HW Group Poseidon2 3266 User manual

Poseidon2 – User manual

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Product information
Poseidon2 family
Poseidon2 is a family of products for remote monitoring and control over a LAN.
The family consists of several versions designed for different uses (19" cabinets, data centers,
electric cabinets, ...). Individual Poseidon2 models differ by the number and types of supported
sensors; other features are identical.
Contents
Contents
Safety information 2
Poseidon2 models 4
Poseidon2 3266 4
Poseidon2 3268 4
Poseidon2 3468 5
Poseidon2 4002 5
Feature comparison 6
Connectors 7
Setting up 8
Connecting the cables 8
Configuring the IP address – HWg Config 8
Configuring network parameters 9
WWW interface of the device 10
Web interface 11
Connecting the sensors 26
1-Wire Bus (RJ11) sensors 26
RS-485 (RJ45) sensors 26
Common features of the Poseidon2 family 27
Displayed readings 27
Input / sensor in alarm state 27
Calibration 28
Sensor hysteresis 28
Supported interfaces (in detail) 29
Connectors and connections 29
Dry Contact inputs 30
RJ11 – 1-Wire bus 31
1-Wire UNI (RJ11) 31
1-Wire (UNI) bus 32
RJ45 – RS-485 33
User interface 39
HWg Config 39
WEB interface 40
General 40
General Setup 42
Security 44
SNMP 47
Email 50
GSM 52
Log & Time 54
Portal 56
MQTT 58
Sensors 60
Inputs 62
Outputs 63
Virtual Outputs (VDO) 65
System 66
Update Firmware 67
Software applications 67
HWg-PDMS 67
HWg-Trigger 68
PosDamIO 68
SensDesk.com 69
Connecting Poseidon2 to SensDesk 70
PosDamIO and SDK 74
Formats and interfaces 74
Safety information
The device complies with regulations and industrial standards in force in the Czech Republic and
the European Union. The device has been tested and is supplied in working order. To keep the de-
vice in this condition, it is necessary to adhere to the following safety and maintenance instructions.
Never remove the device cover if the relay terminals are connected to the electrical network!
Using the device in a manner other than prescribed by the manufacturer may cause its safeguards
to fail!
The power supply outlet or disconnection point must be freely accessible.
The device must not be used in particular 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 has been exposed to
moisture or rain
• The device has been serviced by
unauthorized personnel
• The power adapter or power supply cable
are noticeably damaged
• If the device is used in a manner other than
designed for, the protection provided by the
device may fail.
• The local electrical system must include
a power switch or a circuit breaker and
overcurrent protection.
The manufacturer warrants the device only if it is powered by the supplied power adapter or an
approved power supply.
If you have any problems with installing or operating the device, please contact technical support:
HW group s. r. o.
http://www.hw-group.com
E-mail: [e-mail]
Phone: [phone]
Formanská 296
Praha 4, 149 00
Czech Republic
When contacting technical support, please keep at hand the exact type of your device (at the type plate)
and, if possible, the firmware version (see later in this manual).

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Poseidon2 3266
Poseidon2 models Poseidon2 3468
Inputs
GND GND GND GND IN1 IN2 IN3 IN4 GND +U
Power
Out
Power
IN1
IN2
IN3
IN4
Setup/Alarm
3266
Poseidon2 3268
Power
Out
1-Wire/1-Wire UNI
Port1 Port2 Ethernet
Power
9-30V
Setup
Safe
GND
+U
GND
+U
InputsOutputs
GND NC1 NC2 GND NO1 NO2 GND GND IN1 COM1 COM2 IN2 IN3 IN4 GND +U
Power
Out
Power
IN1
IN2
IN4
IN3
OUT1
OUT2
Setup/Alarm
3268
Poseidon2 4002
Modem RS-485 IN5
TermA
TermB
GND GND GND GND GND GND GND GND
NC3
GND
NC4
NO3
NO4
COM3
+U
COM4
IN5
IN6
IN7
IN8
IN9
IN10
IN11
IN12
IN6 IN7 IN8 IN9 IN10 IN11 IN12
Port5
1-Wire/ 1-Wire UNI Power
Out OUT3 OUT4
Port6
Poseidon2 4002
OUT1
NC1
NC2
NO1
NO2
GND GND GND GND GND
Setup
Ethernet
Power
12V Power
9-30V
GND
+U
Port1 Port2
1-Wire/ 1-Wire UNI IN1 IN2 IN3
Alarm/
Setup
IN4
Poseidon2 4002
Port3 Port4
+U
IN1
IN2
IN3
IN4
Safe
COM1
COM2
OUT2 Power
Out
Power
Out
1-Wire/1-Wire UNI
Port1 Port2 Ethernet
Power
9-30V
Setup
Safe
GND
+U
GND
+U
Poseidon2 models Poseidon2 models
Poseidon 2 4002
Data center environment monitoring

