Honeywell MIWI350 Installation And Operation Manual
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Honeywell MIWI350 Installation And Operation Manual

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MIWI350 Installation and Operations Guide
FD-610 | Version 4.0 | May 2022
Honeywell Process Solutions | Mercury Instruments
2101 Citywest Boulevard Houston, Tx 77042 USA
855 251-7065 – United States & Canada | 302 669-4253 – Outside the United States
MI-TAC-Support@Honeywell.com
https://process.honeywell.com

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Summary of Contents for Honeywell MIWI350

  • Page 1 MIWI350 Installation and Operations Guide FD-610 | Version 4.0 | May 2022 Honeywell Process Solutions | Mercury Instruments 2101 Citywest Boulevard Houston, Tx 77042 USA 855 251-7065 – United States & Canada | 302 669-4253 – Outside the United States MI-TAC-Support@Honeywell.com...
  • Page 2 Honeywell Process Solutions.
  • Page 3 Version Changes List Document Version Publication Document Name Description Number Date MIWI350 Operating and Initial Draft 1.00 Feb 2018 FD-600 Installation Guide MIWI350 Operating and FD-610 R100 release 2.00 Mar 2019 Installation Guide MIWI350 Operating and FD-610 R110.1 release 2.50...

  • Page 4: Table Of Contents

    1.5.2 Conditions of Acceptability 1.5.3 Warning-Explosion Hazard/Avertissement - Risque d'explosion 1.5.4 Things to Remember 1.5.4.1 Usage of MIWI350 in Hazardous Areas 1.5.4.2 Installation and Commissioning of MIWI350 in Hazardous Areas 1.5.4.3 Instructions for Installation in Zone 2 Location as per IECEx Certification 1.5.4.4 Service, Maintenance, and Troubleshooting...
  • Page 5 8.3 Battery Life (approximate) 9 SLA Alarm Scenarios 10 Reference Drawings 10.1 MIWI350 with EC350 or ERX350 10.1.1 Wiring Dual or Quad Battery 10.1.2 Wiring Solar or External DC Power (13.5 to 15V DC) for MIWI35049 10.1.3 Wiring AC-DC Power for DIV2 10.1.4 Wiring AC-DC Power for DIV2...

  • Page 6: About Miwi350

    1 About MIWI350 1 About MIWI350 The MIWI350 is the latest offering in the Honeywell's EVC Product Line. This product line provides a more competitive, reliable, and easy to use solution. It provides a comprehensive selection of communication hardware and power supply systems optimized to integrate with the Mercury Instruments precision measurement instrumentation.

  • Page 7: Specifications

    1 About MIWI350 Electronic Volume Corrector / Electronic Corrector EVC/EC Federal Communications Commission Human Machine Interface Input/Output Input/Output Board Local Area Network Light emitting diode Metrological Configuration Mobile Device Management MI Wireless with Gas Volume Correction functionality MIWI350 MIWIPCB MIWI Power and Communication Box...

  • Page 8: Audit Trail

    Datasheet. Note: For Dual pack with Supercap and Quad pack with Supercap, power source is not supported for MIWI350 Zone 2 variant. Warning: Ensure that Alkaline battery type is selected while configuring SLA External Supply input through MasterLink software.

  • Page 9: Wiring Guidelines For Ac Input

    1 About MIWI350 This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: 1. This device may not cause harmful interference, and; 2. This device must accept any interference received, including interference that may cause undesired operation.

  • Page 10: Environmental

    1 About MIWI350 1.4.5 Environmental Maximum Operating Temperature Range (see listed configurations below): -40 °F to +140 °F (-40 °C to +60 °C). For your reference, the Operating Temperature Range for different assemblies are as below: Ambient Temperature vs Assembly Code Table...

  • Page 11: Temperature Measurement

    1 About MIWI350 1.4.6 Temperature Measurement • Highly stable, solid state temperature sensor (Thermistor) • Maximum error over the full temperature range -40° to 70°C (-40 °F to +158 °F) including linearity, repeatability and hysteresis: – Temperature: ±0.1% of reading •...

  • Page 12: Safety Measures

    2. Regulator Output and 3. Pressure Alarm (which is now available with P3). To enable P3, MIWI350 uses Pressure Expansion (PE) Board which allows the customer to connect up to three pressures and monitor the alarms with the third pressure connection.

