Basler BE1-11m - Page 546

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Settings Calculation Examples BE1-11m
Motor Manufacturer Data
Motor manufacturer data should be reviewed before configuring the BE1-11m. Typical motor
manufacturer data is listed below.
● GENERAL
○ HP .................................................................. 2900
○ Full-Load Amps (FLA) ................................... 363
○ Maximum Locked Rotor Current (LRA) ......... 600%
○ Bus Voltage ................................................... 4 kV
○ Service Factor................................................ 1.0
○ Stator Insulation Class ................................... F (155°C per NEMA MG-1 Standard)
○ Ambient Temperature Rating ........................ 40°C
○ Stator Temperature Rise ............................... 80°C
○ Subtransient Reactance Xd”.......................... 0.15 pu, 2432 kVA base
● RTDs
○ Six Stator RTDs ............................................. 100 Ω, 3-wire element, platinum
○ Two Bearing RTDs ........................................ 100 Ω, 3-wire element, platinum
○ One Ambient RTD ......................................... 100 Ω, 3-wire element, platinum
● STARTING
○ Minimum Starting Voltage ............................. 85%
○ Hot Safe Stall Time ........................................ 9 seconds
○ Cold Safe Stall Time ...................................... 10 seconds
○ Rotor WK
2
...................................................... 410 lb-ft
2
● CONSECUTIVE STARTS
○ Ambient Temperature .................................... 3 starts
■ Idle Starts Time ................................ 45 minutes
■ Running Starts Time ......................... 20 minutes
○ Operating Temperature ................................. 2 starts
■ Idle Starts Time ................................ 45 minutes
■ Running Starts Time ......................... 45 minutes
● THERMAL TIME CONSTANT
○ Ambient (Stopped Condition) ........................ 75 minutes
○ Operating (Running Condition) ...................... 60 minutes
● RUNNING
○ Ride Through Minimum Voltage .................... 75% for 60 seconds
○ Bearing Alarm Temperature .......................... 90°C
○ Bearing Trip Temperature ............................. 95°C
● OPERATING PERFORMANCE
○ Load % ........................................................... 100 ...... 75 ........ 50
○ Amps .............................................................. 363 ...... 276 ...... 190
○ Efficiency % ................................................... 95.5 ..... 95.3 ..... 94.7
○ PF .................................................................. 90 ........ 89 ........ 87
● OTHER
○ Name
○ Location
○ System Frequency
○ System Rotation