- 全拉出滑轨与 AvanTech YOU 臻我超薄金属抽屉系统或带滑轨连接件的木抽配合使用
- 集成式静音阻尼系统
- 免工具高度调节：可达 + 3 mm
- 选配：阻尼易按开推弹装置
- 选配：同步装置/多同步装置，用于推弹功能
- 选配：尾部固定支架/拉出定位装置
- 承重 XS（10 kg）/ M（30 kg）
- 平台概念：使用推入式安装的 Quadro 跨卓部分拉出和全拉出滑轨，无需更改柜体、抽屉和面板尺寸
- 适用于侧板厚度不超过 16 mm 的抽屉
- 承重符合 EN 15338 三级标准
- 镀锌钢
建议：
- 木质抽屉滑轨连接件须单独订购
- 用于 Quadro 跨卓 V6 YOU 阻尼滑轨的阻尼易按开推弹装置须单独订购
- 阻尼易按开推弹装置可单独订购，用于同步装置/多同步装置
- 木质抽屉尾部固定支架可单独订购
- 使用尾部固定支架时，抽屉长度需减少 10 mm（标准长度 - 20 mm）
Hettich CAD
Hettich Technical Assistant
Product page (CatalogueBrowser TECHNOLOGY AND INNOVATIONS)Load class
Номинальная длина
Cторона монтажа
Тип открывания/закрывания
Кол-во в упаковке
Артикул
Added to Your Shopping Cart
Technical details
| Belastingsklasse | M (30 kg) |
| Nominale lengte | 550 mm |
| Aanslagzijde | rechts |
| Comforteigenschappen |
Silent System Push to open Silent compatibel |
| Schuiflade lengte SKL | 540 |
| Belastbaarheid kg | 30 kg |
| Inbouwbreedte EB | 21 |
| Gatenafstand b1 | 256 mm |
| Soort geleiding | Onzichtbare geleiding |
| Soort uittrekking | Volledig uittrekbare ladegeleider |
| Soort montage | om op te schuiven |
| Minimale inbouwdiepte | 553 mm |
| Inbouwbreedte (ladezijwand dikte) | EB 21 (ladezijwand dikte ≤ 16 mm) |
| Componenten | Uittrekbare ladegeleiders |
| Varianten | Componenten |
| Materiaal | staal |
| EAN | 4023149769054 |
| Bestelnr. | 9256877 |
| VE | 20 Stuks |
Adres van de producent
Hettich Marketing- und Vertriebs GmbH & Co. KG
Anton-Hettich-Straße 12-16
32278 Kirchlengern
Duitsland
Contact: info@hettich.com
Installation instructions & Processing information
Safety instructions
|
Follow instructions |
|
Warning of pinching and crushing edges. Do not reach into open door gaps or fitting openings. |
|
Warning against pointed and sharp objects |
|
Not suitable for children under 3 years. Risk of swallowing due to small parts. |
|
Caution! Ensure a suitable choice of material. |
|
Attention! Only suitable for indoor use and the usual climatic conditions there |
|
Attention shipping packaging! Fittings may fall out if opened carelessly. |
|
Warning against incorrect assembly due to the use of incorrect tools. |