Riello N35 Quick start guide

Riello Gateway
CODE
20141213, 20141214
Installation, use and maintenance instructions
LMV3, LMV5, Array, Massimo, Picollo
N35 N34
01/2019

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CONTENTS
TABLE OF CONTENTS
1BURNER(S)/BOILER(S) SETUP
1.1 PRODUCT USAGE 3
1.2 FIELD DEVICE CONNECTIONS 4
1.3 SETTING UP FIELD CONTROLLER(S) 5
1.3.1 SETTING UP THE ARRAY BOILER CONTROLLER(S) 5
1.3.2 SETTING UP THE LMV3 AND RWF CONTROLLER(S) 5
1.3.3 SETTING UP THE LMV5 CONTROLLER(S) 5
2GATEWAY SETUP AND ELECTRICAL CONNECTIONS
2.1 GATEWAY BREAKDOWN 6-7
2.2 DIP SWITCHES 7
2.2.1 A DIP SWITCHES-BAS SIDE MAC ADDRESS (ONLY FOR BACNET MSTP) 8-9
2.2.2 B DIP SWITCHES-PROFILE SELECTION 10
2.2.3 S DIP SWITCHES-NUMBER OF BURNER(S)/BOILER(S) 10
2.3 SETTING UP YOUR DESKTOP
2.3.1 DISCOVERING DEVICE 11
2.3.2 SETTING UP LAPTOP TO CONNECT TO GATEWAY 12
2.5 CHANGING THE GATEWAY IP 13
3TROUBLESHOOTING
3.1 GATEWAY LIGHTS 14
3.2 ACCESSING THE GATEWAY TO TROUBLESHOOT 15
4OBJECT TABLES
4.1 LMV3 BURNER(S) TABLE 16
4.2 LMV5 BURNER(S) TABLE 17
4.3 ARRAY BOILER(S) TABLE 18-20
4.3.1 ARRAY STATE/ERROR TABLE 21-22

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1BURNER(S)/BOILER(S) SETUP
BURNER(S)/BOILER(S) SETUP
1.1 PRODUCT USAGE
CASE 1 (Array Boiler): The gateway can connect with up to 8 Array boilers…This is 1 boiler
MODULES– There are 8 modules within this one boiler
Note: Number of modules depends on the boiler model. Ex. Array 1000 has 2 modules, Array
3000 has 6 modules, etc.
CASE 2 or 3 (Either LMV3 or LMV5): Within the R Series burner(s), identify the LMV control-
ler by removing the burner cover. The gateway can connect with up to 6 burners.

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BURNER(S)/BOILER(S) SETUP
1.2 FIELD DEVICE CONNECTIONS
The gateway can connect with up to 8 Array boilers.
*** AL Bus for cascade control is on a
separate daisy chain. Please see Array
Control System manual
*** Please see job specific Riello burner
drawings for linkageless LMV3, LMV5
burners
*** RS232 Converter with Array 1.0 is
20147499 (1 per boiler)
*** RS232-RS485 Device on Array
V1.0 is powered through the RS232
bus.
*** AL Bus for cascade control is on a
separate daisy chain. Please see Array
Control System manual

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BURNER(S)/BOILER(S) SETUP
1.3 SETTING UP FIELD CONTROLLERS
1.3.1 CASE 1: SETTING UP THE ARRAY BOILER CONTROLLER(S)
*** Important : There is nothing the BAS technician needs to change with respect to
the Modbus side of the boilers. Modbus addressing is automatically set up through
the cascade
> 141 - 1
> 145 - Set burner address from 1-6 (each burner
must have its own unique address)
>146 - 1
>147 - 0
Conf > Intf > set the following parameters:
> Bdrt - 2
> Adr - Set RWF55 address from 11-16
(each RWF55 much have its own unique
Address)
Operation > OPTG Mode Select > Modbus
Params & Display > User level > AZL > Set the following parame-
ters:
> Parity: 0
> Baudrate: 19200
> Address: Set the burner address from 1-6 (each burner address
must be unique)
1.3.2 CASE 2: SETTING UP THE LMV3 AND RWF55 CONTROLLER(S)
1.3.3 CASE 3: SETTING UP THE LMV5 CONTROLLER(S)

