Poseidon 1250 - Atel Electronics

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Poseidon model 1250 - Manual
HW group
Poseidon 1250
Poseidon 1250 – Starting Guide …………… 2
Poseidon 1250 – Manual …………………… 7
Oficjalny dystrybutor:
ATEL ELECTRONICS
www.atel.com.pl
e-mail: [email protected]
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Starting Guide - Poseidon 1250 THset
Start measuring quickly with a Poseidon unit
Poseidon 1250 THset package
contents:
•
Poseidon unit, model 1250 [600 006]
•
HTemp-485
485 temp/humidity sensor
[600 106]
•
“Sensor RJ45 MIDDLE” cable [600 233]
•
Door contact [600 119]
•
12V power supply adapter [600 080]
•
Hardcopy of this “Starting Guide”
•
CD with documentation, manual and
software
1) Connecting the Poseidon 1250
•
Connect the supplied “Sensor RJ45 MIDDLE” cable to the “HTemp-485”
“HTemp 485” sensor:
GND (-) = brown/white, Vcc (+) = brown
RS485 (A) = (blue/white
blue/white + green),
green
RS485 (B) = (green/white
green/white + blue),
blue

Connect the power supply adapter via the
supplied cable to the power supply connector
Connect the HTemp485 humidity and
temperature sensor
(Port 1 – RS-485).
Use terminals 1 and 2 to connect the door
contact or other Dry Contact sensor
Connect the unit to the Ethernet (use a
standard cable to connect to a switch, or a
cross-over cable to connect to a PC)
•
The green POWER LED lights up.
•
If the Ethernet connection works properly, the green LINK LED lights up and flashes whenever
data are transferred (activity indication).
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2) Configuring the IP address – UDP Config
The UDP Config executable file is located in the root folder of the CD, or it can be downloaded at
www.HW-group.com. Run UDP Config. The program automatically searches for connected devices.

The
program searches for devices on your local network. To identify a particular Poseidon unit, look
at its MAC address (printed on the label at the bottom of the unit).
Double-click a MAC address to open a dialog window with basic device settings.

Set the:
•
IP address
•
Set the HTTP Port
•
Set the Mask of your network
•
Set the Gateway IP address
•
Optionally set the device Name
Note: If you don’t know these details or are not sure, please
contact your network administrator.
Click Apply Changes to save the entered values to
the Poseidon unit.
Alternatively, you can use the following ways to configure the IP address:
•
UDP Config for Linux
•
Hercules utility (/Hercules.exe) (UDP Setup or Serial port terminal)
•
RS-232 serial port (any terminal program, 9600 8N1, DIP1=ON, restart)
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3) Accessing and configuring the Poseidon with a web browser
Enter the device IP address to the web browser, or run UDP Config and click the device IP address
in the list of detected devices:
The following web page displays:
Device IP address
Dry Contact states
Overview of
connected sensors,
current values, alarm
conditions, etc.
Graphic Flash Setup,
see next page
Vendor information
(customizable, see TCP Setup)
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SNMP MIB file, XSD
definition file,
firmware update over
TCP
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
4) Flash Setup feature
Click the Flash Setup link at the web page to open a graphic version of the setup utility. Adobe
Flash player must be installed in your web browser. You can find it on the supplied CD
(\Poseidon\install_flash_player_7.msi), or download the latest version from the Internet.
Flash Setup allows you to:
•
Set names for sensors and values for raising alarm (“Safe range”)
•
Select units for displaying temperature (°C, °F, °K )
•
Monitor current sensor values, values are refreshed at predefined intervals
•
Set SNMP parameters (Community names & rights), define targets for SNMP Traps
•
Set device name, password, and secure IP address range
More information about the settings is available in the manual and on our web page www.HWgroup.com
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5) Connecting the sensors
IT Bus sensors (1-Wire)
Short distance bus for local sensors wiring.
•
To connect a single sensor: Connect the sensor to the Poseidon
Pose
–
Port2 RJ12.
•
To connect 2 to 10 sensors: Connect the sensor to the T-Box
T Box (TBox2)
the connector must click-in
in to make a proper connection.
Connect the hub to the Poseidon.
•
Open the WWW interface of the Poseidon, start the Flash Setup, and click Autodetect
Sensors on the Sensor Setup tab.
Industrial bus sensors (RS-485)
Long distance bus for connecting industrial sensors.
•
Connect the Temp-485 or HTemp-485
HTemp
sensor to Port 3 (RJ45
connector).
•
Terminate the RS-485 line with a 120 Ω to 470 Ω terminator.
rminator. Some
sensors (e.g. Temp-485)
485) contain a built-in
built in terminator controlled with a
jumper or a DIP switch (TERM = ON).
•
Verify or set the sensor address using jumpers on the sensor.
When adding a new sensor, use an address that is not used by any other sensor connected
to the same bus.
•
•
If your sensor has no jumpers to set the address, find its pre-set
pre set address on the
device label. If necessary, see the sensor manual for the procedure to change the
sensor address.
Open the WWW interface of the Poseidon, start the Flash Setup, and click Autodetect
Sensors on the Sensor Setup tab.
Note:
Sensor address is specified as an uppercase or lowercase letter, or as a
number from 65 (“A”) to 122 (“z”). The sensor address is displayed in the
Poseidon WWW interface as well as in the Flash setup.
Sensor functionality is bound to the RS-485
RS 485 address. Sensors with the
same address can be swapped without the need for a new detection.
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Poseidon 1250 – Manual
Pt100
WEB (HTML)
Binary
Input
Ethernet
Power
INTERNET
(INTRANET)
Current
loop
4-20mA
12V DC
Poseidon 1250
Temp-485-Pt100
Temperature
Port 1
RJ45
Humidity
XML
m
Email
Al a r
m
al
RS-485
Al a r
Temp-485
er
t
SNMP trap
Up to 1.000m
1-Wire
er
t
SNMP
Up to 20m
HTemp-485
al
Temperature Sensors
Temp-485
EN 600 006
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Ordering numbers
OID
Product name
Product description
600 006
Poseidon model 1250
Poseidon unit, model 1250
600 042
600 043
Poseidon 1250 Tset
Poseidon 1250 THset
Poseidon 1250 start set, power adaptor, CD, temperature sensor
Poseidon 1250 start set, power adaptor, temp. sensor, humidity sensor
Special versions
•
Power adapter connects to terminals instead of a jack socket
•
Dry Contact inputs galvanically isolated from the power supply
•
Please contact us for pricing and delivery dates
OID
Product name
Product description
600 227
Poseidon model 1250a
Power connector = jack, contact inputs galvanically isolated
600 228
600 229
Poseidon model 1250b
Poseidon model 1250c
Power connector = terminals, contact inputs NOT galvanically isolated
Power connector = terminals, contact inputs galvanically separated
Safety information
The device complies with regulations and industrial standards in force in the Czech Republic. The
device has been tested and is supplied in working order. To keep the device in this condition, it is
necessary to adhere to the following safety and maintenance instructions.
In particular, the device must not be used anymore under any of the following conditions:
•
•
•
•
•
•
The device is noticeably damaged
The device does not function properly
Unfastened parts can move inside the device
The device was exposed to moisture or rain
The device was serviced by unauthorized personnel
The power adapter or power supply cable are noticeably damaged
The manufacturer warrants the device only if it is powered by the supplied power adapter or an
approved power supply.
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tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Table of Contents
POSEIDON 1250 – MANUAL .............................................................................................................. 7
Ordering numbers ................................................................................................................... 8
Safety information ................................................................................................................... 8
Table of Contents .................................................................................................................... 9
Basic features ....................................................................................................................... 11
Application examples ............................................................................................................ 12
Sensors ................................................................................................................................. 12
Overview of the Poseidon product line
13
Poseidon models................................................................................................................... 13
General Poseidon family features ......................................................................................... 15
Supported interfaces ............................................................................................................. 17
Technical characteristics
18
Mechanical dimensions ......................................................................................................... 20
Detailed device description ................................................................................................... 21
User interface
31
UDP config ............................................................................................................................ 33
WEB interface ....................................................................................................................... 34
Flash setup ........................................................................................................................... 37
TCP Setup ............................................................................................................................ 53
Serial setup ........................................................................................................................... 59
Firmware Update................................................................................................................... 60
Sensors for Poseidon
61
Accessories for sensor connecting ....................................................................................... 62
Temperature sensors ............................................................................................................ 63
Sensors humidity................................................................................................................... 64
Voltage and current sensors ................................................................................................. 65
Outputs ................................................................................................................................. 65
On/Off type sensors .............................................................................................................. 66
Special accessories .............................................................................................................. 66
Sample solutions and connections
67
Connecting 10 sensors to IT Bus .......................................................................................... 67
Poseidon Spider – bus converter .......................................................................................... 68
Using the Industrial Bus – star topology ................................................................................ 69
Using the Industrial Bus – daisy chain .................................................................................. 70
Software
71
Using Poseidon units in your programs
72
Poseidon & Damocles Installation Wizard............................................................................. 72
PosDamIO – Command line control ...................................................................................... 73
HWg SDK.............................................................................................................................. 74
Poseidon unit – formats and interfaces
81
SMS – interface description .................................................................................................. 81
Email – interface description ................................................................................................. 82
XML – interface description................................................................................................... 84
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Modbus over TCP – interface description ............................................................................. 90
SNMP – interface description ................................................................................................ 92
SNMP Trap – interface description ....................................................................................... 96
Connectors and connections
99
Industrial Bus (RS-485) connections ................................................................................... 100
List of ordering ID numbers
102
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tel. +48 (77) 455 60 76
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Poseidon model 1250
The Poseidon 1250 connects up to 42 sensors (temperature,
humidity, voltage, current and others) and 3 binary inputs
(contact) to Ethernet over HTTP (WWW and XML pages) over
SNMP, Modbus/TCP protocols and sends Emails or SNMP
Traps to notify of the Alarm.
3 inputs to connect break-type contact are fitted on the box, the
other sensors are connecting over RS-485 (RJ45 connector/ up
to 1000m) and IT Bus (RJ12 connector/ up to 10m).
Basic features
•
•
•
•
•
•
•
•
•
•
•
•
Graphic WWW interface for configuration, no special SW needed.
One Poseidon 1250 unit monitors up to 42 external sensors.
Alert of Alarm - Email, SNMP Trap, and SMS (via supplied SW).
Wide range of sensors from inexpensive ones to professional sensors, over up to 1000m.
Open communication protocols (SNMP, XML, Modbus/TCP and others)
Safety increased with password, IP address range, HW protection against configuration
changes.
The Poseidon 1250 directly controls two outputs and it can be used to connect two external
relays.
Package of supporting programs and utils (PN Eye, Pos-Excel, Alarm Forwarder etc.)
SDK (Software Development Kit) SW development library + examples (VB, Delphi, C, C#)
We supply software for food industry (CapTemp), IT monitoring (nmsDashboard) a others
Support of plug-in modules for many NMS applications (LoriotPro, HP OpenView, Nagios, IBM
Tivoli, SNMPc, MRTG and others).
The latest FirmWare versions can be downloaded from our WWW pages, over network or RS232.
We offer custom made HTML page design, list of contacts and more to OEM partners
ATEL ELECTRONICS
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45-231 Opole
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tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
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Application examples
•
Monitoring sensors: humidity, door position, movement detector, dangerous gas and others.
•
Logging: storages, cold-storages, freezers and fridges (food and pharmacy)
•
System interconnection: fire (EPS), safety (EZS), access system
•
Large buildings: heating and air-conditioning optimizing, monitoring of IT
•
Camera systems: connecting external sensors (door contacts, PIR)
•
IT – monitoring: server rooms, 19“ racks (IT and ICT)
•
AC monitoring: temperature and evaporated water leak
•
UPS monitoring: AC and DC voltage, fuel in Diesel-engines tanks,
•
Network devices monitoring: MW wireless points, APs, switchboards
•
System monitoring: Information points, cash-machines, terminals
•
SCADA systems: external value connecting
Dry Contact
SNMP Trap
E-mail
Sensors
•
Temperature (up to 42 sensors, -55°C to +640°C, over up to 1000 m)
•
Humidity (up to 25 sensors over up to 1000m)
•
General sensors
•
Voltage (0..10V and 110/230V)
•
Air- flow
•
Shake and angle
•
Current (0..20mA and 230V)
•
•
Door open/close
•
Flood detector (water level)
Movement and
position
•
General contact
•
Smoke and gas
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Overview of the Poseidon product line
Poseidon models
The Poseidon line of products comprises several models targeted at various applications and
markets. All models share similar features:
•
•
•
Unified, easy-to-install graphical interface
Mutually compatible network communication protocols
Range of inputs, outputs and sensors, depending on the price range.
3262
3265
3266
3268
1250
2251
Yes
Yes
Yes
Yes
Yes
Yes
Binary (dry contact)
inputs
-
-
4
4
3
3
Outputs (contacts)
-
-
-
2
2 (RS-232)
2 (RS-232)
6 sensors
5 sensors
3 sensors
4 sensors
10 sensors
10 sensors
Industrial bus (RS485)
-
-
-
-
31 sensors
31 sensors
Logger capacity
-
-
-
-
-
40 000
records
HTML, XML
Yes
Yes
Yes
Yes
Yes
Yes
SMTP Email
Yes
Yes
Yes
Yes
Yes
Yes
SNMP (R/W), Trap
Yes
Yes
Yes
Yes
Yes
-
Modbus/TCP
-
Yes
Yes
Yes
Yes
Yes
Alarm SMS (with an
external GSM modem)
-
Yes
-
-
-
Yes
Poseidon model
WWW interface
IT bus (RJ12)
Poseidon 3262
Economy model for simple IT, ICT and Telco applications. Monitors one to six
temperature and humidity sensors. Data are accessible via XML, SNMP, Email alarm notifications, or SNMP trap.
Poseidon 3265
Popular model for IT, ICT and Telco applications with GSM modem support.
Supports sending SMS alarms without the need for a PC or special software.
Supports up to 5 temperature and humidity sensors connected to the IT bus.
Current data are accessible via XML, SNMP, E-mail alarm notifications, SNMP
trap, and SMS.
Text messages (SMS) are sent through a GSM modem that is connected
directly to the Poseidon via RS-232.
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Poseidon 3266
Economy model for IT and Telco applications. Supports 3 external sensors
connected to the IT bus, and 4 dry contact inputs. The inputs can be
connected to any digital sensors, e.g. door contacts, electrical power meters,
smoke detectors, etc. Measured values are available via XML, SNMP, E-mail
alarm notifications, and SNMP trap.
Poseidon 3268
Monitoring and control model for IT applications. Supports 4 external sensors
connected to the IT bus, 4 binary (dry contact) inputs, and two outputs
(double-throw contacts of an internal relay).
The outputs can control multiple devices, e.g. a ventilation system, an alarm
system, a power source for a server, etc. The device is controlled via XML and
SNMP, alarm notifications are sent via e-mail and SNMP trap.
Poseidon 1250
Industrial model of Poseidon device. Controls a maximum of 42 sensors
installed up to 1000m away from the unit. Supports two buses for connecting
the sensors: “IT bus” – up to 10 sensors up to 10m away, and “Industrial
bus” (RS-485) – industry-standard interface for connecting e.g. Pt100
precise platinum temperature sensors or analog input modules. Supports the
popular Modbus/TCP industrial protocol. The device is controlled via XML,
SNMP (R/W); notifications are sent via e-mail and SNMP trap.
Poseidon 2251
Industrial model. Supports a maximum of 42 sensors and contains a separate
built-in Flash logger for recording data. Stored values are accessible via http
as a .csv file (compatible with MS Excel). The device is controlled via XML,
notifications are sent via e-mail and SNMP trap.
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tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
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General Poseidon family features
Characteristics of displayed values
•
The Poseidon unit displays actual values of all sensors.
•
Values from binary inputs are read within 200ms period
•
Values from all sensors of both busses (RS-485 and IT Bus) are read in one loop that
repeats every second but time needed may vary from 1 to 30 seconds.
•
All values are in integer/10 format, range is defined with range itself – it means ± 999.9
•
Sensor value 999.9 is out of range of all supported sensors and means that the sensor was
not found.
•
•
In case you disconnected the sensor or exchanged for another, run autodetection or
erase sensor from the list.
•
After increasing load on Poseidon unit from network demands (for example public
online demo) -999.9 value can sometimes appear though the sensor works properly.
The reason is in device capacity, lower load from direct demands on Poseidon unit.
