VRV trough vibrating feeder
------for conveying, dosing and discharging
VRV trough vibrating feeder are suitable for conveying and dosing the majority of bulk materials with a wide range of grain sizes. Vibratory feeders are widely used in metallurgy (iron and steel, casting) industry, hardware industry, plastic industry, building materials industry, dock industry, coal industry, etc.
Advantages
✔ Welded feeder trough, using VRV unbalance motor drive(s), electro-magnetic vibrator drive(s) or exciter drive(s)
✔ Open design or enclosed dust tight design
✔ Wear plate of different materials available
✔ Gate valve, rod valve, special measurement or special discharging outlet can be added on the basis of vibratory feeders
✔ The structural diversity satisfies different working conditions
✔ Available for heavy duty applications
Key Data
Nominal length up to 9,000 mm
Nominal width up to 3,500 mm
Drive VRV electromagnetic vibrator, unbalanced motor
FAQ
Q1. How to choose the right equipment ？
A: VRV suggest you provide us the information of bulk material need to be handled, including the material parameters so that our technical staff will provide the most appropriate advice
Q2. Can I buy just one equipment?
A: Yes, there is no quantity limitation. We offer not only individual equipment, but also customize production lines for enterprises.
Q3. What’s your delivery time?
A: It depends on equipment. Normally it will take 1 to 3 months.
Q4. What’s your price terms and payment terms?
A: We accept EUR and USD,
Q5. How to guarantee the quality?
A: VRV marks every equipment with unique serial number, by which design parameters can be easily traced and after-service can be ensured in years. VRV takes responsible for every equipment perpetually.
Any issues occurred during the life cycle of VRV vibratory equipment will be analyzed by our engineers thus to find out the optimal solution. Our company is also willing to assist customer’s field experts and maintenance engineers and provide our test data and advices to help them solve problems.
