A. Airport Name B. Circuit Identification (if applicable) C. Maximum CCR Output Current Amps Select from dropd D. Number of CCR Steps Select from dropd E. Input Voltage Select from dropd F. Frequency Select from dropd G. Series Circuit Cable Wire Length Units Feet Select from dropd H. CCR Architecture Select from dropd I. Estimated roundtrip length of L-824 series circuit wire Feet J. L-824 Wire Size AWG K. L-824 Wire Resistance ohms/1,000 Feet Note: For Tamaqua AWG 6, use 0.42 ohms/1,000 Feet L-824 LOAD VA For Tamaqua AWG 8, use 0.66 ohms/1,000 Feet 0
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A. Airport Name
B. Circuit Identification (if applicable)
C. Maximum CCR Output Current Amps Select from dropdown or type-in
D. Number of CCR Steps Select from dropdown or type-in
E. Input Voltage Select from dropdown or type-in
F. Frequency Select from dropdown
G. Series Circuit Cable Wire Length Units Feet Select from dropdown or type-in
H. CCR Architecture Select from dropdown or type-in
I. Estimated roundtrip length of L-824 series circuit wire Feet
J. L-824 Wire Size AWG
K. L-824 Wire Resistance ohms/1,000 Feet
Note:
For Tamaqua AWG 6, use 0.42 ohms/1,000 Feet L-824 LOAD VA
For Tamaqua AWG 8, use 0.66 ohms/1,000 Feet
0
Select from dropdown or type-in
Select from dropdown or type-in
Select from dropdown or type-in
Select from dropdown
Select from dropdown or type-in
Select from dropdown or type-in
1. Fixture Load Calculator #1
A. Fixture Description Select from dropdown or type-in
B. Manufacturer Select from dropdown or type-in
C. Number of Light Fixtures
D. W *E.
Feet
AWG Select from dropdown or type-in
0 0 VA
F. Other Load on Isolation Transformer** VA **G. Total Isolation Transformer Load 0.0 VA
H. Isolation Transformer Used W
I. Isolation Transformer Losses 0 VA
Total CCR Load for Fixture No. 1 0 VA
2. Fixture Load Calculator #2
A. Fixture Description Select from dropdown or type-in
B. Manufacturer Select from dropdown or type-in
C. Number of Light Fixtures
D. W *E.
Feet
AWG Select from dropdown or type-in
0 0 VA
F. Other Load on Isolation Transformer** VA **G. Total Isolation Transformer Load 0.0 VA
Are long secondary wires present?
Are long secondary wires present?
1. Estimated roundtrip length of Isolation Transformer
secondary wire
2. Isolation Transformer Secondary Wire Gauge
3. Wire Resistance ohms / 1000 Feet
Note: Zero is automatically assumed if transformer is located underneath fixture.
2. Isolation Transformer Secondary Wire Gauge
3. Wire Resistance ohms / 1000 Feet
Lamp Wattage*
L-850A
* Note: Value will autofill, but you can manually enter a number
Note: Zero is automatically assumed if transformer is located underneath fixture.
1. Estimated roundtrip length of Isolation Transformer
secondary wire
Lamp Wattage*
H. Isolation Transformer Used W
I. Isolation Transformer Losses 0 VA * Note: Value will autofill, but you can manually enter a number
Total Fixture Load No. 2 0 VA
3. Fixture Load Calculator #3
A. Fixture Description Select from dropdown or type-in
B. Manufacturer
C. Number of Light Fixtures
D. W *E.
Feet
AWG Select from dropdown or type-in
0 0 VA
F. Other Load on Isolation Transformer** VA **G. Total Isolation Transformer Load 0.0 VA
H. Isolation Transformer Used W
I. Isolation Transformer Losses 0 VA * Note: Value will autofill, but you can manually enter a number
Total Fixture Load No. 3 0 VA
4. Fixture Load Calculator #4
A. Fixture Description Select from dropdown or type-in
B. Manufacturer
C. Number of Light Fixtures
D. W *E.
Feet
3. Wire Resistance ohms / 1000 Feet
Note: Zero is automatically assumed if transformer is located underneath fixture.
