Products

Stable Practical High Precision Electric Continuous Path Control Cobot Robot

China Stable Practical High Precision Electric Continuous Path Control Cobot Robot, Find details about Cobot China, Cobot Wholesale from Stable Practical High Precision Electric Continuous Path Control Cobot Robot

Model NO.
JAKA Zu 12
Certification
ISO, CE, RoHS
Trademark
JAKA
Transport Package
Wooden Case or Carton
Specification
1327mm
Origin
China
HS Code
8479509090
Model NO.
JAKA Zu 12
Certification
ISO, CE, RoHS
Trademark
JAKA
Transport Package
Wooden Case or Carton
Specification
1327mm
Origin
China
HS Code
8479509090
Stable practical high precision electric continuous path control cobot robot
 
Stable Practical High Precision Electric Continuous Path Control Cobot Robot
  JAKA Zu® 3JAKA Zu® 5JAKA Zu®  7JAKA Zu® 12JAKA Zu® 18
CharacterPayload3kg5kg7kg12kg18kg
Weight(W cable)12kg23kg22kg41kg35kg
Work radius626mm954mm819mm1327mm1073mm
Repeatability±0.02mm±0.02mm±0.02mm±0.03mm±0.03mm
Axis66666
ProgrammingGraphical programming, free-drive
Teach pendantMT(PAD/Mobile)APP
Collaborative operationAccordance with GB 11291.1-2011
   
Scope and speedRobotWork scopeMax speedWork scopeMax speedWork scopeMax speedWork scopeMax speedWork scopeMax speed
Joint 1 ±360°180°/s±360°180°/s±360°180°/s±360°120°/s±360°120°/s
Joint 2 -85°, +265°180°/s-85°, +265°180°/s-85°, +265°180°/s-85°, +265°120°/s-85°, +265°120°/s
Joint 3±175°180°/s±175°180°/s±175°180°/s±175°120°/s±175°180°/s
Joint 4-85°, +265°220°/s-85°, +265°180°/s-85°, +265°180°/s-85°, +265°180°/s-85°, +265°180°/s
Joint 5±360°220°/s±360°180°/s±360°180°/s±360°180°/s±360°180°/s
Joint 6±360°220°/s±360°180°/s±360°180°/s±360°180°/s±360°180°/s
Max speed/1.5m/s/3m/s/2.5m/s/3m/s/3.5m/s
 
SpecificationsRated power150W350W350W500W600W
Temperature range0-50ºC0-50ºC0-50ºC0-50ºC0-50ºC
IP SpecificationIP54IP54IP54IP54IP54
Installation Installation at any angleInstallation at any angleInstallation at any angleInstallation at any angleInstallation at any angle
Tool I/ODigital input  2Digital input  2Digital input  2Digital input  2Digital input  2
Digital output 2Digital output 2Digital output 2Digital output 2Digital output 2
Analog input  1Analog input  1Analog input  1Analog input  1Analog input  1
Tool I/O power24V24V24V24V24V
Tool I/O sizeM8M8M8M8M8
MaterialsAluminum, PCAluminum, PCAluminum, PCAluminum, PCAluminum, PC
Base diameter129mm158mm158mm188mm188mm
Cable length 6m6m6m6m6m
Stable Practical High Precision Electric Continuous Path Control Cobot RobotStable Practical High Precision Electric Continuous Path Control Cobot RobotStable Practical High Precision Electric Continuous Path Control Cobot RobotStable Practical High Precision Electric Continuous Path Control Cobot RobotStable Practical High Precision Electric Continuous Path Control Cobot RobotStable Practical High Precision Electric Continuous Path Control Cobot RobotStable Practical High Precision Electric Continuous Path Control Cobot Robot
Q:How many types do Zu® Collaborative Robots have? How much can it load?
A:Zu® Collaborative Robots have Zu3, Zu7, Zu12 three types, and they respectively load 3kg, 7kg, 12kg.
 
Q:How can I use Zu® Collaborative Robot's wireless connection? Do I need any demonstrator?
A:Zu® Collaborative Robots are not fettered by conventional demonstrator. It can connect wirelessly with the robot through APP client, which makes the whole demonstration process more with high proficiency.

Q:How is Zu® Collaborative Robots' programming?
A:Zu® Collaborative Robots support drag-and-drop programming and visual programming. Manually drag-and-drop the end of the robot to the corresponding points, the robotic arm will learn, memorize and finish programming by itself; APP visual programming, which transforms complex code language into Chinese characters. Even if application users are zero-based, they can also demonstrate with ease, and the human-robot collaboration is more user-friendly. New programs can be programmed and adjusted at the same time. All the process takes only a few minutes.

Q:How is the safety of Zu® Collaborative Robots?
A:Zu® Collaborative Robots set torque feedback module inside. When the collision reaches the set upper torque limit, the robot will stop in time to prevent people and other equipment from damaging and realize human-robot safe collaboration.

You Might Also Like