Values to units are assigned automatically depending on sensor detection type and it can be
one of following
•
Temperature: °C, °K, °F (note that setting of min a nd max values for Saferange is
possible in °C only)
•
Humidity: %RH
•
Voltage: V,Current: A or mA
•
Another units: %, and others
Input / sensor in Alarm
•
Alarm state can be set independently to every single input (Contact) / sensor
•
For sensors “Alarm” is considered value out of set range, in case sending of alarm state is
activated at least to one outputs (SNMP / Email & SMS)
•
Reactions to sensor disconnecting
•
-999.9 value is displayed
•
Value is interpreted as Alarm (value out of safe range) and if alarm for current sensor
is activated, Email or SNMP Trap is sent.
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Sensor hysteresis
Hysteresis value defines width of tolerance belt for alarm raising. The function protects against
multiple alarms in case the value oscillates around set value. See graph for detail.
Without hysteresis of 5°C, alarm raised in point 8 would end in point 9, due to hysteresis function
alarm is extended until temperature raises to the end of hysteresis belt (point 10) 5°C + (-15°C) = 10°C.
•
Safe Range -15+25°C, Hysteresis = 0°C , Alarm in points 0..1, 2..3, 8..9, 12..13, 14..
•
Safe Range -15+25°C, Hysteresis = 5°C , Alarm in points 0..4, 8..10, 12..
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Supported interfaces
Particular Poseidon models support several hardware interfaces for sensors connecting. Brief
description follows, more details are available in interface technical specification.
•
Binary inputs (Dry Contact Inputs)
Digital inputs for connecting two-level
two
sensors. Dry Contact means
direct connection of non-potential
potential contact. The input signalizes two
states only - "On"/"Off" ("Open"/"Close") which can be interpreted by
Poseidon as "Normal" / "Alarm".
•
Relay Outputs
The Poseidon supports binary outputs. They
They can be controlled over WWW interface (over
SNMP, Modbus/TCP, XML) or Alarm can be indicated.
Two output types exist:
- Switch contact relay (Poseidon 3268)
- Voltage output to control external relay (Poseidon 1140, 1250).
•
Value sensors can be connected
conn
over two bus types
•
IT bus (1-Wire
Wire support up to 10 sensors over up to 10m)
Dallas Semiconductor bus designed to connect several
sensors over short wiring. The bus contains power supply wire
and one data wire. The bus is not suitable EMC disturbance
environment.
The sensors assigned unique address during manufacture
which is automatically detected as sensor ID.
•
Industrial bus (RS-485
485 supports up to 31 sensors over up to 1000m).
We use TP cables and RJ45 connectors for RS-485
RS 485 industrial
line; it iss quick and easy for common user.
The RS-485
485 bus uses blue wire pair (pin 4 and 5) which is
marked as A and B. 12V power supply uses brown wire pair (7,
8).
In case you use supplied S-Hub
S
unit and B-Cable module,
green wire pair (pin 3 and 6) is used for
fo backward RS-485
connection. This wire pair is not designed on Poseidon 1250 unit.
Sensor address detected as sensor ID (within 48 to 127 range) is setup with protocol
or jumper.
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Technical characteristics
•
Ethernet: RJ45 – 10BASE-T/10 Mbit/s
•
Port 1: RS-485 bus (RJ45 connector)
•
Port 2: IT Bus (RJ12 connector)
•
Port 3: RS-232 (Canon 9M connector)
•
Port4: Dry contact Inputs switchboard for 3 contacts (0 to 500 Ω)
•
Device setting:
•
Locally – RS-232 – sensor setting and initialization, IP address configuration.
•
UDP Setup –IP addresses configuration etc. – works remotely over network but only
on local network segment.
•
Over http – graphic Flash interface – protected with password and IP addresses
range.
•
Over SNMP – some parameters only
•
Power supply: +12V / 250 mA
•
Dimensions: 25 x 82 x 90 [mm]
•
Indication LEDs: Power, LINK, Sensor, Mode
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Ethernet port
+ Interface
+ Supported protocols
+ SNMP compatibility
RJ45 (10BASE-T) – 10 Mbit
It’s compatible also with 10/100 Mbit networks
IP: ARP, TCP/IP (HTTP, Modbus over TCP), UDP/IP (SNMP)
Ver:1.00 compatible, some parts of the ver 2.0 implemented
Port 1 – RJ12 – IT Bus (Dallas 1-Wire Microlan)
+ Connector
RJ12 (6 pins - 4 pins used only, can be used for RJ11 connectors)
+ Sensors / distance
Max. 10 sensors, up to 20 m
Port 2 - RJ45 - Industrial Bus (RS-485)
+ Connector
RJ45 (8 pins)
Max. 31 sensors, up to 1000m
+ Bur termination
Internally terminated, Poseidon has to be placed to beginning or the end of the bus.
+ Power
12V / max 120 mA – Max 4 external RS-485 sensors without external power.
Port 3 – DB9M - RS-232
+ Connector
+ Pinout
+ Usage
+ Outputs
Cannon 9 male (DB9M)
Standard IBM PC (RxD,TxD,RTS,CTS, DTR, DSR, GND)
Serial Setup, extended pins
No sensors, up to 20 m
2 additional outputs (1/0), RTS(+10V/-10V), DTR(+10V/0V)
Port 4 – Dry contact Inputs
+ Contact inputs
3 digital inputs, ready to connect NO/NC dry contacts
+ Input type
One common pin, all inputs Opto-coupled, max distance 30m
LED Status indicators
+ POWER
+ LINK & Activity
+ SENSOR RS-485
+ MODE & RS-232
DIP SWITCH configuration
+ DIP1 - RS–232 Setup
+ DIP2
Green – power OK
Green – Ethernet connectivity
Yellow slow – Any RS-485 sensor not found
Yellow fast – RS-485 sensors reading, value valid
Red – Device is in the RS-232 Setup mode
Red – lit – One (or more) of the sensors out of defined Safe Range
Green fast once – sensor reading, value valid
+ DIP4 – RS-485 Echo
ON = RS-232 Setup mode (RS-232 mode only), OFF = Run network mode
Not used
ON = Security mode (HW protection) – no configuration change available
OFF = Non-Security mode – configuration not HW protected
ON = RS-485 bus Echo mode on RS-232 port
Physical parameters
+ Voltage requirements
+ Dimensions
+ Weight
12V / 250 mA DC – coaxial power connector (barrel), GND on the shield
25 x 82 x 90 [mm] (H x W x D )
450g
+ DIP3 - Security
Functional parameters
Device SETUP
configuration
possibilities
- RS-232 Setup – over any RS-232 terminal 9600 8N1, DIP1=On when Power-UP
- UDP Setup – IP address assign via “UDP Config” program
- TCP Setup – Setup mode via Telnet connection to port 99
- WWW Setup – http Flash application from web interface
- SNMP (not available for all parameters)
Note: Description above is intended for Poseidon model 1250 – ordering number 600 006 (without
galvanic separation of binary inputs for sensor connecting)
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Mechanical dimensions
Wall mount – “L” bracket
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Detailed device description
Power connector
To supply power typical connector is used – 2,5mm pin diameter. Negative pole is
connected to connector case.
Special versions of the Poseidon model 1250
[600 006] – preferred model version, see table
[600 227] – galvanically separated inputs
Ethernet
Ethernet network interface connected to standard RJ45 connector on power
connector end is connected over Twisted Pair (TP) cable to switch or over
over crosscross
cable directly to PC.
The device is equipped only with Ethernet 10 Mbit interface => it can be connected only to 10 Mbit or
to 10/100 Mbit network.
Note: The device can not be directly connected to 100 Mbit network! If you need to do so, use 10/100
1
Mbit Ethernet Switch.
MAC Address
MAC address is unique number identifying every device. It can be found on device label located on
bottom part. It always consists of six pairs of numbers, first three pairs are always 00:0A:59.
With MAC address you
ou can always define each device in UDP setup program to assign IP address.
DIP switches
Four DIP switches controls following functions. After
change in setting, we recommend to reset the device
with power supply interrupting.
Preset configuration is:
DIP1=Off, DIP2=Off, DIP3=Off, DIP4=Off,
DIP SWITCH configuration
+ DIP1 - RS–232 Setup
+ DIP2
+ DIP3 - Security
+ DIP4 – RS-485 Echo
ON = RS-232
RS
Setup mode (RS-232
232 mode only), OFF = Run network mode
LOAD DEFAULTS:
DEFAULTS Toggle with switch 3 times up to 5 seconds after power-up.
power
Not used
ON = Security mode (HW protection) – no configuration change available
OFF = Non-Security
Non
mode – configuration not HW protected
ON = RS-485
RS
bus Echo mode on RS-232 port
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DIP1 - RS-232 Setup mode
DIP1 activates RS-232 Setup mode, Ethernet is not active if DIP1=ON, device is active after
power on, RS-232 Setup and red MODE led is blinking!
Set default device configuration: Toggle with DIP switch 3 times up and down during first 5
seconds after power up.
DIP3 – HW-Security protection
If DIP3=ON, HW-Security protection mode is active. Any changes in configuration are ignored in
this mode:
•
No settings can be changed via UDP Setup
Port 1 RJ45
Port 2 RJ12
Port 3 DB9M
(Herkules program)
Flash Setup can be displayed in web
browser but no changes are allowed
POWER (green)
•
No parameters can be changed over SNMP
SENSOR (yellow)
•
TCP Setup can not be run (port 99 default).
MODE
•
LINK
(green)
(red/green)
Signalization leds
LEDs signalize actual mode activity, power supply,
Ethernet activity and sensor readings.
•
POWER (green)
Signalizes power supply on.
•
LINK (green)
Signalizes connection to working Ethernet.
•
SENSOR RS-485 (yellow)
Quick blink signalizes reading value from RS-485 bus.
Slow blinking means that some sensor on RS-485 bus was not found.
•
MODE & RS-232 (Red/green)
•
•
Slow blinking – The device is set to RS-232 Setup mode = Ethernet interface is not
working (check DIP1).
Red lights – Alarm occurred at least on one sensor or input
Error
Ethernet disconnected
Ripped off RS-485 sensor (alarm inactive)
Ripped off RS-485 sensor (alarm active)
Ripped off IT bus sensor (alarm active)
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LED signalization
Green LED (Link) turns off
Slow blinking of yellow LED (Sensor)
Red LED lights (Mode)
Red LED lights (Mode)
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Port 3 - tel.
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Port 3 DB9M - RS-232
The interface is designed to setup the device (RS-232
Setup, in case DIP1=ON) or to install new FirmWare.
Outputs DTR and RTS can be controlled from Flash setup
interface, bound them with Alarm state or control over
network.
Voltage on outputs that links to log levels:
RTS
•
0 (Off) = -10V (-12..-6V)
•
1 (On) = +10V (6..12V)
1
2
3
4
5
6
7
8
9
RxD
TxD
DTR
GND
DSR
RTS
CTS
-
<--->
-->
--<--->
<--
Not used
Receive Data
Transmit Data
Data Terminal Ready
System Ground
Data Set Ready
Request to Send
Clear to Send
Not used
DTR
•
0 (Off) = 0V
•
1 (On) = +10V (6..12V)
Use of RTS and DTR outputs
Port 3 complies with RS-232 specifications but P1250 RC can be used
to wake external relay with circa 10V (It can control relay of 9V or 12V
DC rated voltage).It is a converter to connect two relays to 12V to
Poseidon 1250 over RS-232.
P1250 RC (Relay Cable) - ordering number 600 244
Relay coil are connected directly to small terminal board, polarity is
shown on the label and state is signalized with LED.
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Port 4 – Dry contact Inputs
3 non-potential contacts can be connected to terminal
board, use Common pin.
Inputs are not galvanically connected to power supply.
Not connected input has „O (Off)“ value.
Not active input is named as „1 (On)“, resistance of
input against Common pin must be between 0 and
500Ω.
Connection parameters:
•
•
•
Wiring length: up to 50m
Supported sensors: Any non-potential contact
Setting alarms for every input: Alarm activation and its state (0/1), configuration over WWW
- Poseidon Flash setup.
o Alarm not active
o Alarm state when contact is open or closed
o Alarm state when contact is open
•
Actions after Alarm occurs: Common setting for all inputs
o No reaction
o Notification of Alarm with SNMP Trap
o Notification of Alarm with Email or SMS
o Notification of Alarm with SNMP Trap and Email or SMS together
•
•
•
•
Reading period: 800 ms
Range of sensors’ ID: Inputs use ID addresses from 1 to 9.
Rename sensor: Sensor can be named with up to 12 chars
Detection of sensor disconnecting: Negative, disconnected sensor shows „O (Off)“ value.
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Port 1 RJ12 – IT Bus (Dallas 1-Wire Microlan)
IT bus or 1-Wire is a bus from Dallas Semiconductor Company
designed to be connected to several sensors over short wiring. The
bus contains power supply and one data wire; it is not designed for
long distances and EMC disturbance environment.
We recommend wiring up to 10m. Experimentally, some successful
working applications over distances of tens or even hundreds of
meters are applied.
For wiring longer than circa 15m from one connector of Poseidon unit
we can not guarantee error-free operating, it depends on wiring
implementation, topology and environment, where the wiring is
located, etc.
•
•
•
•
•
•
•
•
•
•
•
•
•
Port 1 – RJ12
1
2
3
4
5
6
+5V
Data
GND
+5V
-
Power
Not used
Transmit Data
Ground
Power
Not used
Wiring length: up to 10m totally.
Supported sensors: temperature and humidity sensors (see Sensors overview of our
assortment)
Number of sensors on one bus: up to 10 sensors.
Sensors powering: 5V/50 mA connected to RJ12 connector.
Sensor consumption: Power is sufficient for all connected sensors.
Communication cable: Phone cable – 4-wire (2-wire on special occasion).
Alarm setting: Value monitoring with safe range, setting over WWW – The Poseidon Flash
setup.
Reading period: 800 ms up to 10 seconds (according to number of connected sensors, 10
seconds for 41 sensors).
Sensor addressing: Automatically, every sensor has its unique address.
ID sensor range: Sensors use ID from 257 to 65 535 range.
Sensor rename: Sensor can be independently named with up to length of 12 chars, name is
bound to sensor ID.
Detection of disconnecting: Yes, disconnected sensors shows "-999.9" value.
Alarm after sensor is disconnected: If sensor signalizes Alarm with value out of safe range,
disconnecting raises Alarm.
Do not forget:
All IT Bus sensors has unique serial number that is recorded along with sensor
name. Sensor is defined with ID. If sensor is changed with another, it must be
detected again with Autodetection from Flash SETUP
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Special accessories for IT Bus
Poseidon T-Box2 – RJ12 switch for 2 sensors
•
Connecting cable length: 1m
•
Number of connectable sensors: 2
•
Connector type: RJ12
•
Designed for: IT Bus (1-Wire)
Poseidon T-Box – RJ12 switch for 5 sensors
•
Connecting cable length: 10cm
•
Number of connectable sensors: 5
•
Connector type: RJ12
•
Designed for: IT Bus (1-Wire)
Poseidon Spider – IT bus to Industrial bus converter
•
The Spider unit connects to the Poseidon through the Industrial
Bus (RS-485)
•
Up to 4 IT Bus sensors can be connected to the Spider to
measure temperature, humidity, or to react to contacts.
•
Each sensor is connected to a separate connector and may be
located up to 25m away.
•
Maximum number of connected sensors: 4
•
Connectors:
•
RJ12 for IT Bus sensors
•
RJ45 Industrial bus to connect the Spider to the Poseidon unit
•
Supported sensors: IT Bus (1-Wire)
•
Connects to: Industrial Bus (RS-485)
Warning:
The Poseidon unit warranty explicitly excludes failures caused by connecting sensors
from other manufacturers or by excessively long wiring.
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Port 2 – RJ45 – Industrial Bus (RS-485)
Port 1 – RJ45
RS-485 bus can be used to connect up to 31 sensors over up to
1000m even in industrial environment. We use TP cables and RJ45
connector for RS-485 line wiring. It is suitable for common user.
RS-485 bus is conducted over blue pair (pins 4 and 5) that is labeled
as A and B. Brown pair (7, 8) is used for 12V sensor powering.
In case you use supplied S-Hub unit and B-Cable module, green pair
(pins 3 and 6) is used for backward connecting of RS-485. Green pair
is not connected to Poseidon 1250 unit.
1
-
2
-
3
-
4
B (-)
5
A (+)
Not used
Not used
485 B back
6
RS-485
Industrial bus
485 A back
•
Wiring length: 1000m totally
7
GND
Ground
•
Supported sensors: temperature, humidity, current, voltage
and others (see Sensor overview)
8
+12V
Power
•
Number of sensors on RS-485: up to 31 sensors.
•
Power supply: 12V/120 mA connected to RJ45. Sufficient for up to
3 external sensors, S-Hub support can be added.