  • Page 13: Conditions Of Acceptability

    1 About MIWI350 It is approved for use in hazardous areas Class I, Division 2\Class1 Zone2. Different versions of MIWI350 are available depending on the operating temperature conditions. The permitted operating conditions are marked on each product. Check the operating condition limits of MIWI350 before installing. You must be familiar and comply with current applicable electrical installation standards and regulations before installing and operating MIWI350 in hazardous areas.

  • Page 14: Things To Remember

    MIWI350 must be installed and commissioned only by specially trained and qualified staff. The installation of the intrinsically safe circuits must comply with the applicable local laws or regulations. Operate MIWI350 only if the instrument is completely intact. For further details, Refer to 40- 6187: MIWI350 Installation drawings.
  • Page 15 1 About MIWI350 Caution: Alkaline dual and quad packs are not approved for zone 2 installations " DO NOT USE THIS ALKALINE KITS FOR ZONE 2 LOCATIONS"...

  • Page 16: Security Control Measures

    • The capture, modification, or deletion and loss of data. Caution: The caution warns you of possible damage to property and provides instructions to avoid damage to MIWI350. Recommendations: • Use a state full firewall at the business network to restrict access from the business network to process control network.
  • Page 17 Role allows a user to login into the device, configure, calibrate, collect application data Technician and test for proper operation. MIWI350 deployments with CloudLink R100/R110: The user is recommended to deploy the device and Remote MDM server application under secured VPN network.
  • Page 18 2 Security Control Measures • User is recommended to use remote host whitelisting on CloudLink (Configure up to 10 host IP addresses of remote hosts that will be allowed to communicate with the device in case of call outs from remote host to the device). •...

  • Page 19: Installation

    2. Check the shipment against the order to ensure that the components ordered are installed in MIWI350. 3. Report any shortage or shipping damages to your Honeywell Account Manager immediately. 3.2 Mounting Options The MIWI350 device can be installed in the field using the following mounting options: Meter or UMB Mount Wall Mount Note: Recommended Brick Wall Fasteners - Stainless Steel Thread Forming ¼"...

  • Page 20: Device Marking

    3 Installation 3.2.1 Device Marking...

  • Page 21: Zone2 Installation

    Step-1: Engage the door latches of the device one at a time and then close the device door. Step-2: Install EX Protection top (22-3188) & EX Protection bottom (22-3189) brackets on MIWI350 device with two M4 screws (60-5074) for each bracket.
  • Page 22 3 Installation Note: Apply 5 to 6 in-lb. torque to M4 screw (60-5074). Step-4: Make sure that door is compressed properly with the gasket across the borderline by checking the Case & Door mating surfaces. Warning: Ensure to install in a Non-Hazardous environment only.

  • Page 23: Mechanical Assembly And User Interface

    4 Mechanical Assembly and User Interface 4 Mechanical Assembly and User Interface The MIWI350 device assembly includes: • Door that includes internal or external display, and without display (MIWIPCB). • Case that holds Batteries, Power Supply, Antenna, Power Distribution Board, Pressure Transducers, Solar Charge Controller, Temperature Probe Assembly, Barriers, Terminal Blocks, Cable glands, super capacitor and a MODEM.

  • Page 24: Device Dimensions & Weights

    4 Mechanical Assembly and User Interface 4.1 Device Dimensions & Weights The images below provide dimensions of MIWI350 devices (all dimensions are in inches.) Figure 4-2: Meter Mount (20 lbs* approx.) Figure 4-3: Remote (Wall/U-Bolt) Mount (23 lbs* approx.)
  • Page 25 4 Mechanical Assembly and User Interface Figure 4-4: Remote Portable Mount (25 lbs* approx.) Note: * Device weights may vary depending on the configuration selected.

  • Page 26: Display Options

    4 Mechanical Assembly and User Interface 4.2 Display Options The MIWI350 device is available with two display options - External and Internal. power or Communication Box variants are available without the display option. Figure 4-5: MIWI350 with External Display...

