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CGW-MB Installation and Users’ Manual | P/N:LS10248-000HW-E | REV.G | JUL/31/2022

177

NOTIFIER® European Panels (EN)

Connecting to the Panels

3. Power Connection

The CLSS Gateway mainboard can receive its power either from an external power 

source or from the non-resettable internal power of the panel.For the External Power 

Supply:

On the CLSS Gateway mainboard Side

1. Connect to the 24V DC external power supply or to the panel’s 24V DC power port.
2. Ensure that the S7 switch next to the RS-232 port is switched towards 

NUP_OUT.

Figure C.29:  The S7 Switch

On the Panel Side

• Pearl Panels: At the S-BUS board in the ANN-BUS PRI terminal:

• Connect the RS-485 +ve wire to the A port.
• Connect the RS-485 -ve wire to the B port.

• INSPIRE Panels: In the serial communication card or in the I/O card, 

• Connect the Red wire to the pin 1 (Aux. DC OUT +24V).
• Connect the Black wire to the pin 2 (Aux. DC OUT GND).

External Power Supply
Use this option if the CLSS Gateway mainboard is 

not

 receiving the power from the 

panel.

• On the CLSS Gateway mainboard Side

Connect to the power port of the CLSS Gateway mainboard. 
Refer to 

Figure C.2

 where the power port on the CLSS Gateway mainboard is 

labeled as 7. It is the P2 pin on the CLSS Gateway mainboard board.

• On the External Power Supply Side

Connect to the 24V DC external power supply.

NOTE: 

The external power supply must be dedicated and not shared with any other 

devices.

NOTE: 

The panel’s power supply to the CLSS Gateway mainboard must be 24V DC 

power.

Summary of Contents for CGW-MB

Page 1: ...P N LS10248 000HW E REV E APRIL 30 2021 ECN 0002934 SOM Module CGW MB Installation and Users Manual ...

Page 2: ...21 3 2 5 Network and Firewall Setup 21 Best Practices Network Security 22 Best Practices Connected Devices 22 3 2 6 Securing the Monitoring Stations 22 Section 4 Installation 23 4 1 Mounting the Portable CLSS Gateway Mainboard 23 4 1 1 Connecting to a Fire Alarm Panel 23 4 1 2 Connection Options 23 Section 5 Configurations 24 5 1 Commissioning the CLSS Gateway mainboard 24 5 1 1 The Commissioning ...

Page 3: ...equirements for the Calculation 39 7 7 NFN Network 40 7 7 1 System Architecture 40 CGW MB in NFN Network 41 7 7 2 Redundancy 42 Redundancy For NFN Network 42 7 7 3 Legacy Modbus CLSS Gateway mainboard 43 Replacing the Modbus CLSS Gateway mainboard Modbus GW 43 Using Both the CGW MB and the Modbus CLSS Gateway mainboard 43 7 8 Agency Listings and Approvals 44 7 8 1 Agency Restrictions and Limitatio...

Page 4: ...s 66 7 22 2 General Counters 66 7 22 3 CLSS Gateway mainboard Information Input Registers 67 7 22 4 Node Status Details 67 7 23 Read Device Identification 0x2B 0x0E 67 7 24 Troubleshooting 68 7 24 1 What are some basic guidelines when installing a CGW MB 68 7 24 2 How fast can the Modbus client poll the CLSS Gateway mainboard 68 7 24 3 How can I tell if the CLSS Gateway mainboard is running 68 7 2...

Page 5: ... the BACnet Client 116 8 10 1 To Configure the BACnet Settings 117 8 11 Replacing the BACNET GW 120 8 12 Using Both the CGW MB and the Legacy BACnet CLSS Gateway mainboard 120 8 13 BACnet PIC Statement 121 8 13 1 Protocol Implementation Conformance Statement Normative 121 BACnet Protocol Revision 14 121 Equations for Object IDs Instance Numbers 129 Appendix A CLSS Gateway mainboard Operating Condi...

Page 6: ...e a RS 232 Connection 163 To Use a USB Connection 165 C 8 3 Vigilon Series Panels 167 To Use a UART TTL Connection 167 To Use an RS 232 Port via an I O Card 167 To Use a USB Connection 169 C 9 Morley IAS Panels 170 C 9 1 Connection Options 170 C 9 2 To Use an RS 232 Connection 170 C 10 NOTIFIER UL 172 C 10 1 Connection Options 172 C 10 2 To Use a NUP Connection 172 C 11 NOTIFIER European Panels EN...

Page 7: ...tion Sources Honeywell offers suitable information sources based on informational requirements 1 2 1 Training Modules Training modules are available when logged onto https fire us honeywell com help videos For USA https fire eu honeywell com help videos For Europe 1 2 2 Related Documents The table below lists documents related with the CGW MB Table 1 1 Related Documents List Product Type Honeywell...

Page 8: ...52747 NFS2 640 Panel Install the NFS2 640 panel NFS2 640 Installation Manual 52741LD Customize the NFS2 640 panel NFS2 640 Programming Manual 52742 Operate the NFS2 640 panel NFS2 640 Operations Manual 52743 NFS2 3030 Panel Operate the NFS2 3030 panel NFS2 3030 Operations Manual LS10006 051NF E N16 Panel Operate the N16 panel N16 Operations Manual LS10239 051NF E Product Type VeriFire Tool For Thi...

Page 9: ...ay For This Purpose Refer to Install and wire the CLSS Pathway inside an enclosure CLSS Pathway Product Installation Document P N LS10338 000HW E Quickly install and configure for the central station communication CLSS Pathway Quick Start Guide P N LS10339 000HW E Use various installation and configuration options CLSS Pathway Installation and Operation Manual This document P N LS10340 000HW E Pro...

Page 10: ...s for the following AM Series Panels VESDA Detectors INSPIRE Panels Fire Lite Panels FireWarden Panels August 15 2021 1 1 About This Manual Added the Usages section 1 6 Approvals The UL details brought at the beginning 1 6 Approvals The FCC icon added in the FCC statement Figure 2 1 The OC Code label added Table 2 1 Label Name column and the OC code details added 2 5 Security Recommendations Added...

Page 11: ...ace Added this new section C 1 1 Connecting to a Fire Alarm Panel The Improving the Signal Fidelity section newly added C 4 ESSER Panels Updated for new changes C 5 FireWarden Panels Updated for new changes C 6 Gamewell FCI Panels Updated for new changes C 11 Triga Panels Added this new section C 12 VESDA Detectors Added this new section February 07 2022 5 4 3 Path Selection Dual Path selection de...

Page 12: ...s NUP NOTIFIER Universal Protocol The Universal Protocol by NOTIFIER for all fire alarm panel communications This protocol enables direct transfer of data between the panels and networks without the need to translate OC Ownership Code The code that confirms ownership of the CLSS Gateway mainboard POTS Plain Old Telephone Services TTL Transistor Transistor Logic A physical connection for performing...

Page 13: ...red valid and FCC ID cannot be used on the final product In these circumstances the OEM integrator will be responsible for reevaluating the end product including the transmitter and for obtaining a separate FCC authorization End Product Labeling This transmitter module is authorized only for use in device where the antenna may be installed such that 20 cm may be maintained between the antenna and ...

Page 14: ...dule émetteur n est autorisé que pour une utilisation dans les appareils où l antenne peut être installée de telle sorte que 20cm peut être maintenu entre l antenne et les utilisateurs Le produit final doit être étiqueté dans la zone visible avec ce qui suit Contient IC 1609A CGWMBSOM NFPA Compliance USA Install the CGW MB in accordance with the National Fire Protection Association Installation St...

Page 15: ...eir respective owners WARNING THESE INSTRUCTIONS CONTAIN PROCEDURES TOFOLLOW TO AVOID INJURYAND DAMAGETOEQUIPMENT IT IS ASSUMED THAT THE USER OF THIS MANUAL HAS BEEN SUITABLY TRAINED AND IS FAMILIAR WITH THE RELEVANT REGULATIONS CAUTION USERS MUST FOLLOW THE PROCESSES AND USAGES APPROVED AS PER THE REGULATORY COMPLIANCE A CHANGED OR MODIFIED USAGE NOT EXPRESSLY APPROVED BY COMPLIANCE COULD VOID TH...

Page 16: ...eway mainboard connection with the fire alarm panel enables reading the inventory and transmitting the data Connection with the CLSS Site Manager facilitates remotely monitoring and managing the fire detection systems 2 2 Honeywell Connected Life Safety Services The software suite enables remote management of fire detection systems It monitors the building s fire system events in real time and not...

Page 17: ...rd Ethernet cable with RJ45 connector 3 RS 485B P5 Receives the alarm data and device data from an RS 485 port of a panel 4 RS 485A P1 Receives the alarm data and device data from an RS 485 port of a panel 5 UART TTL P4 Receives the alarm data and device data from a UART TTL port of a panel 6 NUP RS 232 P7 Transfers fire related and device related data from the panel to the CLSS Site Manager throu...

Page 18: ...wer DL1 LTE Power LED Indicates the power supply status for cellular communications ON The LTE radio device is receiving power from the circuit board OFF The LTE radio device is not receiving power DL2 Trouble LED Indicates the CLSS Gateway mainboard s operational status OFF There are no issues FLASHING SLOW flashes once per 1 second There are communication issues with the panel or the Internet co...

Page 19: ...from the CLSS Site Manager FLASHING SLOW flashes once per 1 second The CLSS Gateway mainboard is connected with CLSS Site Manager FLASHING FAST flashes once per 0 2 second The CLSS Gateway mainboard is connected with Internet but not connected with the CLSS Site Manager OFF The CLSS Gateway mainboard is not connected with Internet DL5 Wireless Connectivity LED Indicates the CLSS Gateway mainboard ...

Page 20: ...for six seconds switches the CLSS Gateway mainboard board to the configuration mode S7 For changing the direction of the 24V power of the NUP RS 232 connector NUP_IN The CLSS Gateway mainboard board receives power through its NUP RS 232 port NUP_OUT The CLSS Gateway mainboard board receives power through its power supply port which is connected to an external power supply source S8 For enabling mo...

Page 21: ... to the installation Site and Honeywell User Access and Passwords Observe the following good practices The password has one numerical one upper case one lower case and one special character whenever any user registers or changes the credentials Enforce a password change periodically Do now allow any dictionary words as passwords Check passwords against known common weak password databases Do not a...

Page 22: ...ss a CLSS Gateway mainboard functionality An application on the CLSS Gateway mainboard will be actively listening on this port for client connections Outbound Out Port The CLSS Gateway mainboard uses outbound ports to connect to Internet or CLSS Site Manager The Cloud services in the CLSS Site Manager will be listening on these ports waiting for a connection from the CLSS Gateway mainboard By defa...

Page 23: ...ng Stations Good security practices should be observed on the Monitoring Station PCs Operating systems and software should be kept up to date by installing the manufacturers updates as well as maintaining up to date anti virus software on all computers which may be connected directly or via a network For monitoring stations it is recommended to use secure VPN channel which must be placed behind th...

Page 24: ...teway mainboard board can be connected with a cellular module wireless aerials the CLSS Site Manager a configuration computer a panel a mobile device and an external power supply Figure 4 1 illustrates the connection options at the top side of the CLSS Gateway mainboard board Figure 4 1 CLSS Gateway mainboard Connections Top Side Figure 4 2 illustrates the CLSS Gateway mainboard connection options...

