1. Robotics Industrial Automation Control For Sale
  2. sku: 8388898159030711
  3. KUKA 0000122541

KUKA 0000122541 Robot Controllers Teach Pendants KR210 KRC2

0000122541 Kuka Kr210 Industrial Robot Pair Krc2 Controllers Teach Pendants 2007

( Brand: Kuka ), ( Manufacturer Part Number: 0000122541 ), ( Model: KR210 ), ( Type: Robotic Arm Assembly ), ( Unit Type: Unit ), ( Arm Reach: 2700-3100 Mm ), ( Payload: 200 Kg ), ( Robotics Controls Type: Gripper ), ( Construction Type: Handling ), ( Country Of Origin: United States )

Review KUKA Industrial Robot Pair Controllers Teach Pendants

The **KUKA KR210 industrial robot**, model number **0000122541**, paired with the **KRC2 controller** and **teach pendant** from 2007, represents a robust and versatile solution for automated manufacturing, assembly, and material handling applications. This compact yet powerful articulated robot belongs to the KUKA KR series, renowned for its precision, reliability, and adaptability in dynamic production environments. The **KR210** features a payload capacity of up to **210 kg (463 lbs)**, making it well-suited for medium-duty tasks such as arc welding, spot welding, material transfer, palletizing, and general-purpose automation. Its **reach of 2,100 mm (82.7 inches)** and **repeatability of 0.1 mm**, combined with a **6-axis configuration**, ensure smooth, accurate motion control even in high-speed applications. The **KRC2 controller**, a key component of this system, serves as the brain of the robot, executing programmed motions with high efficiency while supporting advanced features like path interpolation, speed control, and collision avoidance. This controller is designed to integrate seamlessly with PLCs, vision systems, and other industrial networks, enabling full automation and real-time monitoring.

The **teach pendant**, a critical interface for programming and operation, is ergonomically designed for ease of use, featuring a **color touchscreen display** (depending on the specific variant) that allows operators to manually guide the robot, edit trajectories, and troubleshoot issues in real time. The pendant s intuitive software interface, often running on KUKA s proprietary **KRC2 programming environment**, supports both **offline programming (OLP)** and **online teaching**, reducing downtime and enhancing productivity. The system s **RS-232 or Ethernet connectivity** options facilitate seamless communication with external devices, such as CNC machines, conveyor systems, or quality inspection tools, further expanding its versatility in integrated manufacturing setups.

Despite being manufactured in **2007**, this system remains a dependable workhorse in industries where legacy automation is still in use, particularly in environments where newer models may not be cost-effective replacements. The **KR210 s mechanical design**, featuring a **welded steel frame and high-torque servo motors**, ensures durability and longevity, while its **KRC2 controller s modular architecture** allows for upgrades or retrofitting with modern software solutions when necessary. Whether deployed in automotive assembly, metal fabrication, or packaging operations, this robot offers a balance of strength, precision, and adaptability, making it a valuable asset for manufacturers seeking reliable automation without the need for cutting-edge technology. Proper maintenance and calibration can extend its operational lifespan, ensuring continued efficiency in demanding industrial applications.

### **Pros and Cons of Buying a KUKA KR210 Robot with KRC2 Controller and Teach Pendant (2007 Model)**

#### **Pros**

1. **Proven Reliability and Durability**

The KUKA KR210 is a well-established industrial robot known for its robust construction and long operational lifespan. Many units from the late 2000s remain in use today, suggesting strong build quality and minimal failure rates in critical components.

2. **Proven Technology in the KRC2 Controller**

The KRC2 controller was a standard in KUKA s automation lineup during its time, offering stable performance for basic to moderately complex applications. It supports standard programming languages like KRL (KUKA Robot Language) and integrates well with PLCs and vision systems from that era.

3. **Teach Pendant Functionality**

The original teach pendant (likely a KPP or similar model) allows for manual programming, offline teaching, and real-time monitoring. While older, it remains functional for basic robot operation and maintenance tasks.

4. **Compatibility with Legacy Systems**

If you are working within an existing industrial setup that relies on KUKA robots from the same era, this unit will integrate seamlessly with other machinery, PLCs, and control systems. It avoids the need for costly retrofitting or compatibility issues.

5. **Lower Upfront Cost**

Due to its age, this robot is significantly cheaper than a new model. For businesses with limited budgets or those looking for a secondary robot, this can be a cost-effective solution.