1. Estimated roundtrip length of Isolation Transformer
secondary wire
Note: Zero is automatically assumed if transformer is located underneath fixture.
Lamp Wattage*
2. Isolation Transformer Secondary Wire Gauge
Are long secondary wires present?
Lamp Wattage*
Are long secondary wires present?
1. Estimated roundtrip length of Isolation Transformer
secondary wire
AWG Select from dropdown or type-in
0 0 VA
F. Other Load on Isolation Transformer** VA **G. Total Isolation Transformer Load 0.0 VA
H. Isolation Transformer Used W
I. Isolation Transformer Losses 0 VA * Note: Value will autofill, but you can manually enter a number
Total Fixture Load No. 4 0 VA
Total Tungsten-Halogen/Incandescent Lamp Load 0 VA
2. Isolation Transformer Secondary Wire Gauge
3. Wire Resistance ohms / 1000 Feet
Select from dropdown or type-in
Select from dropdown or type-in
Select from dropdown or type-in
Note: Any other load not listed in calculator.
Select from dropdown or type-in
Select from dropdown or type-in
Select from dropdown or type-in
Note: Any other load not listed in calculator.
* Note: Value will autofill, but you can manually enter a number
Note: If fixture has multiple lamps, enter maximum
wattage when maximum number of lamps are on.
Example: For a bi-directional L-852D (with two 30W
lamps) where both lamps can be on at the same
time, enter 60W.
Note: If fixture has multiple lamps, enter maximum
wattage when maximum number of lamps are on.
Example: For a bi-directional L-852D (with two 30W
lamps) where both lamps can be on at the same
time, enter 60W.
* Note: Value will autofill, but you can manually enter a number
Select from dropdown or type-in
Select from dropdown or type-in
Note: Any other load not listed in calculator.
* Note: Value will autofill, but you can manually enter a number
Select from dropdown or type-in
Note: If fixture has multiple lamps, enter maximum
wattage when maximum number of lamps are on.
Example: For a bi-directional L-852D (with two 30W
lamps) where both lamps can be on at the same
time, enter 60W.
Note: If fixture has multiple lamps, enter maximum
wattage when maximum number of lamps are on.
Example: For a bi-directional L-852D (with two 30W
lamps) where both lamps can be on at the same
time, enter 60W.
Select from dropdown or type-in
Note: Any other load not listed in calculator.
* Note: Value will autofill, but you can manually enter a number
elevated/in-pavement Runway Guard Lights use those tabs to enter data.
1. Fixture Load Calculator #1
A. Fixture Description Select from dropdown or type-in
B. Manufacturer
C. Number of Light Fixtures
D. VA
E.
Feet
AWG
0.00 0.0 VA
F. Other Load on Isolation Transformer * VA
(Any other load not listed in calculator.)
G. Total Isolation Transformer Load 0.0 VA
H. Isolation Transformer Used W
I. Isolation Transformer Losses 0.0 VA * Note: Value will autofill, but you can manually enter a number
Total Fixture Load No. 1 0.0
2. Fixture Load Calculator #2
A. Fixture Description Select from dropdown or type-in
B. Manufacturer
C. Number of Light Fixtures
D. VA
E.
Feet
AWG
0.00 0.0 VA
F. Other Load on Isolation Transformer VA
(Any other load not listed in calculator.)
G. Total Isolation Transformer Load 0.0 VA
H. Isolation Transformer Used W
I. Isolation Transformer Losses 0.0 VA * Note: Value will autofill, but you can manually enter a number
Total Fixture Load No. 2 0.0
3. Fixture Load Calculator #3
Note: Zero is automatically assumed if transformer is located underneath fixture.
1. Estimated roundtrip length of Isolation Transformer
secondary wire
2. Isolation Transformer Secondary Wire Gauge
Are long secondary wires present?Note: Zero is automatically assumed if transformer is located underneath fixture.
1. Estimated roundtrip length of Isolation Transformer
secondary wire
2. Isolation Transformer Secondary Wire Gauge
LED fixture load
ohms / 1000 Feet
3. Wire Resistance ohms / 1000 Feet
Are long secondary wires present?
