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KE2 Therm Solutions Providing Advanced Energy Saving Technology for Commercial Refrigeration and AC Systems. KE2 Remote Communication Accessing Your KE2 Evaporator Efficiency Controller Via the Internet Q.5.8 January 2012 KE2 EvaporatorEfficiency thermsolutions ENTER BACK 2 2 MODIFY STATUS KE2 Therm Evaporator Efficiency IP Address: 10.10.50.51 Location: Walk-in Freezer Mac Address: 00.04.A3.12.07.87 ABC Contracting (888)555-3358 All Clear Compressor On System Mode Cool Evaporator Fan Off Room Temp -8.5 F Coil Temp 15.4 F Sat Temp 46.0 F Superheat 0.0 F Valve Position Manual Suct Pressure 96.2 F Suct Temp 87.7 F Dig Input 3 Dis Defrost Off Aux Temp Dis Dig Input 1 Closed Dig Input 2 Dis Home Setpoints Network Settings

KE2 Remote Communication - KE2 Therm Solutions - Energy Efficient

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Page 1: KE2 Remote Communication - KE2 Therm Solutions - Energy Efficient

KE2 Therm SolutionsProviding Advanced Energy Saving Technology for Commercial Refrigeration and AC Systems.

KE2 Remote CommunicationAccessing Your KE2 Evaporator Efficiency Controller Via the Internet

Q.5.8 January 2012

KE2 EvaporatorEfficiency

TM

thermsolutions

ENTER

BACK

22

MODIFY STATUS

KE2 Therm Evaporator Efficiency

IP Address: 10.10.50.51 Location: Walk-in Freezer

Mac Address: 00.04.A3.12.07.87ABC Contracting(888)555-3358

All ClearCompressorOn

System ModeCool

Evaporator FanOff

Room Temp-8.5 F

Coil Temp15.4 F

Sat Temp46.0 F

Superheat0.0 F

Valve PositionManual

Suct Pressure96.2 F

Suct Temp87.7 F

Dig Input 3Dis

DefrostOff

Aux TempDis

Dig Input 1Closed

Dig Input 2Dis

Home SetpointsNetworkSettings

TM

thermsolutions

Page 2: KE2 Remote Communication - KE2 Therm Solutions - Energy Efficient

Copyright 2012 KE2 Therm Solutions, Inc., Washington, Missouri 63090

KE2 Remote CommunicationAccessing Your KE2 Evaporator Efficiency Controller Via the Internet

Quick Start Q.5.8 January 2012Page 2

IntroductionThe KE2 Evaporator Efficiency controller has the native capabil-ity to provide remote access to the information provided in the web pages. When a single controller is connected to the KE2 Router, a technique known as port forwarding is used to allow a remote computer to access the KE2 Evap.

The KE2 Router must be directly connected to the internet connection. If there is another router between the KE2 Router and the internet, additional port forwarding will be required. Detailed instructions are not available for every router on the market due to the large number available.

There are two techniques that will be covered in this section. The first is to access a single controller that is connected to the KE2 Router and the second is to access multiple controllers.

Port forwarding must be setup onsite. A laptop or PC should be used to connect to the KE2 Router. Connecting to the router can be done either by cable (from controller to yellow port) or wirelessly (selecting the KE2 Router from wireless connection list).

1 Connect to the router by en-tering the router IP address: 10.10.255.254

2 Click on the NAT/QoS tab at the top of the screen.

2a By default, the router has pass-word protection.

Enter the defaults.

User Name: admin Password: admin

Click the Log In button.

1

2

2a

Note: You will need to know your external IP address, and have the KE2 Router connected to a modem, prior to establish-ing remote communication as described in the following pages.

Page 3: KE2 Remote Communication - KE2 Therm Solutions - Energy Efficient

Copyright 2012 KE2 Therm Solutions, Inc., Washington, Missouri 63090

Quick Start Q.5.8 January 2012Page 3

KE2 Remote CommunicationAccessing Your KE2 Evaporator Efficiency Controller Via the Internet

4 Choose an appropriate name for the application, i.e. KE2 Evap.

4a Set the Protocol to TCP.

3 Click the Add button.

The necessary input boxes will appear where the information should be entered.

2b

2b Once logged in to the router, the NAT/QoS page is displayed.

The default display is Port Forwarding, however if the screen doesn’t match 2b, click the Port Forwarding Tab

3

4 4a

Page 4: KE2 Remote Communication - KE2 Therm Solutions - Energy Efficient

Copyright 2012 KE2 Therm Solutions, Inc., Washington, Missouri 63090

KE2 Remote CommunicationAccessing Your KE2 Evaporator Efficiency Controller Via the Internet

Quick Start Q.5.8 January 2012Page 4

5 Leave the Source Net blank. Change Port from to 80.

6 IP Address must be set to match the KE2 Evaporator Controller on this system. This is found on the white sticker on the back of the controller.

If the IP was changed by the user, the current IP address should be used. This can be verified by checking the IP address under the Variables menu of the controller.

6a Type the current IP address into the IP Address field.

5

6

6a

Page 5: KE2 Remote Communication - KE2 Therm Solutions - Energy Efficient

Copyright 2012 KE2 Therm Solutions, Inc., Washington, Missouri 63090

Quick Start Q.5.8 January 2012Page 5

KE2 Remote CommunicationAccessing Your KE2 Evaporator Efficiency Controller Via the Internet

7 Port to should be set to 80.

8 Click the Enable box.

A check mark will appear.

9 Click the Save button, then Apply Settings button.

10 Repeat steps 3 through 9 for ports 1998 and 1999 in place of port 80.

11 When you are finished it should look similar to the figure with the IP address of the local controller.

9

7

8

Page 6: KE2 Remote Communication - KE2 Therm Solutions - Energy Efficient

Copyright 2012 KE2 Therm Solutions, Inc., Washington, Missouri 63090

KE2 Remote CommunicationAccessing Your KE2 Evaporator Efficiency Controller Via the Internet

Quick Start Q.5.8 January 2012Page 6

KE2 Therm Solutions 209 Lange Drive . Washington, MO 63090

1-888-337-3358 . www.ke2therm.com

Remote Access – Multiple Controllers

When multiple controllers are installed in a single location, port forwarding is not the desired method. Instead, the best method to access the information is to use a VPN (Virtual Private Network). In larger environments, a VPN should already be present.

When logged on to a VPN, the user is put on the local network. This allows the IP address of the controller to be used to access the information. The IP address of each controller is either the factory assigned number, or the IP address assigned by the local IT department.