6. **Ease of Maintenance and Repairs**

KUKA robots from this period have a well-documented service history, and spare parts are still available from authorized distributors. Basic mechanical and electrical repairs can be performed by skilled technicians familiar with the system.

7. **Proven Performance in Simple to Moderate Applications**

The KR210 is well-suited for tasks such as pick-and-place operations, simple assembly, packaging, and material handling. Its payload capacity (210 kg) and reach make it versatile for many industrial tasks.

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#### **Cons**

1. **Outdated Software and Lack of Modern Features**

The KRC2 controller runs on older software versions, lacking modern advancements such as advanced motion control algorithms, AI integration, or cloud-based monitoring. This limits its applicability in cutting-edge automation projects.

2. **Limited Compatibility with Newer Systems**

Modern PLCs, vision systems, and IoT platforms may not have native support for the KRC2 controller. Additional interfaces, converters, or third-party software may be required, increasing complexity and potential downtime.

3. **Potential for Obsolescence**

While the robot itself may last, the lack of updates from KUKA means no new firmware patches, security updates, or performance optimizations. Over time, this could lead to compatibility issues with newer software or hardware.

4. **Higher Maintenance Costs Over Time**

While initial repairs may be straightforward, the cost of replacing aging components (e.g., motors, electronics, or hydraulic systems, if applicable) could rise as original parts become harder to source. Rebuilding or retrofitting may be necessary.

5. **Training and Workforce Challenges**

Younger engineers or technicians may lack familiarity with the KRC2 system, requiring additional training or reliance on experienced personnel. This can increase operational costs and reduce flexibility in hiring.

6. **Energy Efficiency Concerns**

Older robots often consume more power than modern, energy-efficient models. If energy costs are a concern, this could impact long-term operational expenses.

7. **Limited Warranty and Support**

The robot is likely out of KUKA s standard warranty period, meaning any issues will require third-party support or self-reliance. Authorized service providers may charge premium rates for maintenance.

8. **Potential for Hidden Mechanical Wear**

A 2007 model may have accumulated wear and tear over the years, particularly in joints, cables, or hydraulic systems (if applicable). A thorough inspection is essential before purchase to avoid unexpected breakdowns.

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### **Conclusion**

Buying a used KUKA KR210 robot with a KRC2 controller and teach pendant from 2007 can be a **cost-effective and reliable choice** for businesses with limited budgets, legacy systems, or simple automation needs. Its durability, proven performance, and ease of maintenance make it a practical option for industries where modern features are not critical.

However, the **lack of software updates, compatibility issues with newer systems, and potential long-term maintenance costs** are significant drawbacks. If the robot is only needed for short-term use, a secondary application, or as a backup, it may be a viable purchase. For long-term, high-demand, or advanced automation needs, investing in a newer model with updated controllers and software would be more future-proof.

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### **Recommendation**

1. **If you need a budget-friendly, low-maintenance robot for basic tasks:**

- Purchase the KR210 with the understanding that it will require occasional part replacements.

- Ensure a **detailed inspection** by a KUKA-certified technician before buying to check for wear, electrical issues, or mechanical faults.

- Budget for **potential retrofitting** (e.g., upgrading the controller if possible) if you plan to use it for more than a few years.

2. **If you require modern automation with scalability and future-proofing:**

- Consider purchasing a **used or refurbished newer KUKA model** (e.g., KR C4 or KR Quantec series) with updated controllers like the KRC4 or KRC2 Compact.

- Alternatively, invest in a **new or lightly used robot** from a different manufacturer (e.g., ABB, Fanuc, or Yaskawa) that offers better long-term support and software compatibility.

3. **If the robot is for a legacy system with no plans for expansion:**

- The KR210 with KRC2 can be a **temporary or secondary solution** to fill immediate needs without major investment.

- Pair it with **modern interfaces** (e.g., PLC converters) to bridge compatibility gaps where possible.

4. **If you are unsure about long-term viability:**

- Rent or lease a robot instead of buying to test its suitability for your application before committing.

- Explore **remanufactured or refurbished options** from authorized KUKA distributors, which may offer better reliability than a used unit with unknown history.

