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Motor Approval Form

Motor Approval

Please refer to JEA Electric Rules and Regulations for motor starting guidelines. Any motor installation that does not meet the guidelines in the JEA Electric Rules and Regulations requires additional analysis by JEA.

Please complete this application form prior to motor installation. Upon receipt of the completed form, JEA will perform the motor analysis within five (5) business days and respond to the contact provided in the application with analysis results. Any information missing from the motor application submittal will delay the analysis.

Customer Information

*Contact Name: *Contact Email: *Company Name: *Phone: *Date:

Motor Information

*Motor Street Address: include building, suite or apartment number

*City:

*Zip Code:

*Motor Phasing 1 Ph 3 Ph

*Motor Description: Firepump, Synchronous, Squirrel Cage, etc. *NEMA Code (NEC Code Letter):

NEMA Code Information

NEMA Code Information
NEMA Code Letter	kVA/HP with locked rotor - LOW	kVA/HP with locked rotor - HIGH	Approximate Mid-Range Value
A	0.00	3.14	1.57
B	3.15	3.54	3.35
C	3.55	3.99	3.77
D	4.00	4.49	4.25
E	4.50	4.99	4.75
F	5.00	5.59	5.30
G	5.60	6.29	5.95
H	6.30	7.09	6.70
J	7.10	7.99	7.55
K	8.00	8.99	8.50
L	9.00	9.99	9.50
M	10.00	11.19	10.60
N	11.20	12.49	11.85
P	12.50	13.99	13.25
R	14.00	15.99	15.00
S	16.00	17.99	17.00
T	18.00	19.99	19.00
U	20.00	22.39	21.20
V	22.00 and up	--	--

NEMA is the leading trade association in the U.S. representing the interests of electro-industry manufacturers of products used in the generation, transmission and distribution, control, and end-use of electricity. NEMA provides a forum for the standardization of electrical equipment, enabling consumers to select from a range of safe, effective, and compatible electrical products. NEMA publishes over 500 standards.

Motor Design Data

*Rated Horsepower: *Operating Voltage: KV L-N/L-L *Running Amps (FLA): 0.0 Amps *Full Load Efficiency: 0.0% *Max In-Rush/Locked Rotor Current: 0.0 Amps Motor Connection Types

Characteristics (Name Plate Data)

*Full Load Power Factor: 0.0% *Starting/Locked Rotor Power Factor: 0.0%

*Motor Starting Options

Full Voltage Auto-Transformer

50% Tap 65% Tap Specified % Tap: 0.0% Specified % Tap Cannot be blank *Time to increase to 80% voltage 0.0 seconds *Time to apply full voltage 0.0 seconds

Capacitor

*Initial kvar 0.0 *Intermediate kvar 0.0 *Time to use intermediate kvar 0.0 seconds *Time to remove kvar 0.0 seconds

Series Resistance

80% Full Voltage 65% Full Voltage 50% Full Voltage *Time to increase to 80% voltage 0.0 seconds *Time to apply full voltage 0.0 seconds

Series Reactance

50% Full Voltage 45% Full Voltage 45% Full Voltage *Time to increase to 80% voltage 0.0 seconds *Time to apply full voltage 0.0 seconds

Partial Winding

50% Full Voltage 45% Full Voltage *Time to connect full winding 0.0 seconds

Wye Start/Delta Run

*Time to use running connection 0.0 seconds

Solid State Reduced Voltage

*Initial Reduced Volts 0.0% *Ramp time to reach full voltage 0.0 seconds

Variable Frequency Drive (VFD)

*Variable Frequency Drive

Other

Please specify below:

Number of Starts (Average)

*Per Hour: 00 *Per Day: 00 *Per Year: 00

Transformer and Service Drop

Is the motor behind a customer-owned transformer? Yes

*Transformer Phasing 1 Ph 3 Ph *Transformer Size: kVA *High-side Voltage: KV L-N/L-L *Low-side Voltage: KV L-N/L-L *Winding Configuration: WYE/Delta, WYE/WYE, etc *Percent Impedance: 0.0%

No

*Conductor Size and Material: 500 KCMIL AL, 1/0 CU, etc. *Approximate length of secondary from service entrance to motor (feet):

Other Load Information

Will any other loads be tied into the same circuit? If so, please describe below: Are any motors starting at the same time? If so, please describe below:

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