LED fixture load
3. Wire Resistance
A. Fixture Description Select from dropdown or type-in
B. Manufacturer
C. Number of Light Fixtures
D. VA
E.
Feet
AWG
0.00 0.0 VA
F. Other Load on Isolation Transformer VA
(Any other load not listed in calculator.)
G. Total Isolation Transformer Load 0.0 VA
H. Isolation Transformer Used W
I. Isolation Transformer Losses 0.0 VA * Note: Value will autofill, but you can manually enter a number
Total Fixture Load No. 3 0.0
4. Fixture Load Calculator #4
A. Fixture Description Select from dropdown or type-in
B. Manufacturer
C. Number of Light Fixtures
D. VA
E.
Feet
AWG
0.00 0.0 VA
F. Other Load on Isolation Transformer VA
(Any other load not listed in calculator.)
G. Total Isolation Transformer Load 0.0 VA
H. Isolation Transformer Used W
I. Isolation Transformer Losses 0.0 VA * Note: Value will autofill, but you can manually enter a number
0.0
0.0
LED fixture load
LED fixture load
2. Isolation Transformer Secondary Wire Gauge
3. Wire Resistance
VA
3. Wire Resistance ohms / 1000 Feet
Are long secondary wires present?Note: Zero is automatically assumed if transformer is located underneath fixture.
1. Estimated roundtrip length of Isolation Transformer
secondary wire
Are long secondary wires present?Note: Zero is automatically assumed if transformer is located underneath fixture.
1. Estimated roundtrip length of Isolation Transformer
secondary wire
2. Isolation Transformer Secondary Wire Gauge
Total LED Fixture Load
ohms / 1000 Feet
Total Fixture Load No. 4
* Note: Value will autofill, but you can manually enter a number
VA
* Note: Value will autofill, but you can manually enter a number
VA
* Note: Value will autofill, but you can manually enter a number
VA
* Note: Value will autofill, but you can manually enter a number
VA
VA
1. Sign Load No. 1 Calculator
A. Sign Manufacturer Dropdown or type-in
B. Sign Size
C. Number of Sign Modules
Note: Enter sign length for ICAO/TP312 signs.
D. Light Source Dropdown or type-in
E. Sign Power Architecture also type-in
F. Sign Style
G. Sign Transformer Used W FAA Sign Types
H. VA Legend Color Background ColorAutofill or type-in L-858Y
I. Total Number of Signs in this Configuration L-858R
L-858L
Total Sign Load No. 1 0 VA L-858B
2.
A. Sign Manufacturer Dropdown or type-in
B. Sign Size
C. Number of Sign Modules
Note: Enter sign length for ICAO/TP312 signs.
D. Light Source Dropdown or type-in
E. Sign Power Architecture also type-in
F. Sign Style
G. Sign Transformer Used W
H. VAAutofill or type-in
I. Total Number of Signs in this Configuration
Total Sign Load No. 2 0 VA
Sign Load No. 2 Calculator
Sign VA as seen on the primary of
the isolation transformer
Sign VA as seen on the primary of
the isolation transformer
Size 4 means 40 in (101.6 cm) Legend Height
Red
White
Yellow
White with Black Outline
Black
Black
Reference Data:
FAA Sign Sizes
Size 1 means 12 in. (30.5 cm) Legend Height
Size 3 means 18 in (45.7 cm) Legend Height
Size 2 means 15 in (38.1 cm) Legend Height
Type
Size 5 means 25 in (63.5 cm) Legend Height
YellowBlack
3.
A. Sign Manufacturer Dropdown or type-in
B.
C.
Note: Enter sign length for ICAO/TP312 signs.
D. Light Source Dropdown or type-in
E. Sign Power Architecture also type-in
F. Sign Style
G. W
H. VAAutofill or type-in
I. Total Number of Signs in this Configuration
Total Sign Load No. 3 0
4. Sign Load No. 4 Calculator
A. Sign Manufacturer Dropdown or type-in
B. Sign Size
C. Number of Sign Modules
Note: Enter sign length for ICAO/TP312 signs.
