For use in automatic batching systems
Data based solution for bulk material transportation
FZH Series High-Efficiency Electromagnetic Vibratory Feeder
The FZH series is specifically designed for high-capacity, continuous conveying of large volumes of materials in demanding industrial environments, such as chemical processing, glass manufacturing, food processing, and pharmaceutical production. Under extreme operating conditions, the FZH series delivers exceptional reliability, precise flow control, and robust performance.
Application Cases:
For feeding into the mixer
For space-constrained applications—mounted upside down
For applications with a conveying capacity of thousands of tons per hour.
For end users or customers seeking a comprehensive solution, ATBR offers fully engineered vibratory feeding systems tailored to material characteristics, conveying requirements, and installation conditions. Each FZL unit is delivered as a complete, ready-to-install package, featuring everything from the electromagnetic drive to the precision‑manufactured trough.
|
Trough dimensions (mm) |
240x100 |
300x160 |
400x180 |
500x200 |
600x200 |
800x300 |
1000x300 |
Other sizes |
|
Conveying capacity (t/h) |
12 |
16 |
35 |
45 |
60 |
120 |
250 |
Contact ATBR |
|
Note 1: The conveying capacity data are based on river sand with a density of 1.6 t/m³, a particle size range of 1–10 mm, a moisture content of 8%, and a cubic particle shape. |
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To provide you with a fast and accurate design solution, we need you to supply the material name, bulk density, conveying capacity, and conveying distance, and, if possible, relevant information on particle size.
Trough configuration:
Stainless steel, carbon steel, titanium, and other metal substrates are available.
Polishing, sandblasting, wire drawing, dot‑peening, and other metal surface finishing processes are available.
Various surface coating processes are available, including PTFE, PFA, ETFE, ECTFE, and more.
A variety of lining materials are available, including UPE, PU, Hardox, PTFE, and surfacing plates.
PTFE/PP/Acrylic... and other non-metallic substrates are available.
High-temperature quartz material is available, making it particularly suitable for high-temperature feeding applications.
For professional users and customers with metalworking capabilities, ATBR offers complete electromagnetic vibration drive systems. We provide engineering consulting, CAD design assistance, finite element analysis (FEA), and technical support to help you integrate our drives into your in-house‑designed trough‑type systems. Our modular drive architecture enables flexible connectivity with customer‑built feeders, hoppers, and conveyors.
|
Model number |
Input Voltage (V) |
Current (A) |
IP protection rating |
Power (W) |
Net weight (kg) |
Load (1) (kg) |
|
FZH-01 |
350-420 |
3 |
IP55 |
1140 |
70 |
30-120 |
|
FZH-02 |
350-420 |
5 |
IP55 |
1900 |
100 |
120-180 |
|
FZH-03 |
350-420 |
7 |
IP55 |
2660 |
150 |
180-260 |
|
FZH-04 |
350-420 |
9 |
IP55 |
3420 |
180 |
260-340 |
|
FZH-05 |
350-420 |
11 |
IP55 |
4180 |
275 |
340-400 |
|
FZH-06 |
350-420 |
15 |
IP55 |
5700 |
320 |
400-580 |
|
FZH-08 |
350-420 |
18 |
IP55 |
6840 |
360 |
580-1100 |
|
FZH-10 |
350-420 |
24 |
IP55 |
9120 |
550 |
1100-1400 |
|
FZH-12 |
350-420 |
27 |
IP55 |
10260 |
640 |
1400-1800 |
|
FZH-15 |
350-420 |
30 |
IP55 |
11400 |
825 |
1800-2200 |
| Note 1: The load refers to the weight of components rigidly attached to the drive unit. For materials with a density below 3 tonnes per cubic meter, the material’s weight may be neglected. For materials with higher densities, please contact ATBR for assistance. | ||||||
FZH High-Efficiency Electromagnetic Vibratory Feeder
The FZH series high-efficiency electromagnetic vibrating feeder features a modular structural design. Its drive‑core components are reinforced through a specialized protective process, and the entire unit is fully enclosed, achieving an IP55 protection rating. It can operate reliably in ambient temperatures ranging from –20°C to 40°C, with custom versions available to meet specific requirements. After extensive testing across diverse industries and with thousands of material types, the FZH series has undergone continuous optimization of its design, resulting in a more compact structure and a conveying capacity that spans from 10 t/h to 1,000 t/h (based on sand with a density of 1.6 t/m³, particle size of 1–10 mm, moisture content of 8%, and cubic‑shaped particles). Compared with conventional feeders, this model achieves a 50% reduction in overall weight and a 40% decrease in energy consumption, while delivering significantly smoother conveying and reducing no‑load operating noise to below 70 dB at 1 meter—a breakthrough improvement. It also meets stringent operational demands in various environments, while simplifying installation, commissioning, and maintenance.
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