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Hubbell GAI-Tronics Elemec3 MIM Manual

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MRM (Monitored Relay Module)
Confidentiality Notice .....................................................................................................................1
Models..............................................................................................................................................1
Definitions .......................................................................................................................................1
Abbreviations ...................................................................................................................................2
MIM (Monitored Input Module) Assemblies .................................................................................2
Application............................................................................................................................................... 2
Data Interfaces ........................................................................................................................................ 3
Inputs ....................................................................................................................................................... 3
Dry/Wet Input Selection ....................................................................................................................... 4
24 V/0 V Input Selection ...................................................................................................................... 4
Input Configuration ............................................................................................................................... 7
Monitored Relay Module (MRM) Assemblies..............................................................................10
Application............................................................................................................................................. 10
Data Interfaces ...................................................................................................................................... 10
CAN Bus ............................................................................................................................................. 10
Ethernet ............................................................................................................................................... 11
Inputs ..................................................................................................................................................... 13
Outputs (Relay Contacts) ..................................................................................................................... 14
Unsupervised Relay Output Wiring .................................................................................................... 14
Supervised Relay Output Wiring ........................................................................................................ 15
Block Diagrams ..................................................................................................................................... 17
Installation ....................................................................................................................................20
Installation Safety Guidelines .............................................................................................................. 20
Installation Guidelines .......................................................................................................................... 20
Mounting ................................................................................................................................................ 20
Data Communication Connection ....................................................................................................... 21
CAN BUS MIM/MRM Modules-Power and Settings ..................................................................... 21
Power-System ................................................................................................................................... 21
Power-Local (Optional) .................................................................................................................... 21
GAI-TRONICS 3030 KUTZTOWN RD. READING, PA 19605 USA
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ISIT WWW
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A H U B B E L L C O M P A N Y
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A B L E O F
610-777-1374 ◼ 800-492-1212 ◼ Fax: 610-796-5954
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O N T E N T S
Pub. 502-20-0672-001 ISS4

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Summary of Contents for Hubbell GAI-Tronics Elemec3 MIM

  • Page 1: Table Of Contents

    Pub. 502-20-0672-001 ISS4 G A I - T R O N I C S ® A H U B B E L L C O M P A N Y Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) A B L E O F O N T E N T S Confidentiality Notice ........................1...
  • Page 2 Table of contents Pub. 502-20-0672-001 ISS 4 Ground ..............................21 CAN Bus Address Setting........................22 CPU PCBA Jumper Settings ....................... 22 Ethernet MIM/MRM Modules—Power and Settings ............... 23 Power ..............................23 Ground ..............................23 Ethernet MIM/MRM Module Settings ....................23 CPU PCBA Jumper Settings .......................

  • Page 3: Elemec3 Mim (Monitored Input Module) And

    Pub. 502-20-0672-001 ISS4 G A I - T R O N I C S ® A H U B B E L L C O M P A N Y Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Confidentiality Notice This installation, operation, and maintenance manual contains sensitive business and technical information that is confidential and proprietary to GAI-Tronics.

  • Page 4: Abbreviations

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 2 of 35 Abbreviations CPU—central processing unit PCBA—printed circuit board assembly EOL—end of line LOC—local MIM (Monitored Input Module) Assemblies Application The Model 030-02-0096-001 and 030-02-0098-001 Elemec3 MIMs provide inputs to Elemec3 PAGA (public address and general alarm) systems.

  • Page 5: Data Interfaces

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 3 of 35 Figure 2. Models 030-02-0096-001 and 030-02-0098-001 Monitored Input Modules—Mounting Configuration Data Interfaces Data communication between the MIM and the Elemec3 controller takes place over a CAN bus interface or an Ethernet interface (see Figure 1 showing each MIM type with corresponding CPU card).

  • Page 6: Dry/Wet Input Selection

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 4 of 35 Set the jumper to position A and connect the input to one of the connection A terminals (TB1 thru TB8) for supervision of high voltage devices. Set the jumper to the B position and connect the input to one of the B terminals (TB14 to TB21) for all other input applications.
  • Page 7 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 5 of 35 Table 1. (High Voltage) Connection A Input Supervision Configuration Input Input Terminal Input Type Jumper Factory Default Setting TB1 (IN1A) P27—A TB2 (IN2A) P28—A TB3 (IN3A) P29—A...
  • Page 8 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 6 of 35 Table 4. (Low Voltage) Connection B Wet Contact Input Configuration (Active State for 24 V) Input Input Type Jumper Factory Default Setting 24V/0V Jumper P1—WET P3—24V P2—WET...

