Motor Circuit Designer
Sizes motor branch circuits, overload and overcurrent protection and feeders
NGTech · com.mobincube.motor_circuit_designer.sc_D6QDDA
UpdatedOct 29, 2024
PublishedAug 5, 2019
Packagecom.mobincube.motor_circuit_designer.sc_D6QDDA
MD5c95e28160c7140fb52fb8256d39b40c9
SHA1 (signer)F1:9A:C1:C0:22:8C:3C:3D:A4:55:F3:26:65:A4:6A:32:6A:85:09:EB
Signed byCN=Mobimento Mobile, OU=Unknown, O=Mobimento Mobile, L=Valencia, ST=Valencia, C=ES
Malware scanTRUSTED
Contact[email protected]
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Description
The Motor Circuit Designer sizes motor branch circuits and feeders with several motors. It also sizes the overload protection and overcurrent protection of these circuits. The design is done in accordance with the 2017 National Electric Code (NEC). It covers single-phase, squirrel cage, synchronous, wound rotor and direct current motors.
The parameters required are:
The voltage of the branch circuit or feeder
The type of motor
The rating of the motor in horsepower
The length of the branch circuit or feeder
The maximum voltage drop that can be tolerated on the branch circuit or feeder, expressed as voltage or as a percentage of circuit voltage
The type of fuse or circuit breaker
The overload criteria
The outputs are:
The full load current
The conductor design current
The minimum conductor size required, in AWGMCM or mm2
The voltage drop expressed in both Volts and as a percentage
The minimum and maximum size of the overload protection required
The size of the overcurrent protection required
The minimum size of the disconnecting means that is required
It also indicates the articles or the tables in the NEC code that was used to determine these values.
The parameters required are:
The voltage of the branch circuit or feeder
The type of motor
The rating of the motor in horsepower
The length of the branch circuit or feeder
The maximum voltage drop that can be tolerated on the branch circuit or feeder, expressed as voltage or as a percentage of circuit voltage
The type of fuse or circuit breaker
The overload criteria
The outputs are:
The full load current
The conductor design current
The minimum conductor size required, in AWGMCM or mm2
The voltage drop expressed in both Volts and as a percentage
The minimum and maximum size of the overload protection required
The size of the overcurrent protection required
The minimum size of the disconnecting means that is required
It also indicates the articles or the tables in the NEC code that was used to determine these values.
Required features
- Bluetooth android.hardware.bluetooth
- Faketouch android.hardware.faketouch
- Screen Landscape android.hardware.screen.landscape
- Screen Portrait android.hardware.screen.portrait
- Wifi android.hardware.wifi
Permissions (16)
Motor Circuit Designer requests the following Android permissions:
- Access Coarse Location android.permission.ACCESS_COARSE_LOCATION
- Access Fine Location android.permission.ACCESS_FINE_LOCATION
- Access Network State android.permission.ACCESS_NETWORK_STATE
- Access Wifi State android.permission.ACCESS_WIFI_STATE
- Bluetooth android.permission.BLUETOOTH
- Bluetooth Admin android.permission.BLUETOOTH_ADMIN
- Call Phone android.permission.CALL_PHONE
- Camera android.permission.CAMERA
- Get Accounts android.permission.GET_ACCOUNTS
- Internet android.permission.INTERNET
- Read Phone State android.permission.READ_PHONE_STATE
- Receive Boot Completed android.permission.RECEIVE_BOOT_COMPLETED
- Wake Lock android.permission.WAKE_LOCK
- Write External Storage android.permission.WRITE_EXTERNAL_STORAGE
- C2dm Permission Receive com.google.android.c2dm.permission.RECEIVE
- Com Mobincube Motor Circuit Designer Sc D6qdda Permission C2d Message com.mobincube.motor_circuit_designer.sc_D6QDDA.permission.C2D_MESSAGE
