bauer pivot

H.T-BAUER attaches great importance with regard to the highest quality in design and choice of all components for the H.T-BAUER pivot system, to ensure that the system meets the consistent demands over many years. Statics and design of the entire system are such that the system's functionality is guaranteed even under the most demanding conditions, i.e. heavy soil, heavily intersected terrain and extreme weather conditions. At the same time, simple handling from set-up to repair and maintenance is another criterion for which H.T-BAUER is internationally appreciated.

Pivot tower

Sturdy structure on four legs with broad support ; Pivot tower angle 108*108; C-profile for increased structural strength; Broad support plates with large support surface area; Entire pivot tower is hot dip galvanized; Double lip seal for no leakage.

spans-Trussing

4 tube diameters for wide application range (50 -500m3 /h),optimum adjustment for lowest operating cost;Just one tube length ( 5.85m ) for easy assembly and transportation truss rods, diam. 20mm , with high tensile strength and large safety reserves Just one truss rod design for all machine and model dimensions and span lengths Even arc shape of the trussing ensures high degree of stability.

Drive towers-wheel base

Drive tower bracing angle 100*75 for high torsion resistance; Large-dimension wheel base drive tower heights for optimum adjustment to different crops; Wheel base brackets with bracing; Highly stable stand thanks to extremely wide wheel base; Permissible slope: up to 15%.

Gear motors

High-torque motor with thermal overload protection

Enclosed moisture-proof motor

High-efficiency spur gear

Shaft seal with specific dirt-repellent profile

Types: 40:1/(0.55kw; 0.75kw; 0.9kw; 1.1kw)

Nozzles

Depending on crop type, climatic conditions and growth phase, every plant has varying irrigation and fertilizer requirements. The wide range of nozzles makes precise control of water and fertilizer amounts possible. Thus, the H.T-BAUER Pivot System ensures high yield and economical utilization of cultivated land.