•
Communication cable: twisted pair UTP, occasionally 4-wire
phone cable
•
Alarm setting: Monitoring of value safe range, setting over
Poseidon Flash setup
•
Reading sensor: 800 ms to 10 seconds (according to number, 10
seconds for 41)
•
Sensor addressing: Manual, every sensor must have unique address (see sensor manual)
•
Sensor ID range: Sensors use ID addresses from range between 48 and 122, the address
is ASCII value of characters 0..9, A..Z, a..z.
•
Detection of sensor disconnecting: Yes, disconnected sensor shows "-999.9" value.
•
Alarm after sensor disconnecting: If sensor signalizes Alarm with value out of safe range,
disconnecting causes Alarm state.
General RS-485 characteristics
•
Total wiring length up to 1000m
•
Up to 32 devices on the line (Poseidon unit + 31 sensors)
•
High industrial disturbance resistivity
•
Daisy chain topology necessary (not star topology)
•
Unique address of every device is a must
•
Necessary to respect conductor polarity
•
Line beginning and end must be terminated
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Line terminating
RS-485 must be terminated. It can be realized with following methods:
•
Internal jumper on some sensors (jumper named as TERM or TERMINATOR) – for
example Temp-485 or HTemp-485.
•
In case you use B-Cable reduction, select "LAST" configuration.
•
External resistor of „last“ sensors that do not have jumper nor DIP switch (Temp-485Pt100), terminate bus with external resistor on the wiring end (connect resistor between A
and B pins of the last sensor).
Resistance should be 120Ω. For short wirings, resistance of 470Ω can be used to lower
current consumption of all sensors together.
Note: Disadvantage is topology with one beginning and one terminated end, not a popular star
topology with one connecting point.
Special accessories for RS-485 bus
B-Cable - RJ45 / 4-wire
B-Cable module is a reduction between RJ45 connector and 4
pin connector A,B,+,- ..
Some of supplied RS-485 sensors have already RJ45 connector
but some of them only 4 pin connector signed as A,B,+,- . You
can use TP cable (4 or 6 conductor) or B-Cable module to
connect them to the Poseidon 1250 unit or to S-Hub.
4-wire connection should be used
over up to 0.2m
Sensor position on RS-485 line
(MIDDLE / LAST) is selected via
jumper configuration, for detail
see the picture.
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Sensor RJ45 MIDDLE cable
RS-485 cable, 0.5m, RJ45/4 pins. Connects 4
terminals (A, B, +, - ) to a RJ45 modular jack
(uses 3 pairs).
This cable is used to connect all sensors
except for the last one in the chain.
The sensor connected with this cable should
not terminate the RS-485 bus.
Sensor RJ45 LAST cable
RS-485 cable 0.5m, RJ45/4 pins. Connects
4 terminals (A, B, +, - ) to a RJ45 modular
jack (2 pairs only).
This cable is used to connect the last sensor
in the chain.
The sensor connected with this cable wiring
have to contain termination of the RS-485
bus:
•
External termination resistor 120Ω
placed
•
The jumper or dip switch TERM=ON on the sensor body placed
•
Other way, check the manual for the sensor
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Poseidon Spider
A converter to connect four IT Bus (1-Wire) sensors to the Industrial Bus
(RS-485).
Each IT Bus sensor connects to a separate connector to allow a higher
distance (up to 1 000 meters, it’s defined by Industrial Bus details).
S-Hub – 8 RJ45 TP switch
To connect RS-485 sensors connected over TP cable, Shub with one input and 8 ports can be used.
•
Option to connect sensor in star topology
(sensors always connected over TP cable).
•
Simpler and faster type of connecting.
•
Easy to extend whole application.
•
Easier power supply for sensors. It is connected
directly to S-Hub unit and standard power adapter
can be used.
Note:
S-Hub unit enables you to combine sensor topology – daisy chain/star,
see examples in following chapter.
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Industrial Bus (RS-485) wiring example
°C
°C
°C %RH
°C %RH
Poseidon 1250
1
1
2
3
2
3
°C
4
°C
4
S-Hub
Mode=MIDDLE
°C
°C %RH
IN
Spider
1
Temp-485
2
3
OUT
4
HTemp-485
°C
10m
Temp-1Wire
°C
°C
Term=ON
10m
10m
°C
Door Contact
RJ45 Patch Straight Cable
RJ45
4 pins
RJ12
RJ45, MIDDLE cable
4 pins, LAST (Terminated)
Cat5 TP cable, 3 pairs used
•
•
2 wires cable
Cat5 TP cable, 2 pairs used
RJ45, LAST cable
Telephone cable, 2/3 wires used
The bus leads via a 4-wire connection from the Poseidon 1250 unit to two daisy-chained
sensors, Temp-485 and HTemp-485. Two twisted pairs are used by the connection.
A S-Hub unit is daisy-chain-connected via the RJ45 jack after the second sensor, using a 4wire connection from the HTemp-485 sensor. The brown pair is used for power, the blue pair
for data.
•
Temp-485 and HTemp-485 sensors are connected to the S-Hub connectors 1 through 3
with 6-wire connections (brown pair for power, blue pair leads the bus to the device, green
pair back from the device).
•
Connector 4 of the first S-Hub unit is used to connect a Spider converter with a patch cable.
The Spider unit is used to connect three Temp-1Wire 10m temperature sensors and one
door contact (the contact is connected to the blue pair of the RJ45).
•
A second S-Hub connects to the Spider unit output via a patch cable.
•
Its connectors 1 through 3 are used to connect the Temp-485 and HTemp-485 sensors with
6-wire connections (brown pair for power, blue pair to the device, green pair back from the
device).
•
Connector 4 is used to connect a Temp-485 sensor with a 4-wire connection (brown pair for
power, blue pair for the A/B signals of the bus).
•
Termination is enabled at the Temp-485 sensor using the “TERM” jumper.
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User interface
The product can be configured in various methods which are described in following section including
parameter details.
•
UDP config
Uncomplicated utility for setting IP address (for Windows and Linux).
•
Web interface
Base communication interface, it commands links and graphic Flash setup.
•
Flash setup
Detailed user setting of all device features
•
Telnet setup
Settings of specialized characteristics and problems solving.
•
Backing up and using configuration
How to save product configuration
Open communication interfaces which are described in next section (Use of Poseidon unit with your
programs) can be used for automatic settings and logging values from programs.
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UDP config
UDP Config is free utility which can assign IP address and change network settings over Ethernet.
•
Version for Linux and Windows (runs under Windows Vista as well)
•
Assigning of IP address to product with defined MAC address
•
No installation necessary, simply run EXE file
•
Brief list of names and parameters of all devices
Basic program parameters
•
Device name, type, MAC address, IP
address and communication port is
displayed after the device is found
•
Compatible with all HW group products
(Poseidon and Damocles families,
PortBox, PortStore, I/O Controller, IP relay and others)
•
Versions for Windows and Linux available
•
Displays actual setting of your computer network settings
•
Checks whether the IP address it is about to assign is free before continuation
•
Opens product web page after click on device underlined IP address
•
Opens Telnet for TCP Setup (right mouse click on menu)
•
Enables return to default values
Detailed program description and instructional video are available on CD supplied with device or on
our web page: http://www.hw-group.com/software/udp_config/index_en.html
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WEB interface
Base communication interface which commands other links and opens graphic Flash setup.
The Poseidon 1250 offers simple and user friendly graphic WWW interface which enables not only to
display measured values and administrate devices but define basic network parameters, measuring
sensors and failure actions (SNMP traps) as well.
Web interface is accessible via web browser after entering the Poseidon IP address:
The main page with values on sensors and inputs is reloaded every 15 seconds.
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Dry Contact Inputs
Displaying of current inputs’ states for contact connecting including alarm settings and its states.
Raised alarm is signalized with red color of particular line background.
•
Name
Input text name which assigned user in Flash Setup.
•
Number
Unique input ID marked on each box.
•
Current Value
is represented with “O (On)“ or “1 (Off)“. The “O“ value represents Open contact, “1“
switched contact. For details of contact connecting see device technical parameters.
•
Alarm Alert
List of alarm raising conditions for each input, value out of safe range.
•
Line background color:
•
White / no color = the input is not in Alarm
•
Red = the input is in Alarm,
Sensors
The Sensors show information about found and activated sensors and states during loading WWW
page.
•
Name
Input text name which assigned user in Flash Setup.
•
ID
Unique 16-bit ID of sensor.
•
Current Value
Current sensor value and value unit.
Note: In case the sensor is not connected, -999.9 value is displayed
•
Safe Range
Alarm is not active for Safe Range values.
•
Alarm Alert
List of settings of alarm activation for each sensor.
•
Lie background color:
•
White / no color = no Alarm.
•
Red = input is in Alarm.
•
Yellow = Alarm is not active but value is out of Safe range.
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Further details
•
Device name
Device name which assigned user in Flash Setup.
•
Web Configuration
link to Flash Setup.
•
Terminal Configuration (TCP Setup)
Link to IP address and port to terminal setting over TCP setup.
•
Firmware
firmware version and option of web update (update link),
•
•
MIB contains link to SNMP definition file
(right mouse click on the link and save file to disk – use „Save Target as..“ option)
•
XSD contains link to XML definition file for values.xml
(right mouse click on the link and save file to disk – use „Save Target as..“ option)
Text link „For more information try www.HW-group.com”
Editable link to service organization or to supplier. The chain can be edit in TCP Setup, see
detailed description.
Note: Main page design can be changed after consulting device manufacturer as a part of program
„Customization“. Contact your supplier for more information.
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Flash setup
The Poseidon Graphic Flash setup is designed for user device configuration. The user can access it
following Web Configuration: Flash Setup link in bottom part of web page.
Brief and user friendly graphic interface offers 7 tabs. General tab provides common information
about connected sensors. Temperatures are displayed in graph on the left page area as well, reload
period can be changed.
Note:
To open FLASH page you need to have installed support for flash applications on
your computer. If the computer is connected to internet, plug-in will download
automatically or it can be installed from supplied CD \Poseidon\install_flash_player_7.msi
•
Values reloaded X times shows how many times the page was reloaded.
•
Reload values every – period for reloading pages to web browser in seconds
•
Start/Stop button – turn on/off periodic reloading data from Poseidon unit
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General Setup tab
Device network parameters configuration: network parameters, IP address range, temperature units,
output states, etc.
Output Settings
Controlling of binary inputs, value is valid until device restart. Following options are available:
•
On (log 1)
•
Off (log 0)
•
On when any alarm
output is controlled locally from Poseidon unit, in case none of sensors (inputs for contacts
including) is in Alarm state than the output is set to log 0, state Off.
In case at least one output is in Alarm than the output is set to log 1, state On.
•
Off when any alarm
output is controlled locally from Poseidon unit. In case at least one output is in Alarm than
the output is set to log 0, state Off.
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Security
Product security settings, relations between particular modes are shown in following table. Lines
show method how to access to device over IP; columns settle limitations which come from each
security settings.
No
limitation
HW
protection
Dip = On
Web index
R
Flash setup
User Password
SNMP
communication
IP Access filter
Read
only
Read +
Outputs
Read &
Write
HTTP
R
R
R
R
Access
R/W
R
R
R/W**
R/W
Access
Values.xml
R
R
R
R/W**
R
Access
Setup.xml
R/W
R
R
R
R/W
Access
SNMP
Comun1
Comun2
SNMP get
(next)
SNMP set
R
R
Access
R*
R*
R/W
R
Access
[R*/]W*
[R*/]W*
Modbus/TCP
R/W
R
TCP setup
Disabled
UDP config
R
R
R
R/W
Access
* R*/W* option shows that you need to allow R and W on SNMP Setup tab with check boxes.
W** option enable write only the outputs value, but nothing else. You cannot change neither output mode!
Note:
•
Column named “No limitations” is default state which show following screen shots.
This setting means HW protection DIP=Off, no password set, IP Access filter is
0.0.0.0/0.0.0.0
HW Security protection
Jumper (or DIP) protection against change in device’s configuration.
•
OUTPUTS: You can change output’s value with enabled this jumper.
•
CONFIGURATION: No changes available when this function enabled.
In left button corner information about protection activity is displayed. After HW protection
activity all changes in settings are ignored, change in output state including. The mode is
ideal for application when Poseidon unit is connected to public network.
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•
User Passwords
It enables to setup name and password for two different user accounts for SNMP and HTTP
access.
•
•
HW group
Account types:
•
‘Read Only’ can only read values but cannot apply changes
•
‘Read Only + Outputs’ can only read & write values but cannot change
settings. Can’t change neither sensor or output name.
•
‘Read & Write’ account can change device settings
•
from WWW interface login is necessary.
•
Passwords are valid for values.xml and setup.xml files, see table
•
Read Only user do not have permision to change settings over Flash setup.
IP Access filter
It enables to define IP address range from where you can access to Poseidon over HTTP
and SNMP. Each protocol is configured separately.
To setup filter use base IP address and range of addresses defined with mask. AND is bit
multiplier. Access is granted in case the condition is fulfilled.
(IP trying to access AND Mask Range) = IP Address Value
Setting of IP filter
Access granted to
Address value
Mask Value
From - To
192.168.1.2
192.168.1.2
192.168.1.2
Only one IP can access
192.168.1.87
192.168.1.87
192.168.1.87
Only one IP can access
192.168.1.0
192.168.1.224
192.168.1.0 – 192.168.1.31
32 addresses can access
192.168.1.0
192.168.1.0
192.168.1.0 – 192.168.1.255
192.168.0.2
192.168.254.255
192.168.0.2 a 192.168.1.2
All 254 addresses 192.168.1.x
Only 1 address, but from two
segments.
192.168.252.240
192.168.0.0 - 192.168.0.15
192.168.1.0 - 192.168.1.15
192.168.2.0 - 192.168.2.15
192.168.3.0 - 192.168.3.15
192.168.0.0
•
4 x 16 addresses can access
SNMP comunity (passwords)
2 difrent password can be used. Each of them can be configured for R or R/W access and
can be temporarily disabled.
The most of SNMP program work with following (defaultní) setting. From security reasons we
highly recommend to change the R/W access password.
•
R (get, get next) “public”
•
R/W (set)
“private”
Note: SNMP Access settings are available in the SNMP Setup tab.
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What to do when you forget password
•
Setup device to default configuration with:
•
UDP config program(must be on local network segment)
•
Use DIP Load default function
Switch DIP1 several times during first 5 seconds after power supply start up.
•
COnnect to Serial Setup (RS-232) and call Load Defaults from terminal menu which
corrensponds with Telnet Setup.
Enter to menu: 9600/8N1, DIP1=1, device restart.
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Device Name
Settings of particular device name. This name is shown in all lists along with IP address (UDP
config); it is used as a sysname variable in SNMP protocol.
Network Settings
Segment contains main settings of network parameters for Ethernet communication:
•
Device IP address
Device IP address, after change in configuration restart is necessary
•
Network mask
Local network mask, after change in configuration restart is necessary
•
Gateway
Gateway for communication, after change in configuration restart is necessary
•
HTTP port
Setting of port for communication over http protocol, standard value is 80
•
TCP Telnet Setup
Setting of port for terminal telnet setup mode, standard value is 99
DNS Settings
Setting of primary and secondary DNS server, for proper function correct Gateway setting is necessary.
DNS server is necessary for conversion of domain name to IP address, without proper setting of DNS
following services will not run:
•
Time synchro (SNTP) is used in Emails and SNMP Trap for event time
•
Sending Email (SMTP)
•
Logging values with time indication
Note:
DNS is often equal to Gateway or local firewall does not permit to use any other than the
local one. Contact your administrator.
Other Settings and Information
•
Display Temperature In
Setting of temperature units (C – Celsius, F – Fahrenheit, K - Kelvin). Settings apply to
WWW interface only, in all other interfaces and protocols °C is used unless it is stated
different.
•
Flash Setup Version –graphic interface version.
•
Device FirmWare – device firmware version.
•
Update FW button
To update FirmWare over WEB. The link located on main HTML page too. Current device
setting is deleted during FW update.
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All changes must be confirmed with Apply Changes button. Successful change in
configuration is signalized with animation in StatusBar next to Apply changes button.
SNMP Setup tab
The SNMP Setup tab provides settings of parameters for user communication with Poseidon device
over SNMP protocol.
General SNMP Settings
•
SNMP port
Setting port for communication over SNMP protocol [161].
SNMP Access
Define authorization and name of user groups for work with Poseidon unit.
•
Community
Text name of group which have authorization (standard Public and Private)
•
Read – assigning authorization to community for reading variables over SNMP
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•
Write – assigning authorization to community for writing values to variables via SNMP
•
Enable – enabling or disabling group
SNMP Trap Destination
Define target destinations A and B for sending SNMP Traps.
