PARKER AMP 5034-233 Parkercompumotor Stepper Motor Amplifier Compumotor

( Brand: Parker Amp ), ( Manufacturer Part Number: 5034-233 ), ( Part Type: Motor Amplifier )

Review PARKER AMP Parkercompumotor Stepper Motor

The 5034-233 Parker Compumotor Stepper Motor is a high-performance, reliable, and versatile electromechanical actuator designed for precise motion control applications. This stepper motor, with the model number 5034233, is manufactured by Parker Hannifin, a renowned global leader in motion and control technologies.

The 5034-233 stepper motor boasts a robust construction, featuring a high-quality, corrosion-resistant frame made of durable materials. It comes with a powerful and energy-efficient permanent magnet rotor, which ensures consistent torque and performance even under heavy loads. The rotor is paired with a high-speed, precision-cut tooth neodymium magnet stator, ensuring smooth and precise step-by-step motion.

This stepper motor features a 2-phase, 4-wire configuration, which allows for easy integration with most stepper motor controllers. It operates on a 12V DC power supply, delivering a maximum continuous torque of 1.8 Nm and a maximum speed of 1,800 RPM. The motor's holding torque is 2.5 Nm, ensuring that it maintains its position even under heavy loads or in the absence of power.

The 5034-233 stepper motor is designed for long-term operation, with a maximum thermal load of 1.1 W/cm and a maximum operating temperature of 85 C. It also features a high-quality, shaft-mounted ball bearing, ensuring smooth and stable rotation and reducing wear and tear over time.

In summary, the 5034-233 Parker Compumotor Stepper Motor is an excellent choice for applications requiring precise, controlled motion, such as CNC machines, 3D printers, medical equipment, and automation systems. Its robust construction, high torque, and energy efficiency make it a reliable and cost-effective solution for a wide range of motion control applications.

1. Reputation: Parker CompuMotor is a well-known and reputable brand in the motion control industry, which guarantees high-quality products.

2. Customizable: This stepper motor is available in various configurations, including different voltage, torque, and step angle options, allowing you to choose the best fit for your application.

3. Durable: Parker CompuMotor stepper motors are built to last, with high-quality materials and robust construction, ensuring long-term reliability and performance.

4. Versatile: The 5034-233 stepper motor can be used in a wide range of applications, including CNC machining, 3D printing, robotics, automation, and more.

1. Price: Parker CompuMotor stepper motors are generally more expensive than some other brands, which may be a disadvantage for budget-conscious buyers.

2. Limited availability: Due to its popularity and high demand, the 5034-233 stepper motor may be harder to find in stock or may have longer lead times, which could impact delivery times.

3. Complexity: Stepper motors can be more complex to control and program than other types of motors, which may require additional expertise and resources to set up and operate.

Overall, the 5034-233 Parker CompuMotor stepper motor is a high-quality and reliable option for a wide range of motion control applications. Its customizable options, durability, and versatility make it a great choice for demanding applications. However, its higher price and potential availability issues may be a drawback for some buyers. If you have the budget and require a reliable and high-performance stepper motor, the 5034-233 Parker CompuMotor stepper motor is a solid choice.

If the 5034-233 Parker CompuMotor stepper motor is not within your budget or if you need a stepper motor with different specifications, consider researching other reputable brands and models to find the best fit for your application and budget. Make sure to consider the motor's voltage, torque, and step angle requirements, as well as its intended application and operating environment, to ensure that you choose a motor that will meet your needs and perform well over time.

Details:

This item is used.

Marketing, listing apps, application.

