Download Addendum 3 16262A Appendix A SFC Technical Fill-In Data

SECTION 16262 - APPENDIX A
SFC TECHNICAL FILL-IN DATA SHEETS
PART 1 - GENERAL
1.01
RELATED SECTIONS
A.
Section 16262 - Static Frequency Converter
PART 2 - PRODUCTS
2.01
TECHNICAL FILL-IN DATA SHEETS
The SFC Contractor shall fill-in the following data sheets and submit to SEPTA with the Request
for Proposal Bid Documents and update at each of the following points in the project, as required:
2.02
A.
Request for proposal
B.
30% design stage
C.
60% design stage
D.
90% design stage
E.
100% design stage
CONVERTERS
Converter Rating
Output apparent power rating (MVA)
a) Continuous, rms
b) 1 hour
c) 6 minutes
d) 30 seconds
e) 2 seconds
f) time before next overload cycle
Continuous real power rating (MW)
(SFC Contractor shall provide capability curves)
Power Factor
For rated operation (range)
Three-phase network
Single-phase network
Converter Input Current Rating
@ 100% 3-Phase Input Voltage
@ 105% 3-Phase Input Voltage
@ 95% 3-Phase Input Voltage
Wayne Junction SFC
Rehabilitation Project
16262A-1
90% Design Submittal
April 29, 2017
Converter Output Current Rating
@ 100% 1-Phase Output Voltage
@ 105% 1-Phase Output Voltage
@ 95% 1-Phase Output Voltage
Short-Circuit Current Delivery Capability
Three-phase, 60 Hz Magnitude (kA)
Three-phase, 60 Hz Duration (sec)
Single-phase, 25 Hz Magnitude (kA)
Single-phase, 25 Hz Duration (sec)
Converter Voltage Rating
Input Voltage:
Rated Voltage
Maximum Voltage
Minimum Voltage
Output Voltage:
Rated Voltage
Maximum Voltage
Minimum Voltage
Losses
No-load losses (kW)
Load Losses (kW @eff)
@ 50% output
@ 60% output
@ 75% output
@ 90% output
@ 95% output
@ 100% output
Semiconductors
Semiconductor Device Types
Three-phase Module Type
Voltage rating
Wayne Junction SFC
Rehabilitation Project
16262A-2
90% Design Submittal
April 29, 2017
Current rating
Single-phase Module Type
Voltage rating
Current rating
Converter Cooling
Power electronic component temperature for
worst case thermal duty
Max. Junction Temp. at Full Load
Amperes continuous
Ambient air temperature, °C or °F
Maximum Temperature Junction
Thermal Safety Margin
Noise Data
Outdoor dBA @ 100’-0”
Indoor Equipment dBA @ 3’-0”
Coolant (by weight)
Deionized water %
Ethylene glycol %
Coolant freeze point
Cooling Fans
Electrical Characteristics
Voltage
Single/Three Phase
Frequency
No. of Cooling Fans
Fan motor horsepower
Fan motor speed
Fan motor enclosure
Fan motor service factor
Circulation Pumps
Electrical Characteristics
Voltage
Wayne Junction SFC
Rehabilitation Project
16262A-3
90% Design Submittal
April 29, 2017
Single/Three Phase
Frequency
No. of Circulation Pumps
Pump motor horsepower
Pump motor speed
Pump motor enclosure
Pump motor service factor
Converter Module Characteristics
Three-phase, 60 Hz Module
Voltage across module
Three-phase current
Single-phase, 25 Hz module
Voltage across module
Short-circuit current through module
Module output current at rated power (rms)
DC Link Characteristics
Voltage
Current
Harmonic Limitations
Single-phase Side:
Voltage distortion at 24/12 kV, 25 Hz
IFD
THD
Current Distortion at 24/12 kV, 25 Hz
IFD
THD
Three-Phase Side:
Voltage Distortion at 230 kV level, 60 Hz
IFD
THD
Current Distortion at 230 kV level, 60 Hz
IFD
Wayne Junction SFC
Rehabilitation Project
16262A-4
90% Design Submittal
April 29, 2017
THD
Voltage Distortion at 13.2 kV level, 25 Hz
IFD
THD
Current Distortion at 13.2 kV level, 25 Hz
IFD
THD
Control Panels
Quantity
Dimension of each panel (width x length x
height), ft-in
Weight of each panel (lbs)
Heat rejection of each panel (W)
Physical Parameters
Dimensions required for complete SFC power
electronic block installation (width x length x
height), ft-in
Weigth of SFC power block equipment (lbs)
2.03
INPUT TRANSFORMERS
Manufacturer
Electrical Parameters
Rated Power (MVA)
Rated Voltage (kV)
No-Load Loss at 100%, 105% and 110% of rated
voltage
Full-Load Guaranteed Losses at OA, FA, FOA
ratings
Cooling System Losses
Impedance (HV/LV/Diff/Comp)
Impedance at OA rating
Wayne Junction SFC
Rehabilitation Project
16262A-5
90% Design Submittal
April 29, 2017