•
Community – Text name of group sending SNMP Trap
•
IP address – Target address where SNMP Traps are sent to.
•
Port – target port where SNMP Traps are sent to.
•
Enable – Enabling of SNMP Trap to destination.
MIB II System Group
User setting of standard SNMP head.
•
SysContact – Contact to system administrator, e-mail for example
•
SysName – Device name
•
SysLocation – system location, IT room for example.
Note:
All changes must be confirmed with Apply Changes button. Successful change is
signalized with animation in Status-Bar (next to Apply changes button).
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Sensors Setup tab
The tab configures parameters for all sensors and inputs for sensor connecting (Dry Contacts Inputs).
Autodetect Sensors
Button for running autodetection of connected sensors.
Click the button and a dialog asking whether you want to stop all
processes and run sensor autodetection will pop-up. Click OK to
stop all processes and to run autodetection which can take up to 2
minutes.
After finishing detection information dialog with results will appear.
After successful autodetection all sensors are immediately ready to
work.
Note:
Faster autodetection with more detailed list is available in TCP setup section.
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Dry Contact Inputs
Settings of parameters of binary inputs for contact connecting.
•
Name – input name with 12 chars ( „door on left“, „smoke room 1“).
•
ID – identification of input variable of the device.
•
Current Value – list of current input state (“O (Off)” / “1 (On)“)
•
Alarm State – Definition of Alarm state for each input
•
•
Active if On – Alarm active when input is in state 1 (On)
•
Active if Off – Alarm active when input is in state 0 (Off)
•
Inactive – Input has no defined Alarm state
Dry Contact Inputs state reaction
General setting of response to turning on/off Alarm state for contact inputs.
Note:
•
Inactive –Poseidon unit does not react to alarm from particular inputs
•
Send SNMP Trap – sending SNMP Trap when Alarm is raised and ended
•
Send Email & SMS - sending Email and SMS when Alarm is raised and ended
•
Send SNMP Trap + Email & SMS sending SNMP Trap and E-mail (SMS) when Alarm is raised and ended
SMS message means sending SMS over GSM modem connected directly to
Poseidon unit over RS-232, see Poseidon models.
Sensors
Settings of parameters of detected sensors. The sensors must be detected beforehand with
Autodetection.
•
Name – input name with 12 chars (for example „over door“, „humidity on1“).
•
ID – unique sensor identifier, it defines its address on bus. More details on sensor
addressing are available description of Poseidon family philosophy or in HW interface.
•
Current Value – list of actual sensor state. Not found or nor working sensor returns -999.99
value.
•
Safe Range
Range of values which are considered to be correct, exceeding them raises Alarm.
•
Hysteresis Idle Range
To define belt of insensibility; it keeps from raising multiple
alarms in case the value oscillates.
See detailed description in Poseidon family philosophy
section.
•
Out of Safe Range
To define response to value out of safe range
•
SNMP Trap – enables sending SNMP Trap after raising and ending of Alarm
•
Email & SMS – enables sending Email and SMS after raising and ending of Alarm
It enables or disables to send E-mail or SMS after exceeding of safe range.
Note:
SMS message means ending SMS over GSM modem connected directly to
Poseidon unit over RS-232, see Poseidon models.
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Email & SMS Setup tab
This tab contains parameters for sending E-mails and SMS over GSM modem connected to the
Poseidon unit. In case Poseidon does not support sending SMS this section is visible but inactive.
Email Settings
•
SMTP Server – domain name or IP address of SMTP server
•
Port – port for communication with SMTP server (standard 25)
•
Email Sender Address – E-mail address shown in email as a sender
•
Email Subject Text – Subject of sent E-mail
•
Alarm Email Recipient – E-mail address of recipient
•
Authentication – activation of password in case SMTP server demands authorization
•
•
Name – name used for authorization on SMTP server
•
Password – password used for authorization on SMTP server
Send Test Email button– to sends test E-mail
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To send E-mail it is not always necessary to configure SMTP Server, Poseidon can work as
SMTP server itself and send email directly to user mailbox. This mode needs to be verified in
real due to missing reverse MX records, emails send this way are often erased by SPAM filter.
Received Email example:
•
Email subject: Table1
•
Email is sent at the beginning and at terminating of every Alarm state.
29.05.2007 13:28:24 Poseidon
192.168.005.114
----------------------------------------------------------ID
Name
Value Unit ALARM
Safe Range
----------------------------------------------------------ALARM state:
----------------------------------------------------------2 Contact Input 2
OFF
if OFF
3 Contact Input 3
ON
if ON
Sensors:
----------------------------------------------------------1 Contact Input 1
OFF
if ON
2 Contact Input 2
OFF
if OFF
3 Contact Input 3
ON
if ON
61423 Sensor 1 - Temp
23.2 °C
Enabled
10.0 .. 28.0
74 Sensor 2 - Temp
25.4 °C
Enabled
10.0 .. 28.0
106 Sensor 3 - Humi
36.6 %RH
Enabled
10.0 .. 60.0
----------------------------------------------------------Poseidon 1250 : http://192.168.5.114
-----------------------------------------------------------
Tip:
Detailed description of Email format can be found in capture “Application of Poseidon
units and your programs”.
Test sending Email
Several parameters needs to be configured before you can send email from devices; please check
following:
•
Gateway at network connection
•
DNS server at network connection
•
SMTP server and port
•
Authorization is turned on, correct name and password
•
Spam filter of your mailbox is turned off
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Gsm SMS Interface
Setting of parameters for communication over GSM connected to Poseidon over RS-232.
This function is supported by Poseidon 3265 for example.
•
RS-232 GSM Module – found/not found
Detection of GSM modem after start up
•
SMS + Ring when Alarm
Temporarily not supported function which will send SMS and ring 4 times phone number of
the SMS recipient.
•
SMS Center Number
Phone number to send SMS to. You can get from your mobile operator; it is usually preset
on SIM cards.
•
Alarm SMS Recipient 1
Phone number of SMS recipient to inform about Alarm.
•
Alarm SMS Recipient 2
Phone number of second SMS recipient to inform about Alarm.
•
Send Test SMS button– to send test SMS according to set parameters
SMS examples
• Device name: Poseid11
•
Sensors on Alarm:
•
Rack11 = 48,5°C, limit value is 40°C
•
T-Room = 48,3°C, limit value is 35°C
•
H-Room = 10% RH, limit value is 45% RH
Poseid11 #ALARM Rack11:48C/40C T-Room:48C/35C H-Room:10%/45%
Imp3:0/1 #STATUS Inp:0 0 1 Sens:-18C 21C 22C 19C 28C 48C 10% 42C
Tip:
Detailed description of SMS format can be found in chapter “Application of Poseidon
units with your programs”.
Note:
All changes need to be confirmed by Apply Changes button. Successfully changed
value is signalized in StatusBar next to Apply changes button.
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Log & Time tab
Settings of data, time and value logging in case particular Poseidon model supports it.
Actual Date / Time
Current date and time setting
•
Current Date – date in [dd.mm.yyyy] format, example: 31.12.2006
•
Current Time
Setting of current time, 24-hour format is used [hh:mm:ss], example: 17:38:55. Time is
automatically running during browser window opening and is saved only after „Set Date &
Time“ button click.
Note:
Date and time change is independent on Apply Changes button and needs to be
confirmed by Set Date & Time button.
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Time Synchronization
SNTP server settings for time synchro. Time is sychronized automatically with period circa once an
hour until it gets synchronized
•
SNTP Server
IP address or DNS name of SNTP server to be used to synchronize time with. Preset server
is ntp1.sth.netnod.se
•
Your time shift compared to time server
Configure you time shift compared to SNTP server. SNTP server use UTC time which is
nearly the same as London GMT time. For time zone of Paris, Berlin, Prague please set up
+1 hour.
Note:
Time is not running when device is not supplied with power. The unit contains no
battery. After power failure time will sychronize with SNTP server.
Data Logger Settings
Settings of parameters for logging values to internal flash memory, to round buffer. After memory is
fully used, the oldest values are erased by the newest. This function is supported only by some
Poseidon models, for example Poseidon 2251.
•
Store all actual sensor values to the logfile every
Setting of period to log all values to logfile
•
Estimated log capacity is
Capacity is indicated in days, hours and minutes. The Poseidon calculates capacity on
sensors number basis.
•
Store current logfile to your computer button
To save current logfile to disk, external spilog.txt file is commanded
•
Clear all values from the logfile button
To clear all values from logfile, external /spilog.del file is commanded
Note:
All changes need to be confirmed by Apply Changes button. Successfully changed
value is signalized in StatusBar next to Apply changes button.
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Info tab
The Info tab shows table with brief overview of all Poseidon models. On the right part of window brief
description of model, interface and more details can be found.
„Index Page“ link works as a quick link to main /index.html page.
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TCP Setup
TCP Setup is a terminal interface, working with common Telnet, standard port it 99. Some special
parameters and basic network parameters can be configured in TCP setup. It is considered to be a
shell for Flash setup only.
You can enter TCP setup via standard Telnet program, via HyperTerminal utility (connecting to IP
address and TCP port) or via Hercules program from „TCP Client“ tab.
•
Port [99] - port 99 is standard but can be changed in Flash setup
•
User name and password
You can configure them in web browser via „General Setup“ tab in Flash Setup. Empty
space is default.
Notice:
TCP setup mode is not accessible when DIP3 is set to ON
(HW Security Protection enabled)
List of parameters
-=[ Poseidon model 1250 - 1.9.6 - www.HW-group.com ]=-=[ Setup ]=h,?.. help
-----------------------------i ... IP address
[192.168.5.114]
m ... netmask
[255.255.255.0]
g ... gateway address [192.168.5.1]
t ... trap address
[192.168.1.218]
n ... telnet port
[99]
-----------------------------a ... DNS primary
[80.250.1.155]
b ... DNS secondary
[192.168.5.1]
k ... SNTP server
[ntp1.sth.netnod.se]
l ... SNTP time zone [60]
-----------------------------1 ... 1-wire
[1x]
3 ... RS-485(Temp-485)[2x J j]
9 ... Assign RS-485 sensor address
-----------------------------s ... HTML string
[For more information try <a
href="http://www.hw-group.com/">www.HW-group.com</a>]
-----------------------------d ... load default setup
r ... system reboot
x ... exit
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Using TCP setup from Hercules program
The Hercules is for free to download from our webpoage: http://www.hw-group.com, or from the CD.
Default setting of the whole device can be reloaded with „D“ option in setup mode.
For settings of other parameters always follow first letters highlighted in the list on left. They
represent prefix for calling settings menu.
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Terminal setup parameters (TCP setup and Serial setup)
IP address setting
i ... IP address
Enter IP address (192.168.6.18):
Enter letter „i“ for dialog to configure Poseidon IP address and push Enter button to confirm.
Network mask
m ... netmask
Enter IP mask (255.255.255.0):
To configure network IP mask of local network. Communication with all devices (IP addresses out of
the mask and mask given from its IP address) will run over Gateway.
Gateway
g ... gateway address
Enter gateway address (192.168.1.253):
Gateway address which provides access for device to outer networks, out of IP address range limited
by IP address and Mask. The Gateway must be within the range set by the IP address and the.
Notice: Changes will be preceded after device reset
Target address for SNMP traps
t ... trap address
Enter trap address (192.168.1.39):
SNMP Trap of UDP packet which is sent by Poseidon to IP address always after Alarm rising and
termination (exceeding limited temperature range or switching binary input).
Setup IP address of SNMP monitoring centre (SNMP Client).
TCP Setup port
n ... telnet port
[99]
Telnet port:
Define TCP port number on which TCP Setup mode is accessible. Default value is 99.
SNTP server setting
k ... SNTP server
SNTP server name:
SNTP server name you want to synchronize time to.
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Primary and secondary DNS server setting
a ... DNS primary
Enter DNS primary IP address (82.150.176.1):
b ... DNS secondary
Enter DNS secondary IP address (82.150.176.1):
Primary and secondary DNS server setting. Setting is necessary for example for correct time in
Emails notifying of alarm.
Time zone setting
l ... SNTP time zone
[60]
SNTP time zone (in seconds):
Define time shift in seconds against SNTP server (Server usually shows GMT time)
Information string setting
It might be useful for service purposes to place on web page direct link to service organization web
page or phone. Option “s” can be define 160 bytes of text string which will be located on main page.
HTML commands for HTML link can be included into the string, etc.
s ... HTML string
[Detailed information can be found on <a
href="http://www.hwgroup.cz/">www.hwgroup.cz</a>]
Loading default configuration
This option can be used to reset after confirmation all Setup mode options to default values.
d ... load default setup
Poseidon>d
Load default values? (yes/no)y
Setting, please wait ...
Notice:
Default values changes device IP address, to refresh values reset is necessary.
Device restart
This feature is equal to Poseidon power supply disconnecting, necessary in case you changed
network settings!
r ... system reboot
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Setup mode exit
This feature is equal to DIP1 = OFF and to device reset. The only difference is only when DIP1 = ON,
red MODE led blinks to notify of setting in RS-232 Setup mode.
x ... exit
Note:
Please pay attention during installation, operator often uses „x“option to exit from the
mode of RS-232 Setup but forgets to setup DIP1=OFF. All sensors stop working after
power supply reset because they get to Setup mode.
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Configuring temperature sensors with TCP setup
Via TCP Setup you are able to activate and configure all supported sensors on both busses.
Numbers in brackets mean number of found and
active sensors or their addresses (for sensors on
RS-485).
1 ... 1-Wire
[4x]
3 ... RS-485(Temp-485)[1x k]
9 ... Assign RS-485 sensor address
Aktivation IT Bus (1-Wire) sensors
Push „1“ from RS-232 Setup to enter following dialog:
Enable 1-Wire temperature sensors? (yes/no)
Use letters „y“ or „n“. The Poseidon will after run autodetection on IT Bus and shows number of found
sensors:
Searching ...
4 sensors found
It is necessary to connect all IT bus sensors that you want Poseidon to work with before setting them
in TCP Setup. This is the only way how to initialize them. Number of sensors can not be changes
manually. Detection is bounded to unique sensor ID address, unknown sensor number on IT Bus will
be ignored.
Industrial bus (RS-485) sensors activation
Sensors connected over RS-485 interface must be identified with unique address on RS-485 line and
define number of sensors. Autodetection can be helpful.
Press key 3 from RS-232 Setup to call following dialog
Enable RS485 temperature sensors? (yes/no)
use „y“ a „n“ letters and push Enter.
Prompt for automatic search of connected devices follows:
Automatic scanning? (yes/no)
The „y“ option will proceed automatic detection of currently connected RS-485 bus (takes
couple seconds) and show a list of found sensors:
Automatic scanning? (yes/no) y
Scanning ...
found sensor n.1 on add z (z+023.68C)
Poseidon>)
In case you do not use autodetection of RS-485 sensors (Automatic scanning? > No), manual
sensor definition follows:
The Poseidon shows request to number of sensors and expects number 1 to 32:
Automatic scanning? (yes/no) n
Set how many available? (1..32)
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After setting number of sensor a request on sensor address is set. The address can be within range
„0“ .. „9“ or „a“ .. „z“ or „A“ .. „Z“ (except „T“). The character given in brackets is used, when you push
Enter without entering new address, previous address is used.
Set 1. sensor address : (A)
Set 2. sensor address : (a)
Set 3. sensor address : (3)
Note:
A
a
3
Order of sensors on RS-485 bus can be changed but you also change order of sensors
in the list on web page.
Change of RS-485 sensors address
When you use RS-485 sensors which do not support change of address with jumpers, a problem
may occur. You can do it when only one sensor is connected via RS-485
Use (9) to select Assign RS-485 sensor address function:
Please check you have only one sensor on the RS-485 bus!
(Press enter to continue)
Enter new sensor address : Q
Address changed
RS-485 sensors identification
RS-485 sensor address is considered in „ID“ shown in XML interface and in table on web page. The
address („0 .. 9“, „a .. z“ or „A .. Z“) corresponds to decimal value of address letter („0“=48, „1“=49,
„A“=65, „a“=97, „z“=122).
With this variable you identify which sensor is where before you name them in Flash Setup.
Serial setup
The Setup over serial port is a terminal interface, accessible via classic terminal over serial port. The
serial setup enables the same as TCP setup and it considered to be a bonus for Flash setup.
You can enter TCP setup from HyperTerminal program (serial port 9600 8N1) or Hercules program,
„serial“ tab.