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2GATEWAY SETUP AND ELECTRICAL CONNECTIONS
GATEWAY SETUP AND ELECTRICAL CONNECTIONS
2.1 GATEWAY BREAKDOWN

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GATEWAY SETUP AND ELECTRICAL CONNECTIONS
2.2 DIP SWITCES
2.2.1 A DIP SWITCHES - BAS SIDE MAC ADDRESS (ONLY FOR BACNET MS/TP)

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GATEWAY SETUP AND ELECTRICAL CONNECTIONS
2.2.1 A DIP SWITCHES - BAS SIDE MAC ADDRESS (ONLY FOR BACNET MS/TP)

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GATEWAY SETUP AND ELECTRICAL CONNECTIONS
2.3.2 B DIP SWITCHES—PROFILE SELCTION
For example: On page 3, case 2 is chosen. This means you have an LMV3 on the burner and
the BAS network is decided to communicate through BACnet MS/TP. You would choose the
10th profile, using dip switches B0-”ON”, B1-”OFF”, B2-”OFF”, B3-”ON”.
2.3.3 S DIP SWITCHES– NUMBER OF BOILER(S)/BURNER(S)

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GATEWAY SETUP AND ELECTRICAL CONNECTIONS
2.4 SETTING UP YOUR DESKTOP
2.4.1 DISCOVERING A DEVICE
1. Please download fieldserver toolbox from the following link:
https://www.sierramonitor.com/content/fieldserver-toolbox-0
2. Open toolbox application, at this point the toolbox will discover the gateway connected to
your laptop
2.4.2 SETTING UP YOUR LAPTOP TO CONNECT TO THE GATEWAY
Assuming the gateway has the following default IP address: 192.168.1.24 and Subnet Mask:
255.255.255.0…..
Step 1: Right click on the Local Area Network Connection and go into “properties”
Step 2: Select “properties”

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GATEWAY SETUP AND ELECTRICAL CONNECTIONS
Step 3: Right click on “Internet Protocol Version 4(TCP/IP/IPV4)”
Step 4: Change IP and Subnet Mask to match the network of the gateway.
2.5 CHANGING THE GATEWAY IP
Step 1: Open up your internet browser, enter IP address of gateway, and click on “Diagnostics
& Debugging” at the bottom right hand side of the page.
Step 2: On the Nav tree, click “Setup”, then “Network Settings”

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GATEWAY SETUP AND ELECTRICAL CONNECTIONS
Step 2: On the Nav tree, click “Setup”, then “Network Settings”
2.5 CHANGING THE GATEWAY IP
Step 1: Open up your internet browser, enter IP address of gateway, and click on “Diagnostics
& Debugging” at the bottom right hand side of the page.

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3TROUBLESHOOTING
TROUBLESHOOTING
3.1 GATEWAY LIGHTS
SPL - Will light if the gateway is offline.
RUN - Will start flashing 20 seconds after power indicating normal operation.
ERR - Will go solid 15 seconds after power up. It will turn off after 5 seconds. A steady red light
indicates that there is an error.
RX - Will flash when a message is received on the host port.
TX - Will flash when a message is sent from the host port.
PWR - This is the power light and should show a steady green at all times when the gateway is
powered
*** RX and TX lights should be flashing indicating that there is communication between the
gateway and burner(s)/boiler(s)

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TROUBLESHOOTING
3.2 ACCESSING GATEWAY TO TROUBLESHOOT
Troubleshooting steps after setup, if red light is flashing or gateway is not communicating:
Is ERR light flashing?
If ERR light is NOT flashing then:
1. Connect to the gateway from your internet browser by entering the gateway IP address
(see section 2.4). Verify that the gateway is reading data from the burner(s).
Example: if burner 1 is connected and data is showing in the bottom right matrix as shown be-
low, then the gateway is communicating to the first burner/boiler. If all data is reading ‘0’, then
the gateway is not communicating with the burner/boiler.
If ERR light is flashing then:
1. Verify wiring is correct between gateway and burner(s)/boiler(s).
2. Verify correct address, baud rate, and parity on field devices (See section 1.3).

