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Target Vision Security Systems
Kalyan Vihar, Priyadarshani Vihar, Delhi GST No. 07AAIFT8702E1Z6 |
Price on Request: Get Latest Price
Model Number | C1300FDI |
Brand | Dynacord |
Weight | 12.9 kg (28.4 lb) |
Power Consumption | 550 W |
Dimensions | 483 x 88 x 462.4 mm |
Ambient Temperature Limits | +5 deg C to +40 deg C (40 deg F to +105 deg F) |
Power Requirements | 240 V, 230 V, 120 V or 100 V; 50 Hz to 60 Hz (factory configured) |
Cooling | Front-to-rear, 3-stage-fans |
Maximum Input Level | +21 dBu |
Dynacord’s C Series power amplifiers are designed for permanent installation applications, to provide background or live music in venue including bars, churches, restaurants, sports facilities, and performing arts centers.
C Series power amplifiers also feature an exciting new industrial design. Equipped with an extremely robust power supply and a powerful, linear amp design, flawless operation is guaranteed – even in the most demanding environments. A sophisticated protection circuitry ensures safe, reliable operation under all conditions. Four different models per series are available, with a total output power ranging from 1300 W to 3600 W at 4 ohms.
All models are also suitable for direct drive applications with 70V / 100V speaker lines, providing high flexibility for a variety of install scenarios. In addition, the amplifiers feature Euroblock connectors for convenient wiring, remote power-on delay, and GPIOs to interface with third-party controls. The efficient standby power mode reduces running costs and power consumption by up to 90%, leading to a very low total cost of ownership.
Like all Dynacord amplifiers, the C series also offers high quality components and truly professional processing power and performance characteristics. Their engineering and applied technologies enable exceptional sound quality with plenty of headroom. The onboard DSP includes multi-band PEQs, crossovers, limiters, and delay per channel. It also has true channel grouping control with extra DSP capabilities like PEQ, GEQ (graphic equalizer), and delay for each