Reactance at OA rating
Resistance at OA rating
Exciting current in % of full load current at rated
current and 60 Hz
Three-phase capacitance to ground, HV side
Three-phase capacitance to ground, LV side
Noise Data
Audible sound level @ OA rating
Loading Capability
With the loss of one-half of the cooling
auxiliaries,% load xfmr shall carry continuously
w/o exceeding hot spot temp
Weights
Core and Coils
Tank and Fittings
Oil (Gal)
Total Weight
Shipping Weight
Materials
Tank
H.V. Winding
L.V. Winding
Dimensions
Overall Height
Width
Depth
Height Over Cover
Untanking (plus slings)
Minimum clearance of jacking lugs to base
(inches)
Wayne Junction SFC
Rehabilitation Project
16262A-6
90% Design Submittal
April 29, 2017
Transformer Oil
Oil Grade
Shipment
Fault Pressure Relay
Fault Pressure Relay type
Forced Cooling Equipment
Cooling fans
Cooling pumps
2.04
OUTPUT TRANSFORMERS
Manufacturer
Electrical Parameters
Rated Power (MVA)
Rated Voltage (kV)
No-Load Loss at 100%, 105% and 110% of rated
voltage
Full-Load Guaranteed Loss, exclusive of cooling
system at OA, FA, and FOA rating of
transformer
Cooling System Losses
Impedance at OA rating
Reactance at OA rating
Resistance at OA rating
Exciting current in % of full load current
at rated current and 25 Hz
Capacitance to ground, HV side
Capacitance to ground, LV side
Noise Data
Audible sound level @ OA rating
Loading Capability
Wayne Junction SFC
Rehabilitation Project
16262A-7
90% Design Submittal
April 29, 2017
With the loss of one-half of the cooling
auxiliaries, percent load transformer shall carry
continuously w/o exceeding hot spot temp
Approximate Weights
Core and Coils
Tank and Fittings
Oil ( Gal)
Total Weight
Shipping Weight
Materials
Tank
H.V. Winding
L.V. Winding
Approximate Dimensions
Overall Height
Width
Depth
Height Over Cover
Untanking (plus slings)
Minimum clearance of jacking lugs to base
Transformer Oil
Oil Grade
Shipment
Fault Pressure Relay type
Fault Pressure Relay
Fault Pressure Relay type
Forced Cooling Equipment
Cooling Fans
Circulating Pumps
Wayne Junction SFC
Rehabilitation Project
16262A-8
90% Design Submittal
April 29, 2017
2.05
INPUT FILTERS
A.
Filter Reactor
Manufacturer
Style
Type
Rated Ohms @ 60 Hz
Tolerance, %
Rated Inductance
Tolerance, %
Taps
Rated Voltage
BIL
X/R Ratio @60 Hz
Weight
Short-circuit current rating, sym. amperes
Center unit compensated, yes/no
Center unit reverse wound, yes/no
Dimensions (including structure)
a.) Max. height
b.) Max. width
c.) Max. depth
d.) Recommended horizontal spacing
Continuous Current Requirements
(Filter reactor duty requirements in amperes per
phase at the following frequencies)
@60Hz
@300Hz
@420Hz
@660Hz
@780Hz
@1380Hz
@1500Hz
Short-Circuit Withstand Requirements
Nominal Operating Requirements
Maximum Operating Voltage
Wayne Junction SFC
Rehabilitation Project
16262A-9
90% Design Submittal
April 29, 2017
Total operating weight
Special foundation requirements, yes/no
Dist. to metallic parts forming closed loops
No. of terminal blades per terminal
B.
Filter Resistor
Manufacturer
Style No.
Resistance in ohms
Continuous Current Rating
Voltage Rating
BIL Rating
Temperature Rise (continuous)
Weight
Dimensions (including structure)
a.) Max. height
b.) Max. width
c.) Max. depth
C.
Filter Capacitor - individual
Manufacturer
Style No.
Nominal Can kvar Rating
Nominal Voltage Frequency Rating
Nominal Capacitance Rating
Number of Cans
Number of Bushings per Can
Capacitor Fusing
D.
Filter Capacitor - capacitor bank
Total capacitance per Phase
Number of Cans per Phase
Capacitor Bank Connection / BIL
Normal Bus Operating Voltage
Wayne Junction SFC
Rehabilitation Project
16262A-10
90% Design Submittal
April 29, 2017
Capacitor Operating Voltage due to Reactor
Voltage
Total kvar @ Capacitor Rated Voltage
Effective Total kvar at
Capacitor Operating Voltage (0% tol)
Effective Total kvar at
Capacitor Operating Voltage (+/- 5% tol)
Expected Bank kvar (Less Reactor kvar loss)
Continuous Capacitor Current Duty
Requirements
Filter reactor duty requirements in amperes per
Phase (fundamental at maximum bus operating
voltage) Provide frequency, amps, and L-N
voltage in a table.