D. Light Source Dropdown or type-in
E. Sign Power Architecture also type-in
F. Sign Style
G. Sign Transformer Used W
H. VAAutofill or type-in
I. Total Number of Signs in this Configuration
Total Sign Load No. 4 0 VA
5. Sign Load No. 5 Calculator
A. Sign Manufacturer Dropdown or type-in
Sign VA as seen on the primary of
the isolation transformer
VA
Sign Transformer Used
Sign VA as seen on the primary of
the isolation transformer
Sign Size
Number of Sign Modules
Sign Load No. 3 Calculator
B. Sign Size
C. Number of Sign Modules
Note: Enter sign length for ICAO/TGP312 signs.
D. Light Source Dropdown or type-in
E. Sign Power Architecture also type-in
F. Sign Style
G. Sign Transformer Used W
H. VAAutofill or type-in
I. Total Number of Signs in this Configuration
Total Sign Load No. 5 0 VA
0 VA
Sign VA as seen on the primary of
the isolation transformer
Total Sign Load
In-pavement RGL Load Calculator
A. L-852G
B. Select from dropdown or type-in
C. Select from dropdown or type-in
D.
E. W Select from dropdown or type-in
F.
Feet
AWG
0 VA
G. Type of Fixture Pulsing Device Used
H.
I. VA
J. 0 VA
CCR LOAD CALCULATOR | © 2009-2014 ADB Airfield Solutions | All Rights Reserved.
Note: This calculation assumes that there is no operational need to have all lights ON at the same time. If all the lights are ON, the CCR might
be overloaded in at least the high step (B5/B100). The FAA requires that RGLs pulse in all operational modes: Power-on, Normal Operation,
and Failsafe mode. Therefore, there is no operational situation in which RGL lights will be steady burning ON.
Note: This, for example, is the BRITE/AGLAS Master load, if any.
Monitoring Device Load (if present).
ohms / 1000 Feet
There also might be a CCR loading consideration if pulsing RGLs are being phased in with existing steady-burning yellow hold bars and all
lights will be steady-burning initially.
2. Isolation Transformer Secondary Wire Gauge
3. Wire Resistance
Any Other Load on CCR
Note: The load calculations assumes the fixtures alternately pulse according to FAA requirements.
Total Number of In-pavement Light Fixtures on Circuit
1. Other Pulsing Device Load plus isolation transformer loss when ON
1. Estimated roundtrip length of Isolation Transformer
secondary wire
W or VA (LED)
Fixture Description
Are long secondary wires present?
Isolation Transformer Wattage
Note: Use the Stop Bar tab if the fixture is a L-852G/S.
Fixture Manufacturer
Fixture Load
Monitored or Unmonitored?
2. Other Pulsing Device Load plus isolation transformer loss when OFF
Note: Selecting Unmonitored zeros out any load associated with the Master.
Note: Zero is automatically assumed if transformer is located underneath fixture.
Select from dropdown or type-in
Select from dropdown or type-in
Select from dropdown or type-in
VA *Note: Enter isolation transformer load if LED.
VA *Note: Used for incandescent only. Enter 0 if LED.
Load Calculation
0 VA
0 VA
0 VA
CCR LOAD CALCULATOR | © 2009-2014 ADB Airfield Solutions | All Rights Reserved.
Note: This calculation assumes that there is no operational need to have all lights ON at the same time. If all the lights are ON, the CCR might
be overloaded in at least the high step (B5/B100). The FAA requires that RGLs pulse in all operational modes: Power-on, Normal Operation,
and Failsafe mode. Therefore, there is no operational situation in which RGL lights will be steady burning ON.
Max. CCR Load for Fixture + Pulsing
Device + Transformer
Monitoring Device Load + Other Load
Total In-pavement RGL Fixture load
There also might be a CCR loading consideration if pulsing RGLs are being phased in with existing steady-burning yellow hold bars and all
lights will be steady-burning initially.
Note: The load calculations assumes the fixtures alternately pulse according to FAA requirements.
