Jiaozuo Zhongxin Heavy Industrial Machinery Co.,Ltd.
+86 13676922906 | 0086-371-67660555 | sales@zxcrusher.com |

ZSWT Series Vibrating Feeder

Max feed size
580-1400MM
Capacity
120-1500TPH

Components: feeding trough, vibrator, spring supports, drive mechanism, etc.

Wear parts: Screen bars, bottom liner plates, side liner plates, springs, V-belts.

Share To
Whatsapp/Wechat:
+86-13676922906
  • WhatsAppWhatsApp
  • WeChatWeChat
Chat Online Product Inquiry
Multi Cylinder Hydraulic Cone Crusher
● 15s Quick consultation | ● 1h Technical guidance | ● 32h Quotation + drawing | ● 365d Exclusive customer service
Get price list

What is the ZSWT Vibrating Feeder?

The ZSWT series vibrating feeder utilizes the centrifugal force generated by the rotation of eccentric shafts within the vibration exciter to drive movable components—such as the feeder trough and the exciter itself—in a continuous, forced circular or near-circular motion.
The vibrating feeder consists of a feeding trough, a vibration exciter, spring supports, and a drive mechanism. The vibration exciter serves as the vibration source and comprises two eccentric shafts (a driving shaft and a driven shaft) and a gear pair; an electric motor drives the driving shaft via V-belts, and the gear on the driving shaft meshes with the gear on the driven shaft to rotate it. The simultaneous counter-rotation of the driving and driven shafts causes the trough to vibrate, facilitating the continuous flow of material and thereby achieving the goal of material conveyance.

Monoblock Dual-Eccentric Shaft Exciter

Gear-synchronized monoblock exciter ensuring a stable trajectory and zero startup torsional stress.

Stepped Grizzly Bars for Zero Clogging

Stepped grizzly configuration with drop-height gaps for natural tumbling, preventing sticky ore clogging

Heavy-Duty Composite Spring Damping

High-stiffness composite rubber and coil spring system to absorb huge impacts and protect foundations.

Pre-Engineered Modular Drive Base

Pre-aligned modular steel drive base with integrated motor frame, cutting onsite installation time by 50%.

Wide-Temperature & Harsh Environment Adaptability

Low-alloy high-strength steel and special seals optimized for extreme climates (-40°C to +50°C).

What are the features of the ZSWT vibrating feeder?

High capacity means fewer units are needed to accomplish the same production task, reducing equipment investment and maintenance costs. The grizzly vibrating feeder section features not only adjustable gaps but also fine-tunable installation angles. Operators can calibrate the screen-through rate based on the fluctuating proportions of soil and fine sand in raw materials, thereby maximizing the effective crushing efficiency of the downstream primary jaw crusher.

What are the advantages and installation considerations for the ZSWT vibrating feeder?

The eccentric shaft is forged from high-quality carbon structural steel. It undergoes CNC turning followed by heat treatment (quenching and tempering), CNC precision machining, and ultrasonic flaw detection. Finally, it is finished on a cylindrical grinder to meet design specifications.

The mating faces and mounting holes at both ends of the main housing are machined using high-precision CNC boring and milling machines, ensuring perpendicularity and parallelism during the installation of the bearing housings.

The two gears within the exciter are manufactured using high-precision machine tools. Each production step is strictly monitored by the Quality Control Department to ensure that, upon meshing, the gears operate without looseness or abnormal noise.

During installation, ensure the equipment is level across its width to prevent material drift. Maintain a clearance of at least 100mm from surrounding structures—such as steel frames or guide chutes—to avoid collisions that could disrupt normal operation.

During operation, regularly monitor the vibration amplitude, motor current, and motor surface temperature. Ensure uniform amplitude at both ends, absence of lateral swaying, and stable motor current.

Frequently inspect all connecting bolts and replace any that show signs of severe wear.

For grease-lubricated exciters, apply grease regularly to prevent bearing damage caused by insufficient lubrication.