Page 25: ...panel s topology data to the CLSS Site Manager To Export the Topology Data 1 Using the tool which the panel manufacturer recommends export the panel s topology data into your configuration computer 2 From the configuration computer log into the Connected Life Safety Services application 3 Ensure that the relevant customer site and building details are available in the application 4 Select the buil...

Page 26: ...S Gateway mainboard the fire alarm panel Internet and CLSS Site Manager The App notifies you when configuration is completed 9 On the dashboard from the All Customers option find the required customer site 10 Tap on the specific building 11 To commission the CLSS Gateway mainboard tap on CONNECT CLSS Gateway mainboard and follow the on screen instructions see Figure 5 2 NOTE Based on the CLSS Gate...

Page 27: ...he Connected Life Safety Services App the option to enable the control functionality is available for 60 minutes which can be extended At the end of 60 minutes the user will have the option to extend the session If not extended the session will expire after 60 minutes and the user must enable a new session of control functionality within the Connected Life Safety Services App ...

Page 28: ...the 6 2 Troubleshooting section to fix the problem or contact Honeywell Technical Support LED Indicator State Meaning Power Indicating LED ON Successful power connection DL1 ON OFF ON The cellular module is installed and receiving power OFF The cellular module is not installed DL2 OFF There are no issues DL6 Flashing fasta Successful mobile connection Flashing slowb Ready for connection OFF Disabl...

Page 29: ...he CLSS Gateway mainboard Summary screen 3 Tap on Panel Brand 4 Change the panel brand if required 5 Tap NEXT 6 Select the connection type for the panel from the Connection Type screen 7 Tap APPLY 8 Tap Panel Type on the CLSS Gateway mainboard Summary screen 9 Change the values for the panel brand on the Communication Settings screen 10 Tap SAVE DL4 Flashing slow The CLSS Gateway mainboard is comm...

Page 30: ...ovider administrator should activate the central station communication It is a one time activity which can be done for an operational CLSS Gateway mainboard or for a newly installed CLSS Gateway mainboard Adding a Central Station to the CLSS Account Only those central stations added in the external accounts of the CLSS Site Manager can receive alarms the CLSS Gateway mainboard sends Therefore a se...

Page 31: ...on Communication A technician or a service provider administrator can configure the central station communication of the CGW MB 1 Log onto the CLSS Site Manager 2 Select the customer from the All Customers list at the top left side 3 Select the customer select the site and then select the building requiring alarm transmission 4 Click the FEATURE ACTIVATION icon at the left navigation bar 5 Select ...

Page 32: ...mission for the building is activated 5 4 3 Dual Path Communication for Alarm Transmission While configuring the central station communication you can choose a single path or two paths for alarm transmissions Reporting options are LTE cellular only IP only IP Primary with LTE cellular backup or LTE Cellular Primary with IP backup Supervision Period Dual paths are monitored for integrity at an inte...

Page 33: ...system is running After the upgrade the CLSS Gateway mainboard will reboot 6 1 1 To Upgrade Before Commissioning the CLSS Gateway mainboard 1 Connect the CLSS Gateway mainboard to Internet 2 Log onto the CLSS Site Manager 3 Click VIEW on the notification at the top Or Click the SETTINGS icon at the bottom left 4 Click CLSS Gateway mainboard Management in the Settings page 5 Click Add CLSS Gateway ...

Page 34: ...to find the CLSS Gateway mainboard to update Or Scroll across to find the CLSS Gateway mainboards to update 9 Click Update 6 1 2 To Upgrade After Commissioning the CLSS Gateway mainboard 1 Log onto the CLSS Site Manager 2 Click VIEW on the notification at the top Or Click the SETTINGS icon at the bottom left 3 Click CLSS Gateway mainboard Management in the Settings page 4 Enter the OC of the CLSS ...

Page 35: ...r the following IP address for the configuration tool https 192 168 10 190 9443 config index html 6 In the Sign In page enter the password 7 In the list of settings options click Diagnostic 8 In the CLSS Gateway mainboard FIRMWARE UPGRADE section click Choose File 9 Select the firmware image file and click Choose 10 Once the chosen file is uploaded click Upgrade 6 1 4 To Verify the Upgrade 1 After...

Page 36: ...DC power If the above steps do not fix the issue contact Honeywell Technical Support DL2 Trouble LED Indicated Issues Trouble LED Status Other LEDs Status Possible Fixes ON and SOLID Amber Any It is a critical issue Contact Honeywell Technical Support Flashing Amber once per second DL3 The panel LED is OFF DL4 The CLSS Site Manager LED is flashing once per second Check the following and correct if...

Page 37: ... DL4 The CLSS Site Manager LED is OFF Ensure that the WLAN settings in the CLSS Gateway mainboard configuration tool are correct Ensure that the building s IP network has Internet and CLSS Site Manager connectivity DL6 Mobile LED Indicated Issues Mobile LED Status Other LEDs Status Possible Fixes OFF DL3 The panel LED is flashing once per second DL4 The CLSS Site Manager LED is OFF 1 On the CLSS G...

Page 38: ...Gateway mainboard name 6 Click on the reset password icon at the right side of the CLSS Gateway mainboard name 7 To confirm the reset click CONTINUE on the message displayed 8 Wait for the confirmation message 9 Log in using the default password Welcome123 There is a need to reset the CLSS Gateway mainboard board to its factory default settings An unusual situation requires reverting to factory de...

Page 39: ...ersecurity Manual LS10217 000NF E Ensure that all the network security best practices discussed in Section 3 Security Recommendations are followed 7 4 Required Software ChromeTM JavaTM version 6 or above 7 5 IP Requirements 7 5 1 IP Port Settings The following IP ports must be available for the CGW MB 7 5 2 IP Restrictions for the CLSS Gateway mainboard Assign a static IP address Following are not...

Page 40: ...onse pair creates network traffic of 2632 bits per second 329 x 8 Therefore the network must be able to accommodate at least 0 0027 Mbps data flow Once every five seconds an analog request adds a small amount of network traffic Formula for CGW MB network bandwidth requirement based on polling rate Bandwidth Requirement 329 x 1000 polling rate in milliseconds x 8 10 6 Mbps Table 7 2 Total Required ...

Page 41: ...LS10248 000HW E REV G JUL 31 2022 40 NFN Network Modbus Communications 7 7 NFN Network 7 7 1 System Architecture An Internet or Intranet IP network connection is needed for the architectures described here Figure 7 1 Single Panel Architecture ...

Page 42: ...CGW MB Installation and Users Manual P N LS10248 000HW E REV G JUL 31 2022 41 NFN Network Modbus Communications CGW MB in NFN Network Figure 7 2 NFN Network Architecture ...

Page 43: ...ications 7 7 2 Redundancy A redundant CLSS Gateway mainboard is a second CLSS Gateway mainboard which communicates with a Modbus client Redundancy For NFN Network Figure 7 3 Redundant CGW MBs CAUTION THE FIRST AND SECOND CLSS GATEWAY MAINBOARDS MUST HAVE DIFFERENT NODE NUMBERS AND DIFFERENT IP ADDRESSES ...

Page 44: ...xample Device Type value of Heat detector In the Modbus CLSS Gateway mainboard 1 In the CGW MB 0100H For device type details for the CGW MB refer to the 7 30 Device Types section System Troubles There are new troubles in the CGW MB and some of the system trouble names are different Example 1 New Troubles In the CGW MB 460016 12th bit is Workstation Failure Example 2 Different trouble name In the M...

Page 45: ...ories UL 864 Control Units for Fire Alarm Systems Tenth Edition Underwriters Laboratories Canada CAN ULC S527 19 Standard for Control Units for Fire Alarm Systems Fourth Edition Installation This product is intended to be installed in accordance with the following Local AHJ Authority Having Jurisdiction National Fire Protection Association NFPA 70 National Electrical Code NFPA 72 National Fire Ala...

Page 46: ...AM200 N16 INSPIRE NFS 3030 NFS 320 NFS 640 NFS2 3030 NFS2 640 NOTIFIER EN ID3000 NOTIFIER EN Pearl XLS 120 XLS 140 2 XLS 2000 XLS 3000 Network Cards NCM F NCM W HS NCM MF HS NCM MFSF HS NCM SF HS NCM W HS NCM WMF HS NCM WSF HS NCM W 2 HS NCM WMF 2 HS NCM WSF 2 NFN GW PC NHW 2 Other Products Unmonitored but network compatible BACNET GW 3 NCA 2 NCD NFN GW EM 3 NFN GW PC F NFN GW PC HNMF NFN GW PC HN...

Page 47: ...0 L3M1 L3M159 425771 427360 L4M1 L1M159 427361 428950 L5M1 L1M159 428951 430540 L6M1 L1M159 430541 432130 L7M1 L1M159 432131 433720 L8M1 L1M159 433721 435310 L9M1 L1M159 435311 436900 L10M1 L1M159 Table 7 5 Channel Addresses Channel Status Holding Register Start Address End Address Address 421001 422590 L1M1 L1M159 422591 424180 L2M1 L2M159 424181 425770 L3M1 L3M159 425771 427360 L4M1 L1M159 42736...

Page 48: ...SS App 7 12 1 To Purchase the Modbus Support 1 Log onto CLSS Site Manager 2 Click on your account name and select Manage Access Figure 7 4 Selecting Manage Access 3 Click Features on the Manage Access page 4 Click CLSS Gateway mainboard under the Features section 5 Note down the purchased number under Available Features 6 Click PURCHASE at the top right side Figure 7 5 Purchasing the Modbus Suppor...

Page 49: ...Verify that the purchased number under Available Features is correct 7 12 2 To Activate the Modbus Support 1 Tap Perform Feature Activation on the CLSS App s welcome message Figure 7 6 Feature Activation The First Step 2 Tap Fixed CLSS Gateway mainboards 3 Select the site of the CLSS Gateway mainboard 4 Find and tap the OC of the CLSS Gateway mainboard 5 Tap ADD ACTIVATION 6 Tap Modbus Support und...

Page 50: ...ed to configure the CGW MB must establish an IP connection to the CLSS Gateway mainboard Consult with a network administrator if unsure how to make this connection Connecting more than one CGW MB prior to reconfiguring the IP address will result in an IP address conflict 7 15 To Connect with the Modbus Client 1 At the CGW MB side connect an Ethernet cable to the Ethernet Port 1 2 At the Modbus cli...

Page 51: ... mainboard 5 In the Chrome browser enter the following URL https 192 168 10 190 9443 config index html 6 Do the following if any security warning is shown Otherwise go to step 7 1 Click the Advanced link below the error message 2 Agree to proceed 7 In the CLSS Gateway mainboard Configuration Tool page enter the password 8 Go to the Network Settings in the CLSS Gateway mainboard Settings section 9 ...

Page 52: ...he 240 possible nodes on the NFN network except for CLSS Gateway mainboards and web servers is automatically assigned a Modbus Unit ID When a new unit ID number for a node is entered the old unit ID number is reassigned to whichevernode previously used the new unit ID number However the CGW MB configuration web page does accept a new unit ID number that is currently being used by a monitored node ...

