When enabled, EM connects to the MQTT broker running on specified address and pushes data as per log interval. The real-time stream of sent data can be accessed by any MQTT client upon connecting to the broker and subscribing to EM MAC address as topic(colon separated lower case example aa:aa:aa:aa:aa:aa). MAC address of current device is

Note:

Specify address in Host:Port format. Example: x.x.x.x:1883(In case of IP address ) or dev.ke2therm.net:1883 (In case of Hostname)

When enabled, EM connects to the MSSQL server on specified IP address and pushes data as per log interval. In order to have compatible MS-SQL database, Create Ke2Therm schema on the database with DeviceData as table name. Device data should have following columns At(DATETIME type), MacAddress(NVARCHAR type), Location(NVARCHAR type),Status(NVARCHAR type),Setpoints(NVARCHAR type), Otherinfo NVARCHAR(4000),Alarms(NVARCHAR type),SystemMessage(NVARCHAR type)

Note:

schema, table name, columns, username, password, database are case sensitive.

When enabled POSTs data to specified http server at regular intervals

Note:

Specify address in Host:Port format. Example: x.x.x.x:8080(In case of IP address ) or dev.ke2therm.net:8080 (In case of Hostname)

Enable Wi-Fi tethering.

Wifi Bridging - NO AP

Wifi Bridging allows this unit to wirelessly communicate with another wireless access point. Local wireless access to this unit will be disabled when tethering is active. Access can be gained via Ethernet cable using the LAN port in all methods.

Wifi Bridging + AP

Wifi Bridging + AP Mode allows this unit to wirelessly communicate with another wireless access point AND provide local wireless access. Access can be gained via Ethernet cable using the LAN port in all methods.

Set static IP address on WAN port instead of using DHCP.

Following info lists critical alarms for each Ke2 controllers

KE2 Temp->None
KE2 Low Temp----->None
KE2 Temp Plus Valve Control---->["Pressure Sensor Alarm","Inlet Sensor Alarm","Suction Sensor Alarm"]
KE2 Adaptive----->None
KE2 Therm Evaporator Efficiency----->["T1 Sensor","Pressure Sensor"]
KE2 Therm Compressor Sequencer----->["Low Safety SH","Low Superheat","P4 Dsch Pressure Sensor","T3 Dsch Temp Sensor","High Disch Temp","High Disch Pres","T1 Suct Temp Sensor","Pressure Sensor"]
KE2 Therm Condenser Fan----->["Pressure #2 Sensor","Pressure #1 Sensor"]
OEM Control----->["Suc Pres Sensor","T1 Suct Sensor"]
Artic Fox Wifi----->["Suc Pres Sensor","T1 Suct Sensor"]
KE2Evap-RE²----->["Pressure Sensor","Suction Temp","Leak Detect","Pres Sensor"]
KE2 Evap for Rack Efficiency----->["T1 Sensor","Pressure Sensor"]
Master Controller----->None
KE2 Case Control----->["Pressure Sensor","Suction Temp","Leak Detect","Pres Sensor"]
OEM compressor sequencer----->["Low Superheat","High Disch Temp","High Disch Pres","Suction Pres Sensor","Suction Temp Sensor","Disch Temp Sensor","Disch Pres Sensor"]
KE2 Therm Controlled Environment----->["T1 Suct Sensor","Pressure Sensor"]
KE2 Wireless Sensor----->None
                    

Set static IP address on LAN interface of the EM.

Set a new static IP address on LAN interface of the EM.

Submit access code provided by Ke2therm to enable bacnet services on this unit!

The button below leads to manage modem device. See description below:

Configure Modem

Configure underlying modem to connect to the internet

The buttons below lead to additional device control methods. See description below:

SetAPI keys

Set the device APIkey on the EM so that it can write any value to the device

Backup/Restore Devices

Backup the current setpoints of a device and restore those values in the later point of time.

Control Devices

Set specific parameter's value to one or more devices which support the parameter

Coordinate Devices

Set automation among the devices.

Add other management users authenticated by LDAP logins.

Update firmware for the KE2 EM.