First of all, the maintenance of industrial robots should be punctual. When buying a robot, there will be a clarification on the use of the operation, which contains a configuration maintenance manual, and the maintenance of different brands will be slightly different, such as ABB robot maintenance and KUKA robot maintenance are somewhat different, such as external shaft oil change, battery replacement, etc.
Secondly, when maintaining industrial robots, you should carefully read the maintenance operation manual, which parts are indicated in the operation manual How often are they maintained, what are the daily maintenance, three-day maintenance, weekly maintenance, monthly maintenance, annual maintenance, and three-year maintenance. A maintenance registration form can be created to register the items and dates of each maintenance, which will help with statistics.
In the end, we should choose a professional robot maintenance service provider, robot maintenance is a sophisticated technical job, many projects require professional tools and experience, the part they can do is nothing more than to clean the fan duct, replace the battery, such as robot oil change, replace the loss of spare parts and other professional maintenance personnel to better operate, to avoid the operation is not in place and cause damage.
Robots also need to eat with the same needs as people, people need to be healthier, industrial robots also need to do maintenance, industrial robots can be maintained after more healthy operation, the correct maintenance method can extend the service life of robots, reduce the failure rate and downtime of industrial robots.
|
More on that
|
Kawasaki robot collision detection function resolved
In the collision detection function, it is applied to the Kawasaki robot arm or something to detect the collision or impact to sense the collision. These functions are called collision detection and collision detection, respectively.
In collision detection, the current motor current ...
|
|
川崎工业机器人构成
工业机器人主要由主体、驱动体系和控制体系三个根本部分组成。
主体-即机座和执行组织，包含臂部、腕部和手部，有的机器人还有行走组织。大多数工业机器人有3-6个运动自由度，其间腕部一般 ...
|
|
机器人本体组成部分
机器人本体就是指工业机器人的机械部分，又叫操作机，是工业机器人的操作机构，是指工业机器人的原样和本身。整体机器人还其它的配套软件和配套设备组成。机器人本体基本结构由五部分组成：1、 ...
|
|
川崎机器人程序自动运转分析
一、机器人的定义及外观定义:
机器人是主动执行作业的机器设备。它既能够承受人类指挥，又能够运转预先编排的程序，也能够根据以人工智能技术拟定的准则纲领举动。它的使命是协助或替代人 ...
|
|
川崎工业机器人类型
历史上，工业机器人有很多种类型，例如，直角坐标系机器人、圆柱坐标系机器人等等，跟着时间的推移、技能的开展，现在市场上，各大厂家推出的工业机器人产品的类型以关节型机器人（笔直关节型机 ...
|
|
Kawasaki Industrial Robot Multi-faceted Application Introduction
1. Use in palletizing
In terms of palletizing in various factories, robots with high automation are widely used, and manual palletizing operations are intensive, labor-intensive, and labor-intensive, and workers not only need to accept huge pressure, but also have low operation efficiency. The transfer robot can be based on the characteristics of the transferred object.
|
|
Advantages of palletizing industrial robots
1. The palletizing capacity of the palletizing robot is much higher than that of the traditional palletizer and manual palletizing;
2. The structure is very simple, the failure rate is low, and it is easy to maintain and repair;
3. The primary component parts are few, and the maintenance cost is very low;
...
|
|
2018智能机器人发展论坛在深圳举行
2018年11月17日，以“敞开智能机器人新年代”为主题的2018智能机器人工业开展坛在深圳成功举办。
本次论坛由我国机器人峰会作业委员会辅导，机器人库和 ...
|
|
工业机器人感知系统运用——川崎机器人
通过这几年工业机器人的普及和发展，工业机器人的设备与配件也变得越来越完善。传感器作为工业机器人最重要的设备之一，想要学习和深入了解工业机器人的人来说，懂得使用带有传感器的工业机器人 ...
|
|
川崎机器人报错代码部分集合
川崎机器人是由川崎重工业株式会社100%出资，并于2006年8月正式在中国天津经济技术开发区注册成立，首要负责川崎重工出产的工业机器人在中国境内的销售、售后服务（机器人的保养、维护、维修等 ...
|
|
川崎机器人报警代码处理方法
E1041
限位开关动作。轴XX
E1042
限位开关信号线断开。
E1043
示教插异常。
E1044
目标位置在指定范围外。
E1045
(点焊）焊和夹具不匹配。
...
|
|
工业机器人到底涉及技术——川崎机器人
机器人是一项综合性科技,一个小小的机器人,是自动操控、丈量、计算机技能、人工智能技能、机械、材料及通讯技能的综合结晶.那么在工业机器人中,到底触及了那些高科技呢?现在这些高科技的进展怎 ...
|
|
川崎机器人编程常用的方法
常见的编制办法有两种，示教编程办法和离线编程办法。其中示教编程办法包括示教、编辑和轨迹再现，可以经过示教盒示教和扶引式示教两种途径实现。因为示教办法实用性强，操作简便，因而大部分机 ...
|
|
限制机器人的运动方法——川崎机器人
限制机器人的运动主要分为两类：机械式和非机械式限位。
（1）机械式限位
机械式的硬限位用以在物理上束缚机器人不超出指定的界限。由于这种类型的 ...
|
|
川崎机器人RS013N、KJ155系列发布
近来，川崎机器人发布新款机器人RS013N、KJ155系列，以应对终端更多样化的需求。据了解，新款机器人无论是在产品规划仍是功用表现都进行了相应的改造。进化后的RS系列速度更快、操作愈加方便；K ...
|
|
并联与串联机器人相比的优缺点——川崎
机器人从组织学的角度能够分为串联机器人和并联机器人两大类。串联机器人以开环组织为机器人组织原型；并联机器人为有一个或几个闭环组成的关节点坐标彼此相关的机器人。
...
|
|
The dominant attribute of cobots - Kawasaki robots
Safety-level monitoring station - this form of operation requires the robot system to monitor the work area and stop all actions when someone enters the collaborative work area. This monitoring may touch the use of lasers to monitor whether someone has crossed the edge of the work area, switch to monitor whether the door is open in a closed space, ...
|
|
川崎机器人将增加销售机型
疫情的呈现，让不少劳动密集型企业意识到了人力对出产过程的重要作用，也在必定程度上推动了我国工业机器人及智能制造工业的开展。现在，疫情已进入常态化，企业抵抗外部不确定性风险的能力亟待 ...
|
|
The classification of industrial robots - Kawasaki Robot
1. System activities
1. Special robot: It is a stable and programmable robot with a simple structure, a unique operation strategy, and a low-cost independent control system, such as the operation tool manager in the machine database.
2. Global Robot: With direct control ...
|
|
电机维护步骤分析——川崎机器人
1.拆机前了解电机基本数据，检查电机的好坏，了解电机的绕组原理，电压，电流，功率，接线方法，极数，转速，用万用表检测绕组电阻值是否在正常值规模，对地电阻，也就是绝缘电阻是否合格。
...
|
|
Contact
working hours
