ENGINE-GENERATOR PARAMETER SCHEDULE
with Step Load Increase (Voltage)
Transient Recovery Time
[_____] seconds
with Step Load Increase (Frequency)
Maximum Voltage Deviation with
[5] [10] [30] [_____] % of rated
Step Load Increase
voltage
Maximum Frequency Deviation
[2.5] [5] [_____] % of rated
with Step Load Increase
frequency
Max Step Load Decrease
100 % of Service Load at
(without shutdown)
[_____] PF
Max Time to Start and be Ready to
[10] [_____] seconds
Assume Load
Max Summer Indoor Temp
[_____] degrees
(Prior to Genset Operation)
Min Winter Indoor Temp
[_____] degrees
(Prior to Genset Operation)
Max Allowable Heat Transferred
[_____] MBTU/hr
To Engine Generator Space at Rated
Output Capacity
Max Summer Outdoor Temp
[_____] degrees
(Ambient)
Min Winter Outdoor Temp
[_____] degrees
(Ambient)
Installation Elevation
[_____] above sea level
1.3.2
Rated Output Capacity
**************************************************************************
NOTE: The service load for each genset should be
shown on the Engine-Generator Parameter Schedule.
The designer must determine the service load. The
Contractor, through the supplier's
manufacturer/assembler, determines the efficiency
and associated ancillary equipment loads. The
designer must examine spare capacity requirements
for spinning reserve.
**************************************************************************
Each engine-generator-set shall provide power equal to the sum of Service
Load plus the machine's efficiency loss and associated ancillary equipment
loads. Rated output capacity shall also consider engine and/or generator
oversizing required to meet requirements in paragraph Engine-Generator
Parameter Schedule.
1.3.3
Power Ratings
Power ratings shall be in accordance with EGSA 101P.
SECTION 16263A
Page 27
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