SAME DAY DELIVERY / INSTALLATION SERVICE & SELF PICKUP WITHIN KLANG VALLEY / KL AREA
- Please select shipping option 'Own Courier' for same day delivery / self-collect at showroom
- Third party pickup charges to be beared by buyer
- Kindly put a remark for self collection / Lalamove in your order
- installation request (Piano and Drum) which is available within Klang Valley / KL area (Additional Charges)
EAST MALAYSIA ORDERS
- Sea Shipping will be arranged for bulky items, usually takes 3-4 weeks time
FOR STANDARD DELIVERY
Please select shipping option 'Standard Delivery' and all orders will be shipped out on timely manner.
*Kindly take note that the courier services are beyond our control, estimated delivery time is around 2-7 working days
Waze: Live Music Centre
No 20 & 20-1 & 22 & 22A,
Jalan BRP 1/6, Bukit Rahman Putra, 47000 Sungai Buloh, Selangor
Contact : 0-1-6-5-2-0-1-0-6-6
The CDi Series amplifiers are professional tools designed and built for installed sound applications. The series includes four models which are identical except for output power: CDi 1000, CDi 2000, CDi 4000, and CDi 6000. All are rugged and lightweight, and offer unmatched value in their class.
Features:
- Accurate, uncolored sound with very low distortion
- 500W/channel at 4 ohms and 1,400W at 4 ohms in bridged mono
- 2U rack spaces tall and weighs under 25 lbs.
- Intuitive front-panel LCD screen for quick, easy configuration
- Extremely versatile — rated for 2-, 4-, 8-ohm loads and 70V and 140V outputs
- Barrier strip outputs for lo-Z or 70V, 100V, or 140V loads
- Removable Phoenix-style inputs
- Switch-mode universal power supply
- Onboard digital signal processing includes crossovers, EQ filters, delay, and output limiting
- Up to 20 user-defined DSP presets are available
- 2-8 ohms in 2-channel mode, 4-16 ohms in bridged mono (safe with all types of loads)
- 3-year no-fault fully transferable warranty
- Advanced protection circuitry guards against shorted outputs, open circuits, DC, mismatched loads, general overheating, high-frequency overloads, and internal faults