New dimensions with the NIAGARA T-CLASS®

At bauma 2007 HAVER & BOECKER introduced the
prototype of the new HAVER NIAGARA T-CLASS®. This machine design has since been used continuously and developed further. Today the company looks back on a large number of satisfied customers worldwide.

 

HAVER & BOECKER recently introduced the NIAGARA T-CLASS® with a newly designed drive system, allowing more amplitude/rotary speed combinations than before. This in turn allows small cut sizes to be realized as well as difficult classifying jobs with large cut sizes. Further, the machine is equipped with a newly developed wear-protection system decreasing the replacement time of worn elements, thus reducing downtime.

 

Within the scope of the NIAGARA T-CLASS® concept, screening machines with widths starting at 2.40 meters were built in the first phase of expansion. After the introduction of a time and cost-saving modular construction system, machines with screen decks of almost twice the width (i.e. up to 4.20 m) can be built today at the plant in Münster.

 

A recently built 3.5-deck model D180 3000 x 7200 machine of this type was sold to German engineering and plant designer HAZEMAG in Dülmen. It separates 450 tons of limestone per hour at 25/15/8 and 4 mm. The dimensions of this screening machine are 3 m x 7.2 m, and the total screening surface amounts to 72 m². It weighs about 25 000 kg. In order to achieve the throughput and cut sizes requested by the customer, the NIAGARA T-CLASS® is equipped with two bearings and a 75 kW drive unit. The screening machine is easy to access and to maintain, as the screen deck spacing is capaciously dimensioned. This provides ideal work conditions for the operating personnel.

 

The screen frame of the HSG machines is engineered in a traverse design. The deck structure is clamped onto the frame with a patented retaining bracket and without welded seams. The brackets form the mounting area for the screen panel support system. Through the positioning of the brackets, spacing of the longitudinal supports can be varied. Thanks to bracket shapes with horizontal and vertical mounting areas, this concept can be applied equally well to modular as well as side- or end-tensioned screen media. At the same time, these brackets also support a newly developed wear protection system (HAVER Snap Guard) of modular structure and allowing easy replacement. HAVER & BOECKER demonstrates readiness for the future with their NIAGARA T-CLASS®, and continues to meet their ­customers’ growing requirement for customized solutions.


The Haver Screening Group, Münster (D),
www.haverscreeninggroup.com
x

Related articles:

Issue 04/2011

Multiple cut-points

HAVER NIAGARA M-Class®  – the HAVER & BOECKER solution

1?Fine and very fine screening The NIAGARA M-Class® is a linear vibrating machine with multiple screening decks arranged one above the other, working according to the principle of a throw screening...

more
Issue 10/2022 SPECIAL bauma 2022

HAVER & BOECKER NIAGARA

HAVER & BOECKER NIAGARA introduces the new generation of Niagara T-Class screening machines – a completely revised addition to the series of high quality two bearing vibrating machines. The new...

more

Haver & Boecker Niagara Brand – Expanded Global Mineral Processing Presence

Haver & Boecker has established its global brand Haver & Boecker Niagara to combine the engineering expertise and product portfolios of its three mineral processing locations in Brazil, Canada and...

more
Issue 04/2019 HAVER & BOECKER OHG

HAVER & BOECKER OHG

T?he Wire Weaving, Machinery and Niagara divisions of HAVER & BOECKER will be represented at the POWTECH 2019 with various product highlights. HAVER industrial screens – Square and rectangular...

more
Issue 09/2019 From design to installation

Haver & Boecker Niagara offers turnkey solutions for primary crushing plant systems

H???aver & Boecker Niagara offers turnkey primary crushing plant solutions in a wide variety of configurations for pre-crushing, secondary and tertiary crushing in the mining and aggregates...

more