What is the working principle of the ZSWT vibrating feeder?

The ZSWT series feeder utilizes the centrifugal force generated by an exciter to induce forced, continuous circular (or near-circular) motion in movable components such as the trough body. The exciter consists of two eccentric shafts (a drive shaft and a driven shaft) and a gear pair; an electric motor drives the drive shaft via V-belts, and the gear on the drive shaft meshes with the gear on the driven shaft to rotate it. The two shafts rotate simultaneously in opposite directions, causing the trough body to vibrate. The ultimate objective is to ensure a continuous flow of material, thereby achieving the goal of material conveyance.

Utilizing a monoblock dual-eccentric shaft exciter forced into synchronization by high-precision gears to ensure a highly stable linear vibration trajectory. Compared to conventional piecemeal eccentric blocks, this design guarantees smoother operation and eliminates torsional stress during heavy-load startups.

Highly compact design with deeply optimized footprint geometries makes it not only a staple for fixed operations but also a perfect retrofittable fit for heavy-duty tracked or wheeled mobile crushing plants.

Features centralized lubrication points and minimal wear components, allowing operators to complete routine daily checks within 10 minutes to eliminate costly, non-productive downtime.

Product Photos

Industrial Machinery
Industrial Machinery
Industrial Machinery
Industrial Machinery
Industrial Machinery
Industrial Machinery
Industrial Machinery
Industrial Machinery
Industrial Machinery

Specification

ModelMaxfeedsize
(mm)		Capacity
(t/h)		Motor power
(kw)		Overal dimensions
(mm)		Weight(kg)SizeofFunnel(mm)
ZSWT490×110580120-300154957×2371×212556184900×1100
ZSWT600×130750400-660376080×2671×197083506000×1300
ZSWT600×160800460-800376086×3050×213090006000×1600
ZSWT600×2001400600-1500453080×4094×1810150946000×2000

Our Case

Jiaozuo Zhongxin® provides advanced crushing and screening equipment for industries involved in rock and mineral processing. From individual machines to mobile crushing units and complete processing plants, our solutions are designed to meet diverse production needs, supported by professional technical service and reliable after-sales support.

300 TPH Heavy-Duty Mountain Stone Crushing Plant in Indonesia
300 TPH Heavy-Duty Mountain Stone Crushing Plant in Indonesia
1000TPH Mountain Stone Crushing Plant In Middle East
1000TPH Mountain Stone Crushing Plant In Middle East
350TPH Pebble Crushing Plant
350TPH Pebble Crushing Plant

Common Problems

This section is designed to address the most pressing inquiries customers may have regarding the daily operation, maintenance, product advantages, and after-sales service of our crushing and screening equipment. Our aim is to help you gain a comprehensive understanding of our overall capabilities and enable you to make informed decisions for your projects.

This is primarily to achieve scalping. Run-of-Mine (ROM) ore naturally contains dirt, fines, and undersized rocks that already meet size requirements. A grizzly vibrating feeder allows these fines to bypass the crushing chamber by dropping through the gaps. This not only increases the crusher's effective capacity by 20%-30% but also drastically reduces unnecessary wear on the jaw dies and prevents mud from packing and stalling the crusher.

Standard parallel bars easily clog when handling sticky, clay-rich ores. The solution is using a stepped and diverging grizzly bar design. These bars are wider at the discharge end than at the feed end (wedge-shaped) and have a tapered cross-section. Because the gap continuously widens, sticky lumps that get momentarily wedged are automatically vibrated loose and pushed forward, resulting in excellent self-cleaning action.

Modern beneficiation plants solve this via electrical interlocking and VFD closed-loop control. The vibrating feeder's Variable Frequency Drive is linked to the crusher's motor current monitor (or a cavity level radar). When the crusher's current spikes (indicating a full chamber), the vibrating feeder automatically slows down. If the crusher trips and shuts down unexpectedly, the vibrating feeder is instantly cut off via an interlock, preventing a catastrophic bury-out of the equipment.

