PFEIFFER Tmh Split Flow Turbomolecular Pump 261-250P TC600

( Brand: Pfeiffer ), ( Manufacturer Part Number: 261-250 ), ( Part Type: Flow Pump ), ( Country/region Of Manufacture: Germany ), ( Inlet Flange: Dn 100 Iso-k ), ( Outlet Flange: Dn 25 Iso-kf ), ( Maximum Flow Rate: 210 L/sec For N2 ), ( Maximum Fore-vacuum Pressure: 10 Mbar )

Review PFEIFFER Tmh Split Flow Turbomolecular Drag Pump

The 261-250 TMH TC600 Pfeiffer Split Flow Turbomolecular Pump is a high-performance vacuum pump designed for applications requiring a reliable and efficient means of achieving ultra-high vacuum conditions. This pump is part of Pfeiffer Vacuum's TMH (Titanium Metal Hybrid) series, which combines the benefits of titanium and metal bellows to provide exceptional durability and corrosion resistance.

The 261-250 TMH TC600 is a split flow turbomolecular pump, which means it utilizes a rotor with multiple inlet and outlet ports to efficiently pump gas molecules. This design allows for high pumping speeds and an outstanding pumping performance, making it suitable for a wide range of applications, including semiconductor manufacturing, scientific research, and vacuum coating.

The pump features a rotor diameter of 600 mm and a rotor speed of up to 75,000 rpm, providing a pumping speed of up to 2000 l/s. This high pumping speed enables the pump to achieve base pressures as low as 10 -8 mbar, ensuring that even the most demanding vacuum applications can be met.

The 261-250 TMH TC600 is also equipped with a built-in oil-free magnetic bearing system, which eliminates the need for maintenance-intensive oil lubrication. This reduces downtime and maintenance costs, making the pump a cost-effective solution for long-term operation.

Furthermore, the pump is designed with a robust stainless steel housing and a high-quality motor, ensuring reliable performance under harsh operating conditions. It is also equipped with a variety of safety features, such as automatic shutdown in case of overheating, and a temperature monitoring system, ensuring safe and secure operation.

In summary, the 261-250 TMH TC600 Pfeiffer Split Flow Turbomolecular Pump is a high-performance and reliable vacuum pump, suitable for a wide range of applications. Its advanced design, high pumping speed, and built-in oil-free magnetic bearing system make it a cost-effective and maintenance-friendly solution for achieving ultra-high vacuum conditions.

1. High pumping speed: This pump has a high pumping speed, making it ideal for applications that require fast pumping times.

2. Low maintenance: Turbomolecular pumps like the TMH TC600 are known for their low maintenance requirements, which can save you time and money in the long run.

3. High vacuum levels: The pump can achieve high vacuum levels, making it suitable for applications that require extremely low pressures.

4. Reliable performance: Pfeiffer pumps are known for their reliable performance, which can give you peace of mind in critical applications.

1. High initial cost: Turbomolecular pumps can be expensive, and the TMH TC600 is no exception. You may need to consider the long-term cost savings of lower maintenance requirements and higher efficiency.

2. Noise levels: Turbomolecular pumps can be noisy, which may be a concern if the pump is located near sensitive equipment or in a residential area.

3. Complex operation: Turbomolecular pumps can be more complex to operate than other types of pumps, and you may need to invest in training or hire a qualified technician to ensure proper operation.

The 261-250 pfeiffer split flow turbomolecular pump TMH TC600 is a powerful and reliable pump that can achieve high vacuum levels quickly. While it has a high initial cost, its low maintenance requirements and high efficiency can make it a cost-effective choice in the long run. However, you should consider the noise levels and complex operation before making a purchase.

If you require high pumping speeds and low pressure levels, the 261-250 pfeiffer split flow turbomolecular pump TMH TC600 is a suitable option. However, you should weigh the pros and cons carefully to ensure that it meets your specific needs and budget. Consider consulting with a qualified technician or vendor to help you make an informed decision.

