Douglas WNG-2133 User manual

WNG-2133
BACnet Gateway
Instruction Manual

Contents
BACNET Gateway: Directions & Applications
Contents
Introduction ---------------------------------------------------------------------------
1
Parts: WNG-2133 BACnet Gateway --------------------------------------------------
2
Specifications & Dimensions----------------------------------------------------------
3
Installation: Factory Pre-Assembled W-2000 Systems-------------------------------
4
Installation: Factory Pre-Assembled MC-6000 Systems ----------------------------
5
Setting the IP Address-----------------------------------------------------------------
6
Douglas Network Groups Status and Control-----------------------------------------
7
BACnet Points of Control, Changing the BACnet Node ID----------------------------
8
Setting the BACnet/IP Broadcast Management Device------------------------------- 9
Troubleshooting ---------------------------------------------------------------- 10-11
Appendix A -Input/Output Log-------------------------------------------------- 12-13
Notes --------------------------------------------------------------------------- 14-15
lighting controls

· FTT-10 (78kbs) data signal
from the Douglas W-2000
LonWorks lighting control
system, if used.
· Wiring type is twisted pair,
unshielded, #16 AWG Belden.
24VAC Transformer
Connections
WNG-2133 Bacnet to Douglas System Gateway
Introduction
BACnet Gateway: Directions & Applications lighting controls
· Wink LED flashes, when
prompted by network, to
identify unit.
· Pressing the Wink pin disables
the Wink LED.
page 1
BACnet Data Signal
Connection
· IP from the external BACnet
system.
· BACnet data signal cable is
CAT-5e and plugs into the
socket on the right side:
side view
Data Signal Connection,
Douglas W-2000 System
Wink LED & Pin
Douglas W-2000 System
· Service LED flashes as
diagnostic aid.
· Pressing the Service pin
transmits WNG-2133 data to
the W-2000 network.
Service LED & Pin
Douglas W-2000 System
Selector Switch, Douglas
System
· Toggle to select type of Douglas
System to be connected to
BACnet network.
· Pushing switch to left selects
MC-6000 system, pushing
switch to right selects W-2000
system.
· RS-485 data signal from the
Douglas W-2000 LonWorks
lighting control system, if used.
· Socket plugs into a MC-6000
GTW Panel Control Card, which
is equipped with a BACnet
encoder.
Data Signal Connection,
Douglas MC-6000 System

Power 24VAC
WNG-2133-
BacNet to Douglas Gateway
White
Blue
xx
NET A
Earth
NET B
RS-485 B
System
Selector
MC6000 System W2000 System
RS-485 A
LonWorks FTT-10
Data Signal
Service Wink
This device links external BacNet based system to a
Douglas W-2000 LonWorks based Lighting Control System
or to a Douglas MC-6000 System. The WNG-2133 permits
the external system to switch relay groups, obtain status of
relay groups, switch individual relays and obtain status of
individual relays. The programming of relay groups is done
within the Douglas system using the Douglas user
interface. For detailed information regarding setup and
installation of this device, refer to the WNG-2133
Application Manual.
Self Configured System
WRS-2224: Nodes 24 to 13
WNS-2308: Nodes 8 to 1
Groups: All inherent to the
WRS-2224 and WNS-2308 devices
ü
WNS-2150 Configured System
WRS-2224: Nodes 1-10
Groups: ALL
WRS-2224: Nodes 11-30
Groups: None
WRS-2224: Nodes 31-50
Groups: None
WRS-2224: Nodes 51-70
Groups: None
Parts
BACnet Gateway: Directions & Applications page 2 lighting controls
side view
Selector Switch,
Douglas System
· Toggle to select type of
Douglas system that is to
be connected to the
BACnet system.
· Pressing left side selects
the MC-6000 System,
pressing right side selects
the W-2000 System.
Data Signal, Douglas
MC-6000 System
· RS-485 data signal from
the Douglas MC-6000
System, if used.
· Socket plugs into a MC-
6210 Panel Control Card
that has a BACnet encoder.
Service Pin & LED,
Douglas W-2000
System
· The Service LED flashes
as a diagnostic aid.
· Pressing the Service Pin
transmits WNG-2133
data to a W-2000
network, if connected.
Douglas System
Identification Label
· Generally supplied at the
factory.
· Other label, as shown below,
can be supplied for a MC-
6000 System.
Power Connections
· 24VAC
BACnet Data Signal
Connection
· IP from the external BACnet
system.
· Data signal cable, which plugs
into socket on side, is CAT-5e.
Wink Pin & LED,
Douglas W-2000
System
· The Wink LEd flashes,
when prompted by the
W-2000 network, to
identify unit.
· Pressing the WInk Pin
disables the WInk LED.
Data Signal Connection,
Douglas W-2000
System
· FTT-10 (78kbs) data signal
from the the Douglas W-
2000 LonWorks lighting
control system, if used.
· Wiring type is twisted pair,
unshielded, #16 AWG
Belden.
MC-6000 Configured System
Relay Group Assignments
MC-6000
Group #s
Individual Relay Assignments
BacNet
Variables
BacNet
Variables
MC-6000
Node# Relays