The grizzly gap setting is directly dictated by the downstream crusher's settings. The golden rule: The grizzly gap should be set to 75% to 100% of the crusher's Closed Side Setting (CSS). If the gap is wider than the CSS, large slabby rocks might bypass the grizzly vibrating feeder and cause severe blockages when hitting the downstream conveyor belts or secondary crushers.

The ZSWT series is an enhanced upgrade of the ZSW series, featuring a stepped grizzly bar design and higher processing capacity. The stepped structure allows materials to undergo repeated "throwing-falling" motion during conveying, enabling fine particles and impurities to be pre-screened through the grizzly gaps more effectively, preventing material blockage. In terms of capacity, the ZSWT can handle a maximum feed size of up to 1400mm with processing capacity reaching 1500t/h, making it suitable for large-scale primary crushing lines

Traditional flat grizzly feeders tend to suffer from bridging and blockage when handling wet, sticky, or fine materials. The stepped structure of ZSWT causes materials to be continuously thrown up and dropped during forward movement, creating a "vibration loosening effect." Fine materials are more likely to fall through the grizzly gaps at the moment of dropping, while large blocks are pushed forward by the steps into the jaw crusher. This design essentially adds a "tumbling" action to the material flow, significantly reducing blockage probability

Yes. The ZSWT series features an adjustable grizzly gap design, allowing users to modify the spacing between grizzly bars based on material characteristics and downstream crusher requirements. Wider gaps allow more fines to be pre-screened, reducing the amount of fine material entering the crusher and improving crushing efficiency. Narrower gaps result in relatively higher feed rates. This flexibility enables ZSWT to adapt to different ore types and operating conditions

Sudden amplitude reduction is usually caused by the following reasons, listed by inspection priority: Inconsistent eccentric block angles on two vibrating motors — Check and adjust to consistent angles Insufficient excitation force — Loosen the movable eccentric block bolts and adjust the phase of the two eccentric blocks (maximum force when phases overlap) Insufficient base rigidity — Base plate too thin or improperly leveled, absorbing vibration energy Aged or cracked rubber springs — Check main vibration springs and isolation springs for cracks Motor wiring issues — Inconsistent rotation direction of the two motors; reverse wiring on one motor to ensure opposite rotation

COMPREHENSIVE SERVICE & GENUINE SPARE PARTS

Zhongxin Heavy Industry provides not only high-performance equipment but also full life-cycle support solutions.

Service
Service
Full-Spectrum Supply of Genuine OEM Parts

100% precision-machined genuine OEM spare parts. From gears and eccentric shafts to fasteners, we guarantee a flawless fit for your ZSWT feeder to fully restore factory-level performance and rigidity.

Service
Customizable & Retrofittable Stepped Grizzly Bars

Custom-engineered stepped grizzly bar retrofits with tailored spacing and inclinations based on your fluctuating ore sizing and clay content, continuously optimizing downstream primary jaw crusher efficiency.

Service
Preventative Maintenance Plans & Systematic Operator Training

Tailored weekly/monthly/annual preventative maintenance profiling, combined with professional on-site training for operators covering exciter lubrication, spring inspections, and early-stage symptom identification.

Online Whatsapp
Wechat
Email Message TOP
Wechat
+86-13676922906
We use cookie to improve your online experience. By continuing to browse this website, you agree to our use of cookie.

Cookies

Please read our Terms and Conditions and this Policy before accessing or using our Services. If you cannot agree with this Policy or the Terms and Conditions, please do not access or use our Services. If you are located in a jurisdiction outside the European Economic Area, by using our Services, you accept the Terms and Conditions and accept our privacy practices described in this Policy.
We may modify this Policy at any time, without prior notice, and changes may apply to any Personal Information we already hold about you, as well as any new Personal Information collected after the Policy is modified. If we make changes, we will notify you by revising the date at the top of this Policy. We will provide you with advanced notice if we make any material changes to how we collect, use or disclose your Personal Information that impact your rights under this Policy. If you are located in a jurisdiction other than the European Economic Area, the United Kingdom or Switzerland (collectively “European Countries”), your continued access or use of our Services after receiving the notice of changes, constitutes your acknowledgement that you accept the updated Policy. In addition, we may provide you with real time disclosures or additional information about the Personal Information handling practices of specific parts of our Services. Such notices may supplement this Policy or provide you with additional choices about how we process your Personal Information.


