Honeywell Q7055A User Manual
Honeywell BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
Q7055A
BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
INSTALLATION INSTRUCTION & USER MANUAL
Quick Setup
In order to setup the BNA device properly,
the following connections are prerequisite:
• Null-Modem cable connected to a PC
running a VT100 terminal emulation
program or a VT100 compatible terminal
(refer to Table 6-1: Terminal settings)
• LAN connection either via UTP (RJ45
connector) or AUI.
• Power connection.
• An active FTP-Server machine on the LAN
The following BNA Bootloader commands
are mandatory for setting up the BNA (for a
detailed command description, refer to
chapter 6.5 Command Description on Page
31):
np Basic network parameters
dc Download configuration
load Load executable from FTP server
Before the application firmware is started it
is recommended to add some users (user
roles) using command um (refer to chapter
6.5.8 um - User management on Page 37).
After that the BNA device can be installed
at its final operating location.
BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
BNA - 2 DN
BNA - 2DN
LAN Ch1
LAN Ch1
Reset Mod e
Reset Mode
12 6 7
Figure 1-1: Parts and Controls on the Front Side
345
Rx RxTx TxCol Rx Tx Lnk
Rx RxTx TxCol Rx Tx Lnk
Honeywell
Honeywell
Ch2
Ch2
Power
Powe r
8 9 10
Figure 1-2: Parts and Controls on the Rear Side
Technical Data
Supply Voltage 18-24 VAC (50...60 Hz);
Power Consumption 5VA (connected via 10BaseT,
Temperature Limits 0...+50 °C (+32...+122 °F);
Ambient storage limits: -35...+70 °C (-31...+160 °F);
System Data
Processor 25 MHz, MC68EN360, 32 Bit
Data Transfers 10Mbit/sec, 802.3 Ethernet
LAN-Interfaces AUI or 10BaseT (RJ45)
Field Bus (BNA-2DN) RS485 AC
Device Interface Serial RS232
Memory 4 MB SRAM, 2 MB Flash
MTBF >100.000 h
Weight 800 g (1.76 lb)
Dimensions (H x W x D) (76 x 158 x 200) mm
Safety
11121314
Protection standard IP20 acc. to EN60529
Protection class II acc. to EN60730-1
Flame retardant V0 acc. to UL94
Agency Listings
Electromagnetic compatibility (EMC) EN50081-1 and EN50082-2
Electromagnetic emission (EME) FCC Class A
Energy management UL916
Fire protection and smoke control UL864
18-24 VDC (external power
supply required)
twisted pair); 12VA
(connected via 10Base5, AUI)
5...95% rh, non condensing
5...95% rh, non condensing
Microprocessor (4.5MIPS)
coupled Manchester encoded
channels (L1-Bus compatible)
(BNA-2CS/1C) RS485 DC
coupled
(2.99 x 6.2 x 7.87) in.
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
Table of Contents
1 About BNA...........................................................5
2 Location of Parts and Controls..........................8
2.1 Front Side.................................................... 8
2.2 Rear Side ...................................................11
3 Before Installation............................................. 13
4 BNA Operating Positions.................................15
4.1 Single Device............................................15
4.2 Stacked Devices........................................16
4.3 Wall Mounting .........................................16
5 Connections........................................................ 19
5.1 Power Connection.................................... 19
5.2 Field Bus Connection (Ch1 / Ch2)......... 20
5.3 Bus Termination Switch .......................... 20
5.4 L1 Bus Termination..................................22
6 BNA Bootloader.................................................23
6.1 Startup Behavior ......................................23
6.2 Operating Modes .....................................25
6.3 Switching the Operating Mode ..............25
6.4 Device Setup............................................. 28
6.5 Command Description ............................31
6.5.1 Help or ?...........................................................32
6.5.2 np - Basic network parameters....................32
6.5.3 dc - Download configuration.......................33
6.5.4 load - Load executable...................................36
6.5.5 ping - ping......................................................37
6.5.6 ver - Show installed software.......................37
6.5.7 run - Execute installed software...................37
6.5.8 um - User management .................................37
6.5.9 whoami - Who am I........................................40
6.5.10 login - Login as different user.......................40
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
7 Cables and Connectors..................................... 42
7.1 DB9F Null Modem Cable........................ 42
7.2 Ethernet Connectors................................44
7.2.1 RJ45 Connector ...............................................44
7.2.1.1 Connecting a BNA to a Hub..........................45
7.2.1.2 Connecting a BNA to a Workstation............46
7.2.2 AUI Connector................................................47
Tips & Tricks.............................................................49
FAQs...........................................................................50
Glossary ..................................................................... 51
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
XBS
1 About BNA
TCP/IP LAN
BNA-1C
XCL5010
C
-
XCL5010
B
u
s
The Building Network Adapter (BNA) delivers
exceptional price/performance to meet the
requirements of both building owners and service
providers. With its combination of scalable
performance, density, and low per-port pricing, the
Building Network Adapter allows network-layer
capabilities to be extended to a much wider range
of network configurations and environments.