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Feature comparison
Poseidon2 3266 Poseidon2 3268 Poseidon2 3468 Poseidon2 4002
Ethernet 100 Mbps 100 Mbps 100 Mbps 100 Mbps
VLAN future future future future
HTTP
HTTPS
DHCP
SNMP v1
SNMP v3
SNMP trap
Trap destinations 5 5 5 5
SNTP
SMTP
SMTP TLS
E-mail destinations 5 5 5 5
SMS / Local RS-232
SMS / netGSM
SMS destinations 5 5 5 5
Logger
Logger records 250 000 250 000 250 000 250 000
HWg-Push protocol
IPv6
Comm monitor
DO Local conditions
1-Wire sensors 8 8 8 16
1-Wire UNI support
RS-485 support
RS-485 sensors 24
M-Bus meters
Modbus / TCP
E-mail alarm reminder
E-mail periodical status
Power Input 1 9–30 V 9–30 V 9–30 V 9–30 V
Power Input 2 48 V DC
DI (Digital inputs) 4 4 4 12
DO (Digital outputs) 0 2 2 4
DO max. load 50 V / 1 A 230 V / 10 A 50 V / 1 A
Operating temperature -30 .. 85 °C -30 .. 85 °C -30 .. 50 °C -30 .. 85 °C
Connectors
Ethernet
Ethernet 100Base-T (10/100 Mbit). When connected, the green “Link” LED at the connector
lights up to indicate proper connection. When communicating, the yellow „Activity“ LED flashes.
Power
The green LED indicates that the device is powered. The power is always in
the range of 9–30V. Poseidon2 3468 additionally supports 48V. PoE (Power
Over Ethernet) modules can be added on a per-project basis.
PowerOut
Used to power sensors and accessories. Power Out is directly connected to
the 9-30V input. For units featuring 48V or PoE power input, this output can
source 12 V / 300mA.
1-Wire/1-Wire UNI
Used to connect 1-Wire/1-Wire UNI sensors by HW group. Each port can be directly connected
to a bus with max. 60 m in length and max. 2 sensors (type 1-Wire/ UNI). For details, see
Connecting the sensors.
RS-485 (Poseidon2 4002 only)
Used to connect RS-485 sensors by HW group. The TermA andTermB switches control line
termination. For details, see Connecting the sensors.
Inputs
INx – Dry Contact inputs. Inputs always share a common ground (GND). The corresponding
green LED indicates a closed contact. There is a pulse counter at each input.
Outputs
OUTx – Relay outputs with NO/NC contacts. When idle, NCx (Normally Closed) + COMx (Common)
are connected. When activated, NOx (Normally Open) + COMx are connected. Yellow LEDs indicate
activated outputs.
Alarm/Setup LED
The red LED indicates device state: continuously on means Alarm (a sensor or an input outside
of the safe range), flashing means TCP or Serial Setup mode.
DIP1/DIP2 switches
DIP1 – activates Serial Setup mode/restores factory defaults. To restore factory defaults, quickly
toggle the switch 3× within the first 5 seconds after powering up the device.
DIP2 – Safe mode – activates HW protection of configuration settings. No settings can be changed.
PWR OUT = PWR IN
Power IN
PWR
OUT
GND +U
GND +U
9-30V
GND +U
PWR
OUT
Poseidon2 models Poseidon2 models

