 6. Devices connected to the Discrete Inputs and Discrete Outputs must be suitable for FISCO. (Optional solenoid valve with piezo electric coil is suitable for FISCO). 7. Substitution of components may impair hazardous location safety. 8. Approval Agency controlled Installation Diagram. No revision to diagram allowed without prior Factory Mutual or Approval Agency authority.