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3
HAYES, WAYNE
e , 6606 GA IOTA
' m g FORT PIERCE, FL 34951
M- N -
5
M
41
Castle
Impact Windows
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Electrical Contiactor;.d?1 4ns_ �SK r ��
Phone #: '-)'i I - 3 S 3 _ Fax #: W)_ "__
Project: �C I� > CA� Location
Existing Service Feeder Size: Q_(� Existing Panel Size:
Mahn Breaker Size: 1l- Number of Breakers: 3
Existine Loads
Sq. Ft. X 3 watts per sq. ft ............................ L L/ � watts
Appliance cir. @1500 watts each. . .................. 3 a CTEV watts
Laundry cir. @ 1500 watts each ...................... ( S� watts
Range @ 8 kw ..................... ......... U 6-0 watts
l Dishwasher and disposal @ 1500 watts each...... a 010 watts
l Microwave @ 2000 watts ....................... _ _ _ 1) --GW watts
l Water heater @ 4.5 kw ................................ (-CS _r� watts
Tankless water heater .................................. watts
Dryer @ 5 kw ........................................... S 6-yi watts
Refrigerator @ 1500 watts ........................ 5Z0 watts
Bathroom 1 @ 1500 watts .......................... �J O� c� watts
�— Sprinkler Pump ........................................ b --LN watts
C Other ........ watts
Other ............... watts rl
Other .......... watts Subtotal-Y.1/Watts
New Loads
Poolpump ..............................................
Poollight ................................................
Heat pump. ......... ......... ................. watts
Chlorine generator ...................................... watts
Air blower ............................................
_Boatlift.................................................... watts
1 Other S �, t� -(A ................ / 1 -U watts
Other
............. watts
Total Y y N 2 Watts
First 10 kw @ 100%..
................... I....- 1 0 Oa�� watts
Remainder @ 40% ................................................... L3 (o q i watts
A/C heat @ 100% .................................................... (v. rn watts /
Total wattsa3 (0� i Divided by 240 volts =_ / D Amps
Prepared by: Date:
T9btdlbldg_formsWew ApplicationslForms.\Electrical Load Calculations.doc
10/42007
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From:
Operators
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fir" . Hz -02,P
. _.i -
J i j •X`.
f X
120V -
vY Pap $' t 0 6
' Diarneter47rrim (2.0 in.)
`-integrated radia
-Electronic limit setting ��
-8 feet of motor cable�, �411p
-UL Recognized -
C,,SA Approved h -MJ41 [G hm
-FCC Approved eats
-lR 44 Rated
Operators
02.1231201^ 11:13 0102 P.0041010
Apptxax)rnata sNpp Ing weight r 9 lb,
Ea2EerePace I Dimension"; TnrElue Speen Watts Amps UTrait Switch stun iltno
A C {in.lb,mim) (rpam ( ) (minutes) j
) rokafion 4lane
2005131
607
586
599 144
5
35
110
1- —
I,0
-- -----
3 inillutes
-�-
r
2005132
607
586
599
88
143
35
150
1,3
3 Minutes
5
2406352
2005133
607
607
586
586
599
599
88
'132
10
15
12
80
0,7
1 minutes
5
2006353
607
686
599
176
20
18
12_
130
13..0
1.1
1,1
3 minutes
5
2005134
681
66()
673
220
25
18
180
1.e
3 minutes
3 minutes
5
2005136
2005135,
681
660
673
264
30
12
170
1.5
3 minutes
6
5
2005137
681
681
660
660
673
673
308
440
4 0
30
1S
250
2,1
3 minutes
5
12
250
211
3 minutes
5
220 volt operators are available as a special Order.
- All SIMLI 120V-601-17 AC Operators aDIne standat'd with a built M eloctrio bral<a attd limit switch.
28
P rorc:
02/23/2012 11:14 #102 P.010/010
Wiring Coons lidraflo s
( Four wire OperBtars )
Because of the type of motor (Asynchronous Mfn built-in capacitor) and the but in limit switches, it is Important to follow hvo
impor ant reeommandaElnns to assure proper ope at on of the motorized systems r SIMU opRra10m ere'not universal motors.
d, bo Not Wfre SIMU Operators in Paratfel, Parallel wiring Means: Several Operators are Wind to Only One �.lerxriraf
Contact Per Direction of Rotation,
There %viii be constant feedback iron) one motor to another, so stopping points villi not be stable and there is e dA of motnrbum
out,
Carred:
Eritrea Wring solution is to use a -double pole, double throw, center off switch which would isolaia Cath moors.
htcorreab
Motor A slops at its limit in direction 2 before Motor B. CUITarn in Motnr'B feeds back to Motor through Bre capacitor C2 and
microsw'rfches M3 and Mi. Both operators keep rotating In opposite directions at reduced power.
7_. Do Not Control One SIMU Operafor tftrii .9aVeraf Loc=ations without Using a proper Controller,
COrrF.Gt;
Possf6le problem: When svhcfi (f) Is turned on, the moorwflt bogln running in direction J. As it roaches its limit, the mfcroswitoh
M1 will open, if at the same tnomenbin time switch (2) Is turned on, the Motorwfll operate In the opposite direction. This Is
why we recommend the use of momentary swltbbas with the SIMU TRt16 sequinnce'relay conlrol.
Incorrect '
The mfornswitch Mi closes, short-circuiting the eapacitOPNIAlieh is loaded at its maAmurn voltage (160V). As a result the
mloroswitch M1 Is damagad. Solution: Use relays to Guild prioritfos between controls sending Opposite slgnalS. Do not use
standard a "llghr svdtch as a motorcontrol,
Note: SIMU Control Systems are designed to comply loth these two basic criteria and assure rallable operation of motorized
systems. Non-Campllanee to these two basic principles void the SIMU warranty,.
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