Specifications & Dimensions
Specifications: WNG-2133 BACnet Gateway
BACnet Gateway: Directions & Applications page 3 lighting controls
Power
Outputs
· Data signals of either the Douglas MC-6000 Network or
the Douglas W-2000 Network connect to the unit.
· Output connection from the Douglas Network is activated
by setting the selector switch to that network connection.
· Douglas W-2000 Network is standard LonTalk
Transceiver, FTT-10 (78kbs) type. Wiring type is twisted
pair, unshielded, #16 AWG Beldon.
· Douglas MC-6000 Network is RS-485 Transceiver.
Connection is a socket that plugs directly into an
MC-6000 Panel Control Card that has a BACnet encoder.
Programming
· Use Programming for groups and individual relays in the
Douglas MC-6000 or W-2000 Network is done directly
within the Douglas system interface.
· BACnet network is allowed up to 1000 points of control
and status for the groups and relays within the
Douglas System.
Environment
· Indoors, stationary, non-vibrating, non-corrosive
atmosphere and non-condensing humidity.
· Ambient operating temperature:
0OF to +1200F (-15Oto +50OC).
Dimensions & Mounting
· Mount to 35mm
DIN rail installed
in relay panel.
· 24VAC / 100mA Class 2 Low Voltage devices.
Input
· Input is a BACnet/IP network signal.
· BACnet/IP connection medium is Ethernet.
· Communication format is native BACnet/IP.
· Follow the wiring specifications issued by the host
BACnet system.
Plan View Side View
Network Technology Specification
· Network signal:
BACnet IP.
6.5"
(165)
4.0"
(102)
1.75"
(45)
35mm
DIN Rail
Mounting
Power 24VAC
WNG-2133-
BacNet to Douglas Gateway
White
Blue
xx
NET A
Earth
NET B
RS-485B
System
Selector
MC6000 System W2000 System
RS-485A
LonWorks FTT-10
Data Signal
Service Wink
This device links external BacNet based system to a
Douglas W-2000 L onWorks based Lighti ng Control System
or to a Dougl as MC-6000 System . The WNG-2133 permi ts
the external sy stem to switch relay groups, o btain status of
relay groups, swi tch individual rel ays and obtain status of
individual re lays. The programming of relay gr oups is done
within the Dougl as system using the Douglas user
interface . For detailed informat ion regarding setup and
installat ion of this device, re fer to the WNG-2133
Applicatio n Manual.
Self Configured System
WRS-2224: Nodes 24 to 13
WNS-2308: Nodes 8 to 1
Groups: All inherent to the
WRS-2224 and WNS-2308 devices
ü
WNS-2150 Configured System
WRS-2224: Nodes 1-10
Groups: ALL
WRS-2224: Nodes 11-30
Groups: None
WRS-2224: Nodes 31-50
Groups: None
WRS-2224: Nodes 51-70
Groups: None

