FLY BAR TTL55
SUSPENDING BAR FOR TTL55-A - P/N 13360120
Suspending bar for TTL55-A line array system (including Pickup Point and Quick Lock pins).
1 pcs FOR MAX 20 pcs of TTL55 MODULES.
Suspending bar for TTL55-A line array system (including Pickup Point and Quick Lock pins).
1 pcs FOR MAX 20 pcs of TTL55 MODULES.
Spare set in case original pins are damaged or lost.
Spare set in case original pins are damaged or lost.
To be added to the flybar accessory in case the pick up is made with 2 motors.
1 pcs FOR EVERY FLYBAR ONLY WHEN USING TWO MOTORS.
Transition Frame to connect up to 8 TTL33-A or TTL31-A under a TTL55-A line array system
This kart self lock to the front of the module for transportation. It can be used to fly easily a limited number of modules in daisy chain. Best used in conjunction with the TTL55-A soft cover for best system protection.
1 pcs FOR EVERY TTL55-A MODULE suggested.
To be added to the fly bar accessory in case the pick up is made with 2 motors.
1 pcs FOR EVERY FLYBAR ONLY WHEN USING TWO MOTORS.
To be added to the fly bar to provide a secondary safety (specially when the cluster is suspended with a single motor).
1 pcs for every Fly Bar suggested.
Hoist Connector Chain to distance the motor and the chain bag from the suspending bar keeping in vertical balance the system.
1 pcs FOR EVERY FLY BAR suggested.
2 x Rain Cover for 1 x TTL55-A amplifier.
Single protection for one TTL55 array module. Includes a soft bag on top to store cables and spare pins. To be used in conjunction with TTL55-A single kart.
1 pcs FOR EVERY TTL55-A MODULE suggested.
AC power cable extension 20 meters.
1 pcs FOR EVERY 6 pcs of TTL55 MODULES suggested.
AC Stage Box to connect 1 x 19 pin LKS female connector.
1 pcs FOR EVERY 6 pcs of TTL55 MODULES and 1 pcs FOR EVERY 6 pcs OF TTS56 SUB (230 Volt Systems) suggested.
AC Cable to power up to 6 TTL55-A or TTS56-A amplifiers.
1 pcs FOR EVERY 6 pcs of TTL55 MODULES and 1 pcs FOR EVERY 6 pcs OF TTS56 SUB are suggested.
We have developed a dedicated networking board for the latest TT+ products.
Using our proprietary RDNet protocol is possible to monitor all the system parameters, form the input to the status of each single amplifier. Having a Dsp on board of each cabinet, it is possible to address to single cabinets or groups of cabinets specific presets or modifications of parameters like gain, equalisation or delay. The RDNet protocol is based on RS-485 communication protocol, it is very stable and it is possible to send and receive data on a simple XLR cable.
In order to assist with the set up procedures for the TT+ Line Array Systems, RCF has developed a complete prediction software package. The software enables a complete two dimensional simulation of the behaviour of the cabinets arrays and also suggest the correct subwoofers combination. The system curvature angles and the sound projection data are computed with maximum sound pressure levels for the given design. The rigging menu provides data for weight, centre of gravity and length of the array configuration. Rigging points and rigging hardware configurations are also computed.