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Appendix B — 9312 Display

Settings & Program Sequence

13

Explanation of Main 
Loop Display Modes

This applies 9312’s with Version 3.3 or later software.

Instantaneous  Demand  (id):

  The current demand pres-

ently being drawn by the electrical service of the home or 
building. This is useful for determining how much energy 
is required to operate various loads so that an understand-
ing of your energy requirements may be achieved. Your 
actual demand may be compared to the typical residential 
appliance rates given in Table 3 on page 9.

Average Demand (Ad):

 The average demand which has 

accrued over the last 15, 30 or 60-minute interval, as set by 
the averaging period “AP” in system programming mode 
of the 9312. This should be the same as the averaging 
period of the utility’s demand meter.

Peak Demand (Pd): 

The interval with the highest average 

demand (Ad) which has occurred (since last reset) during 
the On-Peak periods. This is the demand level which 
has  been set on the electric meter and consequently, the 
demand that you will be billed for. To reset, set the 9312 
to “Pd” mode and press the Reset Peak key. This indicator 
is intended to allow you to monitor your daily or weekly 
peaks in order to gain an understanding of how and when 
these peaks occur. In this way, energy use patterns may be 
modifi ed, if desired, to minimize these peaks.

On-Peak Demand Limit (dL):

 The current demand limit 

which is in effect. Adjustable from 2.0 KW to 49.5 KW in 
the 40 KW demand range (4 KW to 99 KW in the 80 KW 
demand range -- see demand ranges on Page 14). During 
the On-Peak period(s), the On-Peak demand limit will 
be displayed, and can be changed. During the Off-Peak 
periods, the Off-Peak demand will be displayed. While 
Off-Peak, the On-Peak demand limit can be viewed by 
simply pushing the demand limit key. The On-Peak limit 
must be less than the Off-Peak limit.

Clock  (CL):

  The current time between midnight (12:00 

AM)  and 11:59 PM of the next night. “AM”  and  “PM” 
LEDs indicate appropriate time of day.

Explanation of System
Loop Display Modes

To  enter System Loop, press the Alarm  Volume and 

Reset Peak keys for 5 seconds. The display will change 
to the fi rst System Loop setting: dE. To move to the next 
mode, press the Demand Limit key. Use the Increase or 
Decrease keys to change the current mode’s value. To 
escape from the System Loop at any time, press Display 
Mode key. If no keys are pressed within 2 minutes, the 
display will automatically return to the Main Loop.

To enter the Auto-Limit Loop, you must fi rst be in the 

System Loop in any mode except “dr”. Push the Alarm 
Volume and Reset Peak keys again until the fi rst setting 
“d1” is displayed. Release keys.

Temperature (dE):

 The current temperature, in (dE)grees 

Fahrenheit, inside the 9312’s C/D Unit.

Day of Week (do):

 The current day of the week. 1=Sunday, 

2=Monday,  3=Tuesday,  4=Wednesday,  5=Thursday, 
6=Friday, 7=Saturday.

Date (Month & Day) (dA):

 The current month and day of 

the month. Setting range from 1/1 to 12/31.

Year (Yr):

 The current year.

Auto  Daylight-Saving Adjust  (dS):

 Allows the 9312 to 

be programmed to automatically adjust the clock (CL) 
for daylight-saving time. Set to “0”  in  areas where day-
light-saving time is not used. Set to “1” for the pre-2007 
daylight-saving time schedule where daylight-saving time 
begins on the fi rst Sunday in April and ends on the last 
Sunday in October. Set to “2” for the new daylight-saving 
time which began in March of 2007. In this mode, day-
light-saving time begins on the second Sunday in March 
and ends on the fi rst Sunday in November.

Number of Seasons (ns):

 This sets the number of seasons 

from 0-4 allowing up to four different seasonal time sched-
ules per year. This needs to be the same number of seasons 
as defi ned by the electric rate.

Note: 

Only summer and winter schedules shown below.

Winter 1 On-Peak Time (A1):

 The start time of the fi rst 

daily peak period and when the On-Peak demand limit is 
initiated. Programmable from 12:00 AM to 11:59 PM.

 

Winter 1 Off-Peak Time (A2):

 The end time of the fi rst 

daily peak period and when the Off-Peak demand  limit is 
initiated. Programmable from 12:00 AM to 11:59 PM.

Winter  2  On-Peak  Time  (A3):

  The start time of the 

second daily peak period and when On-Peak demand limit 
is initiated. Programmable from 12:00 AM to 11:59 PM.

Winter 2 Off-Peak Time (A4):

 The end time of the second 

daily peak period and when Off-Peak demand limit is initi-
ated. Programmable from 12:00 AM to 11:59 PM.