Page 53: ...f an Unknown node comes on line and is found to be of the wrong type for the CGW MB to monitor its Monitored field is automatically set to No Some nodes in the node list are not usable by the CGW MB and therefore are not configurable and do not have a unit ID Monitoring Select Yes to monitor the node Select No if the node is not to be monitored At a given time up to 10 nodes can be monitored Exclu...

Page 54: ... bridge Each CGW MB can support up to ten panels on a network The Modbus master addresses each fire panel in the panel s network with a Unit ID The Unit ID used in the CGW MB must be in the range 1 to 240 This is a Modbus range limitation The Unit ID should match the node number of the node which is being addressed For example a Unit ID of 127 addresses node 127 The CGW MB communicates on standard...

Page 55: ... Enable or disable as needed in the control functionality 7 Read the UL Void message shown if it is enabled 8 Click Save 9 Wait until the CGW MB shows the changes 10 Check that the changes are correct 7 19 3 Control Commands Using the CGW MB you can send relevant command values to the holding registers of Points Panels and Zones Point Commands Panel Commands CAUTION UL LISTING ENABLING CONTROL VOI...

Page 56: ... Register number 3 EnableDisableZone 0x0600 Enable Use Zone Holding Register number 4 EnableDisableZone 0x0700 Disable Use Zone Holding Register number 3 SetZoneMode 0x1500 Use Zone Holding Register number 4 TerminateTest 0x12 Use Zone Holding Register number Table 7 7 Zone Command Availability by Panel General Zones Logic Zones Trouble Release Zones Panel Type Enable Disable Activate Deactivate E...

Page 57: ... 0x0400 Use Device Module Holding Register Address Disable 0x0500 Activate 0x0800 Deactivate 0x0900 Table 7 11 Node Commands Command Value Holding Register Reset 0x0001 20001 Silence 0x0002 Table 7 12 Point Commands Command Value Holding Register Acknowledge 0x0100 Use Device Module Holding Register Address Disable 0x0200 Enable 0x0400 Activate 0x0800 Deactivate 0x1000 Command Value Holding Regist...

Page 58: ...e is in at least the first level of alarm status Zero is returned for devices not in alarm status When a point being polled enters normal status polling for that point on the NFN is terminated and the analog value register for that point is filled with zeros The CGW MB ceases polling the analog points when The client does not make a request for these exact same points over a period defined in the ...

Page 59: ... L1M1 through L1M10 The CGW MB sends back actual values in response to the second request from the client 10 seconds later The CGW MB continues to poll these devices as long as the client continues to send analog value requests for the points L1M1 through L1M10 When the client sends a request for analog values from the points L1M5 through L1M12 the CLSS Gateway mainboard immediately sends back zer...

Page 60: ...er byte is primarily used when bit 11 in the upper byte is a 1 or active When bit 11 is a 1 See CGW MB Active Event Code onpage 73 for detailed information about the active point The lower byte will be all 0 s if the device is not in an active state The only possible active event type for zones is Non Fire Activation 71H See CGW MB Active EventCode onpage 73 Refer to Table 7 15 Point Status Holdin...

Page 61: ...M1 L8M300 404801 405100 L9D1 L9D300 405101 405400 L9M1 L9M300 405401 405700 L10D1 L10D300 405701 406000 L10M1 L10M300 Table 7 15 Point Status Holding Register Channel Addresses Continued NOTE On the AFP 2800 output activation status is not reported to the CGW MB and therefore the bits and event type will always indicate a non active state NOTE If the point is not present in the panel programming a...

Page 62: ...ctive EventCode onpage 73 301801 302100 L4D1 L4D300 302101 302400 L4M1 L4M300 302401 302700 L5D1 L5D300 302701 303000 L5M1 L5M300 303001 303300 L6D1 L6D300 303301 303600 L6M1 L6M300 303601 303900 L7D1 L7D300 303901 304200 L7M1 L7M300 304201 304500 L8D1 L8D300 304501 304800 L8M1 L8M300 304801 305100 L9D1 L9D300 305101 305400 L9M1 L9M300 305401 305700 L10D1 L10D300 305701 306000 L10M1 L10M300 Table ...

Page 63: ...detailed information about the active point The lower byte will be all 0 s if the point is not in an active state Specifically the lower byte contains the actual active event for this point An active state is defined in this CLSS Gateway mainboard as any Fire Security Critical Process Medical Mass Notification or Supervisory alarm state Table 7 19 Zones Zone Type Register Address Zone Address Gene...

Page 64: ...ell circuit An active state is defined in this CLSS Gateway mainboard as any Fire Security Critical Process Medical Mass Notification or Supervisory alarm state If the bell circuit is not present in the panel programming all bits in the lower byte will contain a 1 or the value FFH but the upper byte will contain a 0 Upper Byte Lower Byte Bit No 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 Bit Name Ack Bl...

Page 65: ...his bell circuit other than fire alarm are acknowledged Prealarm Bit 14 The bell circuit is in a prealarm state Trouble Bit 13 The bell circuit is in a trouble state InActive Bit 12 The bell circuit is not active Active Bit 11 The bell circuit is active and there will be an active event type in the lower byte Enable Bit 10 The bell circuit is enabled Disable Bit 9 The bell circuit isdisabled Ack F...

Page 66: ...s Input Registers Analog values listed in Table 7 30 Input Register Analog Values are only available for 4 20 mA modules Refer to Table 7 30 Input Register Analog Values for details regarding analog values Upper Byte Lower Byte Bit No 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 Bit Name Not Used Silence Reset Table 7 29 Panel Status Holding Register Addresses Start Address End Address Description 420001...

Page 67: ...General Counters The General Counters are Registers used for having a count of different events in a Loop based on detectors or modules Table 7 31 Panel and System Troubles Holding Register Addresses Start Address End Address Description 460000 460000 Panel Trouble Summary Total number of Trouble bits set for the node 460001 460100 Panel Troubles Table 7 32 Example Counters for Detectors and Modul...

Page 68: ... the CGW MB Unit ID only All other nodes reject reads in this address range Table 7 33 CLSS Gateway mainboard Information Input Register Addresses Start Address End Address Description 360001 360100 Information Debug information 320001 320015 Node Status 1 On Line 0 Off Line The CGW MB tracks status of network nodes under Modbus feature monitoring 360016 360016 CLSS Gateway mainboard major version...

Page 69: ...alues are much slower than other requests If only a partial response form the CLSS Gateway mainboard is seen in the Modbus client try increasing the response time out value in the client to a larger value If the value is set to 5 seconds or more this should be adequate The exact response time out will depend on IP network delays and routing On a small IP network the CLSS Gateway mainboard responds...

Page 70: ...d at a rate faster than the Analog Poll Time Out then the CLSS Gateway mainboard will continue to poll the same points The CLSS Gateway mainboard does not actually take an analog value reading unless the module has reached the first threshold and therefore it will return a zero reading If the client polls the CLSS Gateway mainboard too quickly after the initialization poll then the CLSS Gateway ma...

Page 71: ... 7 Connect a Configuration Computer 2 Run the MGate Manager installation software MGM_SETUP_VERX X_BUILD_XXXXXXXX EXE found on the Software CD shipped with the MGate MB3180 3 Wait for the installation to complete 4 Run MGate Manager 5 Power up the MB3180 6 Ensure that the Ready and Ethernet lights are ON 7 Configure the MB3180 for the network 8 Wait for the configuration to complete 9 Click OK 10 ...

Page 72: ... RS 485 or RS 422 of MB3180 2 Connect the MB3180 to the CGW MB Figures 7 8 and 7 9 show possible configurations for connecting the CGW MB to the Moxa interface 3 Power up the system Figure 7 8 Connection Through Crossover Ethernet Cable Modbus Initial Delay 0 ms Response Time out 1000 ms Table 7 36 MGate MB3180 Configuration Settings NOTE The configuration used must have the approval of the AHJ Au...

Page 73: ...ion Code Conditions Exception Name 0x01 Protocol Identifier in Modbus packet does not match Modbus protocol Protocol Identifier in Modbus should always be 0 Function code sent by the client is not supported by the CGW MB or the FACP A Control command was sent to the CLSS Gateway mainboard Contact customer service Illegal function 0x02 Register address range specified by the client is not supported...

Page 74: ...ass Notification Alarm High Priority 05H Fire Alarm 10H Security Alarm Life 11H Critical Process Alarm Life 12H Medical Emergency Life 13H CO Alarm 14H Mass Notification Alarm Low Priority 15H Security Alarm Property 20H Critical Process Property 21H Mass Notification Supervisory High Priority 25H Supervisory Signal Guard s Tour 30H Supervisory Signal Equipment 40H Mass Notification Supervisory Lo...

Page 75: ... a device For example a device connected to a Fire Alarm Control Panel may be both Active and Disabled Also a device may be in the Trouble and Fire Alarm states at one time No Active Status does not indicate the point device is in a normal state The holding register for the point or device contains more detail For more information refer to 7 21 Register Mapping ...

Page 76: ...200H Smoke Acclimate 0601H Smoke Ion Tracking 0201H Wireless Smoke Multi 0610H Duct Smoke Ion Latching 0202H Wireless Smoke Acclimate 0611H Duct Smoke Ion Tracking 0203H CO Alarm 0700H Smoke Photo Latching 0300H Fire CO 0701H Smoke Photo Tracking 0301H Photo CO 0702H Duct Smoke Photo Latching 0302H CO Photo Thermal IR 0703H Duct Smoke Photo Tracking 0303H Aspiration 0801H Smoke Photo Flame 0304H A...

Page 77: ...t Monitor 0035H Isolated Notification Appliance Circuit 1017H Hold Up 0036H Releasing Circuit 1020H Wireless Hold Up 0037H Releasing Circuit ULC 1021H Tamper 0038H Releasing Form C 1022H Wireless Tamper 0039H Releasing Bell 1023H Secure Access 003AH Releasing Audible 1024H Telephone Page 0040H Instant Release 1030H Weather 0055H Alarms Pending 1031H Wireless Weather 0056H Control Notification Appl...

Page 78: ... 6 POS LOOP 2 12 PANEL DOOR OPEN 5 CORRUPT LOGIC EQUAT 13 AUXILIARY TROUBLE 6 LCD80 SUPERVISORY 14 TERM SUPERVISORY 7 EPROM ERROR FLASH IMAGE ERROR 15 ANNUN 1 TROUBLE 360002 0 ANNUN 1 NO ANSWER 8 ANNUN 5 NO ANSWER 1 ANNUN 2 TROUBLE 9 ANNUN 6 TROUBLE 2 ANNUN 2 NO ANSWER 10 ANNUN 6 NO ANSWER 3 ANNUN 3 TROUBLE 11 ANNUN 7 TROUBLE 4 ANNUN 3 NO ANSWER 12 ANNUN 7 NO ANSWER 5 ANNUN 4 TROUBLE 13 ANNUN 8 TR...

