Sequencer, Power Sequencer, Sequence Controller manufacturer / supplier in China, offering 8 CH Biphase /Triphase Power Sequencer for PA Speaker System, D3 1800W+900W+900W@4ohms 3CH Class D Active Amplifier Module with DSP for Line Array System and Full Range Speaker, Fp10000q Speaker Amplifier, Linear Amplifier and so on.
|Min. Order / Reference FOB Price||1 Piece||US $250-300/ Piece|
|Production Capacity:||500 PCS Per Month|
|Transport Package:||Double Durable Cartons|
|Payment Terms:||T/T, Paypal, Money Gram, Western Union|
|Operation Mode:||Wire / Remote Control|
8 CH Biphase /Triphase Power Sequencer for PA Speaker System
1. Biphase /Triphase
2 . 8 channels and 20KW Power supply.
3 . Each channel has of independent EMI-Powe1
Using Single Chip Micro Computer(MCU) controller. The delay time is programmable & more precise
8 channels and 20KW Power supply. Each channel has of independent
EMI-Power Filter , CE certificate approved.
Using Triphase 5-pin professional socket, Diphase & Triphase are compatible.
LED voltage meter & LED visual operational interface display the voltage of each line,
delay time, power sequence etc .
With USB lamp
Every output channel can be turned off immediately in urgent.
Programming function. Remote control function: the remote control distance is up to 1km.
Link In & Link Out function .
Overload Voltage Alarm function: It alarms whenever the voltage is out of the range
which you setup.
Multi-sockets meet your different plugs..
Biphase:110V or 220V(±20%) Triphase190V or 380V
50Hz or 60Hz(±5%)
Biphase&Triphase,5-pin industrial socket, 32A input
Overload current protection & shot protection
3 characters LED voltage meter 3 characters LED program screen
3 characters LED real-time display, ±1% no-load accuracy, ±1%
accuracy of full- load
8 pairs of sequence channels of independent control.
8 pairs of outputs, connected with audio load,each pair of audio
output will not exceed 40A, connected with pure resistance.
With Single-way switch, any channel can be tuurgently
Voltage setup error
Overload voltage accuracy
±1% of no load accuracy, ±1% of accuracy of full load