•
Configure your terminal program to 9600 8N1
•
Get connected to Poseidon unit over serial cable and select serial port
•
Setup DIP1=On and disconnect power supply to the Poseidon unit for at least 3 seconds
•
After you finish, setup DIP1 back to Off and disconnect power supply to the Poseidon unit for
at least 3 seconds
Note: Some Poseidon units do not have RS-232 interface and so they support TCP setup only.
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Firmware Update
Firmware Update over RS-232
Poseidon devices version 1.6.2 and later support firmware updates over the RS-232 interface. The
firmware consists of a single file with the .HWg extension. It is available at our website, or sent by email upon request.
Caution: Please contact us in case of any problems with firmware upload.
Poseidon Firmware Upload – step by step
•
Disconnect the Poseidon power
supply.
•
Connect the Poseidon to the serial
port on your PC using a Laplink
RS-232 cable.
•
Set the Poseidon DIP switches to:
DIP1=ON, DIP2=OFF, DIP3=OFF,
DIP4=OFF.
•
Run the Hercules Setup utility and
select the “Serial” tab.
•
Select the serial port where the
Poseidon is connected.
•
Click the “HWg FW update” option
and select the firmware file you
want to upload to the Poseidon.
•
When the screen with the progress
bar appears, reconnect power.
•
After uploading the firmware, previous parameter settings are retained. The Poseidon
restarts and is immediately operational.
•
Remember to return the DIP1 to DIP4 switches to their previous positions.
Firmware Update over the Web
Firmware in the .hwg format can be
uploaded over the http interface using the
“/upload/” page. However, connection
problems during the transfer cause the
update to fail. If the update fails, use the
RS-232 based method described above.
Firmware in the .HWg format is available
on the Poseidon website, or on the
supplied CD.
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Sensors for Poseidon
To the Poseidon 1250 you can connect sensors or outputs over:
•
Input for contact (Dry Contact input)
3x inputs for connecting contact (door) or relay output (NO or NC)
Model 1250 supports: 3 inputs for contact
•
IT bus (1-Wire RJ12)
Inexpensive interface for connecting up to 10 temperature sensors over up to 10m totally.
Model 1250 supports: up to 10 sensors on IT bus
•
Industrial bus (RS-485 RJ45)
Industrial interface, up to 31 sensors over up to 1000m. Temperature, humidity and other
kinds of sensors. Converters of current loop (4 to 20 mA) or platinum temperature sensors
Pt100, Pt500, Pt1000 (2,3 or 4-wire connector).
Model 1250 supports: up to 31 sensors over Industrial bus
•
Output for relay (RS-232 Cannon9)
The Poseidon model 1250 supports 2 outputs to control 2 external relays.
Model 1250 supports: 2 outputs for control external relays over RS-232
Warning:
OID
Ord.num.
For details on sensor connecting please see this manual.
Sensor
Value
Distance
Interface/Port
Accuracy
Note
600242
Temp-1Wire 1m
temperature
10m totally
IT Bus / Port 1
± 0,5°C
600005
Temp-1Wire 3m
temperature
10m totally
IT Bus / Port 1
± 0,5°C
600056
Temp-1Wire 10m
temperature
10m totally
IT Bus / Port 1
± 0,5°C
600311
Temp-1Wire-Outdoor 3m
temperature
10m totally
IT Bus / Port 1
± 0,5°C
600278
Humid-1Wire 1m
humidity
10m totally
IT Bus / Port 1
± 2% RH
600279
Humid-1Wire 3m
humidity
10m totally
IT Bus / Port 1
± 2% RH
600105
Temp-485
1x
temperature
1000m
Ind. bus / Port 2
± 0,5°C
For indoor use, wall
mounting
600106
HTemp-485
1x
temperature,
1x humidity
1000m
Ind. bus / Port 2
± 0,5°C
For indoor use, wall
mounting
600110
Temp-485-Pt100 "Head"
temperature
1000m
Ind. bus / Port 2
± 0,15°C
external sensor Pt100
600111
Temp-485-Pt100 "DIN"
temperature
1000m
Ind. bus / Port 2
± 0,15°C
external sensor Pt100
600112
Temp-485-2xPt100 "DIN"
2x
temperature
1000m
Ind. bus / Port 2
± 0,15°C
external sensor Pt10 0
600113
Temp-485-Pt100 "Box"
temperature
1000m
Ind. bus / Port 2
± 0,15°C
external Pt100,
outdoor wall
600114
Temp-485-Pt100 "Cable"
temperature
1000m
Ind. bus / Port 2
± 0,15°C
sensor Pt100 with 2m
cable including
600150
Temp-485-Pt100 "Cable2"
temperature
1000m
Ind. bus / Port 2
± 0,15°C
Uses external sensor
Pt100 (without sensor)
600115
Pt30 - 2m Pt100 version
temperature
1000m
Ind. bus / Port 2
sensor Pt100
± 0,5°C
Set for measurements
from -100°C
600309
Temp-485-Pt100 "Frost"
temperature
1000m
Ind. bus / Port 2
600116
Sens-485-UI
Voltage,curre
nt
1000m
Ind. bus / Port 2
Note:
Unshielded sensor or
indoor use
Silicon cable, sensor
from stainless steel
Unshielded sensor or
indoor use
Converter 0 to15V and 0
to 25mA.
Ordering ID numbers (OID) for our products mentioned here may change. Please see our
website for valid OID numbers before placing your order.
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Accessories for sensor connecting
OID
Ord.
number
600280
600040
Poseidon T-Box2
Poseidon T-Box
IT bus
IT bus
600041
Poseidon S-Hub
Industrial bus
600044
600233
Poseidon B-Cable
Industrial bus
Industrial bus
600234
Sensor RJ45 LAST cable
Industrial bus
00 273
Spider-485
Industrial bus
T-Box2
600 280
Accessories
Bus
T-Box
600 040
Note
Hub for 2 sensors over RJ12 over IT bus.
Hub for up to 5 sensors RJ12 over IT bus.
Hub for up to 8 sensors over RJ45 over
Industrial bus.
Reduction for connecting pins to RJ45
0,5m long connecting cable
0,5m long cable for connecting last sensor
with terminator.
Converter for connecting 4 sensors over IT
bus to Industrial bus RJ45.
B-Cable
600 044
Poseidon S-Hub
600 041
Connecting sensor with terminal board over B-Cable module to RJ45 cable
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Temperature sensors
T-box is suitable when you want to use several sensors along with one Poseidon unit.
Maximum wiring length is 10m. Each sensor contains unique ID.
Temp-1Wire 1m
600 242
Temp-1Wire 3m
600 005
Temp-1Wire 10m
600 056
Temp-1Wire-Outdoor 3m
600 242
Indoor
Indoor
Indoor
Outdoor, IP67, stainless
steel Silicon cable
To connect several sensors with one Poseidon unit use daisy chain topology and Spider
converter or S-Hub. Maximum wiring length 1000m. Each sensor must have a valid address in
case preset addresses are in conflict.
See „TCP Setup“ capture and „Setting temperature sensors over TCP setup“.
Temp-485
600 105
Temp-485-Pt100 "Box"
600 113
Temp-485-Pt100 "Cable"
600 114
Temp-485-Pt100 "Frost"
600 309
Indoor
Outdoor, IP67
Indoor, Outdoor, can
measure up to 650 °C
For cryogenic
temperatures -100°C
Nie moŜna wy świetlić obrazu. Na k omputerze moŜe brak ować pamięci do otwarcia obrazu lub obraz moŜe by ć uszk odzony . Uruchom
ponownie k omputer, a następnie otwórz plik ponownie. Jeśli czerwony znak x nadal będzie wy świetlany , konieczne moŜe by ć
usunięcie obrazu, a następnie ponowne wstawienie go.
Temp-485-2xPt100 "DIN"
600 112
DIN rail mout converter for
two external PT100 sensors
Temp-485-Pt100 "Cable2"
600 150
Boxed converter for external
PT100 sensor
Pt30 - 2m Pt100
600 115
External Pt100
sensor, IP67,
stainless steel,
silicon cable 2m
Temp-485-Pt100 "DIN"
600 111
DIN rail mout converter for
external PT100 sensor
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Temp-485-Pt100 "Head"
600 110
Head type A converter for
external PT100 sensor
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Sensors humidity
Use T-Box - external hub when connecting several sensors to one
Poseidon unit. Maximum wiring length is 10m. Each sensor has unique
ID.
Humid-1Wire 1m
600 278
Humid-1Wire 3m
600 279
Indoor
Indoor
When you need to connect more sensors to one Poseidon unit, use
daisy chain topology and Spider converter or S-Hub. Maximum length
is 1000m. Each sensor must have a valid address in case preset
addresses are in conflict.
See „TCP Setup“ capture and „Setting temperature sensors from TCP
setup“ part.
HTemp-485
600 106
Indoor Temperature
& Humidity
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Voltage and current sensors
In case you connect higher number of sensors use daisy chain topology
and Spider converter or S-Hub. Maximum wiring length is 1000m. Each
sensor must have a valid address in case preset addresses are in conflict.
See „TCP Setup“capture and „Setting temperature sensors from TCP
setup“ part.
Sens-485-UI
600 116
DIN rail voltage,
current converter
Input for contact (Dry Contact inputs)
Connect directly to Poseidon unit to one from input pins for
contact connecting, follow sensor documentation.
PowerEgg
600 237
Power 110/230V
detector / control
Outputs
Outputs for relay (RS-232 Cannon9)
The Poseidon 1250 supports two outputs for controlling external relays. For easier relay
connecting we supply RS-232 to terminal board reduction.
DIN Relay 2s
600 085
DIN Rail 12V relay,
two switch contacts
Poseidon 1250 Relay cable
600 244
Converter to Conner 2 relays
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DIN Relay 1s
600 084
DIN Rail 12V relay,
one switch contact
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On/Off type sensors
Input for contact (Dry Contact inputs)
Connect directly to Poseidon unit to one of input pins for contact connecting, follow sensors
documentation.
Door Contact
600 119
Flood detector
600 240
AirFlow sensor 5101
600 304
Door position sensor
Water detection sensor,
battery powered
AirFlow speed sensor
Gas Leak Detector
600 239
Smoke detector SD-212SP
600 310
Motion PIR detector
600 236
Battery powered
Battery powered
Battery powered
Special accessories
•
2x L shape "A" size [600 023]
2x side "L" mountings on the wall. Dimensions are shown on the
Poseidon drawing.
•
DB9 Prolong cable 2m [600 064]
Extending Canon 9 cable –1:1, 2m long. Used for connecting
sensors to Port1.
•
DB9 LapLink cable 2m [600 063]
RS-232 communication cable LapLink for connecting to PC on Port2 (needed for RS-232
FirmWare update).
•
12V power adaptor 3pin ATX [600 079]
Power source for Poseidon and several sensors over RS-485
•
12V Wall plug adaptor – EU [600 080]
•
12V Wall plug adaptor – USA [600 081]
•
12V Wall plug adaptor – UK [600 082]
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Sample solutions and connections
Poseidon model 1250 is extremely versatile. The following examples should answer most questions
about what can be connected where.
Connecting 10 sensors to IT Bus
Eight temperature sensors and two humidity sensors are connected via the IT Bus (RJ12) to a
Poseidon 1250 unit. The 10 sensors are connected using two T-Box hubs and one T-Box2 unit.
•
•
•
•
•
Bus used to connect the sensors: IT Bus
Total bus length: 10m
Maximum number of sensors: 10
Sensors used:
• 2x Humid-1Wire 1m
• 8x Temp-1Wire 1m
Accessories used:
• 2x T-Box
• 1x T-Box2
Conclusion:
This solution is limited by the maximum IT Bus length. It is suitable for applications that use 1 to 10
sensors at one place (one location, 19” rack cabinet, etc.).
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Poseidon Spider – bus converter
The solution combines the properties of both buses. Two Spider units are far apart, connected via a
Patch cable with RJ45 modular jacks. Both Spider units connect to four temperature or humidity
sensors, each with a 10m cable. One Temp-485 sensor is located at the end of the chain and
terminates the bus.
•
•
•
One Temp-1Wire temperature sensor with a 10m cable is connected directly to the Poseidon
unit to the RJ12 jack.
Six temperature sensors and two humidity sensors are connected via the IT Bus (RJ12) to
the Spider units. Each sensor is connected with a 10m cable.
• Two Spider units are connected to Poseidon 1250 with a standard RJ45 Patch cable
over the Industrial Bus. Bus length is limited to 1000m.
• The Spider unit comprises 4 inputs for external sensors and supports one sensor per
connector – for a maximum of 4 sensors.
The Industrial Bus is terminated by connecting a Temp-485 sensor with termination enabled
over a 4-wire connection. The Spiders have different addresses and the “middle” mode set.
•
Bus used to connect the sensors: IT bus, Industrial Bus
• Total bus length: 1000m + 9x 10m
• Maximum number of sensors: 40
• Sensors used:
• 6x Temp-1Wire 10m
• 2x Humid-1Wire 3m
• 1x Temp-485
• Accessories used:
• 2x Poseidon Spider
• 2x RJ45 Patch cable 300m (RJ45 – RJ45)
• 1x RJ45 TP cable 300m (RJ45 – 4 pins ‘LAST’ wiring)
Conclusion:
This solution is not limited by the IT Bus length. The Spider units can be up to 1000m apart. The
solution is suitable for large-scale applications with many sensors (e.g. server rooms).
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Using the Industrial Bus – star topology
This solution demonstrates a star-like connection of sensors to the Industrial Bus using an S-Hub
unit. The S-Hub is the central point that connects individual sensors. The maximum bus length
decreases to 500m because the cable length of all sensors connected to the S-Hub must be counted
twice. A Temp-485 sensor with termination is at the end of the bus.
•
•
•
•
•
One Temp-1Wire temperature sensor with a 10m cable is connected directly to the
Poseidon unit to the RJ12 jack.
The Industrial Bus connects to the S-Hub input via a RJ45 Patch cable. At the same time,
the cable powers the sensors as well as the S-Hub; extra power can be supplied by an
external power adapter.
• Sensors must be connected to the S-Hub in a sequence, starting from output No. 1.
Outputs cannot be skipped. (For instance, connecting outputs 1,2,5,6 while leaving
outputs 3 and 4 unconnected will not work.)
First three temperature (Temp-485) and temperature/humidity (HTemp-485) sensors are
connected in sequence to the first three outputs. An RJ45 / 6 wires cable, wired according to
the “MIDDLE” version, is used to connect them.
The Spider unit is connected with a Patch cord. The Spider connects four Temp-1Wire
sensors at 4x 10m distances. The Spider unit is in the “MIDDLE” mode.
The Industrial Bus is terminated at the Temp-485 sensor connected to the S-Hub at position
No. 5. The connecting cable is wired according to the “LAST” version, termination is enabled
at the sensor (Term=On).
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Using the Industrial Bus – daisy chain
The solution demonstrates daisy-chain linked sensors on the Industrial Bus. Note the distances
between sensors. The Spider unit connects four local temperature sensors. At the end of the bus,
there is a Sens-UI voltage and current sensor with termination enabled.
•
•
•
•
•
•
•
•
One Temp-1Wire temperature sensor with a 10m cable is connected directly to the
Poseidon unit to the RJ12 jack.
Two HTemp-485 temperature/humidity sensors are connected at the beginning of the bus,
using a 4-wire cable connected to the terminals.
The bus continues to the Temp-485 temperature sensor, still with 4 conductors.
The Temp-485-Pt100-Cable uses a 4-wire connection as well. The temperature is measured
by a Pt100 sensor mounted on a 2m silicon cable.
The next Temp-485-Pt100-2xDIN converter, mounted on a DIN rail, uses a 4-wire
connection. Two external Pt100 thermometers measure two temperature values.
The following Temp-485-Pt100-Box sensor, designed for external environment, includes a
probe for precise temperature measurement. 4-wire connection.
The Spider unit is, on the contrary, connected via a RJ45 jack. The Spider connects four
Temp-1Wire sensors located 4x 10m away.
Please note the crossing of cables. It is necessary to respect the input and output
designation of the RJ45 jacks. The Spider is in the “middle” mode.
The Industrial Bus finally leads, via a 4-wire connection, to a Sens-UI sensor that measures
external voltage and current.
At this point, the bus is terminated by an external resistor 120Ω between A and B pins.
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Software
•
Setup & monitoring software
• UDP setup - free utility for IP address configuration.
• PD trigger – it can turn off server (PC) in case power supply failure or overheating.
•
Development software supports SW applications of third parties
• SDK – Software Development Kit with sample programs for programming languages VB, .NET, Borland C, Microsoft C, Delphi
• PHP logger – central server software application for data logging.