Page 79: ...27 TROUBLE 11 ANNUN 31 TROUBLE 4 ANNUN 27 NO ANSWER 12 ANNUN 31 NO ANSWER 5 ANNUN 28 TROUBLE 13 ANNUN 32 TROUBLE 6 ANNUN 28 NO ANSWER 14 ANNUN 32 NO ANSWER 7 ANNUN 29 TROUBLE 15 NETWORK FAIL PORT A 360006 0 NETWORK FAIL PORT B 8 UDACT TROUBLE 1 NETWORK FAILURE 9 UDACT NO ANSWER 2 ADV WALK TEST 10 PROG MODE ACTIVATED 3 CHARGER FAIL 11 LOADING NO SERVICE 4 GROUND FAULT LOOP 2 12 BASIC WALK TEST 5 ST...

Page 80: ...NNUN 47 TROUBLE 5 ANNUN 43 NO ANSWER 13 ANNUN 47 NO ANSWER 6 ANNUN 44 TROUBLE 14 ANNUN 48 TROUBLE 7 ANNUN 44 NO ANSWER 15 ANNUN 48 NO ANSWER 360010 0 ANNUN 49 TROUBLE 8 ANNUN 53 TROUBLE 1 ANNUN 49 NO ANSWER 9 ANNUN 53 NO ANSWER 2 ANNUN 50 TROUBLE 10 ANNUN 54 TROUBLE 3 ANNUN 50 NO ANSWER 11 ANNUN 54 NO ANSWER 4 ANNUN 51 TROUBLE 12 ANNUN 55 TROUBLE 5 ANNUN 51 NO ANSWER 13 ANNUN 55 NO ANSWER 6 ANNUN ...

Page 81: ... 6 STYLE 6 POS LOOP 9 14 PRINTER PAPER OUT 7 STYLE 6 POS LOOP 10 15 PRINTER OFF LINE 360014 0 Workstation Fan Failure 8 STYLE 4 SHORT A LOOP 3 1 UPS Failure 9 STYLE 4 SHORT B LOOP 3 2 MANUAL MODE ENTERED 10 STYLE 4 SHORT A LOOP 4 3 NCM COMM LOSS 11 STYLE 4 SHORT B LOOP 4 4 STYLE 4 SHORT A LOOP 1 12 STYLE 4 SHORT A LOOP 5 5 STYLE 4 SHORT B LOOP 1 13 STYLE 4 SHORT B LOOP 5 6 STYLE 4 SHORT A LOOP 2 1...

Page 82: ...ER 4 ANNUN 67 TROUBLE 12 ANNUN 71 TROUBLE 5 ANNUN 67 NO ANSWER 13 ANNUN 71 NO ANSWER 6 ANNUN 68 TROUBLE 14 ANNUN 72 TROUBLE 7 ANNUN 68 NO ANSWER 15 ANNUN 72 NO ANSWER 360018 0 ANNUN 73 TROUBLE 8 ANNUN 77 TROUBLE 1 ANNUN 73 NO ANSWER 9 ANNUN 77 NO ANSWER 2 ANNUN 74 TROUBLE 10 ANNUN 78 TROUBLE 3 ANNUN 74 NO ANSWER 11 ANNUN 78 NO ANSWER 4 ANNUN 75 TROUBLE 12 ANNUN 79 TROUBLE 5 ANNUN 75 NO ANSWER 13 A...

Page 83: ...5 ANNUN 99 NO ANSWER 13 ANNUN 103 NO ANSWER 6 ANNUN 100 TROUBLE 14 ANNUN 104 TROUBLE 7 ANNUN 100 NO ANSWER 15 ANNUN 104 NO ANSWER 360022 0 ANNUN 105 TROUBLE 8 ANNUN 109 TROUBLE 1 ANNUN 105 NO ANSWER 9 ANNUN 109 NO ANSWER 2 ANNUN 106 TROUBLE 10 ANNUN 110 TROUBLE 3 ANNUN 106 NO ANSWER 11 ANNUN 110 NO ANSWER 4 ANNUN 107 TROUBLE 12 ANNUN 111 TROUBLE 5 ANNUN 107 NO ANSWER 13 ANNUN 111 NO ANSWER 6 ANNUN...

Page 84: ... 8 TROUBLE 7 REMOTE DISPLAY 4 NO ANSWER 15 REMOTE DISPLAY 8 NO ANSWER 360026 0 REMOTE DISPLAY 9 TROUBLE 8 REMOTE DISPLAY 13 TROUBLE 1 REMOTE DISPLAY 9 NO ANSWER 9 REMOTE DISPLAY 13 NO ANSWER 2 REMOTE DISPLAY 10 TROUBLE 10 REMOTE DISPLAY 14 TROUBLE 3 REMOTE DISPLAY 10 NO ANSWER 11 REMOTE DISPLAY 14 NO ANSWER 4 REMOTE DISPLAY 11 TROUBLE 12 REMOTE DISPLAY 15 TROUBLE 5 REMOTE DISPLAY 11 NO ANSWER 13 R...

Page 85: ... DISPLAY 32 TROUBLE 7 REMOTE DISPLAY 28 NO ANSWER 15 REMOTE DISPLAY 32 NO ANSWER 360029 0 SYSTEM INITIALIZATION 8 Reserved 1 POWER SUPPLY COMM FAILURE 9 Reserved 2 Reserved 10 Reserved 3 Reserved 11 Reserved 4 Reserved 12 Reserved 5 Reserved 13 Reserved 6 Reserved 14 Reserved 7 Reserved 15 Reserved 360030 0 Reserved 8 Reserved 1 Reserved 9 Reserved 2 Reserved 10 Reserved 3 Reserved 11 Reserved 4 R...

Page 86: ...3 10 UNPROGRAMMED DEVICE ON LOOP 1 3 LOOP CONTINUITY TEST FAIL LOOP 4 11 UNPROGRAMMED DEVICE ON LOOP 2 4 LOOP CONTINUITY TEST FAIL LOOP 5 12 UNPROGRAMMED DEVICE ON LOOP 3 5 LOOP CONTINUITY TEST FAIL LOOP 6 13 UNPROGRAMMED DEVICE ON LOOP 4 6 LOOP CONTINUITY TEST FAIL LOOP 7 14 UNPROGRAMMED DEVICE ON LOOP 5 7 LOOP CONTINUITY TEST FAIL LOOP 8 15 UNPROGRAMMED DEVICE ON LOOP 6 360034 0 UNPROGRAMMED DEV...

Page 87: ... 10 15 TOO MANY DEVICES ON LOOP 8 360036 0 TOO MANY DEVICES ON LOOP 9 8 MISMATCHED LOOP TYPE ON LOOP 7 1 TOO MANY DEVICES ON LOOP 10 9 MISMATCHED LOOP TYPE ON LOOP 8 2 MISMATCHED LOOP TYPE ON LOOP 1 10 MISMATCHED LOOP TYPE ON LOOP 9 3 MISMATCHED LOOP TYPE ON LOOP 2 11 MISMATCHED LOOP TYPE ON LOOP 10 4 MISMATCHED LOOP TYPE ON LOOP 3 12 Ground Fault Port A 5 MISMATCHED LOOP TYPE ON LOOP 4 13 Ground ...

Page 88: ...L 4 NCM SMIFFER MODE ACTIVE 12 BACKUP AMP 1 HARDWARE FAIL 5 LOCAL CONNECTION LIMIT EXCEEDED 13 BACKUP AMP 2 HARDWARE FAIL 6 HARDWARE MISMATCH 14 BACKUP AMP 3 HARDWARE FAIL 7 Reserved 15 BACKUP AMP 4 HARDWARE FAIL 360040 0 DSBUS 1 COMMFAIL 8 PRIMARY AMP 2 LIMIT 1 DSBUS 2 COMMFAIL 9 PRIMARY AMP 3 LIMIT 2 DSBUS 3 COMMFAIL 10 PRIMARY AMP 4 LIMIT 3 DSBUS 4 COMMFAIL 11 BACKUP AMP 1 LIMIT 4 AA TROUBLE BU...

Page 89: ...TROUBLE 6 BACKUP AMP 4 FAIL 14 Reserved 7 BACKUP AMP NOT INSTALLED 15 DOOR INTERLOCK FAULT 360044 0 ANNUN 01 TYPE MISMATCH 8 ANNUN 09 TYPE MISMATCH 1 ANNUN 02 TYPE MISMATCH 9 ANNUN 10 TYPE MISMATCH 2 ANNUN 03 TYPE MISMATCH 10 ANNUN 11 TYPE MISMATCH 3 ANNUN 04 TYPE MISMATCH 11 ANNUN 12 TYPE MISMATCH 4 ANNUN 05 TYPE MISMATCH 12 ANNUN 13 TYPE MISMATCH 5 ANNUN 06 TYPE MISMATCH 13 ANNUN 14 TYPE MISMATC...

Page 90: ...address 1 5 6 PMB 2 COMM LOSS 14 Earth Fault Switch Mismatch LSB is PMB address 1 5 7 PMB 3 COMM LOSS 15 Battery Low LSB is PMB address 1 5 360048 0 Battery High LSB is PMB address 1 5 8 AIO Address 5 Comm Loss LSB is 0 for router 1 15 for peripheral 1 Battery Deep Discharge LSB is PMB address 1 5 9 AIO Address 6 Comm Loss LSB is 0 for router 1 15 for peripheral 2 Charger Fail LSB is PMB address 1...

Page 91: ...alk Test 4 Ground Fault Positive 12 POTS Call Secondary Failure 5 Ground Fault Negative 13 DACT Fault 6 Auxiliary Trouble 61 14 DACT Timeout 1 7 24VDC FAULT 15 Access Granted 1 360051 0 Access Granted 2 8 LCD80 Supervisory 3 1 Access Granted 3 9 LCD80 Supervisory 4 2 Access Granted 4 10 LCD80 Supervisory 5 3 Access Granted 5 11 LCD80 Supervisory 6 4 Node Missing 12 LCD80 Supervisory 7 5 Node Extra...

Page 92: ... 5 Auxiliary Trouble 13 13 Auxiliary Trouble 21 6 Auxiliary Trouble 14 14 Auxiliary Trouble 22 7 Auxiliary Trouble 15 15 Auxiliary Trouble 23 360055 0 Auxiliary Trouble 24 8 Speaker Circuit Short 5 1 Auxiliary Trouble 25 9 Speaker Circuit Short 6 2 Auxiliary Trouble 26 10 Speaker Circuit Short 7 3 Auxiliary Trouble 27 11 Speaker Circuit Short 8 4 Speaker Circuit Short 1 12 Speaker Circuit Open 1 5...

Page 93: ... 14 CPU POWER RESTART LOOP4 7 LOSS OF ENTIRE LOOP8 15 CPU POWER RESTART LOOP5 360059 0 CPU POWER RESTART LOOP6 8 DEVICE ZERO PRESENT LOOP5 1 CPU POWER RESTART LOOP7 9 DEVICE ZERO PRESENT LOOP6 2 CPU POWER RESTART LOOP8 10 DEVICE ZERO PRESENT LOOP7 3 CPU POWER RESTART LOOP9 11 DEVICE ZERO PRESENT LOOP8 4 CPU POWER RESTART LOOP10 12 DEVICE ZERO PRESENT LOOP9 5 DEVICE ZERO PRESENT LOOP2 13 DEVICE ZER...

