Home » Mobile Electronics » Car Amplifiers » VCT2310

Lanzar Vct2310 Vector 3000 Watts 2 Channel High Power Mosfet Amplifier 

Oops! It appears we are out of stock or no longer selling this product.

Model: VCT2310

Search Beach Audio for similar products

   

Description

1500w x 2 output @ 2 ohms
3000w x 1 bridged output @ 4 ohms
2 ohm stable
mosfet power supply
variable hi-pass:40 hz-250 hz
variable low-pass : 40 hz-250 hz
variable input level (gain) control : 6v-200mv
variable bass boost:0~+18db
variable subsonic filter : 10hz~100hz, 24db/octave
sub sonic switch
thermal / overload / short circuit protection
soft turn on/off
power & protection led indicator
low level rca input : 10k ohms
line level rca output
frequency response : 15 hz-30k hz
signal to noise ratio: >95db
thd:0.1 %
2x50 amp maxi type fuse
slim size amplifier design for easy installation
dimensions: 10.63w x1.75h x 15l

Specification

General Information
ManufacturerLanzar, Inc
Manufacturer Part NumberVCT2310
Manufacturer Website Addresshttp://www.lanzar.com
Brand NameLanzar
Product LineVector
Product ModelVCT2310
Product Name3000 Watt 2 Channel High Power MOSFET Amplifier
Product TypeCar Amplifier
Technical Information
Audio Channels2
BridgeableYes
Rated Power @ 2 Ohm2 x 1.50 kW
Bridged Power @ 4 Ohm1 x 3 kW
PMPO Output Power3000 W
Total Harmonic Distortion (THD)0.1%
Frequency Response15 Hz to 30 kHz
Low Pass Filter Frequency40 Hz to 250 Hz
High Pass Filter Frequency40 Hz to 250 Hz
Subsonic Filter Frequency10 Hz to 100 Hz
Features
Power Description
Input Voltage Sensitivity0.2 V DC to 6 V DC
Power SupplyMOSFET
Physical Characteristics
Height1.8"
Width10.6"
Depth15"
Title
ProductTitleLanzar Vector VCT2310 Car Amplifier - 3000 W PMPO - 2 Channel - Bridgeable - 0.1% THD - 15 Hz to 30 kHz - MOSFET Power Supply - 2 x 1.50 kW @ 2 Ohm

Warranty Information

Limited Warranty1 Year
Beach Audio Warranty

This product was added to our catalog on Sunday, July 31, 2016.

Code:50-vct2310

NetSuite ecommerce design

© 2014 Beach Audio, Inc. All Rights Reserved