Marposs 6307351602 thyristor module
Product Details Introduction
The Marposs 6307351602 thyristor module (also known as thyristor module) is used to control the output of AC power and is typically used for voltage and power control applications. The following are some common functions that the Marposs 6307351602 thyristor module may have:
AC power control: The Marposs 6307351602 thyristor module is used to control the output of AC power supply, achieving current control by controlling the conduction and shutdown of thyristors.
Voltage and power regulation: These modules can be used to regulate voltage and power to meet the needs of different applications.
AC wave control: The Marposs 6307351602 thyristor module can control the conduction and turn off angles of AC waves, thereby achieving voltage control.
Dimming control: In lighting applications, the Marposs 6307351602 thyristor module can be used to achieve dimming control and brightness adjustment of lights.
Current limitation: Some modules may have a current limitation function to protect equipment from overcurrent damage.
Thermal protection: The Marposs 6307351602 thyristor module may support an overheating protection function to prevent the thyristor from overheating.
Communication interface: The Marposs 6307351602 thyristor module may support communication interfaces for remote control and monitoring.
Real time performance: In some applications, the Marposs 6307351602 thyristor module may require high real-time performance to support fast current control.
Product picture display
Related products:
MARPOSS 6321601500 Control Board Module
MARPOSS 6840030200B circuit board module
Marposs 613500501 Control motherboard module
SR3640-1562-1 | AMAT 0100-35177 | 52820083-LF DSRC113 ABB |
STF5332-3748-61-56BC | AMAT 0100-A0491 | DSRC 113 ABB |
40PA60-36-37-TEFC-G | AMAT 0100-00409 | 57310255-A DSRF150 ABB |
SR5348-4592-45B | AMAT 0100-00941 | 57310255-AV DSRF180A ABB |
SR3640-8293-7-13-48BC | AMAT 0100-90859 | 57310255-AX DSRF181A ABB |
Reviews
There are no reviews yet.