| Name |
Equip. General Properties |
Equipment Name |
| Room |
Equip. General Properties |
Equipment location |
| Priority |
Equip. General Properties |
Equipment Priority can be Normal, EO1, EO2, or Life Safety |
| IsExisting |
Equip. General Properties |
Equipment is existing |
| IsFuture |
Equip. General Properties |
Equipment is intended for future installation |
| Load Capacity |
Load Properties |
The maximum load to be contained by the Equipment |
| Load Override |
Load Properties |
A value used to take precedence over calculated load values |
| Voltage |
Load Properties |
Voltage is a read only property in most situations. It is set at the source |
| Poles |
Load Properties |
The number of phase conductors |
| Power Factor |
Load Properties |
The ratio of real power to apparent power |
| Custom Diversity Class |
Load Readings |
The diversity class applied to a section of the distribution network |
| Diversity Position |
Load Readings |
The diversity level or tier applied to the Equipment: Root, Distribution, or End-of-Line |
| Connected Load |
Load Readings |
The load which is applied to the source, without any diversities considered |
| Code Demand Load |
Load Readings |
The load which is applied to the source, with any diversities applied |
| Diversified Resi. Load |
Load Readings |
The load which is accumulated from all Appliances, Units, Apartments, and Apartment Packages, and diversified based on the NEC |
| % Design Spare Capacity |
Load Readings |
A design parameter which is intended as a cushion for spare load. This parameter is used to calculate the Net Design Spare Capacity. |
| Net Design Spare Capacity |
Load Readings |
The load as a result of the Code Demand Load and the % Design Spare Capacity |
| Net Load |
Load Readings |
The load as a summation of the Code Demand Load and the Net Design Spare Capacity |
| Max Capacity |
Load Readings |
The capacity as determined by the Load Capacity, or the Load Override |
| % Loaded |
Load Readings |
The ratio of the Net Load to Max Capacity |
| VD% Net |
Network Readings |
The total volts dropped percentage at the current node of the distribution system |
| SCC Net |
Network Readings |
Total short circuit current at the current node of the distribution system |
| # Sets |
Cable Properties |
Quantity of sets |
| # Phase Legs |
Cable Properties |
Number of phase conductors per raceway |
| Phase Size |
Cable Properties |
Size of the phase conductor |
| # Neturals |
Cable Properties |
Quantity of neutral conductors |
| Neutral Size |
Cable Properties |
Size of the neutral conductor |
| # Grounds |
Cable Properties |
Quantity of ground conductors |
| Ground Size |
Cable Properties |
Size of the ground conductor |
| Insulation Type |
Cable Properties |
The type of insulation supporting the conductor |
| Conductor Material |
Cable Properties |
The material used to deliver current |
| Temperature Rating |
Cable Properties |
The temperature rating of the conductor and insulation |
| Non-Linear |
Cable Properties |
A boolean property to represent non-linear loads |
| Raceway Type |
Conduit Properties |
The enclosure which protects electrical wiring |
| Raceway Size |
Conduit Properties |
The outside diameter of the raceway |
| Riser |
Network Readings |
A space which is dedicated for electrical conduit and defined in Arch. Elements |
| Manual Added Length |
Network Readings |
A customizable distance parameter which supplements Calc. Length |
| Calc. Length |
Network Readings |
The orthogonal route between two Room locations |
| Net Length |
Network Readings |
The sum of the Manual Added Length and Calc. Length |
| VD% Incoming |
Network Readings |
The volts dropped percentage at the loadside of upstream equipment |
| VD% Run |
Network Readings |
The volts dropped percentage across the selected run |
| VD% Net |
Network Readings |
The total volts dropped percentage at the current node of the distribution system |
| Net Amperage |
Network Readings |
The current draw from the entire downstream network |
| SCC Incoming |
Network Readings |
