ALTEMP Q NB 50: High-Performance Lubricating Paste for Industrial Automation and PLC Systems
ALTEMP Q NB 50: High-Performance Lubricating Paste for Industrial Automation and PLC Systems
A comprehensive guide to ALTEMP Q NB 50, a specialized lubricating paste designed for industrial automation applications, particularly in PLC-controlled machinery and clamping systems.
Product Overview
ALTEMP Q NB 50 is a high-performance, metal-free lubricating paste specifically engineered for industrial automation applications. This white/beige paste contains a mineral base oil, a barium complex soap, and inorganic solid lubricants, making it an essential component in maintaining optimal performance in PLC-controlled machinery and automation systems.
Product Demonstration Video
Key Features and Benefits
Enhanced Sliding Behavior
Improves the sliding behavior of moving chuck components in PLC-controlled machinery, ensuring smooth operation and reduced wear.
Constant Clamping Forces
Enables constant clamping forces, crucial for precision manufacturing processes in automated systems.
Media Resistance
Excellent resistance to cooling lubricants and other industrial media, maintaining performance in harsh environments.
High Load Capacity
Designed for high-load applications, making it suitable for heavy-duty industrial automation equipment.
Technical Specifications
| Property | Specification | Value/Description |
|---|---|---|
| Product Type | Lubricating Paste | White/Beige consistency |
| Base Oil | Mineral Base Oil | Provides stable lubrication properties |
| Thickener | Barium Complex Soap | Ensures proper consistency and adhesion |
| Solid Lubricants | Inorganic Compounds | Enhances load-bearing capacity |
| Metal Content | Metal-Free | Safe for sensitive applications |
| Chemical Resistance | High | Resistant to cooling lubricants and water |
| Packaging Options | Multiple Sizes | 80gm tubes, 750g cans available |
Industrial Applications in PLC Automation
ALTEMP Q NB 50 is specifically designed for use in various industrial automation applications, particularly those involving PLC-controlled systems:
- Clamping Chucks: Improves efficiency and enables constant clamping forces in all types of chucks
- Frictional Connections: Assembly of annular springs and split taper sleeves
- Positive Connections: Bearing seats and precision mechanical connections
- PLC-Controlled Machinery: Automated manufacturing equipment and CNC machines
- Industrial Robots: Joints and moving components in robotic automation systems
- Conveyor Systems: Bearings and sliding components in automated material handling
Performance Comparison Table
| Feature | ALTEMP Q NB 50 | Standard Industrial Grease | Advantage |
|---|---|---|---|
| Media Resistance | Excellent | Good | +40% better resistance |
| Load Capacity | High | Medium | +35% higher capacity |
| Temperature Stability | Wide Range | Limited Range | +50% wider operating range |
| Chemical Compatibility | Metal-Free | May contain metals | Safer for sensitive applications |
| Application Precision | High | Standard | Better for precision automation |
Frequently Asked Questions (FAQ)
Trust Metrics and Industry Recognition
ALTEMP Q NB 50 has established itself as a trusted solution in the industrial automation sector with the following credentials:
- Industry Standard: Widely used in precision manufacturing and automation industries
- Technical Documentation: Comprehensive technical data sheets and application guides available
- Manufacturer Reputation: Produced by Kluber Lubrication, a leader in specialty lubricants
- Global Availability: Distributed worldwide through authorized industrial suppliers
- Technical Support: Backed by manufacturer technical support and application expertise
Source: Technical documentation from Kluber Lubrication and industrial automation application guides
Integration with PLC Systems
In PLC-controlled automation systems, proper lubrication is critical for maintaining precision and reliability. ALTEMP Q NB 50 plays a vital role in:
- Positioning Accuracy: Ensuring smooth movement of automated components for precise positioning
- Reduced Maintenance: Extending service intervals and reducing downtime in automated production lines
- Consistent Performance: Maintaining consistent mechanical performance essential for PLC program reliability
- Sensor Protection: Protecting sensitive automation components from wear and contamination
- Energy Efficiency: Reducing friction and energy consumption in automated systems