BACnet Gateway: Directions & Applications page 4 lighting controls
Installation: Factory-Assembled W-2000 Systems
INSTALLATION INSTRUCTIONS: PRE-ASSEMBLED DOUGLAS W-2000 SYSTEMS
1. Install the pre-assembled relay panels. Be sure that the panels are
located closely enough together so that the network line length
required to interconnect them does not exceed the specification
called out in the One-Line Diagram page of the drawings supplied
with the system.
2. Make sure the Douglas network select setting and connnections
on the WNG-2133 BACnet Node are correct for a W-2000
System.
3. In each panel, connect the lighting loads to the output relays of
the scanner. You should make note of which load is connected
to each relay in the relay schedule for each panel.
4. In each panel, connect the group switching devices (switch or
timer) to the scanner group inputs. If you are connecting 24V
switching devices other than a default Douglas switch or time
clock, you will have to first configure their inputs. Use the
keyboard on the scanner, as detailed in the 'Scanner Input
Configuration' section on page 7 of this manual.
5. A maximum of 6 switching devices can be connected in parallel
to the same master input, with a maximum wire length of
2000'/600m if using 18 AWG wire.
6. Interconnect the WNX-2624 Network Nodes with the data signal
wire (shielded twisted pair in a single loop). Be sure to connect
them in the exact order shown in the One-Line Diagram in the
drawings supplied with the system.
7. Power the system up. LEDs will flash briefly on the scanners
and nodes. Make sure that the Digital Link LED is ON on each
scanner. If not, check the connnections and the node settings.
8. Determine which output relays are to be switched together as groups.
Different output relays from any scanners in the network can be
grouped together to be switched by the same group input. An output
relay can also be in more than one group.
9. (SELF-CONFIGURED SYSTEMS)
Use the keypad on each scanner to assign the output relays to each
group input:
9. (WNP-2150-CONFIGURED SYSTEMS)
Use the browser interface of the WNP-2150 Network Manager to
assign the output relays to each group input:
In most cases, a Douglas BACnet-accessible W-2000
system is assembled panel-by-panel and initially configured
at the factory.
For each panel in a pre-assembled system, it is necessary to
install the panel, check the basic network settings, connect
the switch inputs to the appropriate group inputs and
connect the outputs to the appropriate relays.
After this is done for all the panels in the network, the panels
are interconnected following the one-line diagram supplied
with the system. If not previously done at the factory,
outputs can be assigned to the group inputs of each relay
scanner once the panels are interconnected.
a) Go to the scanner with the group input to be programmed and
select that input by toggling the scanner's INPUT SELECT BUTTON.
b) Press the scanner's PROGRAM MODE BUTTON. This places the
entire network in Program mode. The Output LED for any output, on
any scanner, that is controlled by the input will be lit.
c) Add or remove an output relay on any scanner from the input by
toggling its OUTPUT BUTTON.
d) Press the NORMAL MODE BUTTON on the input's scanner to exit
the network from Program mode.
e) Repeat steps (a-d) for other inputs.
a) Connect computer with Internet Browser to WNP-2150 following
directions on label. Enter WNP-2150's IP address in browser's
address field to display Lighting Scheduling software.
b) List relay groups using the GROUPS/NEW Submenu.
c) Assign relays to groups using GROUPS/PROGRAM RELAYS
Submenu. Go panel-by panel untill all relays have been added to all
of the groups.
d) Assign groups to inputs using GROUPS/PROGRAM INPUTS
Submenu. For each input, also assign the action triggered and
hardware type.
e) Repeat steps (a-d) for other inputs.