Page 94: ...RESS OUT OF RANGE LOOP2 360062 0 SENSOR AT ADDRESS OUT OF RANGE LOOP3 8 NEW AUXILIARY SUPPLY 1 SENSOR AT ADDRESS OUT OF RANGE LOOP4 9 FAT FBF MISSING FAULT 2 SENSOR AT ADDRESS OUT OF RANGE LOOP5 10 ID2NET DUPLICATE NODE 3 SENSOR AT ADDRESS OUT OF RANGE LOOP6 11 Reserved 4 SENSOR AT ADDRESS OUT OF RANGE LOOP7 12 Reserved 5 SENSOR AT ADDRESS OUT OF RANGE LOOP8 13 Reserved 6 SENSOR AT ADDRESS OUT OF ...

Page 95: ...NO ANSWER 5 ANNUN 12 TROUBLE 13 ANNUN 16 TROUBLE 6 ANNUN 12 NO ANSWER 14 ANNUN 16 NO ANSWER 7 ANNUN 13 TROUBLE 15 ANNUN 17 TROUBLE 460004 0 ANNUN 17 NO ANSWER 8 ANNUN 21 NO ANSWER 1 ANNUN 18 TROUBLE 9 ANNUN 22 TROUBLE 2 ANNUN 18 NO ANSWER 10 ANNUN 22 NO ANSWER 3 ANNUN 19 TROUBLE 11 ANNUN 23 TROUBLE 4 ANNUN 19 NO ANSWER 12 ANNUN 23 NO ANSWER 5 ANNUN 20 TROUBLE 13 ANNUN 24 TROUBLE 6 ANNUN 20 NO ANSW...

Page 96: ... 1 15 Reserved 460007 0 Reserved 8 OPTION MODULE 1 Reserved 9 STYLE 6 ON LOOP 3 2 Reserved 10 AVPS TROUBLE 3 Reserved 11 NAM CCBE PROG LOST 4 Reserved 12 MAN EVAC INITIATED 5 Reserved 13 MAN EVAC RECEIVED 6 Reserved 14 Reserved 7 Reserved 15 Reserved 460008 0 ANNUN 33 TROUBLE 8 ANNUN 37 TROUBLE 1 ANNUN 33 NO ANSWER 9 ANNUN 37 NO ANSWER 2 ANNUN 34 TROUBLE 10 ANNUN 38 TROUBLE 3 ANNUN 34 NO ANSWER 11...

Page 97: ...LE 5 ANNUN 51 NO ANSWER 13 ANNUN 55 NO ANSWER 6 ANNUN 52 TROUBLE 14 ANNUN 56 TROUBLE 7 ANNUN 52 NO ANSWER 15 ANNUN 56 NO ANSWER 460011 0 ANNUN 57 TROUBLE 8 ANNUN 61 TROUBLE 1 ANNUN 57 NO ANSWER 9 ANNUN 61 NO ANSWER 2 ANNUN 58 TROUBLE 10 ANNUN 62 TROUBLE 3 ANNUN 58 NO ANSWER 11 ANNUN 62 NO ANSWER 4 ANNUN 59 TROUBLE 12 ANNUN 63 TROUBLE 5 ANNUN 59 NO ANSWER 13 ANNUN 63 NO ANSWER 6 ANNUN 60 TROUBLE 14...

Page 98: ... TROUBLE 1 STYLE 4 SHORT B LOOP 7 9 STYLE 6 SHORT LOOP 1 2 STYLE 4 SHORT A LOOP 8 10 STYLE 6 SHORT LOOP 2 3 STYLE 4 SHORT B LOOP 8 11 STYLE 6 SHORT LOOP 3 4 STYLE 4 SHORT A LOOP 9 12 STYLE 6 SHORT LOOP 4 5 STYLE 4 SHORT B LOOP 9 13 STYLE 6 SHORT LOOP 5 6 STYLE 4 SHORT A LOOP 10 14 STYLE 6 SHORT LOOP 6 7 STYLE 4 SHORT B LOOP 10 15 STYLE 6 SHORT LOOP 7 460016 0 STYLE 6 SHORT LOOP 8 8 TM4 NO ANSWER 1...

Page 99: ...OUBLE 1 ANNUN 89 NO ANSWER 9 ANNUN 93 NO ANSWER 2 ANNUN 90 TROUBLE 10 ANNUN 94 TROUBLE 3 ANNUN 90 NO ANSWER 11 ANNUN 94 NO ANSWER 4 ANNUN 91 TROUBLE 12 ANNUN 95 TROUBLE 5 ANNUN 91 NO ANSWER 13 ANNUN 95 NO ANSWER 6 ANNUN 92 TROUBLE 14 ANNUN 96 TROUBLE 7 ANNUN 92 NO ANSWER 15 ANNUN 96 NO ANSWER 460021 0 ANNUN 97 TROUBLE 8 ANNUN 101 TROUBLE 1 ANNUN 97 NO ANSWER 9 ANNUN 101 NO ANSWER 2 ANNUN 98 TROUBL...

Page 100: ...LAY 6 NO ANSWER 4 REMOTE DISPLAY 3 TROUBLE 12 REMOTE DISPLAY 7 TROUBLE 5 REMOTE DISPLAY 3 NO ANSWER 13 REMOTE DISPLAY 7 NO ANSWER 6 REMOTE DISPLAY 4 TROUBLE 14 REMOTE DISPLAY 8 TROUBLE 7 REMOTE DISPLAY 4 NO ANSWER 15 REMOTE DISPLAY 8 NO ANSWER 460026 0 REMOTE DISPLAY 9 TROUBLE 8 REMOTE DISPLAY 13 TROUBLE 1 REMOTE DISPLAY 9 NO ANSWER 9 REMOTE DISPLAY 13 NO ANSWER 2 REMOTE DISPLAY 10 TROUBLE 10 REMO...

Page 101: ... DISPLAY 32 TROUBLE 7 REMOTE DISPLAY 28 NO ANSWER 15 REMOTE DISPLAY 32 NO ANSWER 460029 0 SYSTEM INITIALIZATION 8 Reserved 1 POWER SUPPLY COMM FAILURE 9 Reserved 2 Reserved 10 Reserved 3 Reserved 11 Reserved 4 Reserved 12 Reserved 5 Reserved 13 Reserved 6 Reserved 14 Reserved 7 Reserved 15 Reserved 460030 0 Reserved 8 Reserved 1 Reserved 9 Reserved 2 Reserved 10 Reserved 3 Reserved 11 Reserved 4 R...

Page 102: ...3 10 UNPROGRAMMED DEVICE ON LOOP 1 3 LOOP CONTINUITY TEST FAIL LOOP 4 11 UNPROGRAMMED DEVICE ON LOOP 2 4 LOOP CONTINUITY TEST FAIL LOOP 5 12 UNPROGRAMMED DEVICE ON LOOP 3 5 LOOP CONTINUITY TEST FAIL LOOP 6 13 UNPROGRAMMED DEVICE ON LOOP 4 6 LOOP CONTINUITY TEST FAIL LOOP 7 14 UNPROGRAMMED DEVICE ON LOOP 5 7 LOOP CONTINUITY TEST FAIL LOOP 8 15 UNPROGRAMMED DEVICE ON LOOP 6 460034 0 UNPROGRAMMED DEV...

Page 103: ... 10 15 TOO MANY DEVICES ON LOOP 8 460036 0 TOO MANY DEVICES ON LOOP 9 8 MISMATCHED LOOP TYPE ON LOOP 7 1 TOO MANY DEVICES ON LOOP 10 9 MISMATCHED LOOP TYPE ON LOOP 8 2 MISMATCHED LOOP TYPE ON LOOP 1 10 MISMATCHED LOOP TYPE ON LOOP 9 3 MISMATCHED LOOP TYPE ON LOOP 2 11 MISMATCHED LOOP TYPE ON LOOP 10 4 MISMATCHED LOOP TYPE ON LOOP 3 12 Ground Fault Port A 5 MISMATCHED LOOP TYPE ON LOOP 4 13 Ground ...

Page 104: ...UP AMP 4 TROUBLE 460040 0 DSBUS 1 COMMFAIL 8 PRIMARY AMP 2 LIMIT 1 DSBUS 2 COMMFAIL 9 PRIMARY AMP 3 LIMIT 2 DSBUS 3 COMMFAIL 10 PRIMARY AMP 4 LIMIT 3 DSBUS 4 COMMFAIL 11 BACKUP AMP 1 LIMIT 4 AA TROUBLE BUS FAIL 12 BACKUP AMP 2 LIMIT 5 NFN PAGING CHANNEL LIMIT EXCEEDED 13 BACKUP AMP 3 LIMIT 6 BACKUP AMP LIMIT 14 BACKUP AMP 4 LIMIT 7 PRIMARY AMP 1 LIMIT 15 PRIMARY AMP 1 OVERCURRENT 460041 0 PRIMARY ...

Page 105: ...MATCH 2 ANNUN 19 TYPE MISMATCH 10 ANNUN 27 TYPE MISMATCH 3 ANNUN 20 TYPE MISMATCH 11 ANNUN 28 TYPE MISMATCH 4 ANNUN 21 TYPE MISMATCH 12 ANNUN 29 TYPE MISMATCH 5 ANNUN 22 TYPE MISMATCH 13 ANNUN 30 TYPE MISMATCH 6 ANNUN 23 TYPE MISMATCH 14 ANNUN 31 TYPE MISMATCH 7 ANNUN 24 TYPE MISMATCH 15 ANNUN 32 TYPE MISMATCH 460046 0 DISPLAY COMM LOSS 8 LOOP CARD 1 COMM LOSS 1 ALARM DEVICES DISABLED 9 LOOP CARD ...

Page 106: ...3 Comm Loss LSB is 0 for router 1 15 for peripheral 14 Reserved 7 AIO Address 4 Comm Loss LSB is 0 for router 1 15 for peripheral 15 Reserved 460049 0 POTS Card No Answer Missing 8 Ethernet 1 No Connectivity 1 POTS Line 1 Failure 9 Ethernet 2 No Connectivity 2 POTS Line 2 Failure 10 CLSS Site Manager Communication Failure 3 POTS Call Alarm Routing Failure 11 Ethernet Wini Alarm Routing Failure 4 P...

Page 107: ...ESTART LOOP9 3 CPU POWER RESTART LOOP10 4 DEVICE ZERO PRESENT LOOP2 5 DEVICE ZERO PRESENT LOOP3 6 DEVICE ZERO PRESENT LOOP4 7 DEVICE ZERO PRESENT LOOP5 8 DEVICE ZERO PRESENT LOOP6 9 DEVICE ZERO PRESENT LOOP7 10 DEVICE ZERO PRESENT LOOP8 11 DEVICE ZERO PRESENT LOOP9 12 DEVICE ZERO PRESENT LOOP10 13 RS232 LINK FAULT 14 BATTERY LOW VOLTAGE 460060 15 BATTERY FAILURE 0 MAIN CPU WATCHDOG OPERATED 1 CPU ...