  • Page 9: Input Configuration

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 7 of 35 Input Configuration Use the Elemec3 Console application to configure each input to operate in one of five input modes. Determine the mode to select by the type and quantity of switch contacts in each circuit and the circuit’s line supervision requirement.
  • Page 10 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 8 of 35 : The Model 030-02-0096-001 and Model 030-02-0098-001 MIMs do not include the 20-kilohm, 5% tolerance resistor. Kit 12509-003 (purchased separately) includes this resistor. N.O.
  • Page 11 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 9 of 35 Figure 6. Single Normally Closed Switch (with line supervision) The circuit resistance is 20.1 kilohms when the contact activates (opens) (15 kilohms in series with 5.1 kilohms).

  • Page 12: Monitored Relay Module (Mrm) Assemblies

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 10 of 35 Figure 8. 24V DC Wet Input (without line supervision). Monitored Relay Module (MRM) Assemblies Application Models 030-02-009X-0X4 (four output) and 030-02-009X-0X8 (eight output) MRM (Monitored Relay Modules) are for use in Elemec3 PAGA (Public Address and General Alarm) systems.

  • Page 13: Ethernet

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 11 of 35 Ethernet The Model 030-02-0099-0X1 Elemec3 MRMs interface to the Elemec3 controller via an Ethernet local area network connection. The Elemec3 controller monitors the MRM inputs and controls the MRM relays via Ethernet connection. Assign each MRM its device address and network parameters (see the Ethernet MIM/MRM Module Settings section).
  • Page 14 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 12 of 35 Figure 10. Models 030-02-0097-004 and 030-02-0099-004 Monitored Relay Modules (Standard Mounting Configuration) Figure 11. Models 030-02-0097-008 and 030-02-0099-008 Monitored Relay Modules (Standard Mounting Configuration) Change Note: 37431-146...

  • Page 15: Inputs

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 13 of 35 Figure 12. Models 030-02-0097-014 and 030-02-0099-014 Monitored Relay Modules (Alternate Mounting Configuration) Figure 13. Models 030-02-0097-018 and 030-02-0099-018 Monitored Relay Modules (Alternate Mounting Configuration) Inputs Inputs not used for relay output cable supervision are available to monitor dry or wet contact inputs as described in the MIM section of this manual...

  • Page 16: Outputs (Relay Contacts)

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 14 of 35 Outputs (Relay Contacts) The MRM contains either four or eight individually configurable relay-contact outputs (depending on the model) with status indicators; allowing it to control field devices such as beacons. Make the connections for these field devices at terminal blocks TB1 through TB8 on the power relay modules.

  • Page 17: Supervised Relay Output Wiring

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 15 of 35 Figure 14. Unsupervised AC-Powered Beacons Figure 15. Unsupervised DC-Powered Beacons Supervised Relay Output Wiring Supervise the field cables connected to relay-contact outputs 1–8 using the corresponding A input circuit and install a 20-kilohm end-of-line resistor on the field cable.
  • Page 18 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 16 of 35 Figure 16. Supervised DC-Powered Beacons Install one blocking diode for each dc signaling device connected to the power cable. The end-of-line resistor (R ) is a 20-kilohm, 2-watt, 5% tolerance resistor.

  • Page 19: Block Diagrams

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 17 of 35 Block Diagrams SUPERVISION CKT ELEMEC PCBA IN1A PCBA CONTROLLER TB13 CABINET WIRE JMPRS * CHASSIS CGND GROUND FUSE ** RELAY BEACON PCBA AC BEACON POWER +24V THICK LINES INDICATE FIELD WIRING.
  • Page 20 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 18 of 35 Figure 20. Elemec3 MRM Block Diagram—Typical Supervised Low Voltage DC Beacon : The MRM does not include the wire jumpers, blocking diode, or end-of-line resistor (R Order these items separately.
  • Page 21 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 19 of 35 Figure 22. Elemec3 MRM Block Diagram—Typical Supervised Single DRY Contact Input Figure 23. Elemec3 MRM Block Diagram—Typical Supervised Multi-Switch DRY Contact Input : The MRM does not include the wire jumpers, blocking diode, or end-of-line resistor (R Order these items separately.

  • Page 22: Installation

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 20 of 35 Figure 25. Elemec3 MRM Block Diagram—Typical Unsupervised WET Contact Input Installation Installation Safety Guidelines Please adhere to all warnings, safety, and operating instructions on the unit and in the installation manual. WARNING —Disconnect power before servicing.

  • Page 23: Data Communication Connection

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 21 of 35 Data Communication Connection CAN bus communication between the Elemec3 controller and the MIM/MRM module is via a Category-5 cable assembly. Add additional modules by connecting a Category 5 cable assembly from the CAN OUT (J4) connector of this module to the CAN IN (J3) of the next module.