BACnet Gateway: Directions & Applications page 5 lighting controls
Installation: Factory-Assembled MC-6000 Systems
INSTALLATION INSTRUCTIONS: PRE-ASSEMBLED DOUGLAS MC-6000 SYSTEMS
In most cases, a Douglas BACnet-accessible MC-6000 system
is assembled panel-by-panel and initially configured at
the factory.
For each panel in a pre-assembled system, it is necessary to
install the panel, check the basic network settings, connect
the switch inputs to the appropriate group inputs and connect
the outputs to the appropriate relays.
After this is done for all the panels in the network, the panels
are interconnected following the one-line diagram supplied
with the system. If not previously done at the factory,
outputs can be assigned to the group inputs of each relay
scanner once the panels are interconnected.
1. Install the pre-assembled relay panels. Be sure that the panels are
located closely enough together so that the network line length
required to interconnect them does not exceed the specification
called out in the One-Line Diagram page of the drawings supplied
with the system.
2. Make sure the Douglas network select setting and connnections
on the WNG-2133 BACnet Node are correct for a
MC-6000 System.
3. In each panel, connect the lighting loads to the output relays of
the output card. You should make note of which load is
connected to each relay in the relay schedule for each panel.
4. In each panel, connect the group switching devices (switch or
timer) to the input cards. If you are connecting 24V switching
devices other than a default Douglas switch or time clock, you will
have to first configure their inputs. Refer to the MC-6000
Programming Module Manual for details.
5. A maximum of 4 switching devices can be connected in parallel
to the same master input, with a maximum wire length of
2000'/600m if using 18 AWG wire.
6. Interconnect the MC-6210N-CPU cards with the data signal
wire. Be sure to connect them in the exact order shown in the
One-Line Diagram in the drawings supplied with the system.
7. Power the system up. LEDs will flash briefly on the WNG-2133
device and then begin blinking to indicate OK status.
8. Determine which output relays are to be switched together as
groups. Different output relays from any panels in the network
can be grouped together to be switched by the same group
input or network device. An output relay can also be in more
than one group.
9. All programming and configuration of the system is implemented
via the RS-485 dataline through a front-end PC.
To configure the MC-6000 software:
1. Change the shortcut by adding -w1 after the executable file
in the Target.
2. Open the software with the BT files for the project.
3. Go to: Config/Remotes.
4. Create remote number 252, name 252 Gateway
5. 0 for all components.
6. Set all the address DIP switches to the down postion on the
MC-6210N device.
7. Go to: Groups\Supergroups.
8. Create a supergroup SNVTScene001 and add groups as
required.
9. Go to: Misc\Online.
10. Cli ck Interface, then select 252 Gateway.
11. Download, plus download to all panels afterwards.

page 6 lighting controls
BACnet Gateway: Directions & Applications
Setting the IP Address
Setting the IP Address
When configuring the IP address, please ensure that the IP address and Subnet mask are within the same class.
You will require the configuration software, Ruinet. Please contact technical support to obtain a link.
1. Configure your PC IP address to communicate with 192.168.10.11 / 255.255.255.0
2. Connect the crossover cable.
3. Start Ruinet. The device should show up on the screen.
4. Change the Subnet Mask. Wait for the device to accept the change and the screen is accessible again.
5. Change the IP Address. Wait for the device to accept the change and the screen is accessible again.
6. Change the Gateway. Wait for the device to accept the change and the screen is accessible again.
7. Reboot the device.
8. Close Ruinet.
9. Configure your PC IP address to communicate with the new IP Address and the new Subnet Mask.
Make sure the IP Address of the PC is the Gateway entered into the WNG-2133.
10. Start Ruinet. The device should show up and be brought up to the screen.
Recovering for Bad IP Address Setting (May not be recoverable).
If in error, the WNG-2133 may revert back to a default IP address and go into Broadcast mode.
To correct this:
1. Set your PCs address to:
-IP Address: 192.168.1.1
-Subnet Mask: 255.255.255.0
2. Start Ruinet.
3. The device should show up on to the screen. If it does not, you should use the Wireshark procedure as
described below.
To use the freeware Wireshark program:
1`
2. Start Wireshark and initiate a capture.
3. Start Ruinet.
4. In Wireshark you will see packets coming from your Laptop's IP address and the lost WNG-2133.
Class Range of first octet
0 - 127 (e.g. 125.10.4.1)
A
128 - 191 (e.g. 159.10.4.1)
B
192 - 223 (e.g. 192.10.4.1
C
Subnet mask
255.xxx.xxx.xxx
255.255.xxx.xxx
255.255.255.xxx
Table 1: Valid IP/Subnet Mask Ranges

