Summary of Contents for ITRON OpenWay Riva IRM-STAR
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OpenWay® Riva™ IRM-STAR and IRM- MESH Installation Guide ITRON INSTALLATION GUIDE January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 1 of 84...
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Confidentiality Notice ® Confidential information of Itron Inc., provided under nondisclosure obligations. The information contained herein is proprietary and confidential and is being provided subject to the condition that (i) it be held in confidence except to the extent required otherwise by law and (ii) it will be used only for the purposes described herein. Any third party that is given access to this information shall be similarly bound in writing. Trademark Notice ® Itron and the Itron logo are trademarks of Itron Inc., registered in the United States and other countries and regions. All other product names and logos in this documentation are used for identification purposes only and may be trademarks or registered trademarks of their respective companies. For more information about Itron or Itron products, go to www.itron.com For more information about Itron trademarks, go to itron.com/na/legal/trademarks For product help, contact Itron Technical Support Services. Contact Email: support@itron.com Itron Customer Center: customer.itron.com Products and documentation: products.itron.com Itron Technical Support North America: 1-877-487-6602 For regional technical support, go to www.itron.com and select your country and language. For suggestions, questions, or other feedback concerning Itron product documentation, contact us at: ItronDocumentation@itron.com January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 2 of 84...
2 IRM-STAR and IRM-MESH Overview OpenWay® Riva Communication System Overview 3 Accessories IRM-MESH A ccessories IRM-STAR A ccessories Antennas and Antenna Kits Pole Mounting Installation Tower Mounting Installation Antenna Supported Specifications 915MHz 5.5dBi Remote Antenna Kit 915MHz 8.15dBi High Gain Remote Antenna Kit 4 Star and Mesh Deployment Installation Requirements and Materials Order of Installation Disconnecting Power to the IR8140 IRM-STAR/IRM-MESH Slot Power Down on IR8140 Removing the IR8140 from the Pole January 03, 2024 LDI-0362 REV 001 Itron Inc. Page 3 of 84...
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STAR/IRM-MESH in the Field Requirements and Materials Removing an Existing IRM-MESH/IRM-STAR Installing the New IRM-STAR/IRM-MESH Changing the IPv6 Prefix Address of the IR8140 Updating the Data Rate and Network Security for IRM-STAR Updating the Data Rate and Network Security for IRM-MESH A Specifications B RF Filter Installation Placement Guidelines for Remote Antenna Connecting a RF Filter Australia Applications C Replacing the Alignment Guide Pin and Lock Washer Glossary Index January 03, 2024 LDI-0362 REV 001 Itron Inc. Page 4 of 84...
Revision Date Description REV 001 January 3, 2024 ■ Introduction Chapter - Updated a Caution regarding Ethernet cables. See Introduction on page 6. ■ Accessories Chapter - Updated a number of sections related to the antennas and antenna kits. See Antennas and Antenna Kits on page 19. ■ Star and Mesh Deployment Installation Chapter - U pdated a Caution regarding Ethernet cables. See Star and Mesh Deployment Installation on page 24. ■ REV 000 July 13, 2023 New document. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 5 of 84...
IR8140 Internetwork Operating System Extended Edition (IOS XE) Compatibility Ensure you are running the correct IOS XE version, and correct ACTD version on your IR8140. Important! For new installations, ensure you are r unning IOS XE version 17.9.03, or higher on your IR8140. Important! The IR8140 requires ACTD version 5.0.1 or higher to operate. ® For detailed information about how to upgrade your IOS version, See OpenWay Riva IR8140 IOS Upgrade Guide. The guide is divided into the following topics: ■ Introduction on page 6 ■ IRM-STAR and IRM-MESH Overview on page 13 January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 6 of 84...
Model: OW3 ■ Model Name: IRM-STAR The following information may also appear on an exterior label: "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." Contains (for the IRM-MESH): ■ FCC ID: SK9OW1 ■ IC: 864G-OW1 ■ Model: OW1 ■ Model Name: IRM-MESH The following information may also appear on an exterior label: "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." January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 8 of 84...
■ Reorient or relocate the receiving antenna. ■ Increase the separation between the equipment and receiver. ■ Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. ■ Consult the dealer or an experienced radio/TV technician for help. Caution: To ensure system performance, this device and antenna shall not be changed or modified without the express approval of Itron. Per FCC rules, unapproved modifications or operation beyond or in conflict with these instructions for use could void the user's authority to operate the equipment. Canada ISED (Innovation, Science and Economic Development) Compliance This device contains license-exempt transmitter(s)receiver(s) that comply with Innovation, Science and Economic Development Canada’s license-exempt RSS(s). Operation is subject to the following two conditions: January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 9 of 84...
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Les types d'antenne non inclus dans cette liste, et dont le gain est supérieur au gain maximal indiqué pour tout type figurant sur la liste, sont strictement interdits pour l'exploitation de l'émetteur. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 10 of 84...
Modification and Repairs To ensure FCC compliance and system performance, this device, antenna and/or coaxial assembly shall not be changed or modified without the express written approval of Itron. Any unauthorized modification will void the user’s authority to operate the equipment. Warning! This device contains no user serviceable parts. Attempts to repair this device by unauthorized personnel may subject the person to shock hazard if removal of protected covers is attempted. Unauthorized repair v oids the warranty and/or maintenance contract with your company. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 11 of 84...
IRM-STAR and IRM-MESH Installation Guide 1 Introduction Electromagnetic Compatibility Caution: Use only approved accessories with this equipment. All cables must be high quality, shielded, and correctly terminated. Unapproved modifications or operation beyond or in conflict with these use instructions may void the authority's authorization to operate the equipment. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 12 of 84...
® The IRM-STAR/IRM-MESH resides inside the Cisco IR8140 and acts as the root-node within the network, routing packets and information from meters or grid devices between the Adaptive Communication Technology (ACT) network and the head end (OWOC-CM). The IRM-STAR/IRM-MESH supports adaptive communications, that allows meters and grid devices to interact with each other using Radio Frequency (RF). In addition to the module residing in the IR8140. The IR8140 contains one operating ® system: a Cisco IOS XE. The IOS XE runs on the I R8140 and enables data communications between network nodes. I OS XE forwards traffic t hrough regular IP forwarding mechanisms. Furthermore, the ACTD firmware runs on the IR8140. The ACTD firmware servers as a communication gateway between the IR8140's operating system (IOS XE) and the IRM-STAR/IRM-MESH. Also, the IRM-STAR/IRM-MESH contains its own firmware. The IRM-STAR/IRM-MESH firmware provides communication to the smart meters. When the IR8140 is deployed in a star configuration with Battery Powered Device (BPD), a remote antenna is required to ensure optimal radio performance. See figure. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 13 of 84...