Specify the total rms filter voltage duty
requirements in a table.
Total rms filter current duty requiremen
Sum of I(h)/H filter duty requirement
Sum of rms voltage across capacitor per phase
Equivalent voltage across capacitor bank in each
phase
Weight
Dimensions (including structure)
2.06
OUTPUT FILTER
A.
Filter Reactor
Manufacturer
Style
Type
Rated Ohms @ 60 Hz
Tolerance, %
Rated Inductance
Tolerance, %
Taps
Rated Voltage
BIL
X/R Ratio @60 Hz
Weight:
Short circuit current rating, sym. amperes
Center unit compensated, yes/no
Wayne Junction SFC
Rehabilitation Project
16262A-11
90% Design Submittal
April 29, 2017
Center unit reverse wound, yes/no
Dimensions (including structure):
a.) Max. height
b.) Max. width
c.) Max. depth
d.) Recommended horizontal spacing
Continuous Current Requirements
(Filter reactor duty requirements in amperes per
phase at the following frequencies)
@25Hz
@125Hz
@175Hz
@275Hz
@325Hz
@575Hz
@625Hz
Short Circuit Withstand Requirements
Nominal Operating Requirements
Maximum Operating Voltage
Total operating weight
Special foundation requirements, yes/no
Dist. to metallic parts forming closed loops
No. of terminal blades per terminal
B.
Filter Resistor
Manufacturer
Style No.
Resistance in ohms
Continuous Current Rating
Voltage Rating
BIL Rating
Temperature Rise (continuous)
Weight
Dimensions (including structure)
a.) Max. height
b.) Max. width
Wayne Junction SFC
Rehabilitation Project
16262A-12
90% Design Submittal
April 29, 2017
c.) Max. depth
C.
Filter Capacitor - Individual
Manufacturer
Style No.
Nominal Can kvar Rating
Nominal Voltage Frequency Rating
Nominal Capacitance Rating
Number of Cans
Number of Bushings per Can
Capacitor Fusing
D.
Filter Capacitor - Bank
Total capacitance per Phase
Number of Cans per Phase
Capacitor Bank Connection / BIL
Normal Bus Operating Voltage
Capacitor Operating Voltage due to Reactor
Voltage
Total kvar @ Capacitor Rated Voltage
Effective Total kvar at
Capacitor Operating Voltage (0% tol)
Effective Total kvar at
Capacitor Operating Voltage (+/- 5% tol)
Expected Bank kvar (Less Reactor kvar loss)
Continuous Capacitor Current Duty
Requirements
filter reactor duty requirements in amperes per
Phase (fundamental at maximum bus operating
voltage) Provide frequency, amps, and L-N
voltage in a table.
Specify the total rms filter voltage duty
requirements in a table.
Total rms filter current duty requirement
Sum of I(h)/H filter duty requirement
Sum of rms voltage across capacitor per phase
Equivalent voltage across capacitor bank in each
phase
Weight
Wayne Junction SFC
Rehabilitation Project
16262A-13
90% Design Submittal
April 29, 2017
Dimensions (including structure):
a.) Max. Height
b.) Max. Width
c.) Max. Depth
2.07
NON-SEGREGATED BUS DUCT
Manufacturer:
Electrical Parameters
Three-Phase, 60 Hz
Single-Phase, 25 Hz
Voltage Class
Nominal Voltage Rating
Number of Phases
Operating Frequency
Continuous Current Rating
Short Circuit Rating: (Momentary Current
Amps)
Basic Insulation Level (BIL)
Structural Requirements
Maximum Non-braced support span
2.08
ELECTRICAL PANELS
For each electrical panel supplied with the SFC unit, provide the following information. Table may
be duplicated as required.
Nominal voltage rating, volts
Phases (1-ph, 3-ph)
Main Circuit Breaker
Manufacturer
Type
Interrupting rating, amps
Type certification (e.g., UL, NEMA, etc)
Branch Circuit Breakers
Manufacturer
Type
Number of Circuits
Wayne Junction SFC
Rehabilitation Project
16262A-14
90% Design Submittal
April 29, 2017
Interrupting rating, amps
Type certification (e.g., UL, NEMA, etc)
Main Horizontal Bus
Material
Continuous current rating, amps
Short circuit withstand rating, amps
Main Vertical Bus
Material
Continuous current rating, amps
Short circuit withstand rating, amps
Physical Data
Enclosure and trim
NEMA type enclosure
Type material
Sheet metal thickness, inches
Paint, color & type
Dimensions (HxWxD), inches
Weight, lbs.
END OF SECTION
Wayne Junction SFC
Rehabilitation Project
16262A-15
90% Design Submittal
April 29, 2017
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Wayne Junction SFC
Rehabilitation Project
16262A-16
90% Design Submittal
April 29, 2017