  • Page 24: Can Bus Address Setting

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 22 of 35 Figure 26. CAN BUS CPU PCBA CAN Bus Address Setting The controller identifies each MIM/MRM on the CAN bus by its module address. Set the module address using the rotary hex switch S1 on the MIM/MRM (located on the CPU PCBA.) The range of valid settings is from 0 to F (hex).

  • Page 25: Ethernet Mim/Mrm Modules-Power And Settings

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 23 of 35 TEST (P4) Factory/service technicians only: Insert the jumper between P4-1 & P4-2 for normal operation. Insert the jumper between P4-2 & P4-3 to enable test mode. Ethernet MIM/MRM Modules—Power and Settings Power Terminate 24 V dc power to terminal block TB1, on the CPU PCBA.

  • Page 26: Using Putty For Ethernet Mim/Mrm Administration

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 24 of 35 PGM / WDOG MODE (P2) Jumper set to WDOG position for normal operation. Using PuTTY for Ethernet MIM/MRM Administration Use PuTTY to configure the communication parameters that the terminal emulator, serial console application, and Elemec3 controller use to communicate with the Ethernet MIM/MRM.
  • Page 27 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 25 of 35 3. Navigate to the S settings page under the C group in the C panel. ERIAL ONNECTION ATEGORY 4. Enter the COM port number in the S field of the PuTTY S ERIAL LINE TO CONNECT TO ERIAL...
  • Page 28 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 26 of 35 5. Enter the serial line parameters in the PuTTY configuration screen as follows: : These values must match the values found on the port settings tab in the COM port properties dialog box in device manager.

  • Page 29: The Command Line Interface (Cli)

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 27 of 35 The Command Line Interface (CLI) Alter a station’s configuration parameters using the CLI after connecting to an Ethernet MIM/MRM station via a USB serial connection. Enter commands for the Ethernet MIM/MRM to execute via the command line.
  • Page 30 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 28 of 35 : For the secondary Elemec3 controller, in a redundant system: Set the octets as displayed in the Elemec3 Console but increase the port number by 1 from the value displayed in the Elemec3 Console application.
  • Page 31 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 29 of 35 : Please wait while new network settings apply. When complete, the response is New network settings have now been applied. 2. If any setting is invalid, the response will be: New network settings failed to apply. Recheck the values and reenter the netsettings command.

  • Page 32: Operation

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 30 of 35 Table 8. IP Parameters Parameter Description & Valid Settings Name ipv4 address IPv4 format: 0.0.0.0–255.255.255.255 Refer to Private IP Addresses in the Glossary of Terms section of this manual for valid IPv4 addresses and formatting.
  • Page 33 Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 31 of 35 Table 10. Troubleshooting Guide Ethernet MIM/MRM Symptom Action • MIM/MRM does Verify that the MIM/MRM has power. not communicate • Verify Ethernet connectivity to the MIM/MRM. Link LED is solid green to with Elemec3 indicate proper connection to a network switch;...

  • Page 34: Reference Documentation

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 32 of 35 Reference Documentation Published By Title GAI-Tronics Ref. No. GAI-Tronics Power Relay Module Assembly Drawing 999-03-3002-001 GAI-Tronics CAN Bus CPU Assembly Drawing 999-03-3004-002 GAI-Tronics Ethernet CPU Assembly Drawing 999-03-1203-001 GAI-Tronics...

  • Page 35: Mechanical

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 33 of 35 Contact closure resistance (N.O. (Supervised): activated/N.C. (Supervised): deactivated)) ............................... 3 k maximum Open fault detection ......................65 k minimum Ground fault detection ................... less than 200  to ground Wire-to-wire short fault detection ..................

  • Page 36: Glossary Of Terms

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 34 of 35 Glossary of Terms Term Definition MAC A A MAC (media access control) address, also called the physical address, DDRESS provides addressing for communication on a physical network segment. NIC (network interface card) manufacturers assign unique MAC addresses to each NIC.

  • Page 37: Revision History

    Pub. 502-20-0672-001 ISS4 Elemec3 MIM (Monitored Input Module) and MRM (Monitored Relay Module) Page 35 of 35 A network socket is the endpoint address of a service used between hosts on a NETWORK SOCKET computer network. A port address is a number assigned to a service running on a particular host.
  • Page 38 Warranty Equipment. GAI-Tronics warrants for a period of one (1) year from the date of shipment, that any GAI-Tronics equipment supplied hereunder shall be free of defects in material and workmanship, shall comply with the then-current product specifications and product literature, and if applicable, shall be fit for the purpose specified in the agreed-upon quotation or proposal document.

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