  • Page 27: Hmi User Interface

    Figure 4-7: MIWI350 Power and Communication Box 4.2.1 HMI User Interface MIWI350 device includes 3 rows of ten characters, configurable, alphanumeric LCD display with a row of icons to display system and alarm status. The LCD display can be configured to ON or OFF at different...
  • Page 28 4 Mechanical Assembly and User Interface Figure 4-8: LCD display Heart Beat: flashes to indicate normal operation. Lock/Unlock: indicates whether the unit is metrologically sealed or not. Battery: indicates a low voltage condition. Alarm: indicates an alarm condition (e.g. high pressure). Comm: indicates that the IrDA circuit is enabled.
  • Page 29 - Use to drill down one level. - Use to go up one level. -  Use to navigate within the elements of the same subgroup. Refer to the Honeywell EC350 User's Manual for more information on using the HMI User Interface.

  • Page 30: Gland Entries

    4.3.1 Power Input The External AC/Solar/DC input supply (as per MSG) should be provided to MIWI350 through this cable gland only. For AC variant a metal conduit will replace the plastic...

  • Page 31: Temperature Input

    4 Mechanical Assembly and User Interface Figure 4-10: Power Input 4.3.2 Temperature Input The Honeywell approved Temperature probes (as per MSG) should be provided to MIWI350 through this cable gland only.
  • Page 32 The MIWI350 Power/communication variants has support for case connector to provide the modem serial communication interface. Case Connector (Optional) MIWI350 will come with case connector when this option is selected in MSG Instruction for Grounding: The ground terminal shall be connected to an earth-ground using 12AWG or higher wire gauge and the insulation shall have flammability rating of UL94 V-2 or better.

  • Page 33: Electrical Assembly

    5 Electrical Assembly 5 Electrical Assembly 5.1 Input or output board The Input/output board (IO board) lets user to utilize the below mentioned features and interface them 2 Pressure (Optional 3rd Pressure) 1 Temperature 3 Pulse, 1 Alarm Output 4 Digital Inputs 1 RS232/485 1 Tamper Input Figure 5-1: Input/Output Board or EVC Board...

  • Page 34: Power Distribution Board

    5 Electrical Assembly 5.2 Power Distribution Board The primary purpose of the Power Distribution board is to provide primary power (7.5 to 24V DC @1Amp/Hr) and to distribute power out to various communication modules & gas measurement products. The communication modules will likely be a CloudLink, RV50 or RV50X or RV55 cellular MODEM. The gas measurement products will be the 350- series products (configured as either EC350 electronic volume corrector or ER350 pressure recorder) or legacy products, such as;...
  • Page 35 5 Electrical Assembly LED switches Push button switch "S3" and "S4" provides visual status of incoming and outgoing power via Red & Green LEDs. To conserve battery power, the LEDs are not operational until the user presses and holds down on each push button switch.

  • Page 36: Power Distribution Board Connections For Solar-Input/Ac-Dc Input With Lead Acid Battery Back Up

    5 Electrical Assembly 5.2.1 Power Distribution Board connections for Solar-Input/AC-DC input with lead acid battery back up Figure 5-3: Power Distribution Board...

  • Page 37: Power Distribution Board Jumper Settings For Alkaline Battery Or Dc Input

    5 Electrical Assembly 5.2.2 Power Distribution Board jumper settings for Alkaline Battery or DC input Figure 5-4: Power Distribution Board Caution: Never exceed 9V for Alkaline battery input. The supercap connected cannot work beyond 9V.

  • Page 38: Power Distribution Board Output Voltage And Jumper Settings

    RV50 RV50X RV55 Note: The modem on the MIWI350 rev B & rev C PD board should always be connected to the P6 connector. The P5 connector is only used to supply power to an external device (such as a super...

  • Page 39: Remote Pulser

    The Model 206 Pulse Transmitter from Mercury Instruments is an adaptable solution for transmitting uncorrected volume pulses to a remote EVC. Refer the below pulse input wiring for the interface drawing connections from 206 Pulsar to MIWI350. Figure 6-1: Electrical Wiring - Remote Pulsar to MIWI350...

  • Page 40: Pulser To Miwi Cable Connections

    6.1 Pulser to MIWI cable connections Follow the below steps carefully to interface the Pulsar and MIWI350. Step 1 : Insert the interfacing cable (40-6189) from the Pulsar through the Pulse Input Gland on MIWI350 device. Step 2 : Plug the interfacing cable (40-6189) to the 4-pin connector of the IO Board (TB2). Refer Detail L...
  • Page 41 6 Remote Pulser Step 3 : The other end of the interfacing cable (40-6189) runs to the Pulsar Output gland.
  • Page 42 Detail H) shown here. Step 5 : The final wiring arrangement will be as below. Cross check each connection with the Remote Pulsar Electrical wiring explained in detail here. Figure 6-2: Cable wiring connections from Remote Pulsar 206 to MIWI350...