Elevated L-804 Runway Guard Light (RGL)
A. Fixture Description L-804Note: Use the Stop Bar tab if the L-804 is on the same circuit as the Stop Bar.
B. Fixture Manufacturer Select from dropdown or type-in
C. Fixture Load W or VA (LED) Select from dropdown or type-inNote: Enter the wattage for only one of the two lamps in the L-804 (since only one is on at a time.)
D. Type of Fixture Pulsing Device Used Select from dropdown or type-inNote: Entering PCB version inserts load for PCB only and auto zeros anything associated with BRITE / AGLAS
1. Pulsing Device Load. 0 VA
E. Are long secondary wires present?Note: Zero is automatically assumed if transformer is located underneath fixture.
Feet
2. Isolation Transformer Secondary Wire Gauge AWG
3. Wire Resistance 0 VA
F. Total Isolation Transformer Load 0 VA
G. Isolation Transformer Wattage W Select from dropdown or type-in
Isolation Transformer Losses 0 VA * Note: Value will autofill, but you can manually enter a number
H. Total Number of Elevated Light Fixtures on CircuitNote: The load calculations assumes the fixtures alternately pulse according to FAA requirements.
I. VA
J. Monitored or Unmonitored?Note: Selecting Unmonitored zeros out any load associated with the Master.
K. Monitoring Device Load (if present). 0 VA Type-inNote: This, for example, is the BRITE/AGLAS Master load, if any.
CCR LOAD CALCULATOR | © 2009-2014 ADB Airfield Solutions | All Rights Reserved.
1. Estimated roundtrip length of Isolation Transformer
secondary wire
ohms / 1000 Feet
Any Other Load on CCR
Select from dropdown or type-in
Select from dropdown or type-inNote: Enter the wattage for only one of the two lamps in the L-804 (since only one is on at a time.)
Select from dropdown or type-inNote: Entering PCB version inserts load for PCB only and auto zeros anything associated with BRITE / AGLAS
VA *Note: Enter 0 if LED.
Feet
AWG
VA
Select from dropdown or type-in
* Note: Value will autofill, but you can manually enter a number
Note: The load calculations assumes the fixtures alternately pulse according to FAA requirements.
Load Calculation
0 VA
Monitoring Device Load + Other Load 0 VA
0 VA
CCR LOAD CALCULATOR | © 2009-2014 ADB Airfield Solutions | All Rights Reserved.
Total Elevated RGL Fixture Load
Max. CCR Load for Fixture + Pulsing Device
+ Transformer Losses
In-pavement Stop Bar
A. Fixture Description
B. Fixture Manufacturer
C. Fixture Load
D.
1. Max. Control/Monitoring Device Load
E.
Note: Zero is automatically assumed if transformer is located underneath fixture.
1. Estimated roundtrip length of L-830 secondary wire
2. L-830 Secondary Wire Gauge
3. Wire Resistance 0
F. Isolation Transformer Wattage
G. Isolation Transformer Losses
H. Total Individual Fixture CCR Load
I. Total Number of In-pavement Stop Bar Fixtures on Circuit
Elevated Stop Bar
A. Fixture Description
B. Fixture Manufacturer
C. Fixture Load
D.
1. Max. Control/Monitoring Device Load
E.
Note: Zero is automatically assumed if transformer is located underneath fixture.
1. Estimated roundtrip length of L-830 secondary wire
2. L-830 Secondary Wire Gauge
3. Wire Resistance 0
F. Isolation Transformer Wattage
G. Isolation Transformer Losses
H. Total Individual Fixture CCR Load
I. Total Number of Elevated Stop Bar Fixtures on Circuit
Sensor Load
A. Type of Sensor Used
B. Individual Sensor + Isolation Transformer (if present) Load
C. Total number of sensors
Are long secondary wires present?
Type of Control/Monitoring Device Used
Type of Control/Monitoring Device Used
Are long secondary wires present?
ohms / 1000 Feet
ohms / 1000 Feet
In-pavement RGL Load Calculator (L-852G Side only in RVR >1200 ft.)
A.
B.
C.
D.
Note: Zero is automatically assumed if transformer is located underneath fixture.
1. Estimated roundtrip length of L-830 secondary wire
2. L-830 Secondary Wire Gauge
3. Wire Resistance 0
E.
