LSC Lighting Systems Offers Power and Protection to NIDA

	Fly gallery at the Parade Theatre

Power and protection are the keywords with dimming and distro and Sydney's National Institute of Dramatic Art (NIDA) now has both thanks to LSC Lighting Systems.

NIDA is Australia's leading center for education and training in the performing arts and features six professional performance venues, studios, and rehearsal rooms. As the largest of the performance venues at NIDA, the Parade Theatre offers seating for audiences of up to 707 people in its three-tiered, horseshoe-shaped auditorium. The Playhouse is a 155-seat amphitheatre, designed for more intimate productions. NIDA has three smaller black box theatres -- the Space, the Studio Theatre, and the Reg Grundy Studio -- that are frequently adapted to suit different production needs.

NIDA recently decided to upgrade its dimming and power distribution systems with LSC Lighting Systems GEN VI dimmers and APS power distribution. A total of 42 x GEN VI dimmer /distros and an additional four Advanced Power Systems power distribution units have found a new home at this celebrated institution. The Parade Theatre, Reg Grundy Studio, and Space Theatre have all benefited from the recent LSC Lighting fit-out.

NIDA's previous dimmers were installed in 2003 and had exceeded their expected 15-year longevity mark, thus becoming electrically unreliable and so NIDA began investigating replacement options.

"Once we found the money we went hunting for dimmers!" says Chris Dickey, NIDA's technical manager. "We wanted something that offered a bit extra in the venues and that was the LSC GEN VI range. I've had a fair bit of experience of LSC equipment and it's always rock solid."

The dimmers were installed in January and were successfully used on a handful of productions before the COVID-19 lockdown was enforced. Fortunately, NIDA's lighting crew managed to familiarize themselves with the dimmers in that short time and found the changeover very straightforward.

A GEN VI dimmer (available in rack-mount or wall-mount versions) uses TruPower allowing configuration of any of its outputs to be an 8-bit or 16-bit dimmer or a direct power relay channel. This enables the GEN VI to dim traditional lamps or power moving lights, LED fixtures, video screens, or audio power amplifiers -- in fact, any situation where controlled power distribution or dimming is required.

"The way the relay channels in the GEN VI can be set to come to life and go to sleep when they do and don't get DMX has to be my favourite feature," says Dickey. "The start-up and warm-down practice at NIDA has now changed dramatically as we don't have to traipse around the entire building to wake the system up as it all happens automatically. Zero-point crossovers for power switching is amazing and has been faultless so far."

By using LSC APS modules to power the lighting and video systems -- all LED fixtures, video screens, and moving lights are automatically powered off at a set time after the lighting console is turned off. When the console is next turned on, the lighting and video equipment will be sequentially powered-up over a few seconds, without user intervention.

"This means there is less chance of some lighting gear being accidentally left on when not in use, ensuring the maximum service life of expensive equipment and a lower power bill," adds Dickey. "Both the GEN VI and APS units are also RDM (Remote Device Management) enabled which is handy. We can simply change the DMX address of the unit, adjust settings, and view any faults from any RDM controller."

Features of the APS power distribution unit that impressed Dickey were supply voltage and load-current monitoring, trip indication, and a color touchscreen for local data display and menu navigation.

Inrush currents of all the equipment power supplies and load lamps starting up at the same time can cause the supply breakers to trip, and secondly, the transient currents drawn by the power supplies can cause earth protection breakers to trip.

"The APS offers staggered start-up of each circuit, enabling sequenced load ramp-up while maintaining phase balance -- and that's phenomenal," says Dickey. "High current drawing devices such as LED screens can now sequence themselves up automatically."

This staggering of the power-up sequence is programmable from the front panel -- with a setting from 0.1s to 5s of delay between outputs being energized.

Dickey comments that since the installation of LSC GEN VI dimmers and APS power distribution, tech life at NIDA has been made so much easier.

"For example, during our festival season we always have a mirror ball in our standard rig and now we don't have to have a special switch as it can go straight into a dimmer (set to non-dim mode) and is triggered straight from the desk."

Now, at the end of a long night when the crew simply want to go home, they can do so knowing the lighting gear can safely be put to bed with LSC Lighting.