Gantry spot welder - transistor 5000A

Classification:Gantry spot welding transistor 5000A
Views:second
Date of issue:2020-03-18

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Summary
Characteristic
Parameter

HDH-LM-JTG5000A

1. Equipment description:

The welding power control of this device adopts switching mode, which can realize small, efficient and high-output welding.The device has the function of continuous setting of welding current and switching of 64 groups of pre-stored welding parameters, as well as the function of welding detection, which can control the welding quality in real time and ensure the welding quality.The device has the function of slow rise and slow fall of current, and the output function of 2 sections of power.

2. Technical parameters：

Part name	Component brand/specification
Device name	Portal spot welder - transistor/ HDH-LM-JTG5000A
Working voltage	AC380V±10% 50HZ power≤5000W
Conditions of use	The temperature0℃~+50℃ humidity：90%以下
Welding trip	150MM（adjustable）
Current range	0-5KA（adjustable）
Nickel layer thickness	≤0.2MM
Pressure mode	pneumatic+spring
Working gas source	0.3-0.5Mpa
Control frequency	4KH
The control mode	1.Current control 2.Voltage control 3.Current and voltage combination control
Cooling way	Forced air cooling
Transformer output	Current 5000A no-load voltage 10.8v
Device rotation rate	99%
The equipment size	6508001260（m m ）

3. Equipment features:

Welding power control adopts switching mode, which can realize small, efficient and high output welding.

There are three control modes to choose from:

"Current control";"Voltage control";"Combined control of current and voltage".

The adoption of 2-section electrification function is beneficial to overcome the problems of welding coating and to adapt to various technological requirements.

The welding current can rise very quickly, which is most suitable for ultra-precision welding.

Real-time display of welding specification setting, welding current monitoring value and other information.

After comparing the welding results with the parameters of the equipment and determining whether the set value is exceeded, the display and signal of output normal (GO) or abnormal (GN) can be determined.