Ultimately, the decision depends on your **budget, application requirements, and long-term automation strategy**. For most modern industrial applications, a newer or refurbished robot with updated software will provide better efficiency, flexibility, and support. However, the KR210 remains a **practical, low-risk option for specific use cases**.

Details:

READY TO INSTALL - Controllers, pendants, cables all included. All motor drive modules and servo amplifiers. Premium LEONI end-of-arm tooling included adds significant value. Machine tool tending and loading.

Original manuals may. Reach: 2,700mm 8.86 feet. Serial Number: 907443. Automotive manufacturing and assembly.

Mounting: Floor mounting bases included. Metal fabrication and processing. Serious inquiries only - please be qualified and ready to transact. Complete power cables and interconnect harnesses.

COMPLETE TURNKEY SYSTEMS - Everything needed to operate. Cable management systems and protective hoses. Excellent cosmetic condition. Robotic welding arc, spot, MIG/TIG.

Or may not be present. KUKA KCP Teach Pendants handheld programming units with screens. PERFECT FOR DUAL ROBOT CELLS - Symmetrical production setups. Serious buyers with robotics experience preferred.

Both have same. Forklift access on-site. Stored in doors in climate-controlled environment. Will consider selling individually at higher per-unit price.

LEONI industrial grippers/end effects premium value. Inspection by appointment. Pelleting and depleting. Programming services are buyer's.

Large service network. Heavy-duty material handling operations. Cashiers Check. Packaging and case packing.

MATCHED SEQUENTIAL PAIR - Built to work together. German engineering, industrial automation equipment. Controllers show clean, well-maintained internals. Floor mounting bases/plates.

Automation, CNC robot, pelleting assembly KUKA robotics. Inspection is encouraged for qualified buyers. ROBOT #1: KUKA KR 210 L150-2. Article Number.

Assembly line automation. Inspection strongly encouraged before purchase. An inspection appointment. Ready for inspection by qualified robotics technicians.

SOLD AS-IS: These are being sold as complete systems in as-is condition. Handling robot, automotive manufacturing automation, factory. Complete with LEONI end-of-arm tooling/gripper. These robots are built for HEAVY-DUTY INDUSTRIAL WORK with.

part #: 0000122541 prices

  • $790.00-$2520.04

specifications robotiindustri:

  • brand: Kuka
  • mpn: 0000122541
  • model: Kr210
  • type: Robotic Arm Assembly
  • unit type: Unit
  • arm reach: 2700-3100 Mm
  • payload: 200 Kg
  • robotics controls type: Gripper
  • construction type: Handling
  • country of origin: United States

payments robotiindustri:

  • wire transfer
  • wallet: Google-pay
  • credit card: Visa

shipping robotiindustri:

  • type: Fixed
  • service: Flat Rate Freight
  • cost: $3000.00
  • class: Freight

general robotiindustri:

  • condition: Used
  • Business Industrial > Industrial Automation Motion Controls > Industrial Robotic Arms

offer robotiindustri:

  • sold: 0
  • options: Ship-to-home
  • started: February 11, 2026
  • availability: In Stock
  • best offers: True
  • quantity: 1

returns robotiindustri:

  • policy: No Returns

seller robotiindustri:

  • rating: 100.0%
  • city: Lawrenceville, Georgia
  • # reviews: 110
type: robotic arm assembly, unit type: unit, arm reach: 2700-3100 mm, payload: 200 kg, robotics controls type: gripper, construction type: handling, country of origin: united states,
category: business & industrial > industrial automation motion controls > industrial robotic arms, sku: 8388898159030711,
Kuka 0000122541 Is Similar To:
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5 offers $790.00–$2520.04 USD
  • Used. Offer #1 priced at $1000.00 + $49.88 shipping estimate = $1049.88* total. Item Info.+$49.88 shipping
  • Used. Offer #2 priced at $2520.04 + $38.25 shipping estimate = $2558.29* total. +$38.25 shipping
  • Used. Offer #3 priced at $790.00 + $0.00 shipping estimate = $790.00* total. CONDITION: USED WHAT YOU SEE IN THE PHOTOS IS WHAT YOU GET.FREE SHIPPING
  • Used. Offer #4 priced at $790.00 + $0.00 shipping estimate = $790.00* total. FREE SHIPPING
  • New – Open box. Offer #5 priced at $2999.00 + $0.00 shipping estimate = $2999.00* total. KUKA sr.FREE SHIPPING

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