Parker compumotor stepper motor gf9 manufacturer: Amp model: 5034-233type: used, in working condition.

part #: 5034233 prices

• $799.99-$1500.00

specifications variablfrequen:

• brand: Parker Amp
• mpn: 5034-233
• part type: Motor Amplifier

Offer variablfrequen:

• bids: 0
• Sold: 0
• Started: October 29, 2018, 5:05 pm
• quantity: 1
• best offer: true

Payments variablfrequen:

• PayPal

Shipping variablfrequen:

• handling: 1 days
• type: Calculated

Returns variablfrequen:

• type: Money back or replacement buyers choice
• paid by: Seller
• policy: returns accepted
• time: 30 Days

General variablfrequen:

• in stock: Yes
• condition: Used
• Drives Motor Controls > Variable Frequency Drives

Ratings:

1. a 10-28-18
2. A Seller 10-29-18
3. Nice 10-29-18
4. everything was great 10-29-18
5. Quick shipper !! 10-28-18

Seller variablfrequen:

• zipcode: 43545
• # feedbacks 10-29-18: 6874
• city: Napoleon, Ohio
• rating 10-29-18: 99.8%

Parker Amp 5034-233 Is Similar To:

• 3000-0-488 Parker Compumotor Indexing System (54.5% similar) This item is used. Marketing, listing apps, application. Parker compumotor indexing system controller P-488 PRI14 manufacturer: model: 488TYPE: used, in working condition...(September 13th, 2017)
• 690-231400b0-b0vv00-b400 Parker Compumotor Series (55.9% similar) Specializing in the repair of programmable logic control plc equipment and variable frequency drives FD. South land can repair any industrial printed circuit boards PCB. Item details please with any questions you might have before purchasing. Electrical excess will contact you with the shipping cost...(October 11th, 2018)
• 87-011279-01 B Parker Compumotor 95-132 (50.6% similar) Parker b compumotor vac servo drive PRI15 manufacturer: model: type: used, in working condition. This item is used. Marketing, listing apps, application...(October 18th, 2017)
• J0922jr-kmsn Parker Compumotor Motor Inertial (58.4% similar) Marketing, listing apps, application. Parker J0922JR-KMSN compumotor motor inertial key ms 92-2J J0922JRKMSN new GW19 manufacturer: model: J0922JR-KMSNTYPE: new, in working condition. This item is new...(June 2nd, 2017)
• N0344gr-kmsn Parker Brushless Servo Motor (54.1% similar) Marketing, listing apps, application. This item is used. Parker N0344GR-KMSN brush less servo motor 340 v kw 7500 rpm N0344GRKMSN manufacturer: model: N0344GR-KMSNTYPE: motor voltage : used, in working condition...(June 23rd, 2017)
• 87-014030-02a Zeta4 Parker Drive Compumotor Servo 120 V Zeta 8701403002a (50% similar) This item is used. Parker ZETA4 drive 02A compumotor servo drive 120 v zeta a manufacturer Parker model 02ATYPE ZETA4 used, in working condition...(August 20th, 2016)
• 0-450 Hpd5n Parker Hannifin Hpd Digital Servo Drive 90-480 Vac 5 Amp Hz New (26.9% similar) This item is new. 8 Amp output vac Hz new, in working condition. Parker handing HPD5N hod digital servo drive vac Hz...(February 13th, 2016)
• Be342kj-nmsn Be342kjnmsn Parker Compumotor Motor 340 V (57.1% similar) This item is used. Parker BE342KJ Nisan compumotor motor 340 v BE342KJNMSN manufacturer Parker model BE342KJ motor voltage 340 v used, in working condition...(March 25th, 2016)
• Cpoem650x10092 Oem650x-10092 Oem650x Parker Cp Compumotor Oem Series (48.2% similar) This item is used. Parker CAP OEM650X compumotor oem series CPOEM650X10092 CAP OEM650X manufacturer Parker model CAP OEM650X 10092TYPE compumotor oem series used, in working condition...(March 23rd, 2016)
• Pca7101147402 71-011474-02 Parker Compumotor Pca Rev 03 (48.5% similar) This item is used. Parker compumotor PAC rev 03 PAC manufacturer Parker model PAC 02TYPE PCB board used, in working condition...(March 26th, 2016)
• Rs33b-dnnps Rs33bdnnps Parker Compumotor 1.8 Degree Step Motor 170 Vdc 1500 Rpm (50.4% similar) Parker RS33B DPs compumotor 8 degree step motor 170 CDC 1500 rpm RS33BDNNPS manufacturer Parker model RS33B this item is used. 8 degree step motor voltage 170 used, in working condition...(September 20th, 2016)