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IRM-STAR and IRM-MESH Installation Guide 2 IRM-STAR and IRM-MESH Overview Figure 1 IRM-STAR/IRM-MESH functionality The IR8140's physical features are shown and listed below. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 14 of 84...
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2 IRM-STAR and IRM-MESH Overview Figure 2 IR8140 major parts bottom v iew Table 3 IR8140 major parts Reference Number Item AC power cable connection that provides AC power source input. Hexagonal 7/8" 3- pin circular connector M6 bolts - Used to assemble the face plate to the main body of the IR8140. Case plug 4 IRM-STAR/IRM-MESH N-Connector (Antenna) - Used to connect the Integrated Multipurpose Omnidirectional WPAN Antenna. 12VDC/1A DCoutput Battery Backup Unit (BBU) locking screw - Provides security for the BBU. SSD module (accessible when plug in removed - COM port LED - System OK Console port, RJ-45 (accessible when plug is removed) - COM port Reset button (accessible when plug is removed) - COM port January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 15 of 84...
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Alarm port with PG13 port Figure 3 IRM-STAR major parts Table 4 IRM-STAR major parts Reference Number Item Details Four M6 bolts Secures the IRM-STAR/IRM-MESH into the slot of the IR- 8140. Antenna plug Plug is an unused antenna port. N-Connector Provides a connection for the Radio Frequency (RF) Antenna (Antenna) Cable. Used to connect to a Remote Antenna. See Installing the Remote Antenna on page 40. Module Ensures the module is inserted into the slot correctly. orientation indicator Antenna (not Integrated Multipurpose Omnidirectional WPAN Antenna. installed) January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 16 of 84...
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Figure 4 IRM-MESH major parts Table 5 IRM-MESH major parts Reference Number Item Details Four M6 bolts Secures the IRM-STAR/IRM-MESH into the slot of the IR-8140. Antenna plug Plug is an unused antenna port. N-Connector Provides a connection for the Radio Frequency (RF) Antenna. (Antenna) Normally a Integrated Multipurpose Omnidirectional Wireless Personal Area Network (WPAN) Antenna is screwed onto the the N-Connector. Note: the IRM-MESH does not ship with the Integrated Multipurpose Omnidirectional WPAN Antenna installed. Module Ensures the module is inserted into the slot correctly. orientation indicator Antenna (not Integrated Multipurpose Omnidirectional WPAN Antenna. installed) January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 17 of 84...
Item Details Antenna The Integrated Multipurpose Omnidirectional WPAN Antenna (installed) installed onto the N-Connector. ® OpenWay Riva Communication System Overview The communication system features an innovative multimedia IPv6 network that uses Radio Frequency (RF) links w ithin a mesh to route messages and data between standards-based smart meters Device Language Message Specification/Companion Specification for Energy Metering (DLMS/COSEM) and the head end system. Intelligence in the communication module chooses the communication link quality and modulation scheme that support the best possible data rate. Data rates of up to 600Kbps are achievable by this multimedia mesh. This is done automatically in real-time by the modules without any need for pre- programming or path hard-coding. The communication modules create their own multi-hop environment using the best available physical path for communication where the routing is managed by standardized Internet Engineering Task Force (IETF) routing protocols that are independent of the physical link. See figure. Figure 5 OpenWay Riva Communication solution network January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 18 of 84...
Antenna Kits listed in the Antennas and Antenna Kits on page 19. Antennas and Antenna Kits Each IR8140/IRM installation requires one of the supported antennas for proper operation. The IR8140/IRM has been designed and approved per FCC and ISED rules to operate with these antennas. Caution: Antennas not approved by Itron are strictly prohibited for use with this device. Installing the IRM with an unapproved antenna voids the product warranty and can void the user's authority to operate this equipment. This section describes the following approved antenna kits: ■ 915MHz 5.5dBi (KIT-0073-001) (Star only) ■ 915MHz 8.15dBi (KIT-0018-007) (Star only) ■ 900MHz 2dBi (576414-001) (Mesh or Star) The kit needed depends on where you are mounting: ■ Pole Mounting, or ■ Tower Mounting January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 19 of 84...
Tower Mounting Installation ■ KIT-0018-007 - Remote-mount 8.15dBi antenna kit for IRM-STAR Tower Mount configuration in North America, where the application requires greater gain, include the following items: Table 7 KIT-0018-007 -IRM-STAR Tower mounting in North America Kit Item Kit Number Description Remote 8.15dBi MSE-0392-001 8.15dBi Antenna and Antenna Mounting Hardware. Antenna Lightning MSE-0391-001 Lightning Arrestor. Arrestor Antenna Supported Specifications This table provides the specifications for the supported 915MHz antennas. The IRM is designed to operate with the antennas listed here. Antennas not listed here are strictly prohibited for use with the IRM. The required antenna impedance is 50Ω. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 20 of 84...
Note: To reduce potential radio interference to other users, select an antenna type with gain such that the Equivalent Isotropically Radiated Power (EIRP) is not more than permitted by the regulatory rules of the country where installed. Note: The 8.15dBi antenna kit (KIT-0018-007) comes with a lightning arrestor that is for other types of installations and is optional. The lightning arrestor that is included with the RF Filter kit (KIT-9036-001) is the correct arrestor for this application. 915MHz 5.5dBi Remote Antenna Kit The following items are included in the Remote Antenna installation kit (KIT-0073-001): ■ 915MHz 5.5dBi gain antenna, Itron part number MSE-0453-001 ■ Antenna mounting kit: ■ Remote-mount adapter ■ Antenna holder ■ Mounting bracket January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 21 of 84...
Total Coaxial Length Specification 0–120 ft. 121–200 ft. (High- 201–250 ft. (High- Gain Antenna only) Gain Antenna only) Standard black jacket cable AVA5-50 AVA6-50 AVA7-50 Optional fire retardant cable AVA5RK-50 AVA6RK-50 AVA7RK-50 Cable diameter (nominal) ⅞ in. 1¼ in. 1⅝ in. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 22 of 84...