Customers can now gain the advantages of highperformance network and services, including traffic
management to more locations throughout the
network.
The Building Network Adapter is using the LANconnection to provide a seamless communication to
BNA-2CS
XCL5010
XCL5010
S-Bus
F&S Bus
Honeywell
BNA-2DN
L1 Bus
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
the requesting device. Status information like LAN
communication activity, field bus traffic communication
and system heartbeat of the Building Network
Adapter is indicated by LEDs on the front of the
device.
Technically, the Building Network Adapter
provides an interface from various Honeywell
controller busses that use RS232/RS485 signals to a
local area network using 802.3 Ethernet protocol.
This allows data to be used by high-level building
management systems such as Enterprise Buildings
Integrator (EBI), Excel Building Supervisor (XBS),
and Excel Facility Integrator (XFI).
This Installation Instruction and User Manual cover
all BNA device types listed below.
BNA-1C provides a single RS485 DC coupled C-
BNA-2CS provides two RS485 DC coupled C- / S-
BNA-2DN provides two RS485 AC coupled Man-
Bus-compatible communication channel for XL5000 family devices with up
to 76.8 kbps.
/ FS-90-Bus compatible communication channels for different applications,
like Excel IRC and Excel Classic as well
as XL5000 family devices with up to
76.8 kbps.
chester encoded L1-Bus (DeltaNet Peer
bus) compatible communication
channels.
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
Additionally, each BNA type is equipped with AUI
and RJ45 10Base T connectors plus a RS232
interface.
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
2 Location of Parts and Controls
The numbering for the parts and controls in this
section is referring to the pictures on the rear side of
the title page. In order to have a reference between
the numbering here and the device pictures, it is
possible to fold this page out.
2.1 Front Side
Differences between the various BNA types are
explicitly noted in the concerning element
description.
1 Reset
Hardware reset button. Located directly behind
the small hole in the front panel. To reach this
button, a pointed object like a sharp pen or an
unfolded paper clip is necessary. Pressing this
button resets the BNA device immediately. This
operation is similar to power on the BNA
device.
2 Mode
Mode switch button. This button is needed to
change the bootloader modes. For a detailed
description about BNA operation modes, please
refer to chapter 6.2 Operating Modes on Page 25.
3 LAN
Local Area Network (LAN) activity display.
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
Shows the actual LAN traffic using 4 LEDs.
Col
Rx
Tx
Lnk
Collision indicator (Red)
If this LED is on, then two or more
devices on the network are
transmitting at the same time. This is
not a fault, but a normal occurrence
on an Ethernet network. However,
when the Collision LED remains on
for all transmission attempts, it may
indicate an abnormal condition such
as an open end-of-line termination.
Receive indicator (Green)
on means that data is received by the
BNA over the Ethernet.
Transmit indicator (Green)
If this LED is lit up, then the BNA
device sends data to the Ethernet.
When data is transmitted, the Rx
indication LED is lit up
simultaneously.
Link indicator (Green)
shall always be on when the BNA is
connected via the RJ45 connector to
the Ethernet. If this LED is off under
this circumstance, then it will not be
possible to send or receive any data.
If an AUI transceiver is used to hook
up the BNA to the network, then this
LED will be off in most cases because
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
the transceiver shows by itself that it
is linked properly to the LAN.
4 Ch1
Bus Channel 1 activity display. This display
contains two green LEDs, one showing the
BNA receive activity (Rx) and the other
showing the BNA transmit activity (Tx).
5 Ch2
Bus Channel 2 activity display. This display
contains two green LEDs, one showing the
BNA receive activity (Rx) and the other
showing the BNA transmit activity (Tx).
Note: Ch2 indication is available on two
channel devices only. It is not available on a
BNA 1C device.