BACnet Gateway: Directions & Applications page 7
Douglas Network Groups Status and Control
The WNG-2133 BACnet Gateway is a BACnet device that is used to simplify and streamline the inclusion of a Douglas
Lighting Controls network into a larger BACnet network. The WNG-2133 is designed to work with the main Douglas network
configurations, LonWorks and MC-6000. The WNG-2133 BACnet Gateway will simplify several of the otherwise awkward,
although standard, data representations on a Lonworks system.
It will also isolate the Lighting subnet, effectively relieving the burden of lighting configuration from the integrator, allowing the
'user friendly' Douglas configuration tools to setup and bind the lighting portion of the network.
Group Status and Control
The WNG-2133 employs a FTT-10 and a RS-485 communication chip programmed to pass data to a Field Server Protocessor
BACnet IP interface. Each processor has its own independent transceiver port for network communications to either the
W-2000 system or the MC-6000 system. The BACnet IP interface will connect to the integrator toolset, while side B will
connect to and monitor the lighting subnet using standard self-configuring routines.
Relay status will be made available for WNX-2624, WSP-2718, or MC-6210 devices. This “smart” status will consist of an
ANALOG value per relay represented. 0=Not Connected, 1=On, 2=Off, 3=Error. Relay status will be updated to the
integrator whenever the gateway detects a change of relay state for a given device.
Relay activation is via a simple ANALOG value per relay represented. 0=Off, 1=On.
Group Status will be made available for the system as a whole. This is via a simple BINARY POINT value per group represented.
0=Off, 1=On.
Group Control is via a “smart” ANALOG value per group represented. When used with a MC-6000 System, 3=Off, 4=On.
With the W-2000 it has the full functionality of the LonWorks SNVT_Scene. The values entered into the value will operate the
following functions:
Name Description
SC_GROUP_OFF Network group OFF.
3
SC_GROUP_ON Network group ON.
4
SC_FLICK Relays are flicked as soon as this command is sent to warn occupant of an impending
OFF sweep. After the flick warn is issued the tenant has 5 minutes to turn the relay OFF
and back ON to exclude their light from the OFF sweep.
9
SC_TIMEOUT The relays are set to Timeout mode. When the timeout period expires (default 2 Hours)
the relays will go OFF without any warning.
Relays will stay in Timeout mode until an SC_ENABLE_GROUP is issued.
10
SC_TIMEOUT_FLICK Same as SC_TIMEOUT except relays are flicked 5 minutes before impending OFF
sweep to warn the occupant. After the flick warn is issued the tenant has 5 minutes
to turn the relay OFF and back ON to exclude their light from the OFF sweep.
Relays will stay in Timeout mode until an SC_ENABLE_GROUP is issued.
11
12
SC_DELAYOFF Relays are OFF after a timed period (Default delay time = 15 minutes).
13
SC_DELAYOFF_FLICK Relays are OFF after a timed period (Default delay time = 15 minutes) with Flick Warn.
14
SC_DELAYON Relays are ON after a timed period (Default delay time = 15 minutes).
15
SC_ENABLE_GROUP Enable the group for network commands. This is also used to stop relays from Timeout mode.
16
SC_DISABLE_GROUP Disable the group for network commands. Relays will be masked from all Network commands.
Relays will stay in Disable mode until an SC_ENABLE_GROUP is issued.
SC_CLEANON Cleaning mode, where relays turn ON then return to original state when manual OFF signal
received, is activated.
Cleaning mode is disabled.
SC_CLEANOFF
17
18
19
SC_WINK All group relays turn ON, then back to OFF after a delay period called 'wink'.

