HomeYour location:Homelow-voltage electrical apparatusrelaysolid state relay → GKZ□-W series single-phase high-power AC frequency voltage regulation module
Column tabs 
Product name: GKZ□-W series single-phase high-power AC frequency voltage regulation module
specification: GKZ□-W series single-phase high-power AC frequency voltage regulation module
  Zoom Zoom in on the image
Category: low-voltage electrical apparatus -- solid state relay
Column tabs 
Price: factory price
Brand: Shanghai
Place of Origin: China
Column tabs 
Available Quantity: batch
delivery cycle: Spot goods (or inquire by telephone)
tabs
  Shanghai Beiyuan Industry and Trade Co.,Ltd
+86-21-66770508
+86-139101609058

Email 91way@163.com
Wechat 13916500500(Wechat)


GKZ□-W series single-phase high-power AC frequency voltage regulation moduleDetailed product description:Column tabs

The GKZ □ - W series single-phase high-power AC cycle voltage regulation module is a voltage regulation module that can directly drive loads below 60-100A. Its control method is manual or automatic. When using an external potentiometer for manual control, the control power supply is provided by the module itself, and no external power supply is required; Directly connecting the temperature control instrument can achieve automatic control.

Main parameters:
Load current: AC 60-100A (actual current selection usually does not exceed 70% of rated current)
Power supply voltage: 220VAC
Voltage regulation range: 0-220VAC
Input control: Voltage type: 1-5V DC
Current type: 4-20mA DC
Input output medium withstand voltage: ≥ 2500V
Output - Shell medium withstand voltage: ≥ 2500V

External volume and usage instructions diagram:

Installation dimensions of GKZ □ - W series single-phase high-power AC frequency regulation module
GKZ □ - W series single-phase high-power AC frequency regulation module

GKZ□-W series single-phase high-power AC frequency voltage regulation module
Product Category
All product information on this website is translated by Baidu machine translation, which may not be completely accurate and is only for reference