With this product section of Servo Drive Elevating type Head and Tail Welding Positioner, we wrap up introduction on all types of mainstream models welding positioning equipment:
1) Here the mainstream refers to all categories of Welding Positioner previously being introduced, covering:
a) Single Table Top Two motion axis models;
b) L type three motion axis models;
c) Three motion axis Head and Tail models;
d) Elevating type models…
2) In ordinary motor drive, or with high end lighter duty servo motor drive;
3) With one, two, or three degrees of freedom of workpiece motion, involving Welding turntable revolve, tilt, rotation, and elevation;
4) To this product section of Servo Drive Head and Tail Welding Positioner, take up most majority in application of the welding equipment, which accounts for over 80%~85% of practical application. From next product section we will make presentation on some pinpoint or minority kinds of product models.
1) Where Used: The complicated welding system composed of robot and Servo Drive Welding Positioner is generally used for welding broad range of large and or special workpieces, such as box type, shaft type, which have request on high precision and high quality of welding performance, in the industries of Electric Power, Electrical Appliances, Construction Machinery, Vehicles, Automobiles, etc.;
2) Advantages: With the introduction of such sophistic welding system including Servo Drive Elevating type Head and Tail Welding Positioner, brings along sequence of benefit, including reducing labor intensity, improving welding quality, increasing productivity, and raising finished product consistency;
3) In all, the use of servo drive models, including branch product of elevating type / other types, in robot station and other advanced automatic welding system, has broad prospect.
a) In robot welding station, for the purpose of getting optimum welding orientation, workpiece needs to be manipulated in the servo drive welding positioning equipment;
b) In this case, either the Elevating type and robot work individually, or move in phase (Coordination), that robot performs welding in the process of the working in motion;
c) Such composite working way have actually make control axis of the servo drive Elevating type Head and Tail Welding Positioner part of robot control axis. And such kind of sophisticated control welding system can have up to 7~20 control axis available, or even more;
a) Control of welding power source, servo drive models are usually by means of analog signal, while robot itself works in digital signal;
b) So, often there is interface used in control system of welding system between controller and Welding Positioner itself. This is generally special module of PLC;
a) The ordinary drive elevating type models have only one control axis speed adjustable, which is the welding performed axis (Revolve or rotation of the Welding turntable);
b) While in servo drive Head and Tail Welding Positioner, because of servo motor equipped, all the three control axis movement can have speed adjustable in high precision, by means of servo driver. This meets the demand on fine control of robot welding involved with this high precision welding positioning equipment.
This series of high precision model is special made. Its technical specifications depend on specific applicating case.