Page 108: ...ATIBLE LOOP10 DEVICE AND LIB 9 ID2NET PARTIAL OPEN SHORT CIRCUIT FAULT 10 ID2NET PHASE REVERSAL FAULT 11 ID2NET CHANNEL INVERSION FAULT 12 TOO MANY CLIP ADDRESSES 13 SENSOR AT ADDRESS OUT OF RANGE LOOP1 14 SENSOR AT ADDRESS OUT OF RANGE LOOP2 15 SENSOR AT ADDRESS OUT OF RANGE LOOP3 460062 0 SENSOR AT ADDRESS OUT OF RANGE LOOP4 1 SENSOR AT ADDRESS OUT OF RANGE LOOP5 2 SENSOR AT ADDRESS OUT OF RANGE...

Page 109: ... 15 000 objects The BACnet client workstation front end must conform to BACnet Standard Annex J for IP and support Device Objects Binary Output Objects and Multi state Input or Life Safety Points Zones For details refer to BACnet PIC Statement on page 121 8 1 Agency Listings 8 1 1 Compliance This product has been investigated to and found to be in compliance with the following standards National F...

Page 110: ...ER INSTALLATION MAINTENANCE AND LACK OF ROUTINE TESTING COULD RESULT IN SYSTEM MALFUNCTION Table 8 1 CLSS Compatible Equipment List Type Equipment Fire Panels NOTIFIER Panels NFS 320 NFS 640 NFS2 640 NFS 3030 NFS2 3030 AFP2800 AFP 3030 N16 INSPIRE Honeywell Panels XLS 120 XLS 140 2 XLS 2000 XLS 3000 GENT Panels COMPACT 24 N COMPACT PLUS VIGPLUS 24 VIGI 24 VIGI 72 Network Cards NCM W NCM F HS NCM W...

Page 111: ...tranet IP network connection is used with both architectures 8 6 1 IP Restrictions for the CLSS Gateway mainboard Assign a static IP address Following are not supported Web access through an HTTP proxy server Use of a NAT Network Address Translation Other Products Unmonitored but network compatible NCA 2 NCD NWS 3 BACNET GW 3 NFN GW PC HNW 2 NFN GW EM 3 PC NFN CLSS Gateway mainboards NFN GW PC F N...

Page 112: ...ecture Direct panel connection a connection is made directly to a supported fire panel or annunciator Refer to Single Panel Connecting to BACnet via CGW MB on page 111 for connection topology details Figure 8 1 Single Panel Connecting to BACnet via CGW MB Refer to Compatible Equipment on page 109 for supported panels and annunciators Ports Range Type Direction Purpose 47808 to 47823 UDP Input Outp...

Page 113: ...irements The BACnet Feature 8 7 2 Multi panel Network Architecture The CGW MB can connect to a NUP RS232 USB or TTL port available on a panel and interact with that panel s network Figure 8 2 CLSS Gateway mainboard Connected with Multiple Panels RS232 NUP USB TTL Connection Panel Network ...

Page 114: ...App 8 8 1 To Purchase the BACnet Support 1 Log onto CLSS Site Manager 2 Click on your account name and select Manage Access Figure 8 3 Selecting Manage Access 3 Click Features on the Manage Access page 4 Click CLSS Gateway mainboard under the Features section 5 Note down the purchased number under Available Features 6 Click PURCHASE at the top right side Figure 8 4 Purchasing the BACnet Support NO...

Page 115: ...Verify that the purchased number under Available Features is correct 8 8 2 To Activate the BACnet Support 1 Tap Perform Feature Activation on the CLSS App s welcome message Figure 8 5 Feature Activation The First Step 2 Tap Fixed CLSS Gateway mainboards 3 Select the site of the CLSS Gateway mainboard 4 Find and tap the OC of the CLSS Gateway mainboard 5 Tap ADD ACTIVATION 6 Tap BACnet Support unde...

Page 116: ...ollowing information applies to IP settings You can use only the Eth1 port for connections to BACnet clients For more details refer to 8 10 1 To Configure the BACnet Settings Each CGW MB is shipped with a default node number of 235 The computer used to configure the CGW MB must establish an IP connection to the CLSS Gateway mainboard Consult with a network administrator if unsure how to make this ...

Page 117: ...ect with the BACnet Client The BACnet Feature 8 10 To Connect with the BACnet Client 1 At the CGW MB side connect an Ethernet cable to the Ethernet Port 1 2 Connect the other end of the Ethernet cable to the IP network 3 Connect the system running the BACnet client to the same IP network ...

Page 118: ...or enabling web configuration 4 Open the Configuration Computer connected to the Eth0 port of the CLSS Gateway mainboard 5 In the Chrome browser enter the following URL https 192 168 10 190 9443 config index html 6 Do the following if any security warning is shown Otherwise go to step 7 1 Click the Advanced link below the error message 2 Agree to proceed 7 In the CLSS Gateway mainboard Configurati...

Page 119: ...r more CLSS Gateway mainboards in the same network might use the BACnet feature Each of them should have its own unique network number Ensure that the difference between any two network numbers is at least 100 BACnet Port Specify the BACnet port The universal default port number is 47808 Its range can be 47808 47823 0xBAC0 0xBACF Object Addressing Select the addressing type Options IFOM Addressing...

Page 120: ...nsure that the file name is BacnetBackup tar gz TOOLS AND CLSS Gateway mainboard ACTIVITY Delete Object Database Click to delete the BACnet database in the CLSS Gateway mainboard CLSS Gateway mainboard Activity Click to view the online or offline status of the panel NETWORK TIME CONFIGURATION Time Specify the synchronization start time Duration 24 hours Time Zone Select the local time zone Enable ...

Page 121: ...bjects Or Restart the BACnet client 8 Modify the client graphics according to the rediscovered objects 8 12 Using Both the CGW MB and the Legacy BACnet CLSS Gateway mainboard The CGW MB and the BACNET GW 3 have different addressing schemes Ensure that they are assigned with their own addressing scheme Refer to the BACnet PIC Statement section for the CGW MB object addressing details 1 Ensure that ...

Page 122: ...ivate Sounder and LED BACnet Standardized Device Profile Annex L BACnet Operator Workstation B OWS BACnet Building Controller B BC BACnet Advanced Application Controller B AAC BACnet Application Specific Controller B ASC BACnet Smart Sensor B SS BACnet Smart Actuator B SA BACnet Interoperability Building Blocks Supported Annex K Segmentation Capability Segmented requests supported Window Size 1024...

Page 123: ...numeration BACnet LifeSafetyState Fire Panel State 0 IssQuiet Normal 1 IssPreAlarm PreAlarm 2 IssAlarm Fire Alarm Security Alarm Life Property Critical Process Alarm Life Property Medical Emergency IB Smash Glass Panic Alarm 3 IssFault Security Trouble Fire Trouble Non Fire Trouble Fire Device or Zone Disabled Non Fire Device Disabled 7 IssActive Non Fire Activation 22 IssSupervisory Supervisory E...

Page 124: ...ed since startup 12 IsmDisabled Fire Device or Zone Disabled Non Fire Device Disabled BACnet Enumeration Fire Panel State Silence State 0 ssUnsilenced Audibles Unsilenced 1 ssAudiblesSile nced Audibles Silenced Operation Expected 0 NA Maintenance Expected NA NA NA BACnet Event Transition Bit Fire Panel State Event Enable toOffNormal toFault toNormal Direct Reading REAL NA Alarm Proprietary Propert...

Page 125: ... Alarm state Fire Alarm Security Alarm Life Property Critical Process Alarm Life Property Medical Emergency PreAlarm IB Smash Glass Panic Alarm and also device goes to disable state Fire Device or Zone Disabled Non Fire Device Disabled 0 1 0 1 Fault OutOfService If device is in trouble state Security Trouble Fire Trouble Non Fire Trouble and also device goes to disable state Fire Device or Zone Di...

Page 126: ...ty Alarm Life Property Critical Process Alarm Life Property Medical Emergency PreAlarm IB Smash Glass Panic Alarm 0 1 0 0 Fault Security Trouble Fire Trouble Non Fire Trouble 0 0 0 1 OutOfService Fire Device or Zone Disabled Non Fire Device Disabled 1 0 0 1 InAlarm OutOfService If device is in Alarm state Fire Alarm Security Alarm Life Property Critical Process Alarm Life Property Medical Emergenc...

Page 127: ... Reliability Fire Panel State 0 reNoFaultDet ected Non Fire Activation Non Fire Device Disabled Normal 7 re_Unreliable Other Non Fire Trouble Status Flags Boolean BACnet Status Flags Fire Panel State 0 0 0 0 Normal Normal 1 0 0 0 InAlarm Non Fire Activation 0 1 0 0 Fault Non Fire Trouble 0 0 0 1 OutOfService Non Fire Device Disabled 1 0 0 1 InAlarm OutOfService If device is in Alarm state Non Fire...

Page 128: ...eration BACnet Reliability Fire Panel State 0 reNoFaultDet ected Activation Device Disabled Normal 7 re_Unreliable Other Trouble Status Flags Boolean BACnet Status Flags Fire Panel State 0 0 0 0 Normal Normal 1 0 0 0 InAlarm Activation 0 1 0 0 Fault Trouble 0 0 0 1 OutOfService Device Disabled 1 0 0 1 InAlarm OutOfService If device is in Alarm state Activation and also device goes to disable state...

Page 129: ...oint modem Clause 10 baud rate s LonTalk Clause 11 medium Other B 10 1 Device Address Binding Is static device binding supported This is currently necessary for two way communication with MS TP slaves and certain other devices Yes No B 10 2 Networking Options Router Clause 6 List all routing configurations e g ARCNET Ethernet Ethernet MS TP etc BACnet to Proprietary ARCnet Fire Network Annex H BAC...

Page 130: ...NT panels For each node use following formula to get base address CLSS Gateway mainboard ID X 1 Here X Initial value is zero and will get incremented for each panel Add the offset calculated below based on what type of point it is These numbers define the 22 bits of the BACnet Object Identifier field Note CLSS Gateway mainboard ID is user configurable CLSS Gateway mainboard ID X 1 should be in the...

Page 131: ...INPUT or LIFE_SAFETY_ZONE ZONE 1 2000 ZONE 10000 Logic Zones MULTI_STATE_INPUT or LIFE_SAFETY_ZONE LZONE 1 2000 LZONE 12000 Special Zones MULTI_STATE_INPUT or LIFE_SAFETY_ZONE FZONE 0 47 FZONE 14000 Trouble Zones MULTI_STATE_INPUT or LIFE_SAFETY_ZONE TZONE 1 99 TZONE 14100 Releasing Zones MULTI_STATE_INPUT or LIFE_SAFETY_ZONE RZONE 0 9 RZONE 14050 Command Build BINARY_VALUE COMMAND_BUILD_NUM 15000...

Page 132: ...6 MSI LSP LOOP 1 10 10 27 36 MSI LSP ANNUN 1 32 32 37 68 MSI LSP DBUS 1 4 4 69 72 MSI LSP PRIMARY AMP 1 4 4 73 76 MSI LSP BACKUP AMP 1 4 4 77 80 MSI LSP BACKUP AMP 1 81 MSI LSP DAL 1 82 MSI LSP POTS 1 83 MSI LSP POTS1 1 84 MSI LSP POTS2 1 85 MSI LSP CELLULAR 1 86 MSI LSP ETH1 1 87 MSI LSP ETH2 1 88 MSI LSP ETH WIFI 1 89 MSI LSP CLSS CLOUD 1 90 MSI LSP ZONE LICENSE 1 91 MSI LSP NETWORK DISPLAY LICE...

