JUPITER

Absolute Haitian Preventive Maintenance Record

This document provides a structured checklist for preventive maintenance of Haitian injection molding machines, covering daily, weekly, monthly, quarterly, semi-annual, and annual inspections.

How to Remove and Clean Suction Strainers

This guide provides step-by-step instructions on removing and cleaning suction strainers and magnets on Haitian Mars (MA) and Jupiter (JU) injection molding machines. Proper maintenance ensures hydraulic system efficiency and prevents contamination-related failures.

Injection Molding Processing Guidelines

This brochure provides essential processing guidelines for injection molding, covering polymer characteristics, drying parameters, mold settings, and troubleshooting recommendations. It serves as a quick reference for engineers, technicians, and operators working with various plastic materials.

JU3 Large Tonnage Specifications

This document offers a comprehensive overview of Haitian's Jupiter Series, specifically focusing on the large-tonnage models (JU Series) with clamping forces ranging from 4,500 to 40,000 kN. These models provide specifications for various machine sizes and configurations tailored to meet high-demand applications in injection molding.

JU3 Machine Introduction

The Haitian Jupiter III Series brochure introduces the latest generation of servo-hydraulic, two-platen injection molding machines, designed for high efficiency and versatility across a range of applications. The Jupiter III Series incorporates enhanced performance, digital motion control, and energy-saving features, offering clamping forces from 4,500 to 66,000 kN. With specialized configurations for automotive, logistics, and large household products, this document provides a comprehensive look at how the Jupiter III Series can elevate high-volume, precision manufacturing.

JU3 Small Tonnage Specifications

This specification guide focuses on the Haitian Jupiter III Series with small tonnage options, ranging from 4,500 to 10,800 kN. Featuring two-platen technology and servo-hydraulic systems, the Jupiter III Series provides compact and efficient solutions for various production needs, including automotive components and consumer goods. This document details machine specifications such as clamping force, injection capabilities, and energy-saving features, making it essential for professionals seeking reliable, high-performance machinery in a compact footprint.

JU3 Technical Specification Sheets

Welcome to our comprehensive download center for JU Series machine specifications and technical documents. Below, you’ll find a detailed list of PDF resources for various JU Series models, ranging from smaller to larger tonnages. Each document provides valuable insights into machine specifications, features, and capabilities, making it easy to find the information you need for specific models.

JU3 Wide-Platen Specifications

The Jupiter II Series Specifications Brochure presents a comprehensive overview of the Haitian Jupiter II injection molding machines, specifically engineered for high tonnage and heavy-duty applications. This document details the technical specifications, unique features, and benefits of the Jupiter II line, designed with servo-hydraulic two-platen technology to offer energy efficiency, enhanced performance, and precise control. It outlines machine configurations that range in clamping forces from 4,500 kN to 40,000 kN, accommodating diverse industrial applications.

Jupiter II 12000 - 66000

This document covers the Haitian Jupiter II Series, a high-force, energy-efficient line of injection molding machines. With clamping forces ranging from 12,000 to 66,000 kN, the Jupiter II Series is engineered for large-scale applications demanding both precision and robustness. Key highlights include a two-platen clamping structure, enhanced servo-hydraulic technology for energy savings, and modular configurations to accommodate various production needs. Ideal for industries like automotive and large household products, this technical brochure provides full specifications and performance capabilities across the model range.

Jupiter II 4500 - 10800

This technical document provides a detailed overview of the Haitian Jupiter II Series machines with clamping forces ranging from 4500 to 10800 kN. The Jupiter II series combines two-platen technology with high efficiency and precision, making it ideal for large-scale manufacturing applications in industries like automotive and household goods. Key specifications include injection and clamping unit dimensions, mold capacity, pump pressure, and machine energy efficiency. This guide is essential for understanding the performance and versatility of the Jupiter II Series.

Jupiter II Brochure

The Haitian Jupiter II Series brochure provides an overview of this high-capacity, two-platen injection molding machine, designed for efficiency and versatility. Featuring clamping forces ranging from 10,000 to 16,000 kN, the Jupiter II Series is optimized for large mold applications in industries like automotive and household goods. With innovations in mold thickness capacity, synchronized clamping, and enhanced rigidity, this document details specifications, machine dimensions, and application benefits for manufacturers requiring reliable, large-scale production solutions.

Jupiter II Wide Platen

The Haitian Jupiter II Wide Platen Series is designed for large-scale molding applications requiring increased mold thickness and clamping force. This brochure details the unique features of the wide platen design, including synchronized clamping cylinders, enhanced mold stability, and a high-rigidity sliding system. Ideal for industries producing sizable parts like waste containers, automotive components, and household appliances, this document covers technical specifications and the benefits of the Jupiter II’s two-platen design for large, heavy-duty molds.