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Total Coaxial Length Specification 0–120 ft. 121–200 ft. (High- 201–250 ft. (High- Gain Antenna only) Gain Antenna only) Cable weight (lb./ft.) 0.33 0.46 0.70 Minimum bend radius 10 in. 8 in. 15 in. Cable attenuation @ 915 MHz ~1.2 dB/100 ft. ~0.84 dB/100 ft. ~0.70 dB/100 ft. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 23 of 84...
■ The IR8140 (with the newly installed IRM-STAR/IRM-MESH) is to be deployed in a Star or Mesh configuration. Collect the following items before you start. ■ IR8140 ■ IRM-STAR/IRM-MESH with FCC regulatory label ■ Remote antenna kit that is allowed for your IRM type. See Antenna Supported Specifications on page 20. ■ 10mm socket wrench. ■ A #2 Phillips or a 9/32" flat-blade screwdriver. ■ 15/16" combination wrench. Order of Installation In general, this provides the order of installation that should be followed. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 24 of 84...
4. If applicable, removing an existing IRM. 5. Installing the IRM-STAR/IRM-MESH. 6. Reinstalling the IR8140 back on the pole. If required, include a RF Filter. See RF Filter Installation on page 70. 7. Reinstalling Power and the Ground to the IR8140. 8. Installing the Lightning Arrestor to the IR8140. 9. This step is only applicable for a IRM-STAR. Installing the Remote Antenna on the pole (five feet vertical distance from the IR8140). Disconnecting Power to the IR8140 1. Disable the power at the circuit, or power supply that t he IR8140 AC Power Cable is connected. 2. Disconnect the IR8140 AC Power Cable, see item 1, from the AC Power Connector located on the bottom of the IR8140. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 25 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 6 AC power cable connection location 3. Back out the BBU security screw until it hits the retention plate. Figure 7 BBU security screw Table 10 BBU security screw items Reference Number Item Retention plate (Do not remove) BBU security screw (Requires 3mm Hex head) January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 26 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation 4. Loosen the four M6 bolts with a 10mm socket driver on the BBU faceplate. Ensure you do not remove the M6 bolts from the faceplate. 5. Pull the BBU assembly out straight. Caution: The BBU assembly is heavy. 6. Ensure the BBU gasket stays in place and the sealing surface is clean from any debris. Figure 8 BBU assembly items Table 11 BBU assembly items Reference Number Item BBU gasket BBU assembly Four M6 bolts January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 27 of 84...
Item Padlock tab BBU security screw, located on the bottom of the IR8140. 7. Check the System (SYS) LED, see item 1, to ensure the IR8140's power is off. T he SYS LED is located on the bottom exterior of the IR8140 enclosure. Figure 9 System (SYS) LED location Table 12 System (SYS) LED location Reference Number Item Details System (SYS) LED IRM-STAR/IRM-MESH Slot Power Down on IR8140 The IRM-STAR/IRM-MESH may be safely inserted or removed after powering down the IR8140's slot. Ensure you follow safe Electrostatic Discharge (ESD) and handling January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 28 of 84...
Feb 10 21:07:23.610: %SPA_OIR-6-ONLINECARD: SPA (IRMH-WPAN-NA) online in subslot 0/1 Router(config)# Router(config)# Removing the IR8140 from the Pole You must first disconnect the Power, the Ground Cable, physically unmount the IR8140, and remove the IR8140 mounting bracket so that you can access the connection points. ? Warning! After removing the IR8140 from the pole, place the IR8140 on an electrostatic discharge (ESD) protected mat to prevent personal injury and/or damage to the electronic components. 1. Disconnect the power. See Disconnecting Power to the IR8140 on page 25. 2. Remove the 6AWG Ground Cable, see item 2, located on the bottom right side of the IR8140 by removing the two screws from the ground lug, see item 1. Note: When installing the Ground Cable, refer to the Cisco instructions for specific details. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 29 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 10 6AWG Ground cable and ground lug location 3. Remove the IR8140. a. First, loosen the top front hex bolt, see item 1, on each side of the Mounting Bracket. b. Then, completely remove the two rear and lower front hex bolts, see item 2, on each side of the Mounting Bracket. c. Lift the router up and off the bracket. Figure 11 Mounting bracket side hex bolt location January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 30 of 84...
Removing the Blank Cover This section only applies if there is an existing blank cover. 1. Disable the installed BBUs, and disconnect the IR8140 from AC power. 2. Remove the cables attached to the IR8140. 3. Loosen the four M6 bolts on the blank cover using a 10mm socket driver. Do not remove the bolts from it. 4. If present, remove the blank cover from slot 1. Figure 12 Blank cover removal Table 13 Blank cover removal Reference Number Item M6 bolts Gasket Module orientation indicator 1. Pull the blank cover from the IR8140. 2. Ensure the gasket is fully contained in the grove and no debris is on the gasket surface. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 31 of 84...
1. Locate applicable slot l ocations inside the IR8140. Figure 13 IR8140 module slot locations Table 14 IR8140 module slot locations Reference Number Item Slot 0 - CPU/Supervisor module slot, always Slot 1 - IRM-MESH or IRM-STAR slot, only Slot 2 - ■ For IRM-STAR only, Slot 2 is empty. ■ For IRM-MESH only, the C ellular modem module is installed in Slot 2. Slot 3 - ■ For IRM-STAR only, the Cellular modem module is installed in Slot 3. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 32 of 84...
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IR8140 module slot locations (continued) Reference Number Item ■ For IRM-MESH only, the C ellular modem module is installed in Slot 2. 1. Disable any installed BBUs, and disconnect the IR8140 from AC power if not already done. 2. If there is a blank cover over the slot r emove it. See Removing the Blank Cover o n page 31. 3. Ensure the gasket is fully seated in the groove, not damaged, and if damaged, replace. A new gasket can be obtained from Cisco. Also, check that there is no debris on the gasket and matting surfaces. Note: This view is representative of all slots. Figure 14 Slot items January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 33 of 84...
