ViaBlue™ TRI absorbers receive vibrations from vibratingbodies like speakers (such as diaphragms) and devices (such astransformers and reduces them. Through a high pressure concentrated onthree minimum points (peaks), maximum pressure is built up as aconnection point between vibrating bodies and their base. Through theextreme pressure points, the vibrations are eliminated. This leads tovibration absorption.
The functional principle of the TRI Absorber is broken downinto three task areas: 1.) reception of vibrations, 2.) concentration ofthe vibrations received/gathered on three pressure points, 3.)deflection of the absorbed vibrations on the base.
Vibrations are received through the vibration receptiondisk. The vibrations, gathered on three especially hardened spikes(peaks), are transferred via the integrated master disk. The excesspressure creates a maximum of three pressure points. The vibrations areeliminated. In this way, the vibrations of speakers and devices are nottransmitted to furnishings and buildings and do not cause any staticnoise.
A total of 4 absorbers per set are included in delivery. OneTRI absorber consists of: a threaded grounding component, a rotary diskof adjustable height, three steel-hardened spikes (peaks), and ahardened master disk incorporated in a vibration reception disk.Absorbers are used, for example, for acoustic decoupling of the speakercases from the base. In this way, feedback is avoided. Clean acousticsfrom the speaker are thereby ensured. The bass is not transferred tofurnishings and buildings but can develop freely in the room.
Technical specifications:
Basic height: 15 mm
Height adjustments: 1 mm | 2 mm
Max diameter: 30 mm
Max load capacity: 200 KG / set
Colour: black / gold
Number of total parts: 28 pieces
Sản phẩm cùng loại
Giấy phép kinh doanh số : 0313518992 cấp ngày : 03 / 11 / 2015 bởi Sở Kế Hoạch và Đầu Tư TP.Hồ Chí Minh
Người đại diện : Ông
Huỳnh Tín Hinh
Công Ty TNHH Giải Pháp Âm Thanh Ưu Việt
Địa chỉ : 12/1 Đình Tân Khai, P. Bình Trị Đông, Q. Bình Tân, Tp. Hồ Chí Minh