Page 133: ...ION_CLASS These objects will always be the same object ID on each device You do not need to add the Node Number offset INPUTNOTIFY 1 OUTPUTNOTIFY 2 ZONENOTIFY 3 HISTORY 1 102 MSI LSP CHARGER 1 103 MSI LSP MASTER ALARM 1 1 104 MSV MASTER ALARM 2 1 105 MSV PSU 1 106 MSI LSP AUXILIARY RELAY 1 1 107 MSV AUXILIARY RELAY 2 1 108 MSV MONITORED INPUT 1 109 MSI LSP ...

Page 134: ...h the number of interfaces used Location Requirements Room Temperature 15 27 C 60 80 F Operational Temperature 0 C 49 C 32 F 120 F Relative humidity 93 2 RH Non condensing at 32 C 2 C 90 F 3 F CAUTION THE USEFUL LIFE OF THE SYSTEM S STANDBY BATTERIES AND THE ELECTRONIC COMPONENTS MAYBE ADVERSELY AFFECTED BY EXTREME TEMPERATURE RANGES AND HUMIDITY THEREFORE IT IS RECOMMENDED THAT THIS SYSTEM AND IT...

Page 135: ... E REV G JUL 31 2022 134 Appendix B Modulations and Power Used Target Power that Meets Spectrum Mask and EVM Compliance Table B 1 Wireless Power Specifications 2 4 GHz Tx Power Specifications Mod Rate BW Channel Power dBM Tol dB GFSK 1Mbps 2MHz 0 39 6 2 0 ...

Page 136: ...n external power supply Figure C 1 illustrates the connection options at the top side of the CLSS Gateway mainboard board Figure C 1 CLSS Gateway mainboard Connections Top Side Figure C 2 illustrates the CLSS Gateway mainboard connection options at the bottom side of the CLSS Gateway mainboard board Fire Alarm Panel CLSS Cloud Modbus Client Configuration Computer Mobile Connection NUP Ethernet Conn...

Page 137: ...MB Installation and Users Manual P N LS10248 000HW E REV G JUL 31 2022 136 CLSS Gateway mainboard Board Connections Connecting to the Panels Figure C 2 CLSS Gateway mainboard Connection Options Bottom Side ...

Page 138: ...en there are no signal issues or when the CLSS Gateway mainboard is not at the end of the loop ensure that the S4 and S5 switches are switched to OFF WARNING WHILE THE CLSS GATEWAY MAINBOARD IS WORKING DO NOT REMOVE CONNECTIONS TO THE CLSS GATEWAY MAINBOARD CLSS SITE MANAGER AND THE PANEL NOTE When the CLSS Gateway mainboard is communicating to a central station through cellular connection it uses...

Page 139: ...IB version Panel v0 68 For the CGW MB 3 0 4 56 C 3 2 To Use an RS 232 Connection Using an RS 232 cable the CGW MB and the panel are connected The RS 232 port in the CLSS Gateway mainboard board is labeled as 6 in the Figure C 2 1 On the CLSS Gateway mainboard Side Connect to an RS 232 port of the CLSS Gateway mainboard board 2 On the Panel Side AM8200 Panels AM8200 Panels Connect the White wire to...

Page 140: ...to the 24V DC power supply module of the AM8200 panel On the CLSS Gateway mainboard Side Ensure that the RS 232 cable is connected in the RS 232 port of the CLSS Gateway mainboard On the Panel Side Connect the Red wire to the ve pin of the AM82 MB board Connect the Black wire to the ve pin of the AM82 MB board NOTE Use the details given on the power supply module of the panel The panel s power sup...

Page 141: ...ion for Events section C 4 1 Connection Options The CLSS Gateway mainboard operates only with the ESSER fire alarm control panels as listed in the table below Table C 2 ESSER Panel Connection Options Minimum Required Versions ESCOM panel 02 06 011 FlexES panel 4 07R001 IQ8 panel 03 13R000 CGW MB 3 1 4 78 Fire Alarm Panel Models RS 485 UART TTL RS 232 USB ESCOM No No Yes No FlexES Control Yes No Ye...

Page 142: ...the TxD pin Connect the Green wire to the 0V pin Figure C 4 Wiring Diagram RS232 Connection for an ESCOM Panel Power Connection Using the RS 232 cable the CLSS Gateway mainboard can connect to the 24V DC power supply module of the ESCOM panel On the CLSS Gateway mainboard Side Connect the ve wire to the ve pin of the power supply port Connect the ve wire to the ve pin of the power supply port On t...

Page 143: ...ANG from the Device in use list 6 Enter the CLSS Gateway mainboard name in the Label field 7 Click OK C 4 3 To Use an RS 485 Connection Using an RS 485 cable the CGW MB and the panel are connected The RS 485 ports in the CLSS Gateway mainboard board are labeled as 3 and 4 in the Figure C 2 1 On the CLSS Gateway mainboard Side Connect to an RS 485 port of the CLSS Gateway mainboard board 2 On the P...

Page 144: ...onnect to the TTY port of the panel s serial interface 1 On the CLSS Gateway mainboard Side Connect the RS 232 cable with pre formed connector to the RS 232 port of the CLSS Gateway mainboard board Tip The RS 232 port in the CLSS Gateway mainboard board is labeled as 6 in the Figure C 2 2 On the TTY RS 232 Converter Side From the CLSS Gateway mainboard Connect the Rx wire to the Tx pin of the TTY ...

Page 145: ... FlexES Panels Connect as below Figure C 6 Complete Setup with Both RS 485 and RS 232 Connections TxD B TxD A RxD B RxD A GND UB VCC Rx Rx Rx Tx Tx GND GND 24 V GND Rx Tx VCC Tx EARTH EARTH RS 485A RS 485B 485A_IN 485A_IN Serial Interface 3 Upto 1000 m Upto 15 m FlexES Panel 88 ǭ67 SRZIVXIV 077 EXI E The connection can also be to 485B_IN and 485B_IN ...

Page 146: ...Serial Interface Card IQ8 Connecting through a Serial Interface Card Connect the White wire to the RxD pin Connect the Green wire to the GND pin Connect the Brown wire to the TxD pin Figure C 7 Wiring Diagram RS232 Connection for an IQ8 Panel 3 Power Connection For FlexES Panels Using a power cable the CLSS Gateway mainboard can connect to the 24V DC power supply module of the FlexES panel On the ...

Page 147: ...pply module Connect the ve wire to the Gnd pin of the power supply module Figure C 8 FlexES Panel Power Connectors Tools 8000 Settings for FlexES Panels 1 Select the Serial Interfaces tab in Tools 8000 2 Go to the Serial Interface 1 section 3 Select WINMANG from the Device in use list 4 Go to the Serial Interface 3 section 5 Select Remote Access from the Device in use list 6 Click OK ...

Page 148: ...ire to the RXD pin Connect the In wire to the RXD pin Figure C 9 Wiring Diagram RS 485 to SEI2 Connection Power Connection Using a power cable the CLSS Gateway mainboard can connect to the 12V DC power supply module of the panel On the CLSS Gateway mainboard Side Connect the ve wire to the ve pin of the power supply port Connect the ve wire to the ve pin of the power supply port On the Panel Side ...

Page 149: ...TY Port Using an RS 232 cable you can connect to the RS 232 port on the panel s serial interface TxD B TxD A RxD B RxD A GND UB VCC Rx Rx Rx Tx Tx GND GND 24 V GND Rx Tx VCC Tx EARTH EARTH RxD RxD 485A_IN 485A_IN Serial Interface Upto 1000 m Upto 15 m IQ8 Panel 88 ǭ67 SRZIVXIV 077 EXI E The connection can also be to 485B_IN and 485B_IN SEI2 ...

Page 150: ...eway mainboard can connect to the 12V power supply module of the IQ8 panel On the CLSS Gateway mainboard Side Ensure that the RS 232 cable is connected in the RS 232 port of the CLSS Gateway mainboard Switch the S7 Switch next to the RS 232 port towards NUP_IN Figure C 10 The S7 Switch NOTE Use the details given on the power supply module of the panel NOTE Although the CLSS Gateway mainboard is ca...

Page 151: ... LS10248 000HW E REV G JUL 31 2022 150 ESSER Panels Connecting to the Panels On the Panel Side Connect the ve wire to the Ub pin of the SEI card Connect the ve wire to the Gnd pin of the SEI card Figure C 11 IQ8 Panel RS 232 Power Connectors ...

Page 152: ...erminal Connect the RS 485 ve wire to the A port Connect the RS 485 ve wire to the B port 3 Power Connection On the CLSS Gateway mainboard Side In the power supply port labeled 7 in the Figure C 2 Connect the Red wire to the 24V pin Connect the Black wire to the Gnd pin Fire Alarm Panel Models RS 485 UART TTL RS 232 USB Panel firmware version 6 05 03 IFP 75 Yes No No No IFP 300 Yes No No No IFP 30...

Page 153: ...2022 152 Farenhyt Panels Connecting to the Panels On the Panel Side In the power board of the panel Connect the Red wire to the ve pin Connect the Black wire to the ve pin Figure C 12 Farenhyt Panel RS 485 Connections Future For panel connection use only the RS 485A port ...

Page 154: ...word in the PROGRAMMING screen The default password is 00000000 5 Select the panel connected with the CLSS Gateway mainboard if it is a standalone panel OR Navigate in the list of panels and select the panel connected with the CLSS Gateway mainboard if it is a multi panel network 6 Select 1 MODULE 7 Select 2 ADD MODULE 8 Select the module of the CLSS Gateway mainboard from the list Example 5824 SE...

Page 155: ... as 3 and 4 in the Figure C 2 2 On the Panel Side At the TB9 port in the ANN BUS PRI terminal Connect the RS 485 ve wire to the A port Connect the RS 485 ve wire to the B port 3 Power Connection On the CLSS Gateway mainboard Side In the power supply port labeled 7 in the Figure C 2 Connect the Red wire to the 24V pin Connect the Black wire to the Gnd pin On the Panel Side In the TB11 port of the p...

Page 156: ...CGW MB Installation and Users Manual P N LS10248 000HW E REV G JUL 31 2022 155 FireWarden Panels Connecting to the Panels Figure C 13 FireWarden Panel RS 485 Connections ...

Page 157: ...1 TYPE NONE on the ANN BUS MODULE 1 1 screen 12 Press the down arrow button once to go back to the ANN BUS MODULE TYPE screen 13 Press the down arrow button to go to the next screen 14 Select 2 ANN S PG MODULE 15 On the keypad press the Esc key three times to go back to the ANN BUS SELECT screen 16 Select 3 ANN BUS OPTIONS 17 Press 1 ANN S PG OPTIONS on the ANN BUS screen 18 Set CLASS A to YES if ...

Page 158: ... 2 On the Panel Side Connect the serial cable in the DB9 serial port of the ANN S PG module on the panel 3 Power Connection On the CLSS Gateway mainboard Side Connect to the 24V DC external power supply Switch the S7 Switch next to the RS 232 port towards NUP_OUT Figure C 14 The S7 Switch On the Panel Side Connect the power cable to a 24V DC external power source or the panel s power supply NOTE C...