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Figure 15 Slot items close-up Table 15 Slot items Reference Number Item Chassis guide slot Replacement screw IRM-STAR/IRM-MESH interface connector Alignment guide pin (1 of 2 shown) 4. Remove the alignment guide pin and replace it with the screw prior to inserting the IRM- STAR/IRM-MESH, if present. See Replacing the Alignment Guide Pin and Lock Washer on page 75. 5. Insert the IRM-STAR/IRM-MESH i nto slot 1 of the IR8140. Align the module orientation indicator with the front of the IR8140, see item 4. Ensure that the IRM-STAR/IRM-MESH PCBs edge connector a ligns with the PCI-E 98-pin connector on the IR8140 mother board, see item 5. Gently press the IRM-STAR/IRM-MESH until the c ard-edge connector is firmly seated into the connector. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 34 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 16 Inserting IRM-STAR/IRM-MESH Table 16 Inserting IRM-STAR/IRM-MESH Reference Number Item IRM-STAR/IRM-MESH M6 bolts Align PCBs edge connector with the PCI-E 98-pin connector Gasket Module orientation indicator 6. Tighten the four M6 bolts to 15 to 20 in-lbs in the 1, 2, 3, 4 sequence shown using a 10mm socket driver. Do not chip or scratch t he paint. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 35 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 17 Tighten M6 bolts 7. Attach the RF cable, or antenna to the N-connector on the IRM-STAR/IRM-MESH as needed. 8. For Integrated Multipurpose Omindirectional WPAN Antenna, inspect the gasket located at the bottom, to ensure it is not damaged. If damaged, replace the WPAN antenna with a new WPAN a ntenna. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 36 of 84...
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4 Star and Mesh Deployment Installation Figure 18 Integrated Multipurpose Omindirectional WPAN Antenna gasket Table 17 Integrated Multipurpose Omindirectional WPAN Antenna with gasket Reference Number Item Integrated Multipurpose Omindirectional WPAN Antenna Gasket 9. Connect the IR8140 to the AC power and to the network. 10. Re-enable the BBUs using the applicable commands. Note: The IRM-STAR/IRM-MESH allows two antenna connection options: either an antenna connected directly to the IRM-STAR/IRM-MESH N-Connector, or a remote mounted antenna connection. For more information about the remote antenna. See Installing the Remote Antenna on page 40 11. Clean the surface and affix the regulatory label (included in the IRM-STAR/IRM-MESH installation kit) to the front bottom right of the exterior of the IR8140 shown in the figure. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 37 of 84...
4 Star and Mesh Deployment Installation Figure 19 Regulatory label placement location The following line should be included on the label: For IRM-MESH - Contains: FCC ID: SK9OW1 For IRM-STAR - Contains: FCC ID: EO9OW3 Reinstalling the IR8140 Back on the Pole After installing the new IRM-STAR/IRM-MESH in the IR8140, you can reinstall the mounting bracket, and reinstall the IR8140. 1. Insert the four (8mm x 25mm) hex bolts, see item 2, supplied with the installation kit into the threaded holes in the base mounting plate. Do not tighten bolts until all are started. Note: The four alignment slots, see item 1, in the mounting brackets allow the IR8140 to be rotated either clockwise or counterclockwise for alignment purposes. Inserting the mounting bolts as shown allows the IR8140 to rotate counterclockwise. Inserting all four bolts in the holes at the other end of the slot allows the IR8140 to be rotated clockwise. 2. Adjust the alignment of the IR8140 to the desired orientation and tighten the four mounting bolts and the self-locking hex nut on the center stud, see item 3. Use a torque of 6 to 7ft-lb when tightening the bolts and nut. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 38 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 20 Hex bolts, alignment slots and self-locking hex bolt location 3. Mount the IR8140 to the mounting bracket by sliding the hex bolt, see i tem 1, in the top front position on each side of the IR8140 into the corresponding slot on the mounting bracket. Figure 21 Mounting bracket and hex bolt installation January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 39 of 84...
4 Star and Mesh Deployment Installation 4. Insert the remaining three hex bolts, see item 2, on each side of the IR8140 into their respective places. Note: Insert all hex bolts on each side before securing tightly. 5. Tighten all hex bolts. Use a torque of 6 to 7ft-lb when tightening the bolts. Figure 22 Hex bolts location on side of IR8140 Installing the Remote Antenna A remote antenna is required to ensure optimal radio performance when the IR8140 with a IRM is deployed in a Star configuration for communication with Battery Powered Devices (BPDs). Standard height remote antennas are mounted directly above the I R8140 (3 to 5 feet above the I R8140). Remote antennas can also be mounted at an extended height above the IR8140. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 40 of 84...
Caution: Do not install a 5.5/5.15 dBi antenna directly on the I R8140. Antenna installation directly on the IR8140 will compromise mechanical integrity and will not meet the compliance requirements. See 915MHz 5.5dBi Remote Antenna Kit on page 21. Caution: Do not install a 8.15 dBi antenna directly on the I R8140. Antenna installation directly on the I R8140 will compromise mechanical integrity and will not meet the compliance requirement for a loss of 2.2dB (for any exceptions, there is additional information, RF Filter Installation on page 70) between the R F filter and the 8.15 dBi antenna. See 915MHz 8.15dBi High Gain Remote Antenna Kit o n page 22915MHz 8.15dBi High Gain Remote Antenna Kit o n page 22 January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 41 of 84...
■ The minimum standoff distance is 60 centimeters, where the interfering structural members are 10 centimeters or less in diameter and spaced more than two meters apart. ■ For structural members between 10 and 25 centimeters in diameter, use a sliding scale of 0.6 to 1.5 meters (for example, a 60-centimeter standoff at 10-centimeter diameter to a 150-centimeter standoff at 25-centimeter member diameter). Remote Antenna Connections & the Lightning Arrestor When using a r emote antenna, you must install a lightning arrestor to protect the IRM- STAR and IR8140 in the event of a lightning strike. The lightning arrestor is fitted between the coaxial antenna cable and the IR8140 (or the RF Filter, if applicable). The protected end of the arrestor connects to the N Connector on the IRM-STAR (or RF Filter). The surge end of the arrestor is connected to the antenna cable. The arrestor is also furnished with a ground lug. Caution: The lightning arrestor must be connected to an earth-ground. This figure shows the Remote Antenna connected to a IR8140 without a RF Filter. Specifically, shows the Remote Antenna, item 1, a RF Cable, item 2, the Lightning Arrestor, item 3, and the IRM-STAR N Connector, see item 4. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 42 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 23 Remote antenna, lighting arrestor connections without a RF filter This figure shows the Remote Antenna and a RF Filter connected to a IR8140. Specifically, shows the RF Cable, item 1, that connects between the RF Filter and the Antenna, the Lightning Arrestor, item 2, the RF Filter, item 3 and the RF Cable, item 4, that connects between the IR8140 N-Connector and the RF Filter. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 43 of 84...
IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 24 Remote antenna, lighting arrestor connections with a RF filter Assembling and Attaching the Antenna This section describes the procedures needed to assemble the remote antenna and attach it to the IR8140. You will also need to install a grounded lightning arrestor to prevent lightning damage to the I R8140. See Remote Antenna Connections & the Lightning Arrestor on page 42. Assembling the Remote Antenna 1. Remove the black rubber bumper from the end of the antenna. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 44 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 25 Rubber bumper location 2. Slide the silicone seal over the base of the remote antenna. Figure 26 Silicone seal application January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 45 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation 3. Screw the remote antenna base into the top of the remote mount adapter plate. Figure 27 Remote antenna base to remote adapter plate 4. Push the silicone seal down over the top of the remote mount adapter plate. Figure 28 Silicone over the remote mount adapter plate 5. Slide the antenna holder over the silicone seal. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 46 of 84...
IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 29 Remote antenna holder over the silicone 6. Make sure that the remote antenna holder and the adapter plate are flush on all sides Figure 30 Inspect remote antennaholder and adapter plate Attaching the Remote Antenna to the IR8140 Mounting Bracket Use the following procedure to attach the antenna to the IR8140 mounting bracket: 1. Push the 1¾" bolt through the antenna holder, the remote mount adapter plate, and the mounting bracket January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 47 of 84...
IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation 2. Place the flat washer on the bolt. 3. Place the split washer on the bolt. 4. Add a drop of anti-seize lubricant to the nut and attach the nut to the bolt. 5. Replace the black rubber bumper on the end of the antenna. Figure 31 Remote antenna to IR8140 mounting bracket Weatherproofing the RF Connections 1. Wrap vinyl electrical tape around the connection, starting at the RF Filter and moving up the cable as shown in the figure. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 48 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 32 Starting the electrical tape application The vinyl electrical tape provides a foundation for the Butyl rubber sealant, making it easier to disconnect the cable. 2. Wrap the vinyl electrical tape up the coaxial cable, overlapping each wrap as shown in the figure. Figure 33 Fully covered electrical tape application January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 49 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation 3. Ensure that the tape fully covers the cable strain relief. 4. Wrap a layer of Butyl rubber sealant over the vinyl electrical tape Figure 34 Butyl rubber application 5. Ensure that the Butyl rubber extends past the vinyl electrical tape and onto the cable jacket. 6. Overlap the Butyl rubber so that no gap exists. The Butyl rubber self-vulcanizes over time and the seam disappears. 7. Wrap vinyl electrical tape around the Butyl rubber, starting at the filter and moving up as you did in step 1. Figure 35 Electrical tape application around the Butyl Rubber January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 50 of 84...
Reinstalling the Power and Ground to the IR8140 After installing the new IRM-STAR and the remote antenna, you can reconnect power and ground the IR8140, attach the lightning arrestor, and weatherproof the connections. Caution: If Ethernet is used, the cable length must not exceed two meters in total. Lengths longer than two meters are not approved and do not meet FCC and ISED compliance requirements. A shielded outdoor-rated Ethernet (CAT5e or better) cable is required. 1. Reinstall the 6AWG Ground Cable, see item 2, l ocated on the bottom right side of the IR8140 using the two screws into the ground lug, see item 1. Figure 36 6AWG ground cable and ground lug location 2. Enable the power at the circuit, or power supply that the IR8140 AC Power Cable is connected. 3. Install the IR8140 AC Power Cable, see item 1, to the AC Power Connector located on the bottom exterior of the IR8140 enclosure. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 51 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 37 AC power cable connection location 4. Insert the BBU assembly in straight. Figure 38 BBU assembly items January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 52 of 84...
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BBU assembly Four M6 bolts Padlock tab BBU security screw, located on the bottom of the IR8140. Caution: The BBU assembly is heavy. 5. Ensure the BBU gasket stays in place and the sealing surface is clean from any debris. 6. Tighten the bolts u sing a 10mm socket driver on the BBU faceplate. Torque to 15-20 in-lbs in the sequence shown. 7. Tighten and torque the BBU security screw to 10-12 in-lbs. Figure 39 BBU security screw Table 19 BBU security screw items Reference Number Item Retention plate (Do not remove) BBU security screw (Requires 3mm Hex head) 8. Check the System (SYS) LED, see item 1, to ensure the IR8140's power is on. The SYS LED is located on the bottom exterior of the IR8140 enclosure. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 53 of 84...
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IRM-STAR and IRM-MESH Installation Guide 4 Star and Mesh Deployment Installation Figure 40 System (SYS) LED location Table 20 System (SYS) LED location Reference Number Item Details System (SYS) LED January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 54 of 84...
Important! IRM Modules purchased along with the IR8140 units under a single CustPart can only be RMA’d as a complete unit and should not be split in to IR8140 only or IRM Module only. Important! Prior to replacing a IRM with a new IRM-STAR/IRM-MESH, ensure you install correct IOS XE and ACTD. See OpenWay Riva IR8140 IOS Upgrade Guide. Warning! The I RM-STAR/IRM-MESH is not hot swappable. However, IRM-STAR/IRM-MESH slot power down is acceptable. See IRM-STAR/IRM-MESH Slot Power Down on IR8140 on page 28. Important! When inserting or removing the IRM-STAR/IRM-MESH ensure you follow safe Electrostatic Discharge (ESD) and handing procedures. Caution: IRM-MESH is for Mesh deployments and uses the integrated antenna instead. Note: Use the same steps in this chapter when replacing a non-functioning IRM-STAR/IRM-MESH with a new I RM-STAR/IRM-MESH. Requirements and Materials The following procedures in this chapter are necessary for successfully replacing an existing IRM with a new IRM-STAR/IRM-MESH. Collect the following items before you start. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 55 of 84...