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1. Connecting the cables
• Turn the unit and note its MAC address that is printed on the label on the side.
• Set the switches: DIP1=Off, DIP2=Off.
• Connect Poseidon2 to the Ethernet (with a patch cable to a switch, cross-over cable to a PC),
RJ-45 port.
• Plug the power adapter into a mains outlet and connect it to the Poseidon2 power jack.
• The green POWER LED lights up.
• If the Ethernet connection works properly, the green LINK LED lights up after a short while, and
then flashes whenever data is transferred (activity indication).
2. Configuring the IP address – HWg Config
HWg Config utility – root directory of the supplied CD (Windows and Linux versions).
Also available for download at www.HW-group.com -> Software -> HWg Config.
• Click the icon to launch HWg Config. The program automatically looks for connected devices.
• Automatic device discovery works only in the local network.
• To identify a particular Poseidon2 unit, look at the MAC address on the label at the bottom of
the unit.
• Double-click a MAC address to open a basic device configuration dialog.
First steps
Setting up
3. Configuring network parameters
• IP address/HTTP port (80 by default)
• Network mask
• Gateway IP address for your network
• Device name (optional)
Click Apply Changes to save the settings.
To configure the IP address, you may also use: HWg Config for Linux.
Important
• To reset the device to factory defaults, toggle DIP1 several times within 5 seconds
after powering up the device.
• No configuration changes can be stored while DIP2=On.
To change the IP address, set DIP2=Off.
!
First steps
Click for
details
Setting up Setting up

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4. WWW interface of the device
• To open the WWW interface of the device:
• Enter the device IP address in a web browser.
• Click the IP address in HWg-Config.
• Click the underlined IP address in HWg SETUP.
• The WWW page displays current states of devices and sensors.
First steps
General
General:
General Setup:
Security:
SNMP:
Email:
GSM:
Log & Time:
Portal:
MQTT
Inputs:
Outputs:
Virtual Outputs:
System:
overview of the readings
IP address, DNS
IP filter, security (username/password), HTTPS certificates
SNMP/SNMP Trap configuration (ports and alarm recipients)
configuration and test
configuration and test when working with a remote SMS-GW
time configuration, NTP server
connection to a remote portal
configuration of the MQTT protocol for IoT services
control of inputs, setting alarm parameters
control of outputs, setting their parameters
control of outputs from another Poseidon2 and Damocles2, B2B
firmware upgrade, save/restore configuration, etc.
Web interface
Note: For more information, see the detailed web interface description (2nd half of the manual).
User-defined
DI names
1Alarm
thresholds
2Action when value
out of range
3MIB file for
SNMP software
4
Setting up Web interface
1 2 3
4

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General Setup Security
Note: For more information, see the detailed web interface description (2nd half of the manual).
Note: For more information, see the detailed web interface description (2nd half of the manual).
Filters for IP addresses which
may access the device
1Configuration of usernames and
passwords for accessing the device
2HTTPS
certificates
3
Device name, e.g.
“First floor 1”
1
1
1
2
3
Web interface Web interface

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SNMP Email
Note: For more information, see the detailed web interface description (2nd half of the manual).
Inserted at the beginning
of the e-mail subject line
1Up to 5 recipients
of alarm e-mails
2E-mail test
result
3Sends a test
e-mail
4
Selects SNMP
protocol versions
15 destinations
for SNMP Traps
2
2
1
2
3
1
4
Web interface Web interface

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GSM
Note: For sending text messages, we recommend to use HWg-SMS-GW3: one central SMS gateway for
all HW group devices in a single LAN.
Log & Time
Click to manually synchronize
time with the specified server
1Interval for logging
measured values
2Expected size of
recorded data
3
IP address of the “HWg-SMS-GW”
to use for sending text messages
1Recipients' phone
numbers
2
1
2
1
2
Web interface Web interface
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Portal
Configures the communication with the portal using the HWg-Push protocol. Poseidon2 is the
active side and establishes the connection periodically and/or whenever a change in a sensor
value exceeds the configured AutoPush value.
Connection parameters for the www.SensDesk.com portal are pre-filled.
AutoPush configuration
Poseidon2 connects to the portal and notifies a DI
state change whenever the input state changes
(in case of sensors, the change must exceed the
configured AutoPush value).
This configuration only applies to the communication
between Poseidon2 and the online portal. Local alarm
values are configured in the portal.
For portal connection, check:
1. Correct Gateway IP address
2. DNS server in the network settings
3. Correct Server Address of the
portal
Message from
the portal
1
Enables connection
to the remote broker
1
Enables connection
to the remote portal
2
Enables SSL
for MQTT
2
Click to connect
to the portal
3
Selects the
messages to send
3
AutoPush
configuration
4
MQTT
1
2
3
1
2
4
3
Configures the communication of Poseidon2 unit with the MQTT broker. The device periodically
establishes a connection to the broker, as defined by the Publish Period, and sends the messages
that are selected in the Publish section.
Web interface Web interface