Добро пожаловать в GoBozor
Цена от
291 528 so'm
Спецификация
Гарантия доставки и возврата
Опоздаем на 45 дней, получите заказ бесплатно. Подробнее
Служба поддержки
Ответим на любые вопросы каждый день.
Безопасная оплата
Примем оплату картой или в рассрочку
Доступна рассрочка
О товаре
Характеристики
Инженерный пластик, металл
Дунгуань
12V-40V
1080P
2W
нейтральный
Универсальный
Пластик/металл
нет
камера стоп-сигнала
1kg
IP69
50HZ
положительное изображение
CVBS/AHD
170 градусов
нет
является
Описание
提示:
1 - 航空头接口默认不配延长线,如需要配延长线,请联系客服。
2 - 以上价格不含税。若需开票请联系客服。
3 - CVBS信号默认用AV接口(RCA)和默认工作电压12-36V, AHD信号默认用航空头接口和默认工作电源12V。 支持定制修改配置。
AHD Camera Features:
• 1920*1080P effective pixels ( Optional )
• AHD Technology ( Only support AHD monitor )
• Top AHD Chip
• Waterproof
• No Color Cast
• 2000000 pixels
• New body material: High quality stainless steel, aluminium alloy. Anti Scratch.
• IR Night Vision: Infrared night vision cameras are mainly used in a dark environment with no visible light or low light level. Using an infrared emission device to actively project infrared light onto an object, and the infrared light enters the lens for imaging after being reflected by the object. At this time, what we see is the picture made by the reflection of infrared light, not the picture made by the reflection of visible light. At this time, we can take pictures in invisible dark environment.
Характеристики
Инженерный пластик, металл
Дунгуань
12V-40V
1080P
Описание
提示:
1 - 航空头接口默认不配延长线,如需要配延长线,请联系客服。
2 - 以上价格不含税。若需开票请联系客服。
3 - CVBS信号默认用AV接口(RCA)和默认工作电压12-36V, AHD信号默认用航空头接口和默认工作电源12V。 支持定制修改配置。
AHD Camera Features:
• 1920*1080P effective pixels ( Optional )
• AHD Technology ( Only support AHD monitor )
• Top AHD Chip
• Waterproof
• No Color Cast
• 2000000 pixels
• New body material: High quality stainless steel, aluminium alloy. Anti Scratch.
• IR Night Vision: Infrared night vision cameras are mainly used in a dark environment with no visible light or low light level. Using an infrared emission device to actively project infrared light onto an object, and the infrared light enters the lens for imaging after being reflected by the object. At this time, what we see is the picture made by the reflection of infrared light, not the picture made by the reflection of visible light. At this time, we can take pictures in invisible dark environment.