■ Available Field Network Director F ND operator (utility office or Itron Managed Services) to verify I RM-STAR/IRM-MESH operation ■ IR8140 communications port access ■ Cisco DB9–RJ45 serial cable and USB-to-Serial adapter cable ■ Permanent marker Removing an Existing IRM-MESH/IRM-STAR 1. Remove the COM port plug cover, see item 1, to gain access to the RJ-45 console port, see item 2, located on the left hand side of the bottom of the IR8140 to gain access to the RJ45 connector. Figure 41 COM port removed RJ45 access January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 56 of 84...
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IRM-STAR and IRM-MESH Installation Guide STAR/IRM-MESH in the Field 2. Locate the Cisco DB9-RJ45 Serial Cable , and the USB-to-Serial Adapter Cable. Both are shown connected in figure. The left-most blue cable is the DB9-RJ45 Serial Cable and the right-most cable is the USB-to-Serial Adapter Cable. Figure 42 Cisco DB9-RJ45 serial cable and USB-to-serial adapter cable 3. Plug the blue Cisco DB9-RJ45 Serial Cable, RJ45 end, into the IR8140's RJ45 Connector, see figure, that you accessed located on the right hand side top of the IR8140. 4. Open the Windows Device Manager and locate the Prolific USB-to-Serial Comm Port and assign. Figure 43 Windows device manager USB to serial com port selected 5. Open a new PuTTY session, see figure, and perform the following steps: a. Enter the Com Port value in the Serial Line field, see item a, COM22 shown as an example. b. Set the port Speed to 9600, see item b, in the Speed field. This is the baud rate. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 57 of 84...
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c. Select Serial, see item c, in the Connection Type field. d. Click the Open button, see item d. Figure 44 PuTTY Configuration Screen After the PuTTY application connects to the IR8140, a console terminal appears. If you do not see a console terminal prompt, press the Enter key until the console terminal prompt appears. If you still do not get a prompt, exit the PuTTY application and switch the baud rate (Speed) to a new baud rate other than 9600. Make sure that the cable is attached and undamaged. Important! The IRM-MESH only fits into Slot 1 of the IR8140. In this example, the existing IRM- MESH is located in Slot 1. If your existing IRM-MESH is located in Slot 1, the same procedure applies. 7. Type enable at the prompt, see item 1. 8. Type the console password and press the Enter key, see item 2. Note: The password for every IR8140 is different. The password does not appear on the screen. Depending on the situation, local users can be disabled when IR8140 is connected to head end. In this case use Active Directory account. 9. Type show hw-module subslot all oir, see item 3. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 58 of 84...
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12. Type hw-module subslot 0/1 shutdown unpowered The IRM-MESH in subslot 0/1 in this example, see item 2. 13. Type do show hw-module subslot all oir, see item 3. 14. If successful, the Operational Status indicates admin down , see item 4. Note: If powered down is not showing, verify the (config) shows in the prompt. If not, re-enter conf t. Once (config) shows in the prompt, issue the hw-module subslot 0/1 shutdown unpowered command a second time. Verify that the Operational Status is admin down with another do show hw-module subslot all oir command. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 59 of 84...
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IRM-STAR and IRM-MESH Installation Guide STAR/IRM-MESH in the Field Figure 46 PuTTY Screen - Power down IRM-MESH After you have powered down the existing I RM-MESH, verify its actual location. Important! The IRM-MESH only fits into subslot 0/1of the IR8140. In this example, the existing IRM-MESH is located in subslot 0/1. If your existing IRM is located in any other subslot, the same procedure applies. 15. Locate the actual Slot used by the existing I RM-MESH as identified using the PuTTY application. 16. Visually verify the Slot 1 is occupied by the existing IRM-MESH. The I RM-MESH features include: 1 N-Connector, see item 1, four M6 bolts, see item 2, and FCC sticker, see item 3. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 60 of 84...
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STAR/IRM-MESH in the Field Figure 47 IRM-MESH features After visually verifying the existing I RM-MESH, it may be removed from the IR8140. 17. Remove the RF cable, or antenna from the N-Connecotr on the I RM-MESH. 18. Loosen the four M6 bolts using the sequence shown below with a 10mm socket. Figure 48 Four M6 bolt loosening sequence 19. Grasp t he IRM-MESH, and pull up and out to slide the I RM-MESH out of the IR8140. 20. Once the existing IRM-MESH is removed, remove the new IRM-MESH from its antistatic bag, and now place the I RM-MESH that was removed into the anti-static bag. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 61 of 84...
Important! The IRM-MESH only fits into subslot 0/1 of the IR8140, and IRM-STAR into subslot 0/2. In this example, the existing IRM is located in subslot 0/1. 6. At the config prompt, enter no hw-module subslot 0/1 shutdown unpowered, see item 1. 7. At the config prompt, enter do show hw-module subslot all oir, see item 2. 8. Verify that the new Operation Status indicates OK, see item 3. Figure 49 PuTTY screen - IRM-STAR/IRM-MESH status After PuTTY connects to the IR8140, a console terminal appears. If you do not s ee a terminal prompt, press Enter until the terminal prompt appears. If you still do not get a prompt, exit PuTTY and switch to another baud rate other than 9600. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 62 of 84...
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Show iox EXAMPLE OUTPUT FD02443J8NH#show iox IOx Infrastructure Summary ------------------------------------------------------------------------ IOx service (CAF) :Running IOx service (HA) :Not Supported IOx service (IOxman) :Running IOx service (Sec storage) :Running January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 63 of 84...
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19. Clean the surface and affix the regulatory label (included in the IRM-STAR/IRM-MESH installation kit) to the front bottom right of the exterior of the IR8140 shown in the figure. Figure 51 Update the FCC regulatory label The following line should be included on the label: For IRM-MESH - Contains: FCC ID: SK9OW1 For IRM-STAR - Contains: FCC ID: EO9OW3 January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 64 of 84...