• JAVA demo – examples of data collecting and analyzing via XML and SNMP in Java
• VB Excel example – example of value transfer to MS Excel sheet over XML
• PosDamInstWiz – wizard of Poseidon and Damocles installations for third parties
applications
•
Independent third parties applications
• Software for security applications: PowerCon, GisWare
• Food & Pharmacy application: CapTemp
• SW compatible with IT market: IBM Tivoli, HP Open View, NMS dashboard, SNMPc,
LoriotPro, MRTG, CA Unicenter TNG, NetDecision
• SW compatible with industrial applications: FactoryLink v7.5, Wonderware InTouch
Conclusion
Current list of software for Poseidon products are available online including details on third parties
SW and their functions on following web page: http://www.hw-group.com/software/index_en.html
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Using Poseidon units in your programs
Poseidon & Damocles Installation Wizard
The Installation Wizard simplifies the use of Poseidon and Damocles products in your applications.
Simply call the wizard from within your application to add, remove or configure a Poseidon or
Damocles unit.
Applications that use remote inputs and outputs over the network need to have device support
added, for instance using XML, which is easily achieved with our HWg SDK. However, the user then
still needs to connect the Poseidon or Damocles unit to the application.
To do so, one can either prompt the user for an IP address and a port, or search the network for units
automatically. The latter, user-friendly method, is exactly what the Installation Wizard supports. The
wizard guides the user through the process of identifying the devices, and returns one or more IP
addresses of the selected devices to your application.
Source code of the wizard is available in the HWg SDK for several programming languages, together
with an example application that calls the wizard.
Advantages of using the wizard
• User-friendly device detection
• Ability to find one or more devices
• Quick and easy way to add support for our products to your application
• Visual look-and-feel matches the Poseidon and Damocles style
• All functions that you need to call from your application are available in source form
Summary:
The installation wizard is completely free. It is intended for SW developers and aims to simplify
support for Poseidon and Damocles line of products.
For detailed information, see: AN30: Poseidon & Damocles Installation Wizard
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PosDamIO – Command line control
Poseidon Damocles I/O is a command-line utility for Windows and Linux that allows you to control
Poseidon and Damocles units over the XML interface. The utility can display states of sensors, inputs
and outputs, as well as set an output high or low.
The PosDamoIO is intended for command-line scripts and applications that need a simple way of
controlling or reading the values of remote sensors, digital inputs and digital outputs. You can modify
the utility to suit your needs – it is included in the HWg SDK.
Basic functions
• Dump the states of sensors, digital
inputs and outputs to the screen, or
to a file
• Set the state of an output via a
command-line command
• Read the state of an input and set
the ErrorLevel return value
accordingly
• Download or upload the values.xml
file containing the current states
• Download or upload the setup.xml
file containing device configuration
for easy device cloning
Features
• Windows and Linux version
• Source code included in the HWg
SDK
• All communication with the device
takes place over the XML interface
• Before uploading, the utility transforms the XML file to the format required by the
device (see product manual)
Summary:
PosDamIO is a free command-line utility that enables simple control of Poseidon units from batch
files. Its source code is freely available in the HWg SDK package.
For detailed information, see: AN29: PosDamIO – use command line to control outputs
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HWg SDK
HWg SDK is a function and example library for Unix and Windows. These functions help SW
solutions of external firms to communicate with our products over IP. SDK is designed for decreasing
time needed for implementation of product support to your SW.
•
HWg SDK is free of charge, you need to register first to download it. After registration you
will automatically receive link to the latest version download.
http://www.hw-group.com/software/sdk/index_en.html
•
HWg SDK is available in English only
•
SDK is installed to Windows, HTML interface
When is SDK useful for you? For example Poseidon products share measured data in XML file.
Simply use XML parser for transfer to structure. For receiving Alarm alerts SNMP Trap parser must
be implemented.
All these functions use standard interface but in case you do not have installed full SNMP than it is
easier to use function from HWg SDK which call service for individual events in your program.
Basic SDK features
•
HWg SDK is simple to understand
•
HWg SDK speed up HW group products implementation into your SW
•
HWg SDK works on old and future structure changes, interface updates etc.
•
HWg SDK is ready to cooperate with the most of programming languages
Sorting according to programming languages
•
Visual Basic (6.0) (all 3xx examples)
•
Borland C++ (all 1xx examples)
•
Delphi (all 4xx examples)
•
Microsoft Visual C++ (all 2xx examples)
•
.NET (all 5xx examples)
•
other examples which do not connect on functions from SDK (all 9xx examples)
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SDK content
•
Complete examples of working complexes which can be used
•
Documented functions used in examples
Ready-made examples in HWg SDK (for Borland C++ builder)
•
EX101: UDP setup
Simple application to handle with UDP setup functions in Borland
C++ Builder using the HWg SDK. It's searching for the devices,
read & write their basic network parameters.
Used functions: hwudps_init, hwudps_uninit, hwudps_reinit,
hwudps_search, hwudps_search_finish, hwudps_count,
hwudps_record, hwudps_setup, hwudps_setup_finish
•
EX102: I/O Controller example
Simple example to demonstrate of UDP setup search, read &
write their basic network parameters and control I/O pins of the
I/O Controller device. It's written in Borland C++ Builder using
the HWg SDK. The I/O pins are controlled over NVT commands
and based on HW group extension of the RFC2217
Used functions: hwudps_init, hwudps_uninit, hwudps_reinit,
hwudps_search, hwudps_search_finish, hwudps_count,
hwudps_record, hwudps_setup, hwudps_setup_finish,
hwnvt_init, hwnvt_uninit, hwnvt_open, hwnvt_close,
hwnvt_open_finish, hwnvt_clr_callback_struct,
hwnvt_in_change2callback, hwnvt_get_in,
hwnvt_wait_finish, hwnvt_get_in_cache, hwnvt_get_out,
hwnvt_get_out_cache, hwnvt_set_out_pin
Example features
•
•
UDP broadcast search for devices
•
List found devices
•
Edit define MAC address parameters
•
Apply changes to defined device
•
Read input 8 bits state
•
Write state to the output register (write per bit)
•
Use callback function to quickly detect changes of input pins
EX103: Control remote serial port
Single example to demonstrate of UDP search, read & write their basic network parameters
and control parameters of remote serial port. Communicate with remote device and read &
write data over TCP connection. It's written in Borland C++ Builder using the HWg SDK.
Serial port settings are controlled over NVT commands and based on HW group extension of
the RFC2217.
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HW group
EX104: XML file downloader XML A
Single example to demonstrate of UDP search,
read their basic network parameters and download and
parse XML file with binaries and sensors values. It's
able to download values only from one device at a
time. It is written in Borland C++ Builder using the HWg
SDK.
Used functions: hwudps_init, hwudps_uninit,
hwudps_reinit, hwudps_search,
hwudps_search_finish, hwudps_count,
hwudps_record, hwxml_init, hwxml_uninit,
hwxml_open, hwxml_close, hwxml_get_values,
hwxml_get_values_cache, hwxml_finish
Example features
•
•
UDP broadcast search for devices
•
List found devices and select five of them
•
Download XML file with values via HTTP protocol and parse it
•
Store all values from device into table
•
Download values manually or automatically every XX seconds
•
All errors are logged to the log list window
EX105: XML file downloader XML B
The application to demonstrate UDP search, read basic network parameters and
download and parse XML file with binaries and sensors values. It is able to download
values from maximum five devices at a time. It is written in Borland C++ Builder with the
HWg SDK.
Used functions: hwudps_init, hwudps_uninit, hwudps_reinit, hwudps_search,
hwudps_search_finish, hwudps_count, hwudps_record, hwxml_init, hwxml_uninit,
hwxml_get_values_cache_many, hwxml_count_modules, hwxml_finish
•
EX106: SNMP traps receiver
The application to demonstrate UDP search, read
basic network parameters and download and
parse XML file with binaries and sensors values.
It is able to download values from maximum five
devices at a time. It is written in Borland C++
Builder with the HWg SDK.
Used functions: hwxml_init, hwxml_uninit,
hwxml_get_values_cache,
hwxml_finish, hwxml_error, hwsnmp_init,
hwsnmp_uninit, hwsnmp_trap_recv_create,
hwsnmp_trap_recv_create_finish,
hwsnmp_clr_traps_callback,
hwsnmp_traps2callback
Example features
•
It can receive traps from several devices at a time
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•
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•
Support Poseidon and Damocles family
•
Parse known traps and write it to the log list
•
Download detailed information about all sensors from one specified device
EX107: Install Wizard
The application shows how to find device and
change basic network parameters and get detailed
information about device and sensors. It can use
as simple install wizard in you application. This
example use high-level library PosDamSDK.dll. It
is written in Borland C++ Builder using the HWg
SDK.
Example features
•
•
Use high-level library PosDamSDK.dll
•
•
Search all available devices on local network
•
List found devices and read & write their network parametrs
•
Download detailed information about device
•
Download information about all connected sensors
EX108: Show Install Wizard
The application shows how to use Install Wizard in other languages.
Install wizard is added into the PosDamInstWiz.dll library and is
available for another applications. This example is written in Borland
C++ Builder using this high-level HWg SDK library.
Used functions: InstWiz_Show, InstWiz_GetDevice,
InstWiz_FirstDevice, InstWiz_AddDevice, InstWiz_RemoveDevice, InstWiz_Clear
•
EX109: Polling data
The application shows how to search
device on the local network, add device
to the "device list". From all devices in
this list will be downloaded sensor
values periodically. All values from all
device are shown in one shared sensor
list. It is written in Borland C++ Builder
using the HWg SDK.
Used functions: SearchDevice, SearchDone,
GetDeviceList, AddToDeviceList,
ClearDeviceList, CreatePolling,
GetNowPolling, DestroyPolling,
LockPolling, UnlockPolling
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•
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Example features
•
Use high-level library PosDamInstWiz.dll
•
•
Show how to use Install Wizard
•
Store all values from all devices into one big shared table
•
Set values of digital outputs
•
Set safe range values of analog sensors
EX110: Set outputs
The application shows how to use Install
Wizard for adding device to the host
application. All sensors and digital
inputs/outputs are shown in shared sensor list.
It is shown how to change values of digital
outputs and ranges of sensors. It is written in
Borland C++ Builder using the HWg SDK.
Used functions: InstWiz_Show, InstWiz_GetDevice,
InstWiz_FirstDevice, InstWiz_AddDevice, InstWiz_RemoveDevice, InstWiz_Clear,
AddToDeviceList, ClearDeviceList, CreatePolling, DestroyPolling, GetNowPolling,
LockPolling, UnlockPolling, SetBinaryOutput, SetSensorRange
Example features
•
•
Use high-level library PosDamInstWiz.dll
•
•
Show how to use Install Wizard
•
Store all values from all devices into one big shared table
•
•
Set safe range values of analog sensors
EX111: Simple Set Outputs
The very simple application shows how to change values of digital
outputs. It is written in Borland C++ Builder using the HWg SDK.
Used functions: SetBinaryOutput
Example features
•
Use high-level library PosDamSDK.dll
•
•
•
Don't support HTTP authorization
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EX112: Unblocked Set Outputs
The application shows how to change values of digital outputs. It
shows how to create unblocked application withhout "freezing"
graphical user interface. Support HTTPauthorization to access to
the device. It is written in Borland C++ Builder using the HWg SDK.
Used functions: hwxml_init, hwxml_uninit, hwxml_open,
hwxml_close, hwxml_authenticate_set, hwxml_clr_callback,
hwxml_callback, hwxml_send_setup_xml, hwxml_finish, hwxml_get_setup_cache
Example features
•
•
•
Support HTTP authorization
•
Non-freezing graphical user interface (GUI)
•
EX113: Device Config
The application shows how to change configuration of WEB51 based devices through TCP
setup. Quiet mode of TCP Setup is used. It is written in Borland C++ Builder using the HWg
SDK.
•
EX114: PortStore2 Downloader
The PosDow utility is designed for line scripts and applications that need to easily download
data from remote buffer. It is written in C and compiled in Borland C++ Builder using the
HWg SDK.
•
EX115: Poseidon & Damocles I/O
The PosDamoIO utility is designed for line
scripts and applications that need to easily
control or log remote sensors, digital inputs
and outputs. It is written in C and compiled
in Borland C++ Builder using the HWg SDK.
Example features
•
List of sensor's states, digital inputs
and outputs displayed on a monitor or
recorded to a file
•
Setting of an output via command line
•
Reading input state and setting of ErrorLevel value according to its returned value
•
Downloading and Uploading file with values.xml
•
Downloading/Uploading configuration setup.xml file of the device - easy device
duplication
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Documentation for programmers
•
Generated automatically by Doxygen program
•
It opens after SDK instalation and click on HW group SDK > HWg SDK main page
Conclusion:
Register and download from link in the email actual SDK version:
http://www.hw-group.com/software/sdk/index_en.html
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Poseidon unit – formats and interfaces
SMS – interface description
SMS format
DEVICE_NAME #ALARM SENSOR1_NAME:VALUE/EXCEEDED_LIMIT_VALUE
SENZOR1_NAME:VALUE/EXCEEDED_LIMIT_VALUE #STATUS: INP: 0 0 0
SENS:VALUES_OF_ALL_SENSORS_WITH_UNIT
Description:
•
•
•
•
•
•
•
•
values are separated by a space
DEVICE_NAME is shorten to maximum 8 characters
SENZORU1 _NAME is shorten to maximum 6 characters
values are only integer positive or negative = no decimal separator
List shows always all sensors including those in Alarm
Temperature is displayed in following form: 48C
Humidity is displayed in following form: 10%.
Only one SMS is sent, this is why the list is at the end – it can be easily cut.
SMS example:
•
Device name: Poseid11
•
Sensors in Alarm:
•
Rack11 = 48,5°C, limit value is 40°C
•
T-Room = 48,3°C, limit value is 35°C
•
H-Room = 10% RH, limit value is 45% RH
Poseid11 #ALARM Rack11:48C/40C T-Room:48C/35C H-Room:10%/45%
Imp3:0/1 #STATUS Inp:0 0 1 Sens:-18C 21C 22C 19C 28C 48C 10% 42C
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Email – interface description
Email format
<---------------------------59---------------------------->
<---10---> <---8--> <------16------> <------15----->
<-5-> <------15-----> <---10---> <------16------> <--7-->
DATE
TIME
Device_NAME
Device_IP
XX.XX.XXXX XX:XX:XX XXXXXXXXXXXXXXXX XXX.XXX.XXX.XXX
----------------------------------------------------------ID
Sensor_name
VALUE UNIT
Safe range
ALARM
----------------------------------------------------------|-1
ALARM state:
------------------------------------------------------XXXXX XXXXXXXXXXXXXXX XXXX.X XXX XXXX.X .. XXXX.X XXXXXXX
|
|-2
NORMAL state:
-------------------------------------------------XXXXX XXXXXXXXXXXXXXX XXXX.X XXX XXXX.X .. XXXX.X XXXXXXX
XXXXX XXXXXXXXXXXXXXX XXXX.X XXX XXXX.X .. XXXX.X XXXXXXX
XXXXX XXXXXXXXXXXXXXX XXXX.X XXX XXXX.X .. XXXX.X XXXXXXX
|
|-2
----------------------------------------------------------Device_NAME:
http://Device_IP
-----------------------------------------------------------
Description
•
In case the sensor is not available (disconnected, not found) -999,99 value appears
•
All longer texts are cut to needed length
•
Device name is 16 chars long and sensor name 15.
•
All numbers in Email and log use as a decimal separator decimal point.
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Email example:
DATE
TIME
Device_NAME
Device_IP
10.10.2005 15:04:27 Server_room1
192.168.1.20
----------------------------------------------------------ID
Sensor_name
VALUE UNIT
Safe range
ALARM
----------------------------------------------------------ALARM state:
------------------------------------------------------48245 T-Room
25.3 °C
-45.0 ..
22.0 Enable
1 C-water
OFF
if OFF
NORMAL state:
-------------------------------------------------48245 T-Room
25.3 °C
-45.0 ..
22.0
1559 H-Room
53.0 %RH
30.0 ..
80.0
48
T-Srv01
-27.3 °C
-49.0 .. –25.1
257
ABCDEFGHIJKLMNO -109.3 °C -150.0 .. -105.0
1
C-water
OFF
2
C-AirFl
OFF
3
C-Door1
OFF
Enable
Enable
Disable
Enable
if OFF
if ON
Disable
----------------------------------------------------------Server_room1:
http://192.168.1.20
-----------------------------------------------------------
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XML – interface description
The Poseidon supports XML files:
•
values.xml
Small file for periodical reading values from sensors. Selection from setup.xml, only basic
identification and sensors value reading.
•
setup.xml
Complete device configuration
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Reading values from XML
Monitored values from sensors are displayed in defined HTML page for user and in XML page
(values.xml). Any application can easily read them from XML tags.
