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715 Shangtang Comprehensive Office Building, Intersection of Gongye West Road and Zhonghuan Road, Longhua District, Shenzhen
Shenzhen Chenpeng Automation Technology Co., Ltd
715 Shangtang Comprehensive Office Building, Intersection of Gongye West Road and Zhonghuan Road, Longhua District, Shenzhen
RELIANCE isolatorREB1IS-223D。 Isolators, also known as signal isolators, are important components of industrial control systems. RELIANCE active isolators REB1IS-223D and REB11S-223D, item number 763083, are made of corrosion-resistant nylon. The circuit printed board has undergone anti-corrosion treatment and can work in environments with dust and metal dust.
RELIANCE isolatorThis product is powered by a 24VDC power supply.
REB1IS-223D
RES72R-90 IN220VDC 4Z
763083
REB1IS-223D
RSP21-15-9
RES72R-65IN 220VDC4Z
Power consumption refers to the amount of electrical energy consumed by an isolator during operation. It involves the heat generation of the product during operation, which is closely related to the service life, reliability, appearance, and installation method of the isolator. When selecting isolators, products with low power consumption should be chosen. The circuit design of the isolator adopts a new technology, which is adaptive load technology that allows the output part to dynamically adjust the output power according to the size of the load; Current mutual inductance power compensation technology for isolated parts; Parameter based switching power supply technology for the power supply section. The linearity and accuracy of optical isolation can only rely on the technical specifications provided by the device manufacturer, and there are few ways for designers to adjust them, nor can they exceed the technical specifications provided by the manufacturer. Due to high power consumption, optoelectronic isolation cannot achieve passive isolation. Magnetic isolation modes include current mutual inductance mode, current mutual inductance feedback mode, voltage mutual inductance mode, voltage mutual inductance feedback mode, current mutual inductance power compensation mode, etc. The current mutual inductance power compensation mode is a relatively power consumption mode.