BACnet Points of Control, BACnet Node ID
BACnet Gateway: Directions & Applications page 8 lighting controls
BACNET Control Points
The WNG-2133 BACnet Gateway has 1000 control points. Extensive lighting control networks may require
more, due to the vast amount of data required to represent as many as to 255 groups overall and 72 points
per panel. To overcome this constraint, multiple WNG-2133 Gateways of complementary configurations can
be used. The best distribution of points is to group relays together by node. This would be done by bit-
mapping each relay to an existing data structure.
Multiple WNG-2133's can be utilized within a system.
Each profile has been created to maximize the 1000
points available.
BACnet to LonWorks Self-configured System
Self-configured systems up to 12 scanners:
Use one WNG-2133 Gateway.
Self-configured systems with more than12 scanners:
Use two WNG-2133 Gateways, WNG-2133-NP1-10G &
WNG-2133-NP11-30.
BACnet to LonWorks WNG-2150 System
WNG-2133-NP1-10G - BASE UNIT:
Controls 10 scanners 1-10 PLUS all groups.
WNG-2133-NP11-30:
Controls 20 scanners 11-30 (Needs WNG-2133-NP1-10G).
WNG-2133-NP31-50:
Controls 20 scanners 31-50 (Needs WNG-2133-NP1-10G).
WNG-2133-NP51-70:
Controls 20 scanners 51-70 (Needs WNG-2133-NP1-10G).
BACnet to MC-6000 System
WNG-2133-MC05-11:
CPU5-11, Grp0-52, MC-6210 incl.
WNG-2133-MC12-18:
CPU12-18, Grp 53-104, MC-6210 incl.
WNG-2133-MC19-25:
CPU19-25, Grp 105-156, MC-6210 incl.
WNG-2133-MC-G500:
Grp 1-500 ONLY, MC-6210 incl.
WNG-2133 Profile Listing Changing the BACnet Node ID:
Uploading, Editing and Downloading
the config.csv File
To upload the config.csv File from the WNG-
2133 to your PC
1. From the main menu select <U> to go to the upload
screen.
2. Begin the uploading by selecting <U> .
To edit the config.csv File on your PC
1. Locate the files where the Ruinet.exe executable resides.
2. Select and launch the NOTEPAD program to edit the file.
(Using any other program may corrupt the file).
3. Within the config.csv file, locate the Server Side
Connections - BACnet IP area . Adjust the number under
the Node_ID line. This should appear as shown below:
//====================================
//
// Server Side Connections -BACnet IP
//
Nodes
Node_Name, Node_ID, Protocol
WNG-2133_GTW1,11, BACnet_IP
//===================================
To download the edited File to the WNG-2133
1. From the main menu select <D> to go to the download
screen.
2. Begin the download by selecting <D>.

