I posted this over in RC... maybe you guys/gals have some ideas...
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So many people come into the hobby and think they will be able to throw together a system in a couple days or a week, never really planning. Has anyone seen a worksheet for planning a new setup?
Or maybe throw some suggestions as to what should be on one?
Things like: (All... if applicable). and each can be broken down into further details.
Equipment
Tank
Stand
Sump / Filter (Canister, HOB etc).
Skimmer
Skimmer pump
CA Reactor
Lighting
circulation (CL or PH)
Return pump
Heater
Chiller
RO/DI
Containers for spare water
Surge Protectors
Timers
Controller
Refuge
Refractometer
Top off system
Plumbing (Fittings, ball valves, Bulkheads, pipe, etc...)
Flow for various functions (Sump/display tank)
Supplies / Consumables
Salt
CA reactor Media
Carbon, phosban etc...
Test Kits
Fish / Invert food
Live Stock
Live Rock
Sand
Major Considerations:
Budget
Long Term Expense (electric bill, water bill etc, consumables expense)
Misc Planning
Drawing / Diagrams
Mock up of setup using graph paper or other means.
Spreadsheet for pricing and comparison.
Backup equipment
Power outage consideration
UPS
Generator
Battery operated air pump
Electrical Usage Calculation: (JH hope you dont mind the copy/paste from another thread, wanted to keep it in one thread so I can figure out a way to add it.)
in order to calculate the average operating cost for any electrical appliance you can use the following formula:
watts/1000 = kW x hours of operation = kWh x kWh rate = cost
Watts can usually be found on the appliance nameplate. If the nameplate lists amps:
volts x amps = watts
Example: How much does it cost to operate my portable electric heater? An electric heater wattage is usually given on the unit itself, or with the literature that comes with it. Our example is 1000 watts. I use the heater an average of 45 hours during winter months (1/2 hour per day for the three winter months). The City of Ames Electric Services electric rate during the winter is $.068. So -
1000 watts/1000 = 1 kW x 45 hours of operation = 45 kWh x $.068 = $3.06
Now we have an 8 amp heater. The calculation changes just a bit:
8 amps x 120 volts household current = 960 watts/1000 = .96 kW x 45 hours = 43.2 kWh x $.068 = $2.94
Calculator
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I don't think most people put much planning into a new system. the Electric bill is an after thought, and then they say "OHH $@#% why so much??" I know myself initially bought a return pump (Mag 9.5) because it was the brand that came with my skimmer. Just to keep them the same. Now I am chaning it out for lower flow and lower power because its too much of both for what I need.
I would like to make something or see what else is out there. I know at least one person who really needs something like this right now! (And if you are reading this... SLOW DOWN!)
So, maybe im beating a dead horse, but a search on "Worksheet" and "Planning" didn't get me anywhere.
Thanks for the help.
Rich
Thanks: (Items suggested and added)
Jhale
Hotwheels
chris288
ezee
froggiebunbun
Mr. Blik
Chiefmcfuz
Deepwater
--------------
So many people come into the hobby and think they will be able to throw together a system in a couple days or a week, never really planning. Has anyone seen a worksheet for planning a new setup?
Or maybe throw some suggestions as to what should be on one?
Things like: (All... if applicable). and each can be broken down into further details.
Equipment
Tank
Stand
Sump / Filter (Canister, HOB etc).
Skimmer
Skimmer pump
CA Reactor
Lighting
circulation (CL or PH)
Return pump
Heater
Chiller
RO/DI
Containers for spare water
Surge Protectors
Timers
Controller
Refuge
Refractometer
Top off system
Plumbing (Fittings, ball valves, Bulkheads, pipe, etc...)
Flow for various functions (Sump/display tank)
Supplies / Consumables
Salt
CA reactor Media
Carbon, phosban etc...
Test Kits
Fish / Invert food
Live Stock
Live Rock
Sand
Major Considerations:
Budget
Long Term Expense (electric bill, water bill etc, consumables expense)
Misc Planning
Drawing / Diagrams
Mock up of setup using graph paper or other means.
Spreadsheet for pricing and comparison.
Backup equipment
Power outage consideration
UPS
Generator
Battery operated air pump
Electrical Usage Calculation: (JH hope you dont mind the copy/paste from another thread, wanted to keep it in one thread so I can figure out a way to add it.)
in order to calculate the average operating cost for any electrical appliance you can use the following formula:
watts/1000 = kW x hours of operation = kWh x kWh rate = cost
Watts can usually be found on the appliance nameplate. If the nameplate lists amps:
volts x amps = watts
Example: How much does it cost to operate my portable electric heater? An electric heater wattage is usually given on the unit itself, or with the literature that comes with it. Our example is 1000 watts. I use the heater an average of 45 hours during winter months (1/2 hour per day for the three winter months). The City of Ames Electric Services electric rate during the winter is $.068. So -
1000 watts/1000 = 1 kW x 45 hours of operation = 45 kWh x $.068 = $3.06
Now we have an 8 amp heater. The calculation changes just a bit:
8 amps x 120 volts household current = 960 watts/1000 = .96 kW x 45 hours = 43.2 kWh x $.068 = $2.94
Calculator
------------------
I don't think most people put much planning into a new system. the Electric bill is an after thought, and then they say "OHH $@#% why so much??" I know myself initially bought a return pump (Mag 9.5) because it was the brand that came with my skimmer. Just to keep them the same. Now I am chaning it out for lower flow and lower power because its too much of both for what I need.
I would like to make something or see what else is out there. I know at least one person who really needs something like this right now! (And if you are reading this... SLOW DOWN!)
So, maybe im beating a dead horse, but a search on "Worksheet" and "Planning" didn't get me anywhere.
Thanks for the help.
Rich
Thanks: (Items suggested and added)
Jhale
Hotwheels
chris288
ezee
froggiebunbun
Mr. Blik
Chiefmcfuz
Deepwater
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