Winter Start Date (Ad):

 The date that the winter rates go 

into effect, and the date the above winter timers A1 through 
A4, are effective. A setting of 0/0 causes winter times A1 
through A4 to be ignored.

Summer 1 On-Peak Time (S1):

 The start time of the fi rst 

daily peak period and when the On-Peak demand limit is 
initiated. Programmable from 12:00 AM to 11:59 PM.

Summer 1 Off-Peak Time (S2):

 The end time of the fi rst 

daily peak period and when the Off-Peak demand limit is 
initiated. Programmable from 12:00 AM to 11:59 PM.

Summer  2  On-Peak  Time  (S3):

  The start time of the 

second daily peak period and when On-Peak demand limit 
is initiated. Programmable from 12:00 AM to 11:59 PM.

Summer  2  Off-Peak  Time  (S4):

  The end time of the 

second daily peak period and when Off-Peak demand limit 
is initiated. Programmable from 12:00 AM to 11:59 PM.

Summer Start Date (Sd):

 The date that the summer rates 

go into effect, and the date the above summer timers S1 

through S4, are effective. A setting of 0/0 causes summer 
times S1 through S4 to be ignored.

Summary of Contents for 9312

Page 1: ...Computerized Energy Management Model 9312 Owner s Installation Manual Helping you to use energy more efficiently ...

Page 2: ...ools Materials Required 17 3 0 Pre Installation System Check List 17 4 0 Locating C D Unit 18 5 0 Locating and Mounting Relay Unit 18 6 0 Running Control Cable 19 7 0 Wiring Control Cable to C D Unit 19 8 0 Mounting C D Unit 20 9 0 Wiring Control Cable to Relay Unit 20 10 0 Wiring 120 VAC Power Supply to Relay Unit 21 11 0 Installing Wiring Current Transformers 21 12 0 Creating a Load Schedule Mak...

Page 3: ...FCC Rules which are designed to provide reasonable protection against such interference in a residential installation However there is no guarantee that interference will not occur in a particular installation If this equipment does cause interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interferen...

Page 4: ...de key until the left display reads dL This is your demand limit Simultaneously press the Demand Limit and Increase keys and raise the system s demand limit by 0 5 KW Wait one or two hours to give your home a chance to heat or cool If the change you just made does not feel sufficient after that time press the Demand Limit and Increase key to increase the system s demand limit another 0 5 KW Repeat...

Page 5: ...e is illustrated by the largest spike in Owner A in Figure 1 Under the TOU Demand Rate you pay for both total energy used in Kwh like the Energy Rate and for your peak demand during the On Peak time over the billing period highest average KW demand see page 12 for definition In addition utilities offer reduced or no KW demand charges during the Off Peak times When compared to the Energy Rate the T...

Page 6: ...ower consumption continues to exceed the demand limit it begins to turn off loads It turns off the least impor tant load first using the load control strategy that you set As the power consumption drops it then allows the most important loads to come back on first There are several optional load control strategies A typical strategy might provide power to a higher priority load such as the dryer a...

Page 7: ...ak and Off Peak hours the proportion of energy consumed during On Peak and Off Peak times and the demand limit Superior Features of the 9312 Real Time Control The 9312 contains a real time clock which allows the demand management system to take advantage of TOU Demand Rates available from some utilities and modify the control strategy accordingly This feature enhances the money savings and comfort...

Page 8: ...components the Control Display Unit Relay Unit s and the Current Transform ers The System Diagram in Figure 3 in the Installation Manual shows how these components are connected to control loads at the circuit breaker panel Your 9312 con trols only those loads which are connected to it However the total demand from all household loads are measured continuously These loads will vary depending on ap...

Page 9: ...rned on when all controlled loads have been turned off by the 9312 but demand is still approaching the demand limit When this occurs you must either reduce the uncon trolled demand or increase the demand limit as suggested in the operating instructions Circuit On Indicators 6 These indicators when lit tell you which control points are enabled A Circuit On indication does not necessarily mean that ...

Page 10: ...ce will vary with the uniqueness of each house its occupants energy use and the utility s averaging period To arrive at the best demand setting for you requires some trial and error see Table 2 The 9312 has a demand limit setting range of 2 0 to 49 5 KW in 5 KW increments A good starting demand limit is 5 KW If you need more energy to maintain comfort increase the KW level by only 5 KW If after an...