  • Page 43: Internal Wiring

    7 Internal Wiring 7 Internal Wiring 7.1 Power Distribution Board and IO Board Figure 7-1: Electrical Wiring between Power Distribution Board and IO Board 7.2 Power Distribution Board and Modem...
  • Page 44 7 Internal Wiring Figure 7-2: Electrical Wiring between Power Distribution Board and CloudLink 4G MODEM Figure 7-3: Electrical Wiring between Power Distribution Board and CloudLink 4G MODEM Figure 7-4: Electrical Wiring between Power Distribution Board and RV50/RV50X/RV55 Modem...

  • Page 45: Io Board And Modem

    7 Internal Wiring 7.3 IO Board and MODEM Figure 7-5: Electrical Wiring between IO Board and CloudLink 4G MODEM Figure 7-6: Electrical Wiring between IO Board and CloudLink 4G M1 Modem...
  • Page 46 7 Internal Wiring Figure 7-7: Electrical Wiring between IO Board and RV50/RV50X/RV55 Modem...

  • Page 47: Battery Installation

    8 Battery Installation 8 Battery Installation 8.1 Lead-Acid Battery To install a 7Ah/21Ah lead-acid battery: 1. Quarter turn the screw and open the 2. Carefully insert the battery in the mount battery mount bracket flip cover. bracket. 3. Connect the battery cable (*) to battery 4.

  • Page 48: Dual/Quad Alkaline Battery

    8 Battery Installation 8.2 Dual/Quad Alkaline Battery To install a Dual/Quad alkaline battery pack: 1. Quarter turn the screw 2. Carefully insert the battery packs into the mount bracket. Dual battery pack Quad Battery pack...

  • Page 49: Battery Life (Approximate)

    4. Connect the dual/quad battery cable to power back the screw. distribution board * *Refer Section 8.3.1.2 for detailed wiring connections. 8.3 Battery Life (approximate) MIWI350 with CloudLink MODEM (1 call/day) Months Battery Type CLR110 CLR100 7Ah 12V DC SLA...

  • Page 50: Sla Alarm Scenarios

    9 SLA Alarm Scenarios 9 SLA Alarm Scenarios SLA Battery alarm functionality under few scenarios are detailed below. Note these item parameters to understand the alarm behavior in detail. ITEM NUMBER DESCRIPTION OPTIONS/RANGE 1607 SLA Not Charging Alarm Days 0-255 days (0 means alarm will be disabled) 1608 SLA Not Charging Alarm Active/Inactive...
  • Page 51 9 SLA Alarm Scenarios Scenario 3: WHEN ITEM NUMBER 1607 IS CHANGED Example: At T1 i1607 is configured as 10 days and i1614 as 5 days. Considering alarm active or inactive status we have two conditions as given below: a. Alarm is Inactive; At T2 –...

  • Page 52: Reference Drawings

    10 Reference Drawings 10 Reference Drawings 10.1 MIWI350 with EC350 or ERX350 10.1.1 Wiring Dual or Quad Battery Figure 10-1: Electrical Wiring - DUAL/QUAD 18VDC ALKALINE RECEPTACLE PACK...
  • Page 53 10 Reference Drawings Figure 10-2: Electrical Wiring - DUAL/QUAD 18VDC ALKALINE RECEPTACLE PACK WITH SUPERCAP Cable (Part#) Connects Optional External DC Power Source/Super 40-6045 IO Board TB1-1 & TB1-3 Capacitor Connector from Dual Alkaline Receptacle pack Power Distribution Board P2 (BAT1) (1 & 2) 22-2770-3 Connector from Dual Alkaline Receptacle pack Power Distribution Board P2 (BAT2)
  • Page 54 10 Reference Drawings 10.1.2 Wiring Solar or External DC Power (13.5 to 15V DC) for MIWI350 Figure 10-3: Electrical Wiring - SOLAR POWER WITH 7Ah/21Ah SLA BATTERY Cable (Part#) Connects Connector from Solar Charge controller External power input terminal block...

