E-Max T™ TEST PROGRAM (continued)

E.LED Test The display should read “Testing LED’s”:

Individual LED’s will be tested individually, beginning with the first on the

left, and proceeding through all six LED’s at one-second intervals. Screen will read “Testing LED’s” during the entire test.

1.Verify that only one LED at a time is lit, and that each of the six LED’s light in their proper sequence.

L1

L2

L3

L4

L5

L6

BREW

CANCEL

ON/OFF

Volume 1

Volume 2

Volume 3

 

 

 

or “E”

or “a”

or “T”

2.Verify that each LED is the correct RED color:

3.When all lights have been tested, press the 3rd key (ON/OFF) to continue.

F.Output Test The valves and heater are tested in this stage. Display should read “Inlet 1 Off”:

1.Press the 3rd key. The inlet valve should turn on, and the display should read “Inlet 1 ON”

2.Continue pressing the 3rd key, in sequence, to advance through the component tests, Each component should turn ON then OFF in the

following order:

 

Output 1

Inlet

Output 2

Dump

Output 3

Heater

Output 4

Bypass

Output 5

(Future - not functional at this time)

Output 6

(Future - not functional at this time)

3.Each component should turn ON in order, with only one component ON at a time. If the components fail to turn on in the proper sequence, or if a “Valve Fault” message is displayed, the controller has failed the test.

G.Probes Test This section ensures the proper functioning of the Water

Level Probe and Temperature Probe:

1. The left number determines whether the WATER-sensing probe is in contact with water.

a. A number of “0” (or close to 0) means that water is in contact with the probe.

b. A number of 255 (or close to 255) means water is not in contact with the probe.

2. The right number represents what the reads. The table at right is an approximate correlation between the value and the temperature the probe is sensing. (Note a number less than 10 would indicate the probe is not properly connected to the board, while a number higher than 155 indicate a defective probe.)

H. Test Done. Indicates completion, press ON/OFF to reset controller. The controller should restart with the message “BLOOMFIELD”, then return to the OFF mode.

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Bloomfield 2030 owner manual Brew Cancel ON/OFF
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2030 specifications

Bloomfield 2030 is an ambitious vision for the future of urban living, focusing on sustainability, connectivity, and enhanced quality of life for its residents. This forward-thinking initiative aims to transform Bloomfield into a model smart city, integrating advanced technologies and innovative practices to create a vibrant community.

One of the main features of Bloomfield 2030 is its commitment to sustainability. The city plans to implement green infrastructure, including extensive urban parks, green roofs, and vertical gardens. These initiatives will promote biodiversity, improve air quality, and reduce urban heat. Additionally, renewable energy sources such as solar and wind power will be harnessed to meet the city's energy needs, with the goal of achieving net-zero emissions by 2030.

Another key characteristic of Bloomfield 2030 is its focus on smart technology. The city will leverage Internet of Things (IoT) devices to enhance urban services and improve the overall efficiency of municipal operations. Smart traffic management systems will optimize traffic flow and reduce congestion, while connected sensors will monitor air quality and noise levels to help maintain a healthy environment. Public safety will be enhanced through the use of smart surveillance and emergency response systems, ensuring residents feel secure in their community.

In addition to environmental and technological advancements, Bloomfield 2030 places a strong emphasis on community engagement and inclusivity. The city plans to incorporate citizen feedback into urban planning initiatives, fostering a sense of ownership and belonging among residents. Diverse housing options, including affordable units and co-housing projects, will cater to a wide range of demographics, ensuring that all community members have access to quality living conditions.

Transportation will also undergo significant transformations under the Bloomfield 2030 plan. The city aims to promote active transportation methods, such as walking and cycling, by developing extensive bike lanes and pedestrian pathways. Additionally, a robust public transit system will connect different neighborhoods, reducing reliance on personal vehicles and lowering carbon emissions.

In summary, Bloomfield 2030 represents a futuristic vision of urban development that prioritizes sustainability, smart technology, community involvement, and efficient transportation. By embracing these principles, Bloomfield will create a thriving, inclusive, and resilient city that meets the needs of its residents while protecting the environment for future generations.
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