Page 11: ...ning of each 1 minute interval This way Off Time of rotating loads is minimized The rotate strategy is particularly useful where equal priority rotation may serve several heating loads minimiz ing the Off Time of each load during rotation Thus the reduction in demand is shared by several loads and the 1 Press and hold Alarm Volume key 11 2 Simultaneously press the Decrease key 7 or the Increase ke...

Page 12: ...larly attractive feature because heat pump and air conditioning compressors requiring time delay switching may be controlled under a strategy to best fit your application lifestyle or use pattern The load shedding priority selected is based on the type of heating and cooling equipment and the design of your house If desired the priorities may be easily changed Priority 17 The 9312 allows the use o...

Page 13: ...ontrolling demand and it will increase the comfort level of your home Shifting use of all loads possible to Off Peak times will help to reduce your On Peak energy usage charge and increase your savings In most TOU Demand Rates the On Peak demand and energy charges are substantially more costly than the Off Peak charges Consult your utility to determine your On and Off Peak times Service of Heating...

Page 14: ... remains the same regardless of the number of Kwh s used Also called Flat Rate Under this rate demand is not measured recorded or billed Instantaneous Demand The electricity in kilowatts currently being drawn by the electrical service of a build ing at any instant in time Kilowatt KW 1 000 watts Kilowatt Hour Kwh The basic measurement of electric energy consumption as metered by the electric utili...

Page 15: ... d1 is displayed Release keys Temperature dE The current temperature in dE grees Fahrenheit inside the 9312 s C D Unit Day of Week do The current day of the week 1 Sunday 2 Monday 3 Tuesday 4 Wednesday 5 Thursday 6 Friday 7 Saturday Date Month Day dA The current month and day of the month Setting range from 1 1 to 12 31 Year Yr The current year Auto Daylight Saving Adjust dS Allows the 9312 to be ...

Page 16: ...g tells the 9312 how many relays are installed starting from Control Point 1 and counting up to 16 This setting turns off unused control points The number programmed into this setting should be equal to the number of relays and all relays should be on consecutive control points starting with 1 Only control points enabled at this setting will appear in subsequent settings for priorities Minimum On ...

Page 17: ... Start Time 12 00 a m 11 59 p m F2 Fall 1 End Time 12 00 a m 11 59 p m F3 Fall 2 Start Time 12 00 a m 11 59 p m F4 Fall 2 End Time 12 00 a m 11 59 p m Fd Fall Start Date 0 0 12 31 SS Saturday Sunday On Off Peak on oFF H1 Holiday 1 0 0 12 31 H2 Holiday 2 0 0 12 31 H3 Holiday 3 0 0 12 31 H4 Holiday 4 0 0 12 31 H5 Holiday 5 President s Day 0 0 12 31 oFFP onP H6 Holiday 6 Memorial Day 0 0 12 31 oFFP o...

Page 18: ...n Peak Demand Limit Period 6 2 0 49 5 o6 Off Peak Demand Limit Period 6 2 0 49 5 oFF oFF2 oFF3 oFF4 oFF5 d7 Start Date Period 7 0 0 12 31 L7 On Peak Demand Limit Period 7 2 0 49 5 o7 Off Peak Demand Limit Period 7 2 0 49 5 oFF oFF2 oFF3 oFF4 oFF5 d8 Start Date Period 8 0 0 12 31 L8 On Peak Demand Limit Period 8 2 0 49 5 o8 Off Peak Demand Limit Period 8 2 0 49 5 oFF oFF2 oFF3 oFF4 oFF5 d9 Start Da...

Page 19: ...stallation Manual 17 1 0 Introduction This manual contains instructions for the installation checkout and programming of the Energy Sentry 9312 Demand Management System In order to ensure proper installation and warranty coverage please read this manual thoroughly before proceeding with the installation Note All wiring must be installed in accordance with national and local electrical codes Import...

Page 20: ...s C D Unit will only recess in the wall correctly between studs because of the unit s depth 4 4 Drill screw holes first with 1 8 drill 4 5 Cut C D mounting hole with drywall knife being careful not to make it too large 4 6 Install the four C D Unit mounting clips P N 09000 02101 by pressing them onto the drywall in position over the mounting holes In most cases they should stay in place by themsel...

Page 21: ...s 2 voltage compartment This com partment is found on the right side of the relay box Aseparate conduit may also be required for the control cable 0 375 diameter 5 2 3 If installing an Expansion Relay Unit follow the pro cedure in paragraph 5 2 2 5 2 4 Vacuum out all dry wall dust metal chips wood chips and other foreign objects which may affect operation of the system 6 0 Running Control Cable Af...

Page 22: ...t the screw through the plastic housing through the hole in the short side of the C D Unit mounting clips through the drywall and into the small hole on the long side of the mounting clip The sheet metal screw will thread through the small hole and tighten the C D Unit enclosure to the wall Repeat this procedure with the other three screw s positions 8 4 When all four screws have been installed th...

