HC Series Salt Spreader Equipment
Salt spreader equipments are used for spreading mixture of salt-aggregate and solution materials to prevent icing problems on roads during winter conditions. In order to have more efficient salt spreader trucks , it’s important to adjust amount of de-icer materials spreaded on the road, as well as the width of spreading with respect to altering road and weather conditions. In order to produce successful salt spreading machines which works flawlessly even in case of most harsh conditions, the system must be constructed with a good hydraulic circuit consisting of high quality hydraulic components , an electronic control unit controlling the hydraulics and a robust mechanical structure.
Hopper size changes between 4 to 9 cubic-meter for HC Series Salt Spreader. That series are produced with standard features but various volumes, with respect to carrier vehicle’s capacity and dimensions.
Hopper and Size |
St37 or AISI304 (CrNi) / 4-9 m³ |
Brine Tank |
2200 – 3000 lt. |
Power Source |
NMV gearbox – belt pulley driven from engine |
Controlling Unit |
Electronic command panel inside the cab |
Carrying Vehicle |
Dump box truck with GVW of at least 18t |
Loading Legs
Loading legs are produced in 2 types in accordance with carrier vehicle’s specifications in order to provide quick and easy loading/unloading. Legs are hot galvanized , light but have enough strength to carry the system.
Power Transmission
Salt spreader operates with hydraulic drive, and it uses carrier vehicle’s engine as a source of power. According to the specifications of carrying vehicle, power is transmitted via v-belt pulley mechanism directly from the engine or an oil pump is attached to the NMV gearbox.
Feeding System
HC Series salt spreader has two different type of feeding systems transmitting salt from hopper to the spreading mechanism at the rear side. Providing continuous salt conveying and spreading are done with hydraulic motors.
Chain System
The feeding system is realized by chain with welded cross-bars over a stainless steel sheet.
Rubber belt System
The feeding system is realized by rubber belt driven with traction rollers.
Roller Breaker
Roller breaker which is driven by a hydraulic motor is attached at the exit of feeding system in order to enable continuous material flow from the hopper to the spreading unit, breaking the salt lumps and avoiding the uncontrolled falling.
Asymmetric Salt Spreading
A DC electrical motor attached to the salt spreading system enables asymmetric spreading of materials on the road surface, in other words, spreading can be done mostly to the left side, middle of the road or right side of the road.
Spreading Tray
Spreading tray is produced of stainless materials. To enable homogeneous salt spreading on the road surface spreading tray is equipped with 5 small wings. A controlling unit attached on the spreading tray informs the operator about whether spreading is continuing or not.
Brine System
Brine spreading is done with a volumetric pump driven by a hydraulic motor which is proportionally controlled from the control panel located in driver cab.
Hydraulic System and Control Panel
Hydraulic motors in the system is controlled by proportional controlling valves which are preserved from environmental effects in a closed box. Those proportional valves controls the following hydraulic motors which drive the feeding system, the salt spreading tray, the brine spreading volumetric pump. Proportional valves in the system are controlled from the control panel located inside the driver cab. Besides that, those proportional valves have manual controlling mechanism attached on them.
HC Series Salt Spreader is controlled by a digital display electronic command panel that is attached in the driver cab. Communication between command panel and hydraulic system is constructed with wire with socket connection or wireless with RF (radio-frequency). Spreading adjustment can be automatically controlled with this control panel.
Control panel consist of the following functional buttons and indicators:
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- Truck Mounted Machinery and Equipments Engineering
- Hydraulic Systems, Project and Application Engineering