Upload Image button. 3. Create a new IPv6 prefix in DHCP server using either CPNR, or Infoblox as detailed here: a. On the CPNR DHCP server, create a Prefix that uses the new IPv6 base address that is to be used by the IRM-STAR once it is provisioned. Assigning a new IPv6 base address causes the IRM to acquire a new IPv6 address and forces the IRM to acquire a new PAN ID and causes all of the devices in the PAN to reauthenticate. Note: If you are unfamiliar with this process, please contact your Itron representative for assistance. b. In Infoblox DHCP server, go to Data Management > IPAM and add the new IPv6 Network to be used by the IRM-MESH once it is provisioned. Note: If you are unfamiliar with this process, please contact your Itron representative f or assistance. Note: The following steps affect your mesh service and should be executed just before starting to replace the IRM-MESH and upgrading the IR8140. 3. Delete the IRM-MESH from the FND before you add the IRM-MESH using the FND commands. Navigate to Devices > Field Devices > Select CAM1 (check the box next to the IRM) > More Action > Remove Devices. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 65 of 84...
Updating the Data Rate and Network Security for IRM-STAR The type of firmware loaded on to the IRM-STAR and the Battery Powered Devices (BPDs) at the factory dictates the IRM-STAR and BPDs data rate. ■ GSR 5.3 Firmware Set: IRM-STAR Modules or the BPDs that are ordered with the GSR 5.3 firmware set will have an option to be either on the 10kbps or the 25kbps data rate. Also, turning the Network Security “On” or “Off” is optional with the 25kbps Data Rate selection. Table 21 IRM-STAR data rate & security parameters Firmware Set Data Rate Network Security GSR 5.3 25kbps 25kbps 10kbps January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 66 of 84...
Release Notes (815-0412-00), Intelis Gas Meters Release Notes (815-0419-00), 500W ® ® Modules Release Notes (815-0418-00), and 500G ERT Modules Release Notes (815-0417-00). Updating the Data Rate and Network Security for IRM-MESH IRM-MESH will not present a selectable option for the Data Rate. Also, the Network Security will always be “ON” for a IRM-MESH. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 67 of 84...
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GFSK 25kbps RF Modulation Options - IRM- FSK 50kbps MESH 150kbps OFDM 200kbps OFDM 600kbps DSSS 6.25kbps DSSS 12.5kbps Physical Dimensions IRM-STAR/IRM-MESH 7.4cm H x 19.0cm W x 16.8cm D, (2.9" H x 7.47" W x 6.63" D) Operating Conditions Temperature -25°C to +70°C (-40°F to +158°F) Relative Humidity 5% to 95% non-condensing Shock IEC 68-2-31, operating, 50mm Vibration IEC 68-2-31 to levels from IEC 721-3-2 January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 68 of 84...
Table 22 IRM-STAR/IRM-MESH technical specifications ( continued) Type Items Details Non-Operating Temperature -25°C to +70°C (-40°F to +158°F) Conditions Relative Humidity 5% to 95% non-condensing Altitude 3014m (10,000 feet); maximum operating temperature is derated with increasing altitude per IEEE 1613a-2008 Weight IRM-STAR 861.8g, (1.9Lbs.) IRM-MESH 498.9g, (1.1Lbs.) Agency Approvals FCC parts 1, 2, and 15, Class B Canada ISED (Innovation, Science and Economic Development) Compliance ISED RSS 102, RSS 210, RSS 247 and RSS GEN * Frequency Range and Radio Output Power vary depending on what country or region the device is configured for. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 69 of 84...
Catalyst IR8100 Heavy Duty Series Router Installation Guide. Note: Depending on the geographic region where the IR8140 is installed, a RF filter may be required with a remote antenna. A RF filter is required for installations in Australia, and other locations. A RF filter is not required for installations in North America. See Australia Applications on page 74. Standard height remote antennas are mounted directly above the IR8140 (3–5 feet above the IR8140) and connected to the RF Filter with a remote RF cable. Remote antennas can be mounted at an extended height above the IR8140. The coaxial RF cable from the RF Filter to an antenna mounted at an extended height will be locally sourced to the required length needed for specific antenna mounting locations (½" superflex is recommended for extensions less than 35 feet). This figure shows the remote antenna and RF filter connected to a IRM-STAR. Specifically, shows the RF Cable, see item 1, that connects between the RF Filter and the Antenna, the Lightning Arrestor, see item 2, the RF Filter, see item 3 and the RF Cable, see item 4, that connects between the IRM-STAR's N-Connector and the RF Filter. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 70 of 84...
Placement Guidelines for Remote Antenna Antenna placement is one of the most important factors in determining overall system performance. Careful consideration must be given to proper antenna placement. Follow these general guidelines when determining the ideal location for a remote-mounted remote antenna: ■ Mount the antenna vertically. ■ Mount the antenna in a location where there is a clear, unobstructed, 360-degree view of the horizon. The antenna receives and transmits in all directions. Objects like building walls, nearby metal surfaces, or other obstructions might interfere with the proper operation of the antenna. ■ Do not mount the antenna on a rooftop where nearby buildings are higher than the installation location. ■ Do not mount the antenna near existing RF radiating antennas. If existing RF radiators are nearby, the horizontal separation distance to the radiator must be a minimum of 30 meters and/or three meters of vertical separation. In instances where nearby RF radiators are present, conduct an inter-modulation interference study to evaluate the potential for interference and any effects it may have on system performance. Consult your Itron systems engineer for more information. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 71 of 84...
A side arm antenna installation must be done if the antenna is mounted where it does not have an unobstructed 360-degree view. Refer to the following guidelines for a side arm antenna installation: ■ The minimum standoff distance is 60 centimeters, where the interfering structural members are 10 centimeters or less in diameter and spaced more than two meters apart. ■ For structural members between 10 and 25 centimeters in diameter, use a sliding scale of 0.6 to 1.5 meters. (For example, a 60-centimeter standoff at 10-centimeter diameter to a 150-centimeter standoff at 25-centimeter member diameter.) Connecting a RF Filter 1. Connect o ne end of the RF Cable, see item 2, coming from the RF Filter to the N- Connector, see item 1, located on the IRM-STAR/IRM-MESH in slot 1 on the bottom of the IR8140. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 72 of 84...
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IRM-STAR and IRM-MESH Installation Guide B RF Filter Installation Figure 53 RF filter to IRM-STAR/IR-MESH connection 2. Connect the other end of the RF Cable, see item 1, to the N-Connector on the bottom of the RF Filter. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 73 of 84...