Nozzle Maintenance Stroke – Haitian MA & JU Machines

This guide provides step-by-step instructions on performing a Nozzle Maintenance Stroke on Haitian MA and JU machines with KEBA 2880 controllers. It ensures proper nozzle alignment, pressure settings, and smooth carriage movement, preventing wear and improving performance.

Ohm’s Law – Understanding Electrical Fundamentals

This guide provides a basic overview of Ohm’s Law, which explains the relationship between current, voltage, resistance, and power in electrical circuits. It is essential for technicians, engineers, and anyone working with electrical systems.

Adding and Changing Passwords on KEBA Controls (Version 1-3)

This guide provides step-by-step instructions on how to add, modify, and manage user passwords on KEBA Version 1-3 control systems. It is designed for field service personnel, trainers, and machine operators who need to manage access levels for secure system operation.

How to Change a Battery on a KEBA 2580 Controller

This guide provides step-by-step instructions on replacing the backup battery in a KEBA 2580 controller. The battery ensures that critical system settings and memory are retained in case of power loss.

How to Change a Battery on a KEBA 2880 & 2885 Controller

This guide provides step-by-step instructions for safely replacing the backup battery on KEBA 2880 & 2885 controllers. The battery retains critical machine settings and prevents data loss in case of power failure.

How to Change a Battery on a KEBA 4030 Controller

This guide provides step-by-step instructions for replacing the backup battery on KEBA 4030 controllers. The battery retains critical system settings and prevents data loss during power interruptions.

KEB F5 Error Codes – Troubleshooting & Diagnostics

This guide provides a comprehensive list of KEB F5 error codes, helping technicians and operators quickly identify, diagnose, and resolve system issues. Understanding these error messages ensures efficient troubleshooting and minimal downtime.

KEB F6 Error Codes – Troubleshooting & Diagnostics

This guide provides a comprehensive list of KEB F6 error codes, helping technicians and operators quickly identify, diagnose, and resolve system issues. Understanding these error messages ensures efficient troubleshooting and minimal downtime.

KEBA 1-3 Heat Optimization – Barrel Heating Guide

This guide provides step-by-step instructions on how to optimize the barrel heat zones on a KEBA control system. It is essential for technicians, field service personnel, and operators working with KEBA-controlled Mars, Jupiter, and Saturn machines to ensure accurate temperature regulation.

KEBA 1075 Screenshot Guide – USB Storage Instructions

This guide provides detailed instructions on how to capture and save screenshots from a KEBA 1075 control system onto a USB memory stick. It is essential for field service technicians, training personnel, and operators who need to document system settings and machine data.

KEBA 2580 JUII Simulator Guide

This guide provides a detailed walkthrough of the KEBA 2580 JUII simulator, covering its functionalities, interface, and key control operations. It is designed to help operators, engineers, and technicians understand command signals, proportional valve controls, and system navigation.

KEBA 2580 JUII User Manual

This manual provides a detailed guide to the KEBA 2580 JUII control system, helping operators, technicians, and engineers effectively manage their injection molding machines. It covers everything from user interface navigation to machine operation modes, settings, and troubleshooting, ensuring efficient system control and optimization.

KEBA 2880 IA User Manual

This user manual provides a comprehensive guide to operating the KEBA 2880 IA controller. It covers all aspects of the control panel, machine settings, and operation modes, ensuring users can configure and optimize their injection molding machine effectively. Whether you're a technician, operator, or engineer, this manual serves as an essential reference for mastering the system.

KEBA 2880 JUII 15 Simulator Guide

This guide provides an in-depth overview of the KEBA 2880 JUII 15 Simulator, a tool designed to help operators, engineers, and technicians understand machine control functions, system settings, and real-time operational simulations. It covers essential commands, configuration options, and process optimizations.

KEBA 2880 V3 JUIII User Manual – Part 1

This manual serves as a comprehensive guide for the KEBA 2880 V3 JUIII control system, offering detailed instructions on machine operation, interface navigation, and advanced configuration settings. It is designed for machine operators, technicians, and engineers looking to optimize their system’s performance and ensure smooth operation. PART 1/4

KEBA 2880 V3 JUIII User Manual – Part 2

This manual continues the in-depth guide on the KEBA 2880 V3 JUIII control system, covering essential machine functionalities and configurations. It provides detailed explanations of core machine operations, advanced settings, and troubleshooting methods to ensure optimal performance and efficiency in industrial applications. PART 2/4

KEBA 2880 V3 JUIII User Manual – Part 3

This final part of the KEBA 2880 V3 JUIII User Manual provides an in-depth look at advanced operational functions, production management, and troubleshooting methods. It is an essential guide for machine operators, engineers, and technicians who need precise control over the system to ensure smooth and efficient operations. PART 3/4

KEBA 2880 V3 JUIII User Manual – Part 4

This final installment of the KEBA 2880 V3 JUIII User Manual explores critical system functions, advanced troubleshooting, and automation features. It provides a deep dive into machine diagnostics, online help tools, and robot integration to ensure seamless operation and enhanced efficiency for injection molding processes. PART 4/4

KEBA 2885 JUIII Simulator Guide

This guide provides a complete walkthrough of the KEBA 2885 JUIII Simulator, designed to help operators, technicians, and engineers understand the system's interface, control functions, and real-time machine simulation. It covers setup, parameter configuration, and operational troubleshooting.