  • Page 55: Wiring Ac-Dc Power For Div2

    10 Reference Drawings 10.1.3 Wiring AC-DC Power for DIV2 Note: The cable color code/pin mapping are for illustration purpose only. Figure 10-4: Electrical Wiring - AC-DC POWER 120VAC TO 12-15VDC ADJ WITH 7Ah/21Ah BATTERY Cable Connects (Part#) Connector from Solar Charge 40-6169-3 12V 7Ah lead-acid battery controller...

  • Page 56: Wiring Ac-Dc Power For Div2

    10 Reference Drawings 10.1.4 Wiring AC-DC Power for DIV2 120VAC/12-15V ADJ POWER SUPPLY WITH 7Ah BATTERY Figure 10-5: Electrical Wiring - 120V AC TO 12-15V DC ADJUSTABLE POWER SUPPLY WITH 7Ah BATTERY...
  • Page 57 10 Reference Drawings 120VAC/12-15V ADJ POWER SUPPLY WITH 21Ah BATTERY Figure 10-6: Electrical Wiring - AC-DC POWER 120VAC TO 15V DC ADJ WITH 7Ah/21Ah BATTERY Cable Connects (Part#) Power Distribution Board P1 (DC-IN) Connector from Solar Charge 40-6169-4 Power Supply source 120VAC/15V DC Din Rail controller Mount Power Supply source 120VAC/15V DC Din Rail...

  • Page 58: Wiring Ac-Dc Power For Zone2

    10 Reference Drawings 10.1.5 Wiring AC-DC Power for Zone2 230V AC/12-15V ADJ POWER SUPPLY WITH 7Ah BATTERY Figure 10-7: Electrical Wiring - 230V AC TO 12-15V DC ADJUSTABLE POWER SUPPLY WITH 7Ah BATTERY...
  • Page 59 10 Reference Drawings 230V AC/12-15V ADJ POWER SUPPLY WITH 21Ah BATTERY Figure 10-8: Electrical Wiring - AC-DC POWER 230V AC TO 15V DC ADJ WITH 7Ah/21Ah BATTERY Cable Connects (Part#) Power Distribution Board P1 (DC-IN) Connector from Solar Charge 40-6169-4 Power Supply source 120VAC/15V DC Din Rail controller Mount...

  • Page 60: Wiring External Dc Power

    10 Reference Drawings 10.1.6 Wiring External DC Power Figure 10-9: Electrical Wiring - External 12V DC Cable (Part#) Connects 40-6045 External Optional alkaline back-up battery pack IO Board TB1-1 & TB1-3 40-6163-2 External power input terminal block Power Distribution Board P1 (DC-IN)

  • Page 61: Miwi350 As Power Box

    10 Reference Drawings 10.2 MIWI350 as Power Box 10.2.1 Wiring Dual or Quad Battery for MIWIPCB Figure 10-10: Electrical Wiring - DUAL/QUAD 18VDC ALKALINE RECEPTACLE PACK...
  • Page 62 10 Reference Drawings Figure 10-11: Electrical Wiring - DUAL/QUAD 18VDC ALKALINE RECEPTACLE PACK WITH SUPERCAP Cable (Part#) Connects Connector from Dual Alkaline Receptacle pack 22-2770-3 Power Distribution Board P2 (BAT1) (1 & 2) Connector from Dual Alkaline Receptacle pack 22-2770-3 Power Distribution Board P2 (BAT2) (3 &...

  • Page 63: Wiring Solar Or External Dc (13.5 To 15V Dc) Power For Miwipcb

    10 Reference Drawings 10.2.2 Wiring Solar or External DC (13.5 to 15V DC) Power for MIWIPCB Figure 10-12: Electrical Wiring - SOLAR POWER WITH 7Ah/21Ah SLA BATTERY Cable (Part#) Connects Connector from Solar Charge controller External power input terminal block 40-6169-1 Connector from Solar Charge controller Power Distribution Board P1 (DC-IN)

  • Page 64: Wiring Ac Dc Power For Miwipcb

    10 Reference Drawings 10.2.3 Wiring AC DC Power for MIWIPCB Figure 10-13: Electrical Wiring - AC-DC POWER 120VAC TO 15V DC ADJ WITH 7Ah/21Ah BATTERY Cable Connects (Part#) Power Distribution Board P1 (DC-IN) Connector from Solar Charge 40-6169-4 controller Power Supply source 120VAC/15V DC Din Rail Mount.