F. Type of Fixture Pulsing Device Used
1. Other Pulsing Device Load plus isolation transformer loss when ON
2. Other Pulsing Device Load plus isolation transformer loss when OFF
G. Total Number of In-pavement Light Fixtures on CircuitNote: The load calculations assumes the fixtures alternately pulse according to FAA requirements.
Elevated L-804 Runway Guard Light (RGL)
A. Fixture Description
Note: Use this Stop Bar tab if the L-804 is on the same circuit as the Stop Bar.
B. Fixture Manufacturer
C. Fixture LoadNote: Enter the wattage for only one of the two lamps in the L-804 (since only one is on at a time.)
D. Type of Fixture Pulsing Device UsedNote: Entering PCB version inserts load for PCB only and auto zeros anything associated with BRITE / AGLAS
1. Pulsing Device Load.
E. Are long secondary wires present?Note: Zero is automatically assumed if transformer is located underneath fixture.
1. Estimated roundtrip length of L-830 secondary wire
2. L-830 Secondary Wire Gauge
3. Wire Resistance 0
F.
G. Isolation Transformer Losses
H. Max CCR Load for Fixture + Pulsing Device + Transformer
I. Total Number of Elevated Light Fixtures on CircuitNote: The load calculations assumes the fixtures alternately pulse according to FAA requirements.
Control/Monitoring Interface Device Load
Note: This calculation assumes that there is no operational need to have all lights ON at the same time. If all the lights are ON, the CCR
might be overloaded in at least the high step (B5/B100). The FAA requires that RGLs pulse in all operational modes: Power-on, Normal
Operation, and Failsafe mode. Therefore, there is no operational situation in which RGL lights will be steady burning ON.
Isolation Transformer Wattage
Fixture Description
ohms / 1000 Feet
Isolation Transformer Wattage
Fixture Manufacturer
Fixture Load
ohms / 1000 Feet
Are long secondary wires present?
A. Monitoring Device Load (if present).Note: This, for example, is the BRITE/AGLAS Master load, if any.
B. Any Other Load
W or VA (LED)
VA
Feet
0 Load
W
0
0 SubTotal
0
W or VA (LED)
VA
Feet
0 Load
W
0
0 SubTotal
0
VA SubTotal
0
Note: Typing in L-852G/S enables all L-852G rows.
In-pavement RGL Load Calculator (L-852G Side only in RVR >1200 ft.)
L-852G
W or VA (LED)
Feet
0 Load
W
VA *Note: Enter isolation transformer load if LED.
VA *Note: Used for incandescent only. Enter 0 if LED.
SubTotal
0Note: The load calculations assumes the fixtures alternately pulse according to FAA requirements.
L-804
W or VA (LED)Note: Enter the wattage for only one of the two lamps in the L-804 (since only one is on at a time.)
Note: Entering PCB version inserts load for PCB only and auto zeros anything associated with BRITE / AGLAS
0 VA *Note: Enter 0 if LED.
Feet
0 Load
W
0 VA * Note: Value will autofill, but you can manually enter a number
0 VA SubTotal
0Note: The load calculations assumes the fixtures alternately pulse according to FAA requirements.
Note: This calculation assumes that there is no operational need to have all lights ON at the same time. If all the lights are ON, the CCR
might be overloaded in at least the high step (B5/B100). The FAA requires that RGLs pulse in all operational modes: Power-on, Normal
Operation, and Failsafe mode. Therefore, there is no operational situation in which RGL lights will be steady burning ON.
0 VA
SubTotal
VA 0
Total Stop Bar Load
0
1. 2.
Device VA VA
Isolation Transformer Used (if any)
Isolation Transformer Losses (if any) 0
Other Losses (if any)
Quantity
Total Load 0 VA
3. 4.
Device VA VA
Isolation Transformer Used (if any)
Isolation Transformer Losses (if any) 0
Other Losses (if any)
Quantity
Total Load 0 VA
5. 6.
Device VA VA
Isolation Transformer Used (if any)
Isolation Transformer Losses (if any)
Other Losses (if any)
Quantity
Total Load 0 VA
7. 8.