KEBA 4030 User Manual

This user manual provides a complete guide for the KEBA 4030 control system, designed to optimize the operation of injection molding machines. It covers essential setup procedures, machine controls, advanced settings, and troubleshooting steps. This manual is an essential resource for technicians, operators, and engineers aiming for efficient system management and peak machine performance.

KEBA 4030, 2580, 2880, 2885 – Saving Mold Files to USB

This guide provides step-by-step instructions for saving mold files from KEBA 4030, 2580, 2880, and 2885 controllers to a USB memory stick. It is essential for operators, technicians, and field service personnel who need to back up and transfer mold files efficiently.

KEBA 4030, 2580, 2880, and 2885 Screenshots Guide

This guide provides step-by-step instructions on how to set up and print screenshots to a USB memory stick from KEBA 4030, 2580, 2880, and 2885 controllers. It is designed for field service technicians, training personnel, and operators who need to capture and store system interface data for analysis and documentation.

KEBA Automatic Cycle Not Allowed – Treadle Safety Check

This guide provides instructions on how to clear the "Automatic Cycle Not Allowed" alarm on Jupiter and Mars machines equipped with a safety treadle system. It is intended for operators, field service personnel, and maintenance teams handling KEBA-controlled machines.

KEBA Error Codes – Troubleshooting & Diagnostics

This guide provides a comprehensive list of KEBA error codes, helping operators, technicians, and maintenance personnel quickly diagnose and resolve system faults. Understanding these error messages ensures efficient troubleshooting and minimizes machine downtime.

KEBA Error Messages – Troubleshooting & Solutions

This guide provides a comprehensive list of KEBA error messages, helping machine operators, technicians, and maintenance teams quickly identify, diagnose, and resolve system errors. By understanding these messages, users can reduce downtime and optimize machine performance.

KEBA JU Version 4 Simulator – Part 1

This manual provides a comprehensive guide to the KEBA JU Version 4 Simulator, covering system controls, interface navigation, and automation features. Designed for operators, engineers, and technicians, this guide helps users understand machine processes, setup, and calibration. PART 1/2

KEBA JU Version 4 Simulator – Part 2

This second part of the KEBA JU Version 4 Simulator Guide continues exploring the advanced functionalities of the system, including process control settings, automation configurations, and diagnostic tools. It is an essential resource for operators, engineers, and technicians looking to optimize machine performance. PART 2/2

KEBA JUIII Version 4 Simulator Guide

This guide provides a detailed overview of the KEBA JUIII Version 4 Simulator, helping users understand its interface, process controls, and automation features. It is designed for operators, engineers, and technicians who need to navigate system functions, optimize settings, and troubleshoot performance.

KEBA Touch Screen Calibration Instructions

This guide provides step-by-step instructions for calibrating the KEBA2000 touch screen controller, applicable to both V3 and V4 systems. Proper calibration ensures accurate screen positioning and smooth system operation.

KEBA V4.0 JUII User Manual – Part 1

This manual provides an extensive guide for operating the KEBA V4.0 JUII controller, covering essential functionalities, interface navigation, and system configurations. Designed for machine operators, technicians, and engineers, it offers crucial instructions on machine operation, automation settings, and safety measures. PART 1/3

KEBA V4.0 JUII User Manual – Part 2

This manual continues the detailed guide on the KEBA V4.0 JUII control system, focusing on advanced operational settings, diagnostics, and automation controls. Designed for operators, engineers, and technicians, this guide provides insights into optimizing system performance and troubleshooting errors effectively. PART 2/3

KEBA V4.0 JUII User Manual – Part 3

This section of the KEBA V4.0 JUII User Manual dives into advanced system diagnostics, troubleshooting, and error handling. It is essential for operators, engineers, and maintenance teams who need to ensure the efficient and safe operation of the KEBA control system. PART 3/3

KEBA Version 1-3 – Changing the Start-up Language

This guide provides step-by-step instructions on how to change the start-up language on KEBA Version 1-3 control systems. It is essential for operators, technicians, and engineers who need to configure the interface to their preferred language for easier navigation and operation.

KEBA Version 1-3 – Ejector Settings Explained

This guide provides a detailed explanation of the different ejector modes available on KEBA Version 1-3 control systems. It is designed for operators, technicians, and engineers who need to configure ejector settings based on production requirements.

Complete Walkthrough of the New KEBA V5 Control Panel

This in-depth video showcases the latest KEBA V5 control panel, covering its features, functionalities, and customization options. Ideal for operators, engineers, and technicians, this guide provides a hands-on demonstration of how to navigate the interface, configure settings, and optimize performance.