Page 23: ...ng lug on the left side of the relay plate 10 5 Repeat instructions 10 2 through 10 4 for an Expanded Relay Unit Both Relay Units MUST be phased the same Caution Leave circuit breaker off until installation is complete 11 0 Installing Wiring Current Transformers Caution Installation of Current Transformers may need to be coordinated with the local utility company 11 1 Disconnect main power to the ...

Page 24: ...s with these types of heating systems the loads be connected as follows Example 1 Load Control Strategy Combination Circuit Load Priority 1 Dryer 1 2 Hot Water Heater 2 3 Heat 1 3 4 Heat 2 3 5 Heat 3 3 6 Heat 4 3 7 Heat 5 3 8 Heat 6 3 12 1 2 For Homes With Heat Pumps Without Compressor Connected Example Only In some heating climates it may be preferable not to connect the heat pump compressor to t...

Page 25: ... a short length of 10 or 12 AWG wire depending on circuit breaker size which runs into the Relay Unit Wire nut this length of wire to one lead of the relay s contact With another short length of the appropriately sized wire wire nut it to the other lead of the relay s contact Connect that same wire back to the circuit breaker s terminal where the first wire was originally removed as shown in Figur...

Page 26: ...ump com pressors to the Energy Sentry unit is normally accom plished by inserting a 3 Amp low voltage signal relay in series with the low voltage 24 VAC thermostat control loop as shown in Figure 10 Generalized Drawing This can be done in one of two ways 1 Use the low voltage relays on the Data Link PC Board for Circuits 2 and 3 or 2 Use remote low voltage relays Normally the relay is inserted in ...

Page 27: ...stem Checkout 17 1 Prior to Test a Turn off ALL circuit breakers in the circuit breaker panel b Turn on thermostats switches for controlled loads 17 2 Initial Operation Test a Ensure all circuit breakers in the circuit breaker panel are off b Turn on the 9312 circuit breaker c Control Display Unit should turn on beep once and light up with id showing in the Mode display If the unit fails to light ...

Page 28: ...nce all loads are shed the alarm will sound because the demand level is most likely still above the demand limit of 2 KW When this happens set the demand limit to its normal level apx 6 8 KW or whatever it may be for your specific home at that time of the year and the alarm should stop 17 6 Restore household loads to the desired condition The circuit breaker marked Energy Sentry or 9312 should be ...

Page 29: ..._________________________ ______________ mins on ____ off ____ 15 ___________________________________ ______________ mins on ____ off ____ 16 ___________________________________ ______________ mins on ____ off ____ Control Points 2 and 3 are shipped with 8 minutes on and 5 minutes off See Appendix B page for instructions Owner 1 Record circuit assignments above and in the space provided on the key...

Page 30: ...1 H2 7 4 Set Holiday Date 2 H3 12 25 Set Holiday Date 3 H4 0 0 Set Holiday Date 4 H5 onP Set Holiday Date 5 H6 onP Set Holiday Date 6 H7 onP Set Holiday Date 7 H8 onP Set Holiday Date 8 H9 onP Set Holiday Date 9 oP Reset Off Peak Peak Demand oL oFF Set Off Peak Demand Limit HL oFF Set High Instantaneous Limit nr 8 Set the Number of Relays Used Pr_1 1 Set Priority for Relay 1 Pr_2 2 Set Priority fo...

Page 31: ... Demand Limit Period 2 o2 oFF Set Off Peak Demand Limit Period 2 d3 0 0 Set Start Date Period 3 L3 6 Set On Peak Demand Limit Period 3 o3 oFF Set Off Peak Demand Limit Period 3 d4 0 0 Set Start Date Period 4 L4 6 Set On Peak Demand Limit Period 4 o4 oFF Set Off Peak Demand Limit Period 4 d5 0 0 Set Start Date Period 5 L5 6 Set On Peak Demand Limit Period 5 o5 oFF Set Off Peak Demand Limit Period 5...

Page 32: ...effect 4 Notification to BraydenAutomation Corporation or its authorized dealer under this warranty must be received within one week after discovering any defect in materials or workmanship 5 If the Energy Sentry Demand Management System is removed and returned to the authorized service dealer or Brayden Automation Corporation 6230 Aviation Circle Loveland CO 80538 for repair or replacement under ...

Page 33: ...Brayden Automation Corp 6230 Aviation Circle Loveland CO 80538 970 461 9600 FAX 970 461 9605 www brayden com P N 09312 94100A ...

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