  • Page 65: Wiring External Dc Power For Miwipcb

    10 Reference Drawings 10.2.4 Wiring External DC Power for MIWIPCB Figure 10-14: Electrical Wiring - External 12V DC Cable (Part#) Connects 40-6163-2 External power input terminal block Power Distribution Board P1 (DC-IN)

  • Page 66: Miwi350 As Power Or Communication Box

    10 Reference Drawings 10.3 MIWI350 as Power or Communication Box 10.3.1 Barrier Connections 10.3.1.1 With CloudLink MODEM Figure 10-15: Internal Wiring - CloudLink R100 Connections...

  • Page 67: With Cloudlink 4G M1 Modem

    10 Reference Drawings 10.3.1.2 With CloudLink 4G M1 MODEM Figure 10-16: Internal Wiring - CloudLink R110 Connections Cable (Part#) Connects 40-6167 EXT POWER - CloudLink MODEM Power Distribution Board P6 40-6167-1 Power Distribution Board P4 Power Barrier 40-6182 Power Distribution Board P11 Pulse Barrier 40-6184 CloudLink MODEM...
  • Page 68 10 Reference Drawings Figure 10-17: Internal Antenna connection (Cloudlink R100) Note: For 'Ready for CloudLink MODEM' option, all necessary cables and fasteners will be provided except CloudLink MODEM. Modem Type Cloud link (i1458 = Cloud link) 1. In any configuration, the modem is always connected to the P6 connector on the PD board. 2.

  • Page 69: With Rv50/Rv50X/Rv55 Modem

    10 Reference Drawings 10.3.1.3 With RV50/RV50X/RV55 MODEM Figure 10-18: Internal Wiring - RV50/RV50X/RV55 MODEM Connections Cable (Part#) Connects 40-2947-9 RV50/RV50X/RV55 MODEM Serial Barrier 40-6167-1 Power Distribution Board P4 Power Barrier 40-6181 RV50/RV50X/RV55 MODEM Power Distribution Board P6 40-6182 Power Distribution Board P11 Pulse Barrier 40-2342-1 Device Ground/Earthing...
  • Page 70 10 Reference Drawings Figure 10-19: INTERNAL ANTENNA CONNECTION (RV50/RV50X/RV55) Note: For 'Ready for RV50/RV50X/RV55' option, all necessary cables and fasteners will be provided except RV50/RV50X/RV55 MODEM.
  • Page 71 10 Reference Drawings Modem Type Others (i1458 = Others) 1. In any configuration, the modem is always connected to the P6 connector on the PD board. 2. When the modem type is set to "Others," the EC350 will control the modem power as listed below. Modem power on Call-In start Call-Out start...

  • Page 72: Terminal Block Connections

    10 Reference Drawings 10.3.2 Terminal Block Connections 10.3.2.1 With CloudLink MODEM Figure 10-20: Internal Wiring - CloudLink R100 Connections...

  • Page 73: With Cloudlink 4G M1 Modem

    10 Reference Drawings 10.3.2.2 With CloudLink 4G M1 MODEM Figure 10-21: Internal Wiring - CloudLink 4G M1 MODEM Connections Cable (Part#) Connects 40-6167 EXT POWER - CloudLink MODEM Power Distribution Board P6 40-6167-1 Power Distribution Board P4 Power Barrier 40-6182 Power Distribution Board P11 Pulse Barrier 40-6184...
  • Page 74 10 Reference Drawings Figure 10-22: Internal Antenna connection(cloud link R100) Note: For 'Ready for CloudLink MODEM' option, all necessary cables and fasteners will be provided except CloudLink MODEM.

  • Page 75: With Rv50/Rv50X/Rv55 Modem

    10 Reference Drawings 10.3.2.3 With RV50/RV50X/RV55 MODEM Figure 10-23: Internal Wiring - RV50/RV50X/RV55 MODEM Connections Cable (Part#) Connects 40-2947-9 RV50/RV50X/RV55 MODEM Serial Barrier 40-6167-1 Power Distribution Board P4 Power Barrier 40-6181 RV50/RV50X/RV55 MODEM Power Distribution Board P6 40-6182 Power Distribution Board P11 Pulse Barrier 40-2342-1 Device Ground/Earthing...
  • Page 76 10 Reference Drawings Figure 10-24: INTERNAL ANTENNA CONNECTION (RV50/RV50X/RV55) Note: For 'Ready for RV50/RV50X/RV55' option, all necessary cables and fasteners will be provided except RV50/RV50X/RV55modem.

