High-Performance Soft Door with PVC Brake System, 0.75kw

📋 Basic Information

Model NO.	A0PE210 0.75KW
Number of Stator	Single-Phase
Function	Driving, Control
Casing Protection	Open Type
Number of Poles	2
Starting Mode	Variable Frequency Starting
Certification	ISO9001, CCC, CE
Brand	Powever
Warranty	1 Year
Rated Output Power	0.75kw
Product Name	Servo Control System
Design Style	Industrial
Motor Working	S3 Working System
Maximum Load	300kgs
Motor IP Grade	IP54
Frequency	50/60 Hz
Set Default Speed	3000rpm
Main Material	Iron
Rated Torque	2.39nm
Self Locking Mode	Electro Mechanical Brake
Origin	China

💡 Product Description

Step into the future of industrial door automation with the groundbreaking Industrial Workshop Fast Door Servo Motor. This state-of-the-art innovation is engineered to redefine the way Industrial Sectional Doors function, offering unmatched precision and ease of use. Its plug-and-play design ensures remarkable stability, delivering a user experience that is both intuitive and effective, facilitating effortless debugging and maintenance. Boasting impressive high torque and rapid operational speed, along with a low noise output, this motor guarantees a smooth and reliable performance trajectory. It's the ideal solution for challenging environments requiring high-speed and robust operational capabilities.

⚙ Product Parameters

➤ Operating Speed: From a swift 0.5 m/s to a rapid 1.5 m/s.

➤ Operating Width: Tailored to precise needs: <16 m, 30 m, or up to 60 m.

➤ Daily Capacity: Achieves a remarkable 2000 cycles.

➤ Rated Voltage: Efficiently powered at 220 V.

➤ Rated Output: Options of 0.75 KW, 1.5 KW, or 2.2 KW.

🎖 Certifications

📦 Packaging & Shipping

Your product is meticulously packaged in a robust Polywood box, guaranteeing its arrival in immaculate condition.

Package Size	37.00cm * 11.50cm * 21.50cm
Package Gross Weight	14.000kg

⚠ Installation Instructions

Prioritize safety during installation by ensuring the power is completely off before connecting to a live source. Verify that the power supply voltage matches the rated voltage of the specified controller. Securely connect the grounding terminal to a reliable grounding wire to ensure safety. Steer clear of any direct contact with output terminals, and refrain from opening the output terminal or housing. Remain aware of potential high voltage lingering in the circuit after power shutdown until the LCD indicator is fully off. Avoid touching internal wiring and components, as they are highly susceptible to static electricity.

⭐ Our Advantages

Unlock the precision and dependability of our fully closed-loop servo system, offering unrivaled control over position, speed, and torque. High-precision electronic limiters deliver unwavering accuracy throughout extended operations, while our EMC electromagnetic compatibility design and real-time motor output data monitoring facilitate continuous balance system evaluations. The system's adjustable speed settings allow customization to meet specific operational demands, achieving an output speed of 40 RPM and a peak lifting speed of 0.4 M/s, all while ensuring smooth, vibration-free operations.

❓ FAQ

Q1: What is your MOQ for the Servo Motor?

There is no limit. We accept orders starting from 1 set.

Q2: What is the typical delivery lead time?

The delivery time is approximately 15-30 days depending on the order size and specifications.

Q3: How is the product packaged for international shipping?

We use robust Polywood boxes to ensure the product is protected and arrives in immaculate condition.

Q4: How can I obtain an accurate price quote?

Please provide the exact size and quantity of your required door or system. We will provide a detailed quotation based on your specific requirements.

Q5: What other industrial door products do you produce?

We produce sectional garage doors, industrial doors, roll shutter doors, high-speed doors, and hangar doors.

Q6: What are the main benefits of your servo system over conventional models?

Our system uses rare earth permanent magnets, doubling efficiency, reducing energy consumption, and offering precise closed-loop control over speed and torque.