page 9 lighting controls
BACnet Gateway: Directions & Applications
Setting the BBMD (BACnet/IP Broadcast Management Device)
BBMD: BACnet/IP Broadcast Management Device
The BACnet system relies on the use of broadcast messages. Routers join IP networks together so messages
from one network can be sent to another. However, most routers do not forward broadcast messages and the
BACnet signals do not get passed correctly.
To solve this problem BACnet provides a technology called BBMD which means BACnet/IP Broadcast
Management Device.
BACnet/IP requires that a BBMD be defined on every subnet for cross-router communications. The WNG-2133
can act as a BBMD for the subnet that it resides on, while another BBMD must reside on the other subnet to
pass the information forward. Setting the Connection_Type to BBMD will enable this functionality on the WNG-
2133. Note that BBMD operation is not required if there is already another BBMD on the network.
The WNG-2133 supports the method of updating its internal broadcast distribution table to create BBMDs.
Two steps are needed:
1. Creating a custom “bdt.ini” file and downloading it to the WNG-2133
2. Uploading the config.csv file to the PC, editing the config.csv file then downloading it to the WNG-2133
1. Creating and Downloading the bdt.ini File
The Broadcast Distribution Table can be configured using
the bdt.ini file. The bdt.ini file must be created and
downloaded to the WNG-2133 using the Ruinet Download
Configuration command. This example shows the WNG-
2133 as IP 10.33.12.23 and the BBMD on the other
subnet as IP10.33.11.21:
//=====================================
// bdt.ini
//
// FST Customer : Douglas Lighting
// Configured By : CBR
//
// Copyright (c) 2000-2002 WNG-2133 Technologies
//
// BBMD ip_address BBMD port BBMD subnet Mask
//
10.33.12.23, 47808, 255.255.255.0
10.33.11.21, 47808, 255.255.255.0
//=====================================
To download the bdt.ini File to the WNG-2133
1. From the main menu select <D> to go to the download
screen.
2. Use the <O> key to enable the downloading of 'other'
files. When enabled you can download files other than
.csv to the WNG-2133. Exercise caution with this option.
3. Specify the local file name by selecting <L>, then type
the path and file name and press <Enter>.
4. If the remote filename is incorrect, select <R>, then type
the file name and press <Enter>.
5. Begin the download by selecting <D>.
2. Uploading, Editing and Downloading the
config.csv File
To upload the config.csv File from the WNG-
2133 to your PC
1. From the main menu select <U> to go to the upload
screen.
2. Begin the uploading by selecting <U> .
To edit the config.csv File on your PC
1. Locate the files where the Ruinet.exe executable resides.
2. Select and launch the NOTEPAD program to edit the file.
(Using any other program may corrupt the file).
3. Within the config.csv file, locate the Server Side
Connections - BACnet IP area. Append the
,Connection_Type,IP_Port to the first line and
,BBMD,47808 to the next line. This should appear as
shown below:
//=====================================
//
// Server Side Connections -BACnet IP
//
Connections
Adapter, Protocol, Connection_Type,IP_Port
N1, BACnet_IP ,BBMD,47808
//=====================================
To download the edited File to the WNG-2133
1. From the main menu select <D> to go to the download
screen.
2. Begin the download by selecting <D>.

Troubleshooting: Douglas W-2000 Networks
W-2000 Network Troubleshooting Guide
Problem Encountered Possible Cause(s)
Defective output relay.
- reset relays to both ON or both OFF.
Corrective Action
Flashing Output LED(s)
during NORMAL mode
2 relays connected to same output
with one relay ON and the other OFF.
External AC current leaking into circuit.
- replace relay.
- check wiring for shorts or grounding.
Output relay(s) not
tripping properly
Input(s) not configured when non-default
input device(s) or output function(s) used.
Relay(s) not included in input group.
FLICK WARN not properly programmed.
- configure input(s) per instructions on pages 7-8.
- use circuits with non-HID lighting.
Relay(s) also part of another input group
with contradictory input signals. - remove relay(s) from other group.
- check programming, re-program if necessary.
- check input configuration.
- check input switching device(s) and connections.
- check power source.
Improper input voltage (must be
between 22VAC and 30VAC).
FLICK WARN not working
- check programming, re-program if necessary.
HID lighting used in FLICK WARN group.
TIME OUT not working
Inappropriate input switching device used. - make sure input is only ON during TIME OUT period.
- use timer as input instead of switch.
Relay group not programmed properly. -check programming, re-program if necessary.
TIME OUT assigned to more than one group. - assign TIME OUT only to one all-inclusive group.
BACnet Gateway: Directions & Applications page 10 lighting controls
General Guidelines:
· Make sure that 24V power exists in all panels (always measure between 22VAC and 30VAC);
· Make sure that data signal is connected to all Nodes;
· Make sure all inputs and outputs are tightly connected and inputs are configured properly;
· Make sure all relay groups are programmed correctly;
· Make sure the Net Manager Select switch is ON only for the Network Manager Node.
Service LED flashing
once every second
Too many relays connected to one output. - make sure there are 4 relays maximum per output.
Node is unconfigured. - (if Network Manager node) turn off node,
designate another node as Network Manager
and re-configure network.
- (if not Network Manager node) restart panel,
and Network Manager will automatically configure
node and assign inputs to outputs as necessary.

