The majority of site-level faults begin where the distributor receives the smallest amount of attention; typically this is a small point of distribution. Our LT Distribution Boxes are developed for use where there are multiple outgoing circuits required in a compact and safe application. When planning the location of these boxes, we have considered the connected load, the direction of incoming cable entry, the mounting position and the accessibility of the box for normal operation.
The incoming isolator and the outgoing mcb or mccb is selected according to the actual current required and the fault level of the upstream panel. Neutral and earth bars will be properly sized due to the possibility of imbalance and leakage currents that may exist on mixed utility loads. The routing of the internal wiring will provide sufficient space for tightening it and for adding additional circuits later, they will not be bundled together for aesthetic purposes.
LT Distribution Boxes are used in lighting networks, utility power supplies, small motor feeders, HVAC auxiliaries and floor-wise distribution where it is important to isolate a bad circuit quickly without affecting other loads. Phase identification and circuit marking are made clear so that maintenance personnel are able to trace feeders during a shutdown without having to open the entire box to inspect.
Heat dissipation, gland plate sequence and door earthing will be treated as standard practice even at lower ratings. Prior to dispatch, insulation checks, functional operation of protective devices and verification of indicators (if available) are carried out.
LT Distribution Boxes are supplied for projects throughout the United States where safe low voltage distribution, compact installation and reliable outgoing control of electrical power is needed at multiple field locations.
Most problems at a control site arise from the operator not being able to see the correct data at the correct time, rath... Continue
When bringing power to the field (area), it must be done in such a manner that a shutdown from the main panel will not b... Continue
A power plant’s control requirements vary greatly from one location to another. A particular section of the plant ... Continue
Large motors almost never get the benefit of a light start. When they are started directly, they will draw a very heavy ... Continue
A few plants may not be able to keep separate lines up with respect to motor control and speed control. There are also f... Continue
There are lots of different types of machines, and they can be powered using either three-phase or single-phase power su... Continue
In a motor control system, the cost of downtime / shutdown is a primary factor that needs to be accounted for. When a si... Continue
The delay in moving to a different supply, when there is power failure, is extremely serious. Our Change Over Panels hav... Continue
Since pumping systems rarely operate in fixed conditions, we have developed our water pump control panels to meet the va... Continue
A Power Control Center (PCC) panel is the main portion of a large electric distribution system created and produced to m... Continue
An advanced electric motor control solution called a Soft Starter Panel allows for smooth and controlled start-ups as we... Continue
The Three Phase Feeder Pillar Panels are an effective and durable way to provide outdoor electricity to multiple endpoin... Continue
The Cold Store MCC Panel is designed to operate dependably in temperature-controlled settings. It is essential to the co... Continue
When there are several motors running at the same time in a production facility that has many motors requiring precise s... Continue
When operating from a number of large facilities or various process area's (zones), the Remote Control Panel serves as t... Continue
At the very centre of low voltage power management lies the Main LT Control Panel. Incoming supply and real time operati... Continue
It is critical to ensure that power distribution is handled appropriately when multiple high-capacity feeders are used t... Continue
For some motors, the starting method doesn't require anything elaborate—just a solid, direct, dependable switch th... Continue
The shop floor decisions are based on numbers. When there is late and/or incomplete energy data, then load planning beco... Continue
Designing for higher voltage levels is not something that just happens; rather, designing for higher voltage levels is a... Continue
Designing for a high-voltage incoming supply requires rigorous discipline rather than decorative engineering approaches.... Continue
Continuous signal generation by field instruments will never provide usable data unless there is an organized way to int... Continue
In our fast-paced world, the speed of everything constantly changes. As loads and demand for moving fluids change so too... Continue
Many motor applications do not run with a consistent cadence; therefore, many applications require slow ramp-up and inst... Continue
Reactive power may not be measured as useful work, but it adds to the total load on the network (including heating of po... Continue
Each facility has its own individual load pattern and duty cycle along with their own risk level; therefore, Electrical ... Continue
When starting a large motor, across the line gives rise to additional stress on the supply network and the mechanical sy... Continue
Typically, the only time you hear about backup power systems is when their source fails. This is when it is critical tha... Continue
A feeder is not something to switch on and off casually. It must be isolated quickly, contain the arc, and provide posit... Continue
In the case of active plants, there frequently is not enough time to shut down an entire feeder before scheduling mainte... Continue
The thyristor control panel is the correct solution for managing applications where electrical power needs to be control... Continue