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4OBJECT TABLES
OBJECT TABLES
4.1 LMV3 BURNER(S) TABLE
BACnet MS/TP - Default: Baud Rate - 38400 (adjustable through internet GUI) , Parity - none,
Data Bits - 8, Stop Bits - 1, Node ID - 1547 (adjustable through internet GUI) , Max Master -
127, and MAC address is set through dip switches A.
BACnet IP - Default: IP - 192.168.1.24, Subnet Mask - 255.255.255.0, Node ID - 1547
Modbus TCP - Default: - 192.168.1.24, Subnet Mask - 255.255.255.0, Node ID - 154
Ethernet IP - Default: - 192.168.1.24, Subnet Mask - 255.255.255.0, Node ID - 154
Metasys N2 - Default - Baud Rate - 9600 (non adjustable), Node ID - 154 (adjustable
through internet GUI)

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OBJECT TABLES
4.2 LMV5 BURNER(S) TABLE
BACnet MS/TP - Default: Baud Rate - 38400 (adjustable through internet GUI) , Parity - none,
Data Bits - 8, Stop Bits - 1, Node ID - 1547 (adjustable through internet GUI) , Max Master -
127, and MAC address is set through dip switches A.
BACnet IP - Default: IP - 192.168.1.24, Subnet Mask - 255.255.255.0, Node ID - 1547
Modbus TCP - Default: - 192.168.1.24, Subnet Mask - 255.255.255.0, Node ID - 154
Ethernet IP - Default: - 192.168.1.24, Subnet Mask - 255.255.255.0, Node ID - 154
Metasys N2 - Default - Baud Rate - 9600 (non adjustable), Node ID - 154 (adjustable through

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4.3 ARRAY BOILER(S) TABLE
BACnet MS/TP - Default: Baud Rate (adjustable through internet GUI) - 38400, Parity - none,
Data Bits - 8, Stop Bits - 1, Node ID - 1547(adjustable through internet GUI) , Max Master -
127, and MAC address is set through dip switches A.
BACnet IP - Default: IP - 192.168.1.24, Subnet Mask - 255.255.255.0, Node ID - 1547
Modbus TCP - Default: - 192.168.1.24, Subnet Mask - 255.255.255.0, Node ID - 154
Ethernet IP - Default: - 192.168.1.24, Subnet Mask - 255.255.255.0, Node ID - 154
Metasys N2 - Default - Baud Rate - 9600 (non adjustable), Node ID - 154 (adjustable
through internet GUI)
OBJECT TABLES

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OBJECT TABLES
4.3 ARRAY BOILER(S) TABLE

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4.3 ARRAY BOILER(S) TABLE
OBJECT TABLES

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4.3.1 ARRAY STATE/ERROR TABLE
OBJECT TABLES
STATE TABLE (Boiler(x)Mod(x)_State)
Profile DESCRIPTION
0INITIALIZATION
INITIALIZATION VARIABLES FOR
RESET (START-UP) STATE
1RESET RESET (START-UP) STATE
2STANDBY STANDBY
3or4 PRE-PURGE PRE-PURGING
5or6 PRE-IGNITION PRE-IGNITION
7FLAME PROVING FLAME PROVING
8or9 BURN BURN
10or11 POST PURGE POST-PURGE
12 ERROR ERROR
13 ALARM ALARM
14 WARNING WARNING
15 BURNER BOOT REBOOTING CONTROLLER