Troubleshooting: Douglas MC-6000 Networks
BACnet Gateway: Directions & Applications page 11 lighting controls
MC-6000 Network Troubleshooting Guide
Problem Encountered Possible Cause(s) Corrective Action
LEDs on, switch not
giving ON/OFF
status
Incorrect hardware configuration for
switch input.
Output relays not programmed properly.
- re-configure input to correct hardware type,
per instructions on page 10.
- use Override buttons to check ( If all relays respond
to ON override & OFF override, wiring is OK.)
Otherwise, check wiring.
Incorrect software configuration for
switch input. - re-configure input to correct software type,
per instructions on page 8.
- check wiring.
Faulty wiring.
- check programming, re-program if necessary.
Faulty wiring.
Scanner LEDs all OFF
Scanner not receiving power. - check 24VAC power.
Scanner corrupt. -replace scanner, re-program as necessary.
General Guidelines:
·
Make sure that 24V power exists in all panels (always measure between 22VAC and 30VAC);
· Make sure that data signal is connected to all Nodes;
· Make sure all inputs and outputs are tightly connected and inputs are configured properly;
· Make sure all relay groups are programmed correctly;
· Make sure the Net Manager Select switch is ON only for the Network Manager Node.
Service LED flashing
ON for 3 seconds,
OFF for 1 second,
repeatedly
Device is corrupt. - replace node.
Outputs responding
erratically to switch input
LEDs on, switch giving
ON/OFF status but
outputs not responding

Appendix A - Input/Output Log (copy this page for other panels used)
Input Input Switches Output Relays (numbered by panel # / output#)
1.
Type Remarks # Remarks # Remarks
2.
Type Remarks # Remarks # Remarks
3.
Type Remarks # Remarks # Remarks
4.
Type Remarks # Remarks # Remarks
5.
Type Remarks # Remarks # Remarks
Panel
Additional Remarks:
BACnet Gateway: Directions & Applications page 12 lighting controls
Date
Node ID#

Appendix A - Input/Output Log (copy this page for other panels used)
Input Input Switches Output Relays (numbered by panel # / output#)
1.
Type Remarks # Remarks # Remarks
2.
Type Remarks # Remarks # Remarks
3.
Type Remarks # Remarks # Remarks
4.
Type Remarks # Remarks # Remarks
5.
Type Remarks # Remarks # Remarks
Panel
Additional Remarks:
BACnet Gateway: Directions & Applications page 13 lighting controls
Date
Node ID#

Notes
BACnet Gateway: Directions & Applications page 14 lighting controls

Notes
BACnet Gateway: Directions & Applications page 15 lighting controls

www.DouglasLightingControls.com
4455 Juneau Street • Burnaby, B.C. • CANADA
phone: [phone] • fax: [phone]
WARRANTY
DOUGLAS lighting controls reserves the right to cancel or
change items shown in this publication without notice.
DOUGLAS products are warranted for one year from the
date of purchase by the consumer against defects due
to materials and the company's worksmanship only. The
sole obligation hereunder shall be to repair, or at the
company's option to replace, products as aforesaid,
provided same are returned, upon authorization,
'Transportation Prepaid' to the company's Burnaby,
CANADA office within the said period. Defects or failures
due to improper or careless installation, storage or
handling, or usage other than rated conditions, are
specifically excluded from this warranty. No liability is
accepted for return transportation charges following
repair or replacement as aforesaid or for reinstallation
costs. No other liability of any nature or kind, whether
arising out of or from the use of the product, whether or
not defective, is assumed.