6 Heartbeat
System heartbeat display. During BNA system
runtime, this LED flashes continuously. This
LED is a two-color LED. A red flashing LED
means that the BNA bootloader is currently
active. A green flashing LED means that an
application firmware is running.
7 Power
Power indicator. This LED lights up when
power is connected to the BNA device.
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2.2 Rear Side
Differences between the various BNA types are
explicitly noted in the corresponding element
description.
8Ch2
3-pin connector for field bus channel 2
connection electrically isolated meets the
EMC-and FCC-requirements.
Field Bus wiring is described in chapter 5.2
Field Bus Connection (Ch1 / Ch2) on Page 20.
Note: The Ch2 field bus connector is
available on two-channel devices only. It is
not available on a BNA 1C device.
9 Ch1/Ch2 Bus Termination Switches
These switches are used to select between
different field bus terminations. For a detailed
description of the different Bus Termination
Switch positions, please refer to chapter
5.3 Bus Termination Switch on Page 20.
Note: The Bus Termination Switch option
is available on BNA 1C and BNA 2CS
devices only.
The Bus Termination Switch near the Ch2
field bus connector is available on twochannel devices only. It is not available on a
BNA 1C device.
BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
10 Ch1
3-pin connector for field bus channel 1
connection electrically isolated meets the
EMC-and FCC-requirements. Field Bus wiring
is described in chapter 5.2 Field Bus Connection
(Ch1 / Ch2) on Page 20.
11 AC/DC IN 18-24V
Power connector for 18-24V AC (50...60Hz) or
18-24V DC power supplies.
Power consumption is 5VA (connected via
10BaseT, twisted pair) or 12VA (connected via
AUI, 10Base5). An external power supply is
required. See also chapter 5.1 Power Connection
on Page 19.
12 RS232
9-pin SUB-D male RS232 connector,
electrically isolated, PC pin compatible,
protected against spikes.
This interface is used for initial device set-up
and requires a standard Null-Modem cable
when interfacing to a PC.
13 LAN-AUI
15-pin Attachment Unit Interface female
Ethernet LAN connector for coaxial or fiber
optic linkage (with AUI transceiver).
14 10BaseT
10BaseT RJ-45 Ethernet LAN-connector, meets
the requirements of ANSI/TIA/EIA 586
Category 5, for unshielded twisted pair
connections.
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
3 Before Installation
Please pay attention to the steps listed below prior
to installing the Building Network Adapter device.
1 Verify that the product has been received
without damage.
2 Verify that the correct BNA type has been
delivered.
3 Check package contents. The following items
are included in each product package:
Pieces Item
1 Building Network Adapter device
1 Building Network Adapter
Installation Instruction & User
Manual
1 Small bag with installation material
The small installation material bag contains the
following parts:
Pieces Item
1 2 pole Phoenix power connector
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
Pieces Item
23 pole Phoenix controller bus
channel connectors
4 Optional wall mounting clips
4Small inserts
4Screws
4 Please read chapter 5 Connections on page 19
carefully prior to connecting any power and
data interface cables to the BNA.
5 Please refer to the installation instruction
manuals of each component that shall be
connected to the BNA, like 95-7545 XLS1000
Installation Instructions, 95-7421 FS90
Installation Instructions, and 95-7551 LAN
Installation Instructions, etc.
WARNING:
Do not remove the cover of a BNA device.
There are no user serviceable parts inside.
Any unauthorized modification of this equipment
may result in the revocation of the owner’s
authority to continue its operation.
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
4 BNA Operating Positions
4.1 Single Device
Figure 4-1: Single device operating position
Figure 4-1 shows the normal BNA device operating
position e.g. on a desk.
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
4.2 Stacked Devices
Figure 4-2: Stacked Devices
BNA Devices may also be stacked. Because of
stability issues, it is recommended not to stack
more than 3 devices.
4.3 Wall Mounting
It is also possible to mount the BNA device to a
wall. The following sequence describes how the
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BUILDING NETWORK ADAPTER BNA-1C/2CS/2DN
g
device has to be prepared prior to mounting it to a
wall.
Put the BNA-adapter with the
topside down on the desk
(Figure 4-3).
Figure 4-3
Remove the four feet (Figure
4-3) from the bottom of the
BNA by pushing them
horizontally away from the
housing with a flat
screwdriver (Figure 4-4).
Figure 4-4
Push the four inserts
(included) fully and
horizontally into the housin
(Figure 4-5).
Figure 4-5
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