Product Description
Technical Specification
| Application | Dump truck - Concrete pump - automotive hopper - salt spreader - dump trailer |
| ATEX | II3D Ex tc IIIC Tx IP 66 |
| Duty Cycle | Continuous - S1 |
| Environment Temperature | From -20 deg C to 40 deg C (from -4 deg F to 104 deg F) |
| Max Noise Level | 76 dB(a) |
| Powder | Granular - Concrete |
| Problem Solving | Bridge and rat-holing |
| Material | Body aluminium - stainless steel /aluminium (powder painted) cover |
Robust and Reliable Industrial VibratorThis direct current electric vibrator combines advanced engineering and rugged construction for dependable performance. Its totally enclosed, corrosion-resistant aluminium alloy shell keeps dust, water, and contaminants at bay, while the motor delivers smooth, efficient vibration at 350 N force. With an easy base-mounted installation, prewired terminals, and simple Direct-On-Line starting, setup is straightforward for industrial users. The unit's continuous duty rating and maintenance-free design minimize downtime and maximize productivity.
Versatile Applications Across IndustriesOptimized for a range of industrial settings, this DC vibrator motor is suitable for material flow in hoppers, bins, silos, and compacting applications. Its IP65 protection and high humidity resistance make it well-suited for harsh and outdoor environments. The 50 Hz vibration frequency and 2850 rpm speed ensure effective performance in conveying, sieving, or filling operations, supporting manufacturers, suppliers, and traders requiring efficient bulk material handling.
FAQ's of Direct Current Electric Vibrators:
Q: How is the direct current electric vibrator installed and connected?
A: The vibrator features a base-mounted design for secure installation on machinery or mounting surfaces. Prewired terminals enable straightforward electrical connections, ideally to a 24 V DC power supply using direct-on-line starting. Ensure the mounting surface is rigid and the wiring complies with IS/IEC 60034 standards for safety and performance.
Q: What makes this DC vibrator suitable for continuous operation in humid or harsh environments?
A: With a totally enclosed, aluminium alloy shell and IP65 protection, the vibrator resists dust and water ingress, making it ideal for demanding and humid environments (up to 95% humidity). The sealed-for-life ball bearings and corrosion-resistant features minimize maintenance, supporting reliable continuous duty operation.
Q: When should this vibrator motor be used in industrial processes?
A: This vibrator motor is best used for enhancing material flow or compaction in hoppers, bins, silos, and sieves-especially where continuous duty or exposure to harsh conditions is expected. It is suitable for applications requiring 50 Hz frequency vibration and forces up to 350 N with high energy efficiency.
Q: Where can this electric vibrator be effectively deployed?
A: It is ideal for deployment in bulk material handling systems, food processing plants, foundries, construction sites, and other sectors requiring controlled vibration. Its robust IP65 construction ensures reliable operation both indoors and outdoors in varying climatic conditions.
Q: What benefits does the sealed-for-life lubrication provide?
A: Sealed-for-life ball bearings eliminate the need for routine lubrication, reducing maintenance requirements and increasing operational uptime. This feature is especially beneficial in hard-to-access or continuous-processing environments where regular servicing is challenging.
Q: How does the motor ensure safety and energy efficiency during operation?
A: The vibrator operates with Class F insulation, minimizing the risk of overheating, and keeps temperature rise below 65K. With efficiency above 80%, it ensures energy-saving performance while maintaining a low noise level (<70 dB(A)) for a safe work environment.
Q: What is the process for selecting the right vibrator for your application?
A: Evaluate the required vibration force, frequency (50 Hz), and mounting approach based on your application-such as compaction or material flow. Ensure the 24 V DC supply and load requirements are met, and verify the device's ambient temperature and pressure compatibility with your operating environment.