  • Page 77: Configuration Software

    11 Configuration Software 11 Configuration Software User can use Honeywell MasterLink software application to configure and deploy a MIWI350 device. MasterLink can be used to configure MIWI350 as: • EC350/ERX350 Device • Cellular MODEM (CLR100/CLR110 MODEM) • EC350/ERX350 and Cellular MODEM as an Integrated Device To learn more about MasterLink, EC350/ERX350, or CloudLink, refer to their respective user guides available on the Honeywell Process Website.

  • Page 78: 350S Audit Trail Log Support For Cloudlink Modem

    12 350S Audit Trail Log support for CloudLink MODEM 12 350S Audit Trail Log support for CloudLink MODEM With this feature support the user can configure the CloudLink items (item series 3000) in the Audit Trail records of the 350S to monitor the MODEM parameters. There are certain string item limitations which have to be noted to understand the behavior of the AT log record readings.
  • Page 79 12 350S Audit Trail Log support for CloudLink MODEM ITEM POSSIBLE ITEM DESCRIPTION AUDIT TRAIL LOG VALUE NUMBER VALUE 1 - 01 3 - 03 C - 12 B - 11 so, AT log will be stored as 01031211. CloudLink Last Call Physical ID Decimal coded hex number 3131 String...
  • Page 80 12 350S Audit Trail Log support for CloudLink MODEM Example: Site ID : 00000000 00000000 ; Site Name : Direct Connect ; Site Location : HYD CloudLink Advanced CloudLink Last CloudLink Last CloudLink Cellular Log Date and Time Low Battery read Time read Date (MM- Service Technology Capacity Event...

  • Page 81: As Shipped Configuration Reload Procedure

    13 As Shipped Configuration Reload Procedure 13 As Shipped Configuration Reload Procedure User can reset the configured values in the device to 'As shipped configuration' by considering the following procedure: Note: This As Shipped configuration reload procedure can be done ONLY on IrDA communication. 1.
  • Page 82 13 As Shipped Configuration Reload Procedure Device will re boot (Reboot will take approximately 1 min). After successful reboot, device goes back to the As Shipped Configuration defaults. Note: Every item will be defaulted to As Shipped configuration but, run time dynamic items may get loaded with current values of the device.

  • Page 83: Orderable Kits

    GROUNDING MIWI350 22-3102-KIT BREATHER MIWI350 22-3103-KIT GASKET MIWI350 22-3112-KIT METER CASE & DOOR EXT DISP ASSY MIWI350 22-3116-1-KIT METER CASE & DOOR INT DISP ASSY MIWI350 22-3116-2-KIT REMOTE CASE & DOOR EXT DISP ASSY MIWI350 22-3116-3-KIT REMOTE CASE & DOOR INT DISP ASSY MIWI350...
  • Page 84 POWER SUPPLY CABLE, POWER DISTRIBUTION BOARD- 40-6181-KIT RV50/RV50X/RV55 MODEM MPC CABLE, POWER DISTRIBUTION BOARD TO PULSE BARRIER 40-6182-KIT KIT, CABLE, IO BOARD TO PRESSURE EXPANSION BOARD MIWI350 40-6188-KIT 9" TEMP PROBE W/ 6' SS CABLE W/ POLY COAT 40-143209075PVC-1-KIT KIT, EX BREATHERS ASSY MIWI350...
  • Page 85 22-3080-KIT* KIT, GASKET RUBBER AMP LOW TEMP 22-3081-KIT* KIT, POWER SUPPLY WIRING 21 AH 40-6169-5-KIT* KIT, POWER SUPPLY WIRING 7AH 40-6169-6-KIT* KIT, REMOTE CASE & DOOR INT DISP ASSY EX 22-3116-5-KIT* Note: * Suitable for IECEx ZONE2 certified MIWI350 offerings/installations.
  • Page 86 Notes For more information: To learn more about Honeywell's Smart Gas Metering Solutions, visit https://process.honeywell.com or contact your Honeywell Process Solutions representative. Honeywell Process Solutions 2101 Citywest Boulevard Houston, Tx 77042 USA 855 251-7065 – United States & Canada | 302 669-4253 – Outside the United States FD-610 | Version 4.00 | Rev D | May 2022...

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