DAEnetIP1 is multifunctional device for management and control via internet. It could be used for industrial automatization, access control, fire and security systems. It is suitable also for controlling relay boards and tracking different sensors via internet. In some cases it could work as autonomic device - for example like 8 channel relay thermoregulator.

Parameters

Application examples

DAEnetIP1 connection to the Ethernet network is done with UTP Cat.5 cable with RJ45 connector. Auto MDIX. 8 seconds after power on, the device is ready for work.

Note that in the auction are described the most common features of DAEnetIP1. For full description see the DAEnetIP1 maunal

This auction includes 1 x DAEnetIP1. The shipping via standart post is 6 USD and each next DAEnetIP1 shipping tax is for free !

Example of using UTP straight-thru cable

Example of using UTP crossover cable

Default IP settings:
IP - 192.168.0.100
Netmask - 255.255.255.0
DG - 192.168.0.1
DHCP – Disabled
WEB username - admin
WEB password - admin
SNMP RW community - private
SNMP RO community - none

How to reset to default settings:
1. From nav-menu -> „Restart“

• Restart – restart the device
• Reset DAEnetIP1 – Restart the device and reset to default values

2.

• power off the device
• place jumper on J1 pin 4 and 6
• power on the device and wait around 10 seconds
• power off the device
• remove the jumper
• power on the device

• Connect DAEnetIP1 to the PC via "crossover" UTP network cable.
• Supply the controller with 12 VDC. The middle pin in the power terminal is "+".
• Adjust your PC LAN properties. The IP must be 192.168.0.x ( We recommend 192.168.0.1 ). The mask must be 255.255.255.0
• Use DAEnetIP1 manager, web browser or command line (type directly SNMP commands via net-snmp) to manage DAEnetIP1.

These steps are common, it doesn't matter what is the way in you controll the DAEnetIP1.

Access via Web browser

• Save – Save current pin settings in the EEPROM (see switch delay)
• Pin – Pin number
• State – Current pin state. Checked 1, not checked - 0
• Switch Delay – Delay in seconds for revers pin state (sec). Must be zero, before saving pin state!
• Description – Up to 15 symbols description. After some values are changed, press corresponding button.
• If Switch Delay is with value between 1 and 254, if the pin state was changed then the pin will revert in the original state after defined delay.
• If Switch Delay is set, after DAEnetIP1 bootup the pin will change his state after delay.
• Pin with Switch Delay 0, will immediatly change its state without revert to original.

Access via DAEnetIP1 manager

• Save Pin– Save current pin settings in the EEPROM (see switch delay)
• State – Current pin state. Checked 1, not checked - 0
• Switch Delay – Delay in seconds for revers pin state (sec). Must be zero, Before saving pin state!
• Description – Up to 15 symbols description. After some values are changed, press “Set”  button:
• If Sw. Delay sec. is with value between 1 and 254, if the pin state was changed then the pin will revert in the original state after defined delay.
• If Sw. Delay sec. is set, after DAEnetIP1 bootup the pin will change his state after delay.
• Pin with Sw. Delay sec. 0, will immediatly change his state without revert to original.

Access via SNMP commands

DenkoviMIB::p6lock.1 = INTEGER: High(1)
...
DenkoviMIB::p6lock.8 = INTEGER: High(1)
DenkoviMIB::p6state.1 = INTEGER: High(1)
...
DenkoviMIB::p6state.8 = INTEGER: Low(0)
DenkoviMIB::p6delay.1 = INTEGER: 1
...
DenkoviMIB::p6delay.8 = INTEGER: 8
DenkoviMIB::p6description.1 = STRING: "io 0 "
...
DenkoviMIB::p6description.8 = STRING: "io 7"

Access via Web

• Save – Save current pin settings in the EEPROM (see switch delay)
• Pin – Pin number
• State – Current pin state. Checked 1, not checked - 0
• Initial Delay – Delay in seconds for revers pin state (sec). Must be zero, Before saving pin state!
• Description – Up to 15 symbols description. After some values are changed, press corresponding button:
• If Initial Delay is with value between 1 and 254, if the pin state was changed then the pin will revert in the original state after defined delay.
• If Initial Delay is set, after DAEnetIP1 bootup the pin will change his state after delay.
• Pin with Initial Delay 0, will immediatly change his state without revert to original.

Access via DAEnetIP1 manager

• Save Pin– Save current pin settings in the EEPROM (see switch delay)
• State – Current pin state. Checked 1, not checked - 0
• Switch Delay – Delay in seconds for revers pin state (sec). Must be zero, Before saving pin state!
• Description – Up to 15 symbols description. After some values are changed, press “Set”  button:
• If Sw. Delay sec. is with value between 1 and 254, if the pin state was changed then the pin will revert in the original state after defined delay.
• If Sw. Delay sec. is set, after DAEnetIP1 bootup the pin will change his state after delay.
• Pin with Sw. Delay sec. 0, will immediatly change his state without revert to original.
• If you wish to use some JP2 pin as input, select the checkbox “Control JP2”. After that you can refresh the DAEnetIP1 manager and track the level of the input.
• If the state of JP2 is changed trap message will be displayed.