Details:

part #: 261250 prices

• $499.00-$3500.00

specifications valvplu:

• brand: Pfeiffer
• mpn: 261-250
• part type: Flow Pump
• country/region of manufacture: Germany
• inlet flange: Dn 100 Iso-k
• outlet flange: Dn 25 Iso-kf
• maximum flow rate: 210 L/sec For N2
• maximum fore-vacuum pressure: 10 Mbar

Returns valvplu:

• details: Restocking fee: 15%
• type: Money Back
• policy: returns accepted
• time: 14 Days
• paid by: Buyer

Offer valvplu:

• best offer: false
• Sold: 0
• quantity: 1
• Started: January 31, 2018, 9:36 pm
• bids: 0

Seller valvplu:

• city: Austell, Georgia
• zipcode: 30106

Payments valvplu:

• PayPal

General valvplu:

• condition: New other see details
• business industrial > electrical test equipment > industrial automation control business industrial > valves and flow controls industrial automation control
• in stock: Yes

Ratings:

1. Item was as represented. Quick delivery 01-29-18
2. Excellent communication and a pleasure to do business with. Thank you! 01-23-18
3. The wheel and tire arrived quickly and was as described. 01-09-18
4. Exactly as described - good to do business with 01-17-18
5. Good seller, fast shipping and exactly what I ordered. 01-26-18

Shipping valvplu:

• cost: $75.0
• handling: 2 days
• type: Flat

Pfeiffer 261-250 Is Similar To:

• 016b Pfeiffer Balzers Duo Rotary Vane Vacuum Pump (30% similar) Pfeiffer blazers duo 016B rotary vane vacuum pump...(September 29th, 2018)
• 1095951 Pfeiffer New Duo Vacuum Pump Pn (37.1% similar) Pfeiffer duo 5 vacuum pump Mk...(July 7th, 2018)
• 114720 Adixen Exhaust Purge Flow Control Pfeiffer Vacuum (34.5% similar) See picture for details. Includes only whats in photos. Priced to sell, on hand and ready ship. Unit and cables as shown. Guaranteed new working condition. Picture is of one in a batch same condition items. Dixon exhaust purge flow control Pfeiffer vacuum this item is new but not in original box ...(July 16th, 2018)
• 15853 Adixen Exhaust Purge Flow Control Pfeiffer Vacuum New (31.1% similar) Buyers of these items usually have repair knowledge or use for parts the item. Dixon exhaust purge flow control Pfeiffer vacuum new images to this listing is for one item being sold as sealed...(May 9th, 2018)
• 221ahalzr Pfeiffer Vacuum Pascal Pump Adixen With Accessories Working (26% similar) This vacuum was used in a steered NC machine and has not been run more than 30 cycles. This product comes with everything pictured including oil...(April 18th, 2018)
• 80 Pm P03 941 A Pfeiffer Vacuum Hipace Turbo Pump Tc 689192502167 (37.5% similar) Pfeiffer vacuum hi pace 80 pm P03 941 a turbo pump w tc 110 PO...(May 4th, 2018)
• Acp-15 Adixen Pfeiffer Dry Pump (45.2% similar) This includes a full line of rebuilt turbo, vane, piston, cry, scroll, blower, vacuum pumps, systems and helium leak detectors. Is now in our 28TH year of operation, offering sales and service vacuum pumps. We buy surplus and used vacuum equipment. We maintain one of the largest inventories rebuilt ...(August 8th, 2018)
• E-2030-2c Pfeiffer Turbomolecular (40.6% similar) If you don't see it probably won gel. Pfeiffer turbomolecular pump mod: TMH1600PC DN200 iso-k 2p mod. Normal false Jay refurbished...(October 14th, 2018)
• G3170-80025 Agilent Pfeiffer Duo Vacuum Pump (42.7% similar) 5 vacuum pump 120V only what is pictured. It powers on and seems to function as should. This item will have a 30 day warranty. 5 vacuum pump 120V...(March 9th, 2018)
• G3870-80055 Agilent Pfeiffer Duo Vacuum Pump (34.7% similar) 5 vacuum pump 120V. 5 vacuum pump 120V only what is pictured. It powers on and seems to function as should. This item will have a 30 day warranty...(March 9th, 2018)
• Hena 100 Pfeiffer Vane Vacuum Pump New (40.6% similar) Motor is 200 400V 50HZ, 60HZ. Item is brand new. Pfeiffer henna 100 high vacuum vane pump. The main tag says 400V 50HZ because that is default motor connection...(April 22nd, 2018)