Device VA VA
Isolation Transformer Used (if any)
Isolation Transformer Losses (if any) 0
Other Losses (if any)
Quantity
Total Load 0 VA
9. 10.
Device VA VA
Other Load Description (Select From Dropdown or Type-in)
Other Load Description (Select From Dropdown or Type-in)
Other Load Description (Select From Dropdown or Type-in)
Other Load Description (Select From Dropdown or Type-in)
Other Load Description (Select From Dropdown or Type-in)
Isolation Transformer Used (if any)
Isolation Transformer Losses (if any) 0
Other Losses (if any)
Quantity
Total Load 0 VA
Total Other Loads
Device VA VA
Isolation Transformer Used (if any)
Isolation Transformer Losses (if any) 0
Other Losses (if any)
Quantity
Total Load 0 VA
Device VA VA
Isolation Transformer Used (if any)
Isolation Transformer Losses (if any) 0
Other Losses (if any)
Quantity
Total Load 0 VA
Device VA VA
Isolation Transformer Used (if any)
Isolation Transformer Losses (if any)
Other Losses (if any)
Quantity
Total Load 0 VA
Device VA VA
Isolation Transformer Used (if any)
Isolation Transformer Losses (if any) 0
Other Losses (if any)
Quantity
Total Load 0 VA
Device VA VA
Other Load Description (Select From Dropdown or Type-in)
Other Load Description (Select From Dropdown or Type-in)
Other Load Description (Select From Dropdown or Type-in)
Other Load Description (Select From Dropdown or Type-in)
Other Load Description (Select From Dropdown or Type-in)
Isolation Transformer Used (if any)
Isolation Transformer Losses (if any) 0
Other Losses (if any)
Quantity
Total Load 0 VA
0 VA
CCR Load Summary
Airport Name
Circuit Identification
Maximum CCR Output Current
Number of CCR Steps
Input Voltage
Frequency
CCR Architecture
Load Description
Lamp Load 1 L-850A
Lamp Load 2
Lamp Load 3
Lamp Load 4
Total Lamp Load
LED Load 1
LED Load 2
LED Load 3
LED Load 4
Total LED Load
Sign Load 1 Sign
Sign Load 2 Sign
Sign Load 3 Sign
Sign Load 4 Sign
Sign Load 5 Sign
Total Sign Load
In-pavement RGL Fixture Load L-852G
In-pavement RGL Monitoring Device Load
Total In-pavement RGL Load
Elevated RGL Fixture Load L-804
Elevated RGL Monitoring Device Load
Total Elevated RGL Load
Stop Bar In-pavement Load
Stop Bar Elevated Fixture Load
Stop Bar Sensor Load
Stop Bar Elevated RGL Load L-852G
Stop Bar Monitoring Device Load
Total Stop Bar Load
Other Load 1
Device Description
Other Load 2
Other Load 3
Other Load 4
Other Load 5
Other Load 6
Other Load 7
Other Load 8
Other Load 9
Other Load 10
Total Other Load
L-824 Wire Load L-824 Feet AWG
Total Calculated CCR Load
Desired Safety Factor % Type in a percentage.
CCR Load with Safety Factor 0 VA
Next Largest CCR size 0 KW
Actual CCR Safety Factor 0 %
Recommended Tap Setting 80 % Tap
(Thyristor or SCR CCR only)
Manuf.
Isolation
Transformer Used Qty.
Individual
Device CCR
Load VA
Subtotal
Load VA
W 0 0 0
W 0 0 0
W 0 0 0
W 0 0 0
W 0 0 0
W 0 0 0
W 0 0 0
W 0 0 0
W 0
W 0
W 0
W 0
W 0
W 0 0 0
0 0 0
W 0 0 0
0
W 0 0 0
W 0 0 0
W 0 0
W 0 0 0
0
0 0 0
Device Description
0 0 0
0 0 0
0 0 0
0 0 0
0 0 0
0 0 0
0 0 0
0 0 0
0 0 0
1 0 0
Subtotal
Load Type
VA
0
0
0
0
0
0
0
0
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