XML record example of temperature sensor:
<Entry>
<Name>Sensor 16</Name>
<Interface>RS485</Interface>
<ID>75</ID>
<Value>27.8</Value>
<Min>10.0</Min>
<Max>50.0</Max>
<Hyst>0.0</Hyst>
<SNMPTrap>1</SNMPTrap>
<EmailSMS>0</EmailSMS>
<AlarmState>Active</AlarmState>
<Color>0</Color>
<UnitType>C</UnitType>
</Entry>
Note:
- Sensors name
- Sensor interface
- Unique Identification
- Current temperature, string with decimal
separator, no units
- Minimum alarm value, string with decimal
separator, no units
- Maximum alarm value, string with decimal
separator, no units
- hysteresis, string with decimal
separator, no units
- SNMP Trap, 0 = turned off, 1 = turned on
- E-mail, SMS, 0 = turned off, 1 = turned
on
- Alarm, Aktive or Inactive
- Line color, represents sensor status.
You can back up configuration with downloaded setup.xml file.
Record values to device over XML
setup.xml and values.xml files can be uploaded to the Poseidon unit under condition it is allowed by
the protections (http password, IP address filter, DIP switch setting).
For XML file download and upload to and from Poseidon unit we recommend utility enclosed to
application note 29: AN29: PosDamIO controls outputs from command lines.
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Setup.xml format – version 2.34
<?xml version="1.0" encoding="utf-8"?>
<Root>
<Agent>
<Version>1.9.7</Version>
<XmlVer>2.34</XmlVer>
<DeviceName>Poseidon in kitchen</DeviceName>
<Model>10</Model>
<VendorID>10</VendorID>
<MAC>00:0A:59:03:0C:91</MAC>
<Title>Poseidon model 1250</Title>
<Contact>Information: www.HW-group.com</Contact>
- Read only device parameters group
- Device firmware version (Read only)
- XML file version (Read only)
- Device name – User configurable, Identical with <SysName> value, here read only (64 chars)
(Here read only, change in <Network> part of XML)
- Technical device type – available also over UDP Setup (5 chars)
- Vendor ID number – 0 .. 65565 16. bit number in ASCII
- Unique device MAC address
- Customizable device title – Top of the HTML page (Read only),
Marketing device name (more in customisation) (max 32 chars)
- User definable contact message, HTML code support (max 254 chars)
(Read only here, updatable over TCP setup only, more in customisation)
</Agent>
<TemperRange>
<Min>19</Min>
<Max>27</Max>
</TemperRange>
- Visualisation value for the Flash setup temperature bargraf
- Min value from all displayed thermosensors
- Min value from all displayed thermosensors
<BinaryInSet>
- Binary inputs alias Dry contact inputs (next only “Binary input”)
<Entry>
<ID>1</ID>
- Input Entry identification – unique per device – Input 1
<Name>Binary 1</Name>
<Value>0</Value>
<Alarm>2</Alarm>
<State>0</State>
</Entry>
- <Entry>
<ID>2</ID>
<Value>0</Value>
<Alarm>2</Alarm>
<State>0</State>
</Entry>
- <Entry>
<ID>3</ID>
<Value>0</Value>
<Alarm>2</Alarm>
<State>0</State>
</Entry>
<AlarmAction>0</AlarmAction>
</BinaryInSet>
<BinaryOutSet>
- Defined name of the input (text string, 20 chars)
- Current value 0/1 (Read only)
- alarm settings for this Binary input – 1 byte 0 = active if off (log 0],
1 = active if on (log 1], 2 = Single input Alarm inactive
- Current sensor status 0 = normal, 1 = Alarm value currently active, but Alarm not activated,
2 = Alarm activated
- Alarm routing of Binary digital dry contact inputs (common for all inputs)
0 = inactive,
1 = send SNMP trap,
2 = send Email & SMS
3 = send SNMP trap & Email & SMS
- Binary outputs settings & values
<Entry>
<ID>151</ID>
<Name>RTS</Name>
<Type>1</Type>
- Output identification, unique ID per device, 151..215 reserved for outputs
- Output name (Read only)
- Type of the binary outputs
0: X/Y = “On” / “Off” (Relay output),
1: X/Y = “On (+10V)” / “Off (-10V)” (RTS output),
2: X/Y = “On (+10V)” / “Off (0V)” (DTR output)
- 0/1 Current output value - R/W for the „Manual output control”
0 = Y (“Off” / “Off (-10V)” / “Off (0V)”)
1 = X (“On” / “On (+10V)” / “On (+10V)”)
Read only for the „Auto output mode” (when tag Mode <> 0)
<Value>0</Value>
<Mode>0</Mode>
- Output control mode (Manual / Local + condition)
0 = Manual output control (value defined by Value tag)
1 = Local output control (On if any alarm)
2 = Local output control (On if value equal to Trigger)
3 = Local output control (On if value higher than Trigger)
4 = Local output control (On if value lower than Trigger)
5..8 reserved for Damocles G1,G2
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<CondInputID>0</CondInputID>
<Trigger>0.0</Trigger>
</Entry>
<Entry>
<ID>152</ID>
<Name>DTR</Name>
<Type>2</Type>
<Mode>0</Mode>
<Value>0</Value>
<CondInputID>0</CondInputID>
<Trigger>0.0</Trigger>
</Entry>
</BinaryOutSet>
- Condition related input ID
- Trigger value for condition
<SenSet>
<Entry>
- All detected sensors
<ID>38687</ID>
<Units>C</Units>
<Value>23.0</Value>
<Calib>-0.15</Calib>
<Min>-1.5</Min>
<Max>24.6</Max>
<Hyst>0.0</Hyst>
<State>0</State>
- Sensor entry identification (unique per device, Read only, 1..65535)
- Defined name of the sensor (text string, 15 chars)
- Unit of send value "C" for temperature,
"%RH" for humidity, "V" for voltage "mA" for current
“s” for Switch (0/1) “p” for counter pulses (1/10 digit can be used)
- Current value, one defimal value, decimal separator is “.” (Read only)
- Sensors calibration shift value (Value = Raw sensor value + Calib)
Not implemented yet - ready to use in the future
- SafeRange minimal limit
- SafeRange maximal limit
- Hysteresis (non sensitivity range) value
- SNMP trap alarm enable 0 = don't send, 1 = send if value out of SafeRange
- E-mail & SMS alarm enable 0 = don't send, 1 = send if value out of SafeRange
- Current sensor status
0 = normal, 1 = value out of SafeRange - Alarm not activated,
2 = value out of SafeRange - Alarm activated, 4 = sensor invalid (not connected)
</Entry>
<Entry>
<ID>38687</ID>
<Units>C</Units>
<Value>-999.9</Value>
<Calib>0</Calib>
<Min>10.0</Min>
<Max>60.0</Max>
<Hyst>0.0</Hyst>
<State>4</State>
</Entry>
<Entry>
<ID>77</ID>
<Name>Spider 1</Name>
<Units>C</Units>
<Value>22.2</Value>
<Calib>0</Calib>
<Min>10.0</Min>
<Max>60.0</Max>
<Hyst>0.0</Hyst>
<State>0</State>
</Entry>
</SenSet>
<SnmpTraps>
- SNMP Traps settings (delivery destinations)
<Entry>
<Idx>1</Idx>
<Community>public</Community>
<IPaddr>192.168.1.39</IPaddr>
<Port>162</Port>
<E>1</E>
</Entry>
<Entry>
<Idx>2</Idx>
<Community></Community>
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- Entry identification
- SNMP Community settings (32 chars)
- SNMP trap destination IP address
- SNMP trap destination port
- Enable / Disable destination (0/1)
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<IPaddr></IPaddr>
<Port></Port>
<E>0</E>
</Entry>
</SnmpTraps>
<Global>
<Units>Celsius</Units>
<Logo>logo.swf</Logo>
<HWSec>Disabled</HWSec>
<AlarmDelay>0</ AlarmDelay>
- Global settings
- Temperature units displayed in a Flash setup interface “Celsius”, “Fahrenheit”, “Kelvin”
- show this file as logo (the Flash setup interface - left upper corner) swf format (*.swf) format required
- HW DIP security value - “Enabled” / “Disabled”
- 0..255 Time delay in hundred ms to Alarm state reaction.
To send Email alarm when value is“10“, Alarm state have to take min 1 second
</Global>
<Network>
<Name>Poseidon in kitchen</Name>
<DHCP>0</DHCP>
<IPAddr>192.168.1.80</IPAddr>
<Submask>255.255.255.0</Submask>
<Gateway>192.168.1.100</Gateway>
- Network settings
- Device name (64 chars) Identical with item <Agent><DeviceName>, here R/W
- 0/1 - Enable DHCP, when enabled show assigned IP values.
- IP address of the device
- Value of the IP subnet mask
- IP address of the Gatteway
<DNSPrimary>147.230.16.1</DNSPrimary>
- Primary DNS server (you have to set DNS server as IP address)
- Secondary DNS server
<DNSSecondary>213.180.44.4</DNSSecondary>
<HTTPport>80</HTTPport>
<TelnetPort>99</TelnetPort>
<SNMPPort>161</SNMPPort>
</Network>
<Email>
<Server></Server>
<Port>25</Port>
<From>[email protected]</From>
<To>[email protected]</To>
<Subject>Subject_0</Subject>
<Auth>0</Auth>
<Name>User login name</Name>
<Pswd></Pswd>
- Internal device WEB server port
- Telnet setup (TCP setup) port. “0” = TCP setup disabled
- SNMP Polling port settings
- E-mail settings
- DNS addres or IP address of remote SMTP server (40 chars)
- Port for communication with remote SMTP server
- Email address of sender (40 chars)
- Recipient of Email (40 chars)
- Subject of Email message (50 chars)
- SMTP server Autentisation (0 = not required, 1 = required)
- SMTP autentification Login name (40 chars)
- SMTP autentification Password (20 chars)
- Email processing report from last TEST EMAIL Constant “0” to “15” – check documentation
<State>0</State>
<Message></Message>
</Email>
- SMTP server report message from last TEST EMAIL (100 chars)
<Time>
<SNTPServer>ntp1.sth.netnod.se</SNTPServer>
<TimeShift>1</TimeShift>
<Date>31.12.1970</Date>
<Time>03:09:33</Time>
</Time>
- Time settings
- DNS addres or IP address of SNTP server (time server) (40 chars)
- time shift (in hours)
- date
- time
<SMS>
<E>0</E>
<Module>NOT FOUND</Module>
<CenterNmr><CenterNmr/>
<Recp1>222222222</Recp1>
<Recp2>333333333</Recp2>
<RingOut>0</RingOut>
<State>0</State>
<Message></Message>
</SMS>
- SMS part, used only in devices with GSM modem support
- Enable GSM modem (0/1) – Setup Checkbox
- FOUND / NOT FOUND of GSM serial terminal
- SMS center number (15 char)
- SMS1 destination Number (15 char)
- SMS2 destination Number (15 char)
- Enable Ring alert (0/1)
- Test processing report
- SMS Test report message from last SMS test(30 chars)
<DataLogger>
<StorePeriod>360</StorePeriod>
<LogCapacity>100.2.23</LogCapacity>
<LogBins>0<LogBins>
<Report>
<E>0</E>
<To>[email protected]</To>
<Period>5</Period>
<Erase>0</ Erase>
</Report>
- Log period in sec. Minimal is 1 cycle through sensor and is depend on sensor count.
0 = Logger disabled, max. value is 65535
- estimated log capacity (How long device can storage data.)
format hours.mins.secs it is only aproximate value
- 0/1 – 1= store to Log file also Dry contact Inputs and Outputs state
- Periodic email with current value and logged data
- Enable periodic reporting
- Recipient of Report Email (40 chars)
- Reporting period in min. Minimal is 5 minutes
- 0/1, 1=Erase reported (delivered to SMTP server) values from Logfile
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</DataLogger>
<HTTPIPFilter>
<Mask>0.0.0.0</Mask>
</HTTPIPFilter>
- HTTP acces filter values
<SNMPIPFilter>
<Mask>0.0.0.0</Mask>
</SNMPIPFilter>
- SNMP acces filter
- IF ((IPAddr AND Mask) XOR (TestAdress AND Mask)) = 0 than access enabled
<SnmpAccess>
<Entry>
<Idx>1</Idx>
<Community>public</Community>
<R>1</R>
- SNMP access settigs
<W>0</W>
<E>1</E>
</Entry>
<Entry>
<Idx>2</Idx>
<Community>private</Community>
<R>1</R>
<W>1</W>
<E>1</E>
</Entry>
</SnmpAccess>
- Write access (0/1)
<User>
<Entry>
<Idx>1</Idx>
<Name></Name>
<Pswd></Pswd>
</Entry>
<Entry>
<Idx>2</Idx>
<Name></Name>
<Pswd></Pswd>
</Entry>
<Entry>
<Idx>3</Idx>
<Name></Name>
<Pswd></Pswd>
</Entry>
</User>
- secure of HTTP server by password
- Read only access to setup.xml and Flash setup interface
- IF ((IPAddr AND Mask) XOR (TestAdress AND Mask)) = 0 than access enabled
- Entry identification
- Community name (32 chars)
- Read access (0/1)
- Enable / Disable comunity (0/1)
- Name (32 chars)
- Password (filled by “*”) (32 chars)
- Read &Write Outputs, Read only device configuration
- Name
- Password (you can see current Password in Flash Setup)
- Read&Write access to setup.xml and Flash setup interface
- Name
- Password (you can see current Password in Flash Setup)
<MIBIISysGroup>
- MIB II settings
<SysContact>[email protected]</SysContact> - MIB's administrator e-mail (64 chars)
<SysLocation></SysLocation>
- MIB's system database placement (64 chars)
<SysName>Poseidon in kitchen </SysName>
- MIB's database name (64 chars) Identical with item <Agent><DeviceName>, here R/W
</MIBIISysGroup>
<Info>1</Info>
- Info tab in the Flash setup interface (0 = disabled, 1 = enabled)
</Root>
Command Format
Note: this format is valid only for POST operations
<?xml version="1.0" encoding="utf-8"?>
<Root>
<Cmd>
<SensAutodet/>
<SMTP/>
<Datetime/>
<SMS/>
<Restart/>
</Cmd>
</Root>
- only 1 command from following group of tags will be processed (last one wins)
- sensor autodetect (will restart device)
- send test e-mail
- currently does nothing
- send test SMS to all destinations
- restart device (after a XML response is sent)
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Modbus over TCP – interface description
The Modbus is a communication protocol designed for measuring devices, communicating over RS485 or RS-232 (sometimes named as a Modbus RTU). Modbus itself enables to share one of each
interfaces memory variable array, from measuring quantity for example. Modbus/TCP is extension
of this protocol for communication over Ethernet.
Advantage is easy implementation to visual systems in industrial applications.
Mapping of variables of the Modbus/TCP protocol
alue
Analog quantities
Address
I/O
Type Function
100
Input
Int
4
101-10x
Input
Int
4
Units
0,1°C (K, F)
Description
Actual number of installed (in Setup configured)
sensors
Actual value of the sensor 1 - x where x is
value from 100 address, units are configured in
Flash Setup mode
Binary values
Address
I/O
Units
Description
100 - 102
In
Type Function
bit
2
0/1
Actual value of binary input
200
200
201
201
In
Out
In
Out
bit
bit
bit
bit
1
5
1
5
0/1
0/1
0/1
0/1
It reads actual values of DTR output
Setting of RTS output value
It reads actual values of DTR output
Setting of RTS output value
The Poseidon works here on TCP Server on port 502 (Modbus standard), communication runs on
mentioned addresses via Modbus/TCP, for more see http://www.modbus.org.
Note: Support of Modbus/TCP implementation requests setting of „Slave ID“ variable to 2. Check it,
in case you can not establish connection (it may be named differently in your program, it
originally was a address for several devices on RS-485 for Modbus/RTU).
Note:
Details about Modbus/TCP can be found on our web page under AN28: Damocles &
Modbus/TCP family
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Testing Modbus/TCP with „Modbus Poll 3.20“
On supplied CD is burn a Modbus Poll utility which can
work as a simple client for reading Modbus/TCP values
for the first 30 days.
During first 4 minutes in demo version you can see
sensors’ values and dry contact states.
Configuration file is available in the CD directory or in
archive on the internet „Poseidon_Sensors.mbp“
and „Poseidon_Inputs.mbp“, defining sensor
addresses and digital inputs for online Poseidon demo.
Open both files, select TCP/IP connection and address
to your online demo a get connected.
Connect over Modbus/TCP to our online demo
In our office in Prague a Poseidon unit is installed and permanently running on public IP address.