IRM-STAR and IRM-MESH Installation Guide B RF Filter Installation Figure 54 RF filer to IRM-STAR/IRM-MESH connection - Bottom Australia Applications To meet regulator requirements in Australia for the IRM-STAR or IRM-MESH in either a Star or Mesh deployment, ensure you comply with either of the following configurations: 1. Use the 915MHz 2.8dBi WPAN antenna on the IR8140 for IRM-MESH. 2. Use the 915MHz 5.5dBi or 915MHz 8.15dBi remote antenna with the RF Filter for IRM- STAR. Caution: For Australia the required minimum loss between the IR8140/IRM and 8.15dBi antenna is 2.2dB in addition to the required RF Filter and the supplied cable between the IR8140 and the RF Filter. Additionally, Itron recommends, you select a backhaul cellular provider that does not operate in the passband of the IRM-STAR/IRM-MESH, as this results in d esensing the IRM's receiver as the two antennas are so close together. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 74 of 84...
The alignment guide pin interferes with the IRM-STAR or the IRM-MESH shield. Therefore, the alignment guide pin and the lock washer need to be replaced with a screw. Important! To maintain Cisco warranty coverage, this procedure can only be performed by Itron personnel. Caution: Ensure that you are working in a static-free environment. Electrostatic discharge (ESD) can damage components. Table 23 Items used Item Part Number IR8140 Torx screw with nylon patch, M3.5 x 0.6 length 8mm 420-1207-00 Magnetic retriever McMaster-Carr 7385A44 or equivalent T-10 Torx driver 6" length McMaster-Carr 7396A52 o r equivalent Torque driver calibrated to 8-10 in. lbs. 3/16" Standard socket 1. Place the IR8140 in horizontal position. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 75 of 84...
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IRM-STAR and IRM-MESH Installation Guide C Replacing the Alignment Guide Pin and Lock Washer Figure 55 IR8140 position Figure 56 Alignment guide pin location 2. Use 3/16" socket driver as shown to remove the alignment guide pin and washer, item 1 in slot 1 only. The washer is intended to come off with the alignment guide pin. The socket might hit the connector in the slot. Ensure not to damage any other components. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 76 of 84...
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IRM-STAR and IRM-MESH Installation Guide C Replacing the Alignment Guide Pin and Lock Washer Figure 57 Removing the alignment guide pin Figure 58 Alignment guide pin removed 3. Check that the washer is removed. If not, remove the washer using a magnetic retriever. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 77 of 84...
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IRM-STAR and IRM-MESH Installation Guide C Replacing the Alignment Guide Pin and Lock Washer Figure 59 Magnetic retriever Important! Ensure that neither the alignment guide pin or the washer accidentally fall into the IR8140 slot and carefully discard them both. 4. Use the Torx screwdriver to insert the screw inside the slot to 8-10 in. lbs. torque. Figure 60 Torx screwdriver Figure 61 Inserting the screw 5. Ensure the screw is properly inserted and seated properly. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 78 of 84...
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IRM-STAR and IRM-MESH Installation Guide C Replacing the Alignment Guide Pin and Lock Washer Figure 62 Screw inserted properly January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 79 of 84...
Battery Powered Device (BPD) Devices powered by long-lasting batteries, as opposed to mains powered devices (MPDs), which receive power from a wired electrical connection. Field Deployment Manager (FDM) A meter/endpoint installation and workforce management software solution. FDM supports safe, efficient deployment and maintenance of meters, endpoints, and metering network equipment; automates endpoint programming; electronically captures and validates installation data, reducing errors and site revisits; ensures network connectivity; captures field images and GPS coordinates; and creates work orders for service and quality audit work orders. It includes optional invoicing and inventory management modules. Firmware The computer program stored in a read-only memory (ROM) or an erasable programmable read-only memory (EPROM) integrated circuit. Industrial Rounter Module (IRM) A module that enables meters and grid devices equipped with Adaptive Communications Technology (ACT) to communicate with each other while dynamically switching between radio frequency (RF) and power line communication (PLC). Internet Protocol (IP) Refers to the core protocol that defines the basic packet structure for transport over the internet. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 80 of 84...
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OpenWay Operation Center - Collection Manager (OWOC-CM) An OpenWay Operations Center (OWOC) application. Collection Manager (CM) manages high-volume, secure communications to support the configuration and firmware management of electric, gas, and water devices, data collection, and remote service connect and disconnects. It provides the ability to manage recurring job scheduling and optional data storage for operational reporting. It incorporates integrated mapping support to provide geospatial context of devices and key performance indicator reporting (KPIs) for read rates and non-communicating meters. Radio Frequency (RF) Refers to a wireless electromagnetic signal used as a form of communication. Radio waves are a form of electromagnetic radiation with identified radio frequencies. Smart Meter A term used to refer to an advanced meter. See Advanced Meter. Star Network A star network is an implementation of a spoke–hub distribution paradigm in computer networks. In a star network, every host is connected to a central hub. In its simplest form, one central hub acts as a conduit to transmit messages. System LED The System Light-Emitting Diode (LED) signals AC power is applied when the green LED is lite. January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 81 of 84...
IRM-MESH 61 antenna holder functionality silicone 47 IRM-STAR/IRM-MESH 14 application silicone seal 45 assembly items IR8140 BBU 27, 53 major parts 15 IR8140 mounting bracket antenna 48 IRM-MESH assembly items 27, 53 features 61 security screw items 26, 53 major parts 17 optional mounting kit 19 IRM-STAR data rate 66 coaxial cable major parts 16 915MHz 8.15dBi antenna 22 optional mounting kit 19 comm ports security parameters 66 windows device manager 57 January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 82 of 84...
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BBU 26, 53 mounting bracket 30 silicone Location slots antenna holder 47 IRM-STAR/IRM-MESH 32 silicone seal application 45 Slot items major parts IRM-STAR/IRM-MESH 34 IR8140 15 slot location IRM-MESH 17 PuTTY screen 59 IRM-STAR 16 specifications mounting bracket technical 68 location side hex bolts 30 Specifications 915MHz antennas 21 system (SYS) LED location 28, 54 optional mounting kit IRM-MESH 19 January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 83 of 84...
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IRM-STAR and IRM-MESH Installation Guide Index technical specifications 68 USB to serial adapter cable DB9-RJ45 serial cable 57 windows device manager comm port 57 January 03, 2024 LDI-0362 REV 001 Itron, Inc. Page 84 of 84...
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