The Delilah D Series offers efficient, reliable solutions for spreading various materials with precision. Designed with advanced rotor technology and robust build quality, the range includes models D10, D12, and D15, each tailored to different capacity needs. With features like 800mm rotors, keyway sprockets, and durable construction, the D Series ensures consistent performance, reduced maintenance, and long-term reliability, making it ideal for agricultural operations of all sizes.
The swivel feature allows for multidirectional movement, providing enhanced manoeuvrability when towing. This is especially valuable when navigating tight corners or uneven terrain.
The PTO can remain engaged during headland turns, all thanks to the wide-angle joint. It is important to be aware that the manufacturer discourages turning with the PTO under load.
Hydraulically driven floor with heavy-duty 32t calibrated 16mm grade 80 chain with individual tensioning and a full-width floating floor slat gives an even spreading rate and prevents bridging.
The 6-teeth floor sprocket features a keyway connection and bolt-on design, allowing easy replacement without shaft removal. It reduces wear by up to 20% compared to 5-teeth sprockets, enhancing durability and simplifying maintenance.
The RT500 Gearbox, fitted on D10 and D12 models and RT800 on D15 includes a 65mm floor shaft with a unique 30-spline design to Richard Western spreaders for superior engagement. An adjustable relief valve adds protection.
The rubber cushion drive coupling is specially developed to reduce shock loads to the auger drive gearbox.
D Series have 60 heat-treated BORON (50mmx12mm) tips fitted on a spreader, we use 2 different tip designs, twisted and straight 30 of each and arranged in a staggered formation to produce a constant rotor load and uniform distribution of shredded material.
Our 800mm rotors, with five spiral flights of 10mm heat-treated BORON steel and a 195mm rotor tube, ensure superior shredding performance. The larger tube minimizes vibration, enhancing efficiency and reliability in operation.