Large scale four axis stacking robotic arm BRTIRPZ3030B

BRTIRPZ3030B Four axis robot

Short Description

BRTIRPZ3030B type robot is a four axis robot that developed by BORUNTE for some monotonous, frequent and repetitive long term operations or operations in dangerous and harsh environments.

Main Specification

Arm Length (mm): 2950

Repeatability (mm): ±0.2

Loading Ability (kg): 300

Power Source (kVA): 12.67

Weight (kg): 2550

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Product Detail

Product Tags

Product Introduction

BRTIRPZ3030B type robot is a four axis robot that developed by BORUNTE for some monotonous, frequent and repetitive long term operations or operations in dangerous and harsh environments. The maximum arm length is 2950mm. The maximum load is 300kg. It's flexible with multiple degrees of freedom. Suitable for loading and unloading, handling, dismantling and stacking etc. The protection grade reaches IP40. The repeat positioning accuracy is ±0.2mm.

Accurate Positioning

Fast

Long Service Life

Low Failure Rate

Reduce Labor

Telecommunication

Basic Parameters

Item		Range	Max speed
Arm	J1	±160°	53°/s
	J2	-85°/+40°	63°/s
	J3	-60°/+25°	63°/s
Wrist	J4	±360°	150°/s
	R34	70°-160°	/

Arm Length (mm)	Loading Ability (kg)	Repeated Positioning Accuracy (mm)	Power Source (kVA)	Weight (kg)
2950	300	±0.2	12.67	2550

Trajectory Chart

Safety Measures

Application of Heavy Loading Industrial Stacking Robot:
Handling and moving big loads is the main function of a heavy loading stacking robot. This could comprise anything from substantial barrels or containers to material-filled pallets. Numerous industries, including manufacturing, warehousing, shipping, and more, can employ these robots. They offer a dependable, safe, and effective method for moving huge items while lowering the possibility of accidents and injuries.

3.The size and number of bolts stated in this manual should be carefully observed while installing the attached machine on the end and robotic arm, and a torque wrench should be used in accordance with the guidelines. Use only bolts that are clean and free of corrosion as you tighten with a predetermined torque.

4. When creating end effectors, keep them within the wrist of the robot's permitted load range.

5. To accomplish human-machine separation, a fault safety protection framework should be used. Accidents of containing things being released or flying out shouldn't happen, even if the power supply or compressed air supply is taken off. To avoid hurting people or things, the edges or projecting pieces should be treated.

Composition

Safety notifications for Heavy Loading Stacking Robots:
When employing heavy loading stacking robots, there are a number of safety notifications that should be taken into account. First and foremost, only qualified employees who know how to use the robot securely should operate it. Furthermore, it's crucial to make sure the robot isn't overburdened because doing so might cause instability and a higher chance of accidents. Additionally, the robot should include safety features like emergency stop buttons and sensors to identify obstructions and avoid collisions.