Page 159: ...CGW MB Installation and Users Manual P N LS10248 000HW E REV G JUL 31 2022 158 FireWarden Panels Connecting to the Panels Figure C 15 FireWarden Panels Printer Port Connections ...

Page 160: ...RS 485 connection The transferred data is stored in the CLSS Site Manager 1 On the CLSS Gateway mainboard Side 1 Connect the 24 V wire to the IN pin of an RS 485 port 2 Connect the GND wire to the IN pin of an RS 485 port The RS 485 ports are labeled as 3 and 4 in the Figure C 15 2 On the Panel Side E3 Series Panel S3 Series Panel E3 Series Panel At the TB3 terminal of the panel Connect the ve wir...

Page 161: ...er Connection On the CLSS Gateway mainboard Side Ensure that the power cable is connected with the power port of the CLSS Gateway mainboard The power port is labeled as 7 in the Figure C 15 On the Panel Side Connect the Red wire to the ve pin in the TB3 port Connect the Black wire to the ve pin in the TB3 port Figure C 16 E3 Panel CLSS Gateway mainboard Connections ...

Page 162: ...pin At the TB5 terminal of the panel Connect the GND wire to the TB5 1 pin Connect the TxD wire to the TB5 2 pin Connect the SUPV wire to the TB5 3 pin Connect the RxD wire to the TB5 4 pin Power Connection On the CLSS Gateway mainboard Side Ensure that the power cable is connected with the power port of the CLSS Gateway mainboard The power port is labeled as 7 in the Figure C 15 On the Panel Side...

Page 163: ... and Users Manual P N LS10248 000HW E REV G JUL 31 2022 162 Gamewell FCI Panels Connecting to the Panels Figure C 17 S3 Series CLSS Gateway mainboard Connections TB5 and RS 232 Connections The pin connections are as below ...

Page 164: ...ed connector to the RS 232 port of the CLSS Gateway mainboard board The RS 232 port is labeled as 6 in the Figure C 2 2 On the Panel Side The baud rate should be 19200 At the PB6 terminal of the panel Connect the White wire to a Rx1 or Rx2 pin Connect the Brown wire to a Tx1 or Tx2 pin Connect the Green wire to the 0V pin Fire Alarm Panel Models RS 485 UART TTL RS 232 USB COMPACT 24 N No No Yes Ye...

Page 165: ...on the PB6 Terminal 3 Power Connection On the CLSS Gateway mainboard Side 1 Ensure that the RS 232 cable is connected with the RS 232 port of the CLSS Gateway mainboard 2 Ensure that the S7 switch next to the RS 232 port is switched towards NUP_IN Figure C 19 The S7 Switch On the Panel Side At the PB15 terminal of the panel Connect the Red wire ve to the 24V pin ...

Page 166: ... as 8 in the figure Figure C 2 2 On the Panel Side Connect the USB B side of the cable to the USB port of the panel Figure C 20 Compact Panels USB Connection 3 Power Connection In the PB15 terminal on the panel Connect the CLSS Gateway mainboard to a 24V DC internal power source of the panel CommunicaƟon seƫngs RS232 o Card 0 o Port No 1 or 2 o Mode Standard o Baud Rate 19200 USB o Card 0 o Port N...

Page 167: ...GW MB Installation and Users Manual P N LS10248 000HW E REV G JUL 31 2022 166 Gent Panels Connecting to the Panels NOTE The panel s power supply to the CLSS Gateway mainboard must be within 24V DC power ...

Page 168: ...Side 1 Within the panel find the backplane PCB board see Figure C 21 2 Connect the 3 5mm phono socket to the P11 connector on the panel s PCB Figure C 21 Vigilon Panels UART TTL Connection 3 Power Connection On the CLSS Gateway mainboard Side Connect the power cable to a 24V DC external power source To Use an RS 232 Port via an I O Card Using an add on I O card VIG IOC DOM certain Vigilon panel va...

Page 169: ... 232 port is labeled as 6 in the Figure C 2 2 On the Panel Side 1 Inside the panel enclosure find the backplane PCB board 2 Insert the I O card into the P2 Card 15 Figure C 22 Vigilon Panels I O Card Connection For the P2 Card 15 Connected I O Card 1 In the panel find the RS 485 RS 232 P4 connectors on the main control board 2 Connect the RS 232 cable to the Tx Brown Rx White and 0V Green terminal...

Page 170: ...SB C side of the cable to the USB port of the CLSS Gateway mainboard The USB port is labeled as 8 in the figure Figure C 2 2 On the Panel Side In the MCC card on the panel Connect the USB B side of the cable Refer to the figure Figure C 22 3 Power Connection Connect the CLSS Gateway mainboard to a 24V DC external power source NOTE The external power supply must be dedicated and not shared with any...

Page 171: ... C 2 2 On the Panel Side Morley DXc Panels Morley DXc Panels In the SK1 terminal of the panel Connect the White wire to the RxD pin Connect the Green wire to the Gnd pin Connect the Brown wire to the TxD pin 3 Power Connection The CLSS Gateway mainboard s RS 232 port can receive its power either from an external power source or from the non resettable internal power of the panel Fire Alarm Panel M...

Page 172: ...ower Supply On the CLSS Gateway mainboard Side 1 Connect to the 24V DC external power supply or to the panel s 24V DC power port 2 Ensure that the S7 switch next to the RS 232 port is switched towards NUP_OUT Figure C 24 The S7 Switch On the Panel Side In the SK4 or SK5 terminal Connect the RS 232 cable for the non resettable internal power ...

Page 173: ... MB 1 On the CLSS Gateway mainboard Side Connect the NUP cable to the NUP port of the CLSS Gateway mainboard board The NUP port is labeled as 6 in the Figure C 25 2 On the Panel Side In the NUP socket of the panel Stand alone Panel Connect the NUP cable Figure C 25 Stand alone Panel NUP Connection Fire Alarm Panel Models RS 485 UART TTL NUP USB ONYX Panels NFS 320 No No Yes No NFS2 640 No No Yes N...

Page 174: ...of Panels Connect the NUP cable into an open NUP port of the HS NCM card on the panel If no NUP port is available an additional HS NCM card must be added and connected NOTE For the standard speed network each device should have its NCM card on the panel with an available port Standard NCM NUP ConnecƟon J1 White Green Brown Black Red Required Equipment NUP to NUP cable Standard NCM card ve ve 24 VD...

Page 175: ... ConnecƟon If there are no available NUP ports an addiƟonal High Speed NCM card is required to add the gateway to the network White Green Brown Black Red ve ve Required Equipment NUP to NUP cable High Speed NCM card if no available NUP port HON CGW MBB NoƟĮer Onyx Panel HS NCM NUP NUP NoƟĮer Onyx Panel Network Media to next Panel node Wire Fiber OR Network Media Wire Fiber NUP NUP NUP 24 VDC from ...

Page 176: ...wer source or to the internal power supply of the panel To power the HS NCM or NCM over NUP from the CLSS Gateway mainboard Find the S7 switch next to the NUP port and switch it towards NUP_OUT On the Panel Side Stand alone Panel Ensure that the NUP cable is connected with the NUP port J1 of the panel Network of Panels Connect to a 24V external power source or to the panel s power supply port ...

Page 177: ...oard Side Connect the NUP cable with a pre formed connector to the NUP port of the CLSS Gateway mainboard board Refer to Figure C 2 where the NUP port is labeled as 6 It is the P7 pin on the CLSS Gateway mainboard board 2 On the Panel Side Pearl Panel INSPIRE Panels Pearl Panel In the TB2 terminal at the communication card on the panel Connect the White wire to the RxD pin Connect the Green wire t...

Page 178: ...he RS 485 ve wire to the A port Connect the RS 485 ve wire to the B port INSPIRE Panels In the serial communication card or in the I O card Connect the Red wire to the pin 1 Aux DC OUT 24V Connect the Black wire to the pin 2 Aux DC OUT GND External Power Supply Use this option if the CLSS Gateway mainboard is not receiving the power from the panel On the CLSS Gateway mainboard Side Connect to the ...

Page 179: ... and 4 in the Figure C 2 2 On the Panel Side At the S BUS board in the ANN BUS PRI terminal Connect the RS 485 ve wire to the A port Connect the RS 485 ve wire to the B port 3 Power Connection On the CLSS Gateway mainboard Side In the power supply port labeled 7 in the Figure C 2 Connect the Red wire to the 24V pin Connect the Black wire to the Gnd pin On the Panel Side In the power board of the p...

Page 180: ...ation and Users Manual P N LS10248 000HW E REV G JUL 31 2022 179 Silent Knight Panels Connecting to the Panels Figure C 30 Silent Knight Panel RS 485 Connections Future For panel connection use only the RS 485A port ...

Page 181: ...er the panel s password in the PROGRAMMING screen The default password is 00000000 5 Select the panel connected with the CLSS Gateway mainboard if it is a standalone panel OR Navigate in the list of panels and select the panel connected with the CLSS Gateway mainboard if it is a multi panel network 6 Select 1 MODULE 7 Select 2 ADD MODULE 8 Select the module of the CLSS Gateway mainboard from the l...

Page 182: ...d in the ANN BUS PRI terminal Connect the RS 485 ve wire to the A port Connect the RS 485 ve wire to the B port 3 Power Connection On the CLSS Gateway mainboard Side In the power supply port labeled 7 in the Figure C 2 Connect the Red wire to the 24V pin Connect the Black wire to the Gnd pin On the Panel Side In the power board of the panel Connect the Red wire to the ve pin Connect the Black wire...

Page 183: ... Installation and Users Manual P N LS10248 000HW E REV G JUL 31 2022 182 Triga Panels Connecting to the Panels Figure C 31 Triga Panel RS 485 Connections Future For panel connection use only the RS 485A port ...

Page 184: ...he panel s password in the PROGRAMMING screen The default password is 00000000 5 Select the panel connected with the CLSS Gateway mainboard if it is a standalone panel OR Navigate in the list of panels and select the panel connected with the CLSS Gateway mainboard if it is a multi panel network 6 Select 1 MODULE 7 Select 2 ADD MODULE 8 Select the module of the CLSS Gateway mainboard from the list ...

Page 185: ...ure that the detectors are connected with the detector connector 3 In the CGW MB Ensure that the CLSS Gateway mainboard is connected with CLSS Site Manager via Ethernet or Wireless 1 On the CLSS Gateway mainboard Side Connect the Ethernet cable to the Ethernet port 2 of the CLSS Gateway mainboard Refer to Figure C 2 where it is labeled as the Ethernet Port 2 It is the J3 pin on the CLSS Gateway ma...

Page 186: ...rnal Power Supply On the CLSS Gateway mainboard Side Connect to the power port of the CLSS Gateway mainboard Refer to Figure C 2 where the power port on the CLSS Gateway mainboard is labeled as 7 It is the P2 pin on the CLSS Gateway mainboard board On the External Power Supply Side Connect to the 24V DC external power supply ...

Page 187: ...12 Clintonville Rd Northford CT 06472 203 484 7161 140 Waterside Rd Leicester LE5 1TN UK 44 0 203 4091779 ...

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