Cookies

Cookies are small text files stored on your device when you access most Websites on the internet or open certain emails. Among other things, Cookies allow a Website to recognize your device and remember if you've been to the Website before. Examples of information collected by Cookies include your browser type and the address of the Website from which you arrived at our Website as well as IP address and clickstream behavior (that is the pages you view and the links you click).We use the term cookie to refer to Cookies and technologies that perform a similar function to Cookies (e.g., tags, pixels, web beacons, etc.). Cookies can be read by the originating Website on each subsequent visit and by any other Website that recognizes the cookie. The Website uses Cookies in order to make the Website easier to use, to support a better user experience, including the provision of information and functionality to you, as well as to provide us with information about how the Website is used so that we can make sure it is as up to date, relevant, and error free as we can. Cookies on the Website We use Cookies to personalize your experience when you visit the Site, uniquely identify your computer for security purposes, and enable us and our third-party service providers to serve ads on our behalf across the internet.

We classify Cookies in the following categories:
 ●  Strictly Necessary Cookies
 ●  Performance Cookies
 ●  Functional Cookies
 ●  Targeting Cookies


Cookie List
A cookie is a small piece of data (text file) that a website – when visited by a user – asks your browser to store on your device in order to remember information about you, such as your language preference or login information. Those cookies are set by us and called first-party cookies. We also use third-party cookies – which are cookies from a domain different than the domain of the website you are visiting – for our advertising and marketing efforts. More specifically, we use cookies and other tracking technologies for the following purposes:

Strictly Necessary Cookies
These cookies are necessary for the website to function and cannot be switched off in our systems. They are usually only set in response to actions made by you which amount to a request for services, such as setting your privacy preferences, logging in or filling in forms. You can set your browser to block or alert you about these cookies, but some parts of the site will not then work. These cookies do not store any personally identifiable information.

Functional Cookies
These cookies enable the website to provide enhanced functionality and personalisation. They may be set by us or by third party providers whose services we have added to our pages. If you do not allow these cookies then some or all of these services may not function properly.

Performance Cookies
These cookies allow us to count visits and traffic sources so we can measure and improve the performance of our site. They help us to know which pages are the most and least popular and see how visitors move around the site. All information these cookies collect is aggregated and therefore anonymous. If you do not allow these cookies we will not know when you have visited our site, and will not be able to monitor its performance.

Targeting Cookies
These cookies may be set through our site by our advertising partners. They may be used by those companies to build a profile of your interests and show you relevant adverts on other sites. They do not store directly personal information, but are based on uniquely identifying your browser and internet device. If you do not allow these cookies, you will experience less targeted advertising.

How To Turn Off Cookies
You can choose to restrict or block Cookies through your browser settings at any time. Please note that certain Cookies may be set as soon as you visit the Website, but you can remove them using your browser settings. However, please be aware that restricting or blocking Cookies set on the Website may impact the functionality or performance of the Website or prevent you from using certain services provided through the Website. It will also affect our ability to update the Website to cater for user preferences and improve performance. Cookies within Mobile Applications

We only use Strictly Necessary Cookies on our mobile applications. These Cookies are critical to the functionality of our applications, so if you block or delete these Cookies you may not be able to use the application. These Cookies are not shared with any other application on your mobile device. We never use the Cookies from the mobile application to store personal information about you.

If you have questions or concerns regarding any information in this Privacy Policy, please contact us by email at . You can also contact us via our customer service at our Site.