Link to this address can be found on server map.
Values are multiplied by 10 because decimal values are no supported.
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
SNMP – interface description
SNMP protocol (Simple Network Management Protocol) was designed for
exchange of basic system information over short packets sent over UDP/IP.
Particular variable are described in so called MIB (Management Information
Base) table which is relative to every device. The base is distributed as a
separated mib file which can be for Poseidon unit downloaded from our web
page or found on supplied CD.
SNMP is a asynchronous protocol based on client/server model (here renamed to SNMP Client /
SNMP Agent). It means that monitoring center (SNMP Client) requests on state of particular variable
and SNMP Agent implemented in the device responds.
SNMP support is implemented into number of languages designed for dynamic pages (PHP, ASP,
Java, Perl, Python and others). Due to current module it is possible in relatively short time to enable
access to data (for reading and recording) over SNMP that provides peripheral system device.
Classic communication mode uses request respond type of communication. Variables are defined in
hierarchy (string) of numbers which is described in MIB file. It describes meaning of particular
variables, format and name. In case you know hierarchy (number string – e.g.
„.1.3.6.1.4.1.21796.3.3.1.1.2.3“) for the value than you do not need MIB table.
Couple basic terms needs to be explained:
•
MIB table –mib is a text file describing particular variables which are supported by the
device. It contains variable addresses, names, description and number format.
•
OID is variable identifier in the table – the long number which defines position of variable in
variable string tree.
Some programs for work with SNMP do not support MIB files. Than you need to enter OID manually.
The string can be found in MIB table but to simplify first orientation we provide overview of some
variable including their OID:
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Downloading MIB file from main product web page
MIB file is saved directly in the device; simply download it from web browser via right mouse click.
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
OID description of SNMP variables
Following table shows variables, their OID addresses and values. These values are related to the
Poseidon configuration which you can see on the picture:
•
Firmware: 1.9.6
•
dry contact state: 1=ON, 2=Off, 3=Off, - no alarms
•
Connected sensors
•
1x HTemp-485 (1x temperature [ID 80], 1x humidity [ID 112])
•
1x IT Bus (temperature [ID 50176, 47872])
Variable
sysDescr
OID
.1.3.6.1.2.1.1.1
.iso.org.dod.internet.mgmt.mib-2.system.sysDescr
sysUpTime
.1.3.6.1.2.1.1.3.0
Input 1 state
.1.3.6.1.4.1.21796.3.3.1.1.2.1
Input 3 state
.1.3.6.1.4.1.21796.3.3.1.1.2.3
Input 2 Name
.1.3.6.1.4.1.21796.3.3.1.1.3.2
Input 3 Alarm
.1.3.6.1.4.1.21796.3.3.1.1.4.3
RTS Output (Port 2)
.1.3.6.1.4.1.21796.3.3.2.1.2.2
Sensor 1 Name
.1.3.6.1.4.1.21796.3.3.3.1.2.1
Sensor 1 State
.1.3.6.1.4.1.21796.3.3.3.1.4.1
Sensor 2 State
.1.3.6.1.4.1.21796.3.3.3.1.4.2
Sensor 1 Value
.1.3.6.1.4.1.21796.3.3.3.1.6.1
Sensor 2 Value
.1.3.6.1.4.1.21796.3.3.3.1.6.2
Sensor 4 Value
.1.3.6.1.4.1.21796.3.3.3.1.6.4
Sensor 2 Name
.1.3.6.1.4.1.21796.3.3.99.1.2.1.2.2
Sensor 1 ID
Value
.iso.org.dod.internet.mgmt.mib-2.system.sysUpTime
Poseidon SNMP
Supervisor v1.9.6
A textual description of the
entity.
0:17:12:32.18
The time (in hundredths of
a second) since the
network management
portion of the system was
last re-initialized.
On (2)
*).inpTable.inpEntry.inpState
Off (1)
*).inpTable.inpEntry.inpState
*).inpTable.inpEntry.inpName
*).inpTable.inpEntry.inpSetupAlarm
*).outTable.outEntry.outState
*).tempTable.tempEntry.sensorName
The binary input name
(string)
No (0)
Alarm for the Binary input,
generated by the device
under defined condition.
Off (1)
The binary input state.
(integer)
HTemp temp
The sensor name (string)
alarm (2)
*).tempTable.tempEntry.sensorState
(integer)
Binary 2
normal (1)
*).tempTable.tempEntry.sensorState
Description
(integer)
223
*).tempTable.tempEntry.tempValue
223
The integer (decimal * 10)
representation
of temperature value
(integer)
223
*).setup.tempSetup.tempSetupTable.tempSetupEntry.tempSensorName
.1.3.6.1.4.1.21796.3.3.99.1.2.1.4.1
*).setup.tempSetup.tempSetupTable.tempSetupEntry.tempSensorAddr
HTemp humid
The sensor name (string)
80
The sensor unique
ID(integer)
*) OID text version begin by „.iso.org.dod.internet.private.enterprises.hwgroup.charonII.poseidon“ which responding to the „.1.3.6.1.4.1.21796.3.3“
OID in numbers..
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Shortened OID list
Poseidon family SNMP OID description
---------------------------------------------------------------------------------------Poseidon Device Values:
------------------------------------------------------.1.3.6.1.2.1.1.1.0
Device description (string)
.1.3.6.1.2.1.1.5.0
Device name (string)
Dry Contact Inputs
------------------------------------------------------.1.3.6.1.4.1.21796.3.3.1.1.2.1
Contact Input 1 state (integer, 1=Off, 2=On)
.1.3.6.1.4.1.21796.3.3.1.1.2.3
Contact Input 3 state (integer, 1=Off, 2=On)
.1.3.6.1.4.1.21796.3.3.1.1.3.1
.1.3.6.1.4.1.21796.3.3.1.1.4.1
Dry Contact Input 1 name (R/W string)
Dry Contact Input 1 Alarm state (integer)
Sensor
------------------------------------------------------.1.3.6.1.4.1.21796.3.3.3.1.6.1
Sensor 1 current value *10 (integer)
.1.3.6.1.4.1.21796.3.3.3.1.6.2
.1.3.6.1.4.1.21796.3.3.3.1.6.10
.1.3.6.1.4.1.21796.3.3.3.1.2.1
.1.3.6.1.4.1.21796.3.3.3.1.2.2
.1.3.6.1.4.1.21796.3.3.3.1.4.1
.1.3.6.1.4.1.21796.3.3.3.1.5.1
.1.3.6.1.4.1.21796.3.3.3.1.8.1
.1.3.6.1.4.1.21796.3.3.3.1.9.1
Sensor 1 name (R/W string)
Sensor 2 name (R/W string)
Sensor 1 state (integer, 0=Invalid, 1=Normal,
2=AlarmState, 3=Alarm)
Sensor 1 current value, units included (string)
Sensor 1 unique ID (integer)
Sensor 1 units (integer, 0=°C, 1=°F, 2=°K, 3=%,
4=V, 5=mA, 6=unknown, 7=pulse, 8=switch)
Outputs
------------------------------------------------------.1.3.6.1.4.1.21796.3.3.2.1.2.1
Output 1 state (R/W integer, 1=Off, 2=On)
.1.3.6.1.4.1.21796.3.3.2.1.2.2
Output 2 state (R/W integer, 1=Off, 2=On)
.1.3.6.1.4.1.21796.3.3.2.1.3.1
Output 1 name (R/W string)
For more details, analyze MIB file or Cheb detailed device’s manual..
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
SNMP Trap – interface description
In case value gets out of save range on any single
sensor, it moves to ALARM state. To notify of ALARM
SNMP Trap is send to configured IP address.
It contains two UDP packets which are sent by SNMP
Agent to monitoring center (SNMP Client). The packet
format is described in MIB table. The first packet
contains information about raising ALARM and the
second one detailed information where the alarm came from. It is alarm state which means that after
alarm terminating (value gets back to limit range) two more UDP packets with information about
alarm terminating are send.
This method was developed for quicker reaching information about alarm because classic SNMP request/response may have a period up to several hours.
For input contacts you can define sending alarm after opening/ closing or turn the alarm off.
SNMP Traps sent from Poseidon
List and detail description of SNMP Traps can be found in MIB base, we offer basic description.
•
Cold Start + Link Up Trap
Couple of SNMP Traps sent after device start up. In case alarm is active during start up, two
more traps are sent.
•
Alarm raised on dry contact
Couple SNMP Traps sent after alarm rising on dry contact. First Trap contains identification
of alarm rising for the operator. The second one contains input name (for example) which is
in alarm etc.
•
Alarm terminated on dry contact
Couple SNMP Traps sent after alarm terminating on dry contact. This couple is always after
traps about raising alarm. First Trap contains identification of alarm rising for the operator.
The second one contains input name (for example) which is in alarm etc.
•
Alarm rose from sensor value
Couple SNMP Traps sent after raising alarm of sensor (temperature, humidity and others).
Alarm raises when value gets out of defined range ± hysteresys. First Trap contains
identification of alarm rising for the operator. The second one contains sensor name and
value input name (for example) which is in alarm etc.
•
Alarm terminated from sensors value
Couple of SNMP Traps sent after terminating alarm of sensor. Alarm terminated when the
value gets back to safe range ± hysteresys. First Trap contains identification of alarm rising
for the operator. The second one contains sensor name and value (for example) which is in
alarm etc.
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Recommended SW for testing SNMP
GetIf
The Getif is a utility for work with SNMP variable, it enables to go through SNMP tree, reading and
setting values, displaying details according to attached MIB.
Before trying we recommend to watch instructional Flash animation which can be found on our web
page.
•
License: Freeware
•
Supported OS: Windows 2000, XP, 2003 Server
•
Communication protocol: SNMP, contains MIB Manager
•
Response to Alarm: No, receiving SNMP Traps not supported
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
iReasoning MIB Browser + Trap Receiver
Two free utilities for work with SNMP variables that enable going through the SNMP tree, reading and
setting values, displaying details according to MIB which can be implemented into the program as
well.
Before trying we recommend to watch instructional Flash animation which can be found on our web
page.
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Connectors and connections
Port 3 – RS-232
232 - DB9M
1
2
3
4
5
6
7
8
9
DIP1 = on
Serial setup
DIP3 = on
HW protection
1
2
3
4
5
6
1
2
3
4
Port 1 – RJ45
Not used
Not used
-
B (-)
RJ45
RxD
TxD
DTR
GND
DSR
RTS
CTS
-
<--->
-->
--<--->
<--
Not used
Receive Data
Transmit Data
Data Terminal Ready
System Ground
Data Set Ready
Request to Send
Clear to Send
Not used
Port 1 – RJ12
+5V
Power
Not used
Data
Transmit Data
GND
Ground
+5V
Power
Not used
(7) – brown/white
(8) - brown
PWR (Vcc)
485 B back
(4+3) – blue + green/white
RS-485
(5+6) – green + blue/white
5
A (+)
6
7
GND
Ground
8
+12V
Power
Industrial bus
GND
B – RS485
A – RS485
485 A back
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Industrial Bus (RS-485) connections
Connecting the 4-terminal block to the RJ45 modular jack
Connecting certain sensors
Pt100 & Pt1000 connections
(7) – brown/white
A
B
+
(8) - brown
-
RS-485 bus RJ45
connector
(5+6) – green + blue/white
1
2
3
(4+3) – blue + green/white
Connecting Pt100 sensors
•
Pt100 and Pt1000 sensors are usually connected using 3 wires
•
•
All three wires must have the same properties (diameter, …)
When connecting a Pt100 using two wires only, connect the third terminal locally
Addresses of Pt100 sensors (Temp-485-Pt100 sensors)
•
When shipped, the configured sensor address is in the A..Z range and shown on the label
•
Address can be changed on the RS-485 bus in the TCP setup mode, see “Configuring
temperature sensors with TCP Setup”
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Configuring addresses of the Temp-485 and HTemp-485 sensors (RS-485 bus)
A4 A3 A2 A1 A0
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
O
O
O
X
X
X
X
O
O
O
O
X
X
X
X
X
O
O
X
X
O
O
X
X
O
X
O
X
O
X
O
X
O
X
O
X
Address
Adr by SETUP
A
B
C
D
E
F
G
H
I
J
Note: O (open) = jumper disconnected,
A4 A3 A2 A1 A0 Address
A4 A3 A2 A1 A0
X
X
X
X
X
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
X
X
X
X
X
X
X
O
O
O
O
X
X
X
X
O
O
O
X
X
O
O
X
X
O
O
X
X
O
K
X
L
O
M
X
N
O
O
X
P
O
Q
X
R
O
S
restricted
X
O
U
X
X
O
O
O
O
O
O
O
O
O
O
X
X
X
X
O
O
O
O
O
O
X
X
O
O
X
X
O
O
X
O
X
O
X
O
X
O
X
O
Address
V
W
X
Y
Z
Adr by SETUP
Adr by SETUP
Adr by SETUP
Adr by SETUP
Adr by SETUP
X (close) = jumper connected
Temp-485 to RJ45 connection (B-Cable)
HTemp-485 connection
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
List of ordering ID numbers
OID
Product name
Product description
600 006
Poseidon model 1250
Poseidon unit, model 1250 – standard version
600 042
600 043
Poseidon 1250 Tset
Poseidon 1250 THset
Poseidon 1250 start set, power adaptor, CD, temperature sensor
Poseidon 1250 start set, power adaptor, temp sensor, humidity sensor
600 080
600 251
600 023
Wall power adaptor 12V
Back-up power supply 12V
2x Wall Bracket "A" size
Power supply adaptor 0.5A, Euro plug (UK= 600 082 , US = 600 081)
Power supply 12V / 0.4 A backed up with a rechargeable battery
“L” brackets for mounting on a wall
Note:
Ordering ID numbers (OID) for our products mentioned here may change. Please see our
website for valid OID numbers before placing your order.
IT Bus – 1-Wire (RJ12)
Up to 10 sensors connected at the same time, maximum bus length 10m
OID
Product name
Product description
600 005
600 279
Temp-1Wire 3m
Humid-1Wire 3m
Temperature sensor, 3m cable (1m = 600 242 , 10m = 600 056)
Humidity sensor, 3m cable (1m = 600 278)
600 040
600 280
Poseidon T-Box
Poseidon T-Box2
Hub to connect five RJ12 sensors to the unit
Hub to connect two RJ12 sensors to the unit, 3m cable
Industrial bus – RS-485 (RJ45)
Up to 31 sensors connected at the same time, maximum bus length 1000 m
OID
Product name
600 041
600 233
600 044
Poseidon S-Hub
Poseidon B-Cable
Hub to connect up to 8 sensors to the RS-485 bus (8x RJ45)
Cable 0.5m to connect sensors with a terminal block to a RJ45 jack
RS-485 adapter – converts RJ45 to a block of 4 terminals ( A,B,+,- )
600 273
Spider-485
Connects up to four 1-Wire (RJ12) sensors to RS-485
600 105
600 106
600 116
600 113
600 114
600 112
Temp-485
HTemp-485
Sens-485-UI
Temp-485-Pt100 „Box“
Temp-485-Pt100 „Cable“
Temp-485-2xPt100 „DIN“
Temperature sensor – vertical wall mount, indoor use
Temperature and humidity sensor – vertical wall mount, indoor use
Voltage (0..15V) and current (0..25mA) sensor, DIN rail
Platinum temperature sensor, ±0.15 °C, IP65 for out door use
Pt100 – platinum temperature sensor on a 2m cable, ±0.2 °C
Adapter for two external Pt100 temperature sensors, DIN rail
ATEL ELECTRONICS
Product description
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56
HW group
Digital outputs (DB9)
Two RS-232 serial line outputs
OID
Product name
Product description
600 244
600 237
P1250 RC (Relay Cable)
PowerEgg
Adapter for connecting two 12V relays to a Poseidon 1250 via RS-232
AC output control (110 to 230V)
600 085
DIN Rail Relay 2s
Double-throw relay – 10A / LED indicator, DIN rail
Binary inputs (terminals)
Three inputs for “Dry Contact” sensors
OID
Product name
Product description
600 120
3 Door Contacts
Door open/close detector (set of 3 pieces)
600 237
PowerEgg
AC voltage detector (110 to 230V), controlled AC output(110 to 230V)
600 240
600 235
600 239
600 236
Flood detector
Smoke detector
Gas Leak Detector 12V
Motion PIR detector
Fluid level detector
Ionizing smoke detector
Flammable gas detector
Infra-red sensor to detect people moving in a room
ATEL ELECTRONICS
www.atel.com.pl
45-231 Opole
ul. Oleska 121
tel. +48 (77) 455 60 76
fax. +48 (77) 455 80 56

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