The available short circuit current at the upstream node |
| SCC Net |
Network Readings |
The available short circuit current at the current node |
| Available SCC (kA) |
Source Properties |
The available short circuit current from the utility |
| Voltage Distortion |
Source Properties |
Voltage Distortion |
| Subtransient Reactance |
Source Properties |
A percentage used to determine the available short circuit current of a generator |
| MCB |
Bus Structure |
Main circuit breaker |
| Neutral Bus |
Bus Structure |
A dedicated bus for neutral conductors |
| 200% Neutral Bus |
Bus Structure |
An oversized neutral conductor to be 200% the size of the phase conductor |
| Ground Bus |
Bus Structure |
A dedicated ground bus |
| Isolated Ground Bus |
Bus Structure |
An isolated ground bus providing a separate ground path |
| Bolt On Breaker |
Bus Structure |
Specifying a bolt on breaker vs. plug in |
| Bypass Isolation |
Bus Structure |
Specifying an ATS to be include a bypass isolation switch |
| Neutral Construction |
Bus Structure |
Specifies the ATS neutral construction to be solid, switched, or overlapping |
| Neutral Bus |
Bus Structure |
A dedicated bus for neutral conductors |
| 200% Neutral Bus |
Bus Structure |
An oversized neutral conductor to be 200% the size of the phase conductor |
| Ground Bus |
Bus Structure |
A dedicated ground bus |
| Isolated Ground Bus |
Bus Structure |
An isolated ground bus providing a separate ground path |
| Static |
Bus Structure |
Specifies a static transfer switch |
| Flush Mount |
Construction |
Specifies a flush mounted construction |
| Enclosure |
Construction |
Specifies the type of NEMA enclosure |
| Door in Door |
Construction |
Specifies a door in door construction vs. hinged trim |
| Stainless Steel |
Construction |
Specifies stainless steel |
| Feed Through |
Construction |
Specifies a feed through panel |
| Volt Meter |
Accessories |
Specifies a volt meter as an accessory |
| SPD |
Accessories |
Specifies a surge protection device as an accessory |
| Power Meter |
Accessories |
Specifies a power meter as an accessory |
| Branch Circuit Meter |
Accessories |
Specifies a branch circuit meter as an accessory |
| Split Bus Meter |
Accessories |
Specifies a split bus meter |
| VFD |
Mechanical Properties |
Specifies a variable frequency drive for the motor |
| Qty Motors |
Mechanical Properties |
Quantity of motors |
| Primary Winding |
XFMR Construction |
The primary winding configuration for a transformer |
| Secondary Winding |
XFMR Construction |
The secondary winding configuration for a transformer |
| Primary Voltage |
XFMR Construction |
The voltage applied to the terminals of the primary windings of a transformer |
| Secondary Voltage |
XFMR Construction |
The voltage applied to the terminals of the secondary windings of a transformer |
| Overload Rating |
XFMR Construction |
The overload rating of a transformer |
| Percent Impedance |
XFMR Construction |
The voltage drop on full load due to winding resistance and leakage reactance as a percentage of the rated voltage |
| K Rating |
XFMR Construction |
The index of a transformer’s ability to withstand harmonic content while operating within the temperature limits of its insulating system |
| XFMR Type |
XFMR Construction |
Specifies the type of a transformer to be dry, cast coil, vacuum pressure impregnated (VPI), or liquid |
| Temperature Rise |
XFMR Construction |
The average temperature rise that will occur in the coils during normal full load |
| Grounding Type |
XFMR Construction |
The diversity class applied to a section of the distribution network |
| Insulation Rating |
XFMR Construction |
The insulation class or rating for a transformer at its maximum temperature rating |
| Primary BIL |
XFMR Construction |
The BIL (Basic Impulse Level) is a method expressing the voltage surge that a transformer will tolerate without breakdown |
| Secondary BIL |
XFMR Construction |
The BIL (Basic Impulse Level) is a method expressing the voltage surge that a transformer will tolerate without breakdown |