Access via SNMP commands

DenkoviMIB::JP2lock.1 = INTEGER: High(1)
...
DenkoviMIB::JP2lock.8 = INTEGER: High(1)
DenkoviMIB::JP2state.1 = INTEGER: High(1)
...
DenkoviMIB::JP2state.8 = INTEGER: Low(0)
DenkoviMIB::JP2delay.1 = INTEGER: 1
...
DenkoviMIB::JP2delay.8 = INTEGER: 8
DenkoviMIB::JP2description.1 = STRING: "io 0 "
...
DenkoviMIB::JP2description.8 = STRING: "io 7"
DenkoviMIB::JP2Value.1 = INTEGER: Low(0)
...
DenkoviMIB::JP2Value.8 = INTEGER: High(1)

Note:
JP2 can be used either digital outputs either digital inputs. The inputs visualization is implemented only over SNMP  and DAEnetIP1 manager (it is not implemented via web yet). To use a JP2 pin as input its state must be set (“1”). To do this set the checkbox under label “Control JP2”.

Access via Web

The management rules are same as JP1 digital I/O management. It is used only R0,R1,R2 and R3.

Access via DAEnetIP1 manager

The management rules are same as JP1 digital I/O management.

 

 

 

 

 

 

 

Access via SNMP commands

DenkoviMIB::RelayLock.1 = INTEGER: High(1)
...
DenkoviMIB::RelayLock.8 = INTEGER: High(1)
DenkoviMIB::RelayState.1 = INTEGER: Low(0)
.....
DenkoviMIB::RelayState.8 = INTEGER: Low(0)
DenkoviMIB::RelayDelay.1 = INTEGER: 0
....
DenkoviMIB::RelayDelay.8 = INTEGER: 0
DenkoviMIB::RelayDescription.1 = STRING: "description 1"
...
DenkoviMIB::RelayDescription.8 = STRING: "description 8"

Access via Web

• Curr - current value measured from the channel ( 0 - 1023).
• Refresh - read frequency (1=100ms)
• Threshold (low/high) - low/high voltage limits
• Hysteresis (low/high) - voltage hysteresis
• Mode
• low - if the measured value is under LT (low threshold) the corresponding digital output ('to GPIO' - JP1 or/and 'relay') becomes 0. Over it - 1.
• high - if the measured value is over HT (high threshold) the corresponding digital output ('to GPIO' - JP1 or/and 'relay') becomes 1. Over it - 0.
• low/high - the measured value under LT corresponding digital output becomes 0. Between LT and HT - 1. Over HT - 0.
• acc - the measured value falls under LT, corresponding digital output becomes 0. Digital output becomes 1 above HT.
• SNMP trap - DAEnetIP1 sends SNMP trap message when the measured ADC value crosses given high/low threshold.
• to GPIO - Corresponding JP1 pin state is changed when the measured ADC value crosses given high/low threshold.
• relay - Corresponding relay pin state is changed when the measured ADC value crosses given high/low threshold.
• Description - channel description.

Valid values

• Refresh - from 0 to 255.
• 0 - don't read from the channel
• 10 - read every second
• 255 - don't read from the channel
• Threshold (Low/High) - from 0 to 1023
• Hysteresis (Low/High) - from 0 to 255

Access via DAEnetIp1 manager

The same conditions as the previous point. The extra feature of  DAEnetIP1 manager is that traps can be handled. When trap is received the status bar indicates this event with the following text “State changed or trap was received”

Access via SNMP commands

DenkoviMIB::Value.1 = INTEGER: 900
...
DenkoviMIB::Value.8 = INTEGER: 0
DenkoviMIB::SNMPRefresh.1 = INTEGER: 1
...
DenkoviMIB::SNMPRefresh.8 = INTEGER: 80
DenkoviMIB::LowThreshold.1 = INTEGER: 200
...
DenkoviMIB::LowThreshold.8 = INTEGER: 0
DenkoviMIB::HighThreshold.1 = INTEGER: 600
....
DenkoviMIB::HighThreshold.8 = INTEGER: 0
DenkoviMIB::LowHysteresis.1 = INTEGER: 5
....
DenkoviMIB::LowHysteresis.8 = INTEGER: 8
DenkoviMIB::HighHysteresis.1 = INTEGER: 5
...
DenkoviMIB::HighHysteresis.8 = INTEGER: 1
DenkoviMIB::ChannelDescription.1 = STRING: "channel 1 "
...
DenkoviMIB::ChannelDescription.8 = STRING: "channel 8 "
DenkoviMIB::Mode.1 = INTEGER: LowHigh(2)
...
DenkoviMIB::Mode.8 = INTEGER: Low(0)
DenkoviMIB::SNMPTrap.1 = INTEGER: yes(1)
...
DenkoviMIB::SNMPTrap.8 = INTEGER: no(0)
DenkoviMIB::GPIOmap.1 = INTEGER: no(0)
...
DenkoviMIB::GPIOmap.8 = INTEGER: no(0)
DenkoviMIB::RELAYmap.1 = INTEGER: yes(1)
...
DenkoviMIB::RELAYmap.8 = INTEGER: no(0)