FINN-POWER TP2520-IF2-MA Siemens 33-TON TP2000-IF2-MA 21-STATION 3N

( Brand: Finn-power ), ( Model: TP2520/IF2/MA )

Review FINN POWER Tp 2000 If2ma Ton Siemens 3n

The TP2000-IF2-MA Finn-Power 21-station Siemens 3N, manufactured in 1991, is a remarkable piece of industrial history and engineering excellence. This vintage power transformer boasts a capacity of 2000 kVA, making it a powerful solution for heavy-duty electrical applications.

The transformer's 21-station design allows for flexible tap selection, providing the user with a wide range of voltage tapping options to meet varying load requirements. The Siemens 3N design ensures reliable performance, with a focus on efficiency and durability. The transformer is equipped with a robust cooling system, ensuring optimal temperature regulation and prolonging its operational life.

The TP2000-IF2-MA Finn-Power 21-station Siemens 3N transformer is a testament to the advanced engineering capabilities of its era. Its well-maintained condition and proven track record make it an attractive option for those seeking a reliable, vintage power solution. Despite its age, this transformer continues to deliver reliable performance, making it a valuable asset in any industrial setting.

The Siemens TP2000-IF2-MA Finn-Power 21-Station SIemens 3N from 1991, and its successor TP2520-IF2-MA, are both industrial robots. Analyzing their pros and cons can help in deciding whether or not to purchase them.

1. Highly durable and reliable: These robots were built to last, and they have been in service for over 3 decades.

2. Versatile: With 21 stations, these robots can be used for a variety of tasks in manufacturing and assembly lines.

3. Cost-effective: Given their age, these robots may be available at a lower price than new models.

1. Limited technology: The robot is decades old, and it may lack the advanced features and capabilities of newer models.

2. Maintenance and repair challenges: As these robots are old, finding replacement parts and skilled technicians for maintenance and repair may be difficult.

3. Energy consumption: Older robots may consume more energy than newer, more efficient models.

1. Improved technology: The TP2520-IF2-MA has upgraded features and capabilities compared to its predecessor.

2. More efficient: Newer models are designed to consume less energy than older models.

3. Better compatibility: The TP2520-IF2-MA is likely to be more compatible with modern manufacturing systems and software.

1. Higher cost: Newer models will typically be more expensive than older ones.

2. May require additional upgrades or modifications: In order to fully utilize the capabilities of the TP2520-IF2-MA, you may need to invest in additional upgrades or modifications.

The decision to purchase either the Siemens TP2000-IF2-MA Finn-Power 21-Station SIemens 3N or the TP2520-IF2-MA should consider the specific needs and budget of your manufacturing operation. If you are looking for a cost-effective, reliable solution for a variety of tasks, the TP2000-IF2-MA may be a good choice. However, if you are willing to invest in a more advanced, energy-efficient robot with improved capabilities, the TP2520-IF2-MA may be the better option. Ultimately, it is essential to weigh the pros and cons carefully and choose the robot that best fits your manufacturing requirements.

Details:

200mm x 200mmcompressed air consumption, AB. 89 mm work chute piece max size.

1250mm x 2000mm sheet size working area w reposition 4000mmscrap piece max DOA.

part #: tp2520 prices

• $9990.00-$29500.00

specifications heavequipm:

• brand: Finn-power
• model: Tp2520/if2/ma

Seller heavequipm:

• zipcode: 60098
• city: wood stock, Illinois

Offer heavequipm:

• best offer: true
• quantity: 1
• bids: 0
• Started: August 31, 2017, 10:14 am
• Sold: 0

Payments heavequipm:

• PayPal

Shipping heavequipm:

• type: Calculated
• handling: 3 days
• cost: $0.0

Returns heavequipm:

• policy: no returns

General heavequipm:

• condition: Seller refurbished
• businessindustrial > heavy equipment business industrial
• in stock: Yes