FBM216 PO922VV   模拟输入模块  8路模拟输入冗余

产品说明

FBM216 PO922VV 通道隔离8路模拟输入冗余-P0922V

支持HART和4-20 mA的模拟输入模块、通道的公共隔离电源以及成对使用时的冗余支持

带HART支持的模拟输入、输出模块，通道的隔离电源和成对使用时的冗余支持

范围说明

功能单元

该参考产品的环境影响代表了使用类似技术开发的该系列其他产品的环境影响。

FBM216 PO922VV模块支持8个模拟输入通道(标准4到20 mA器件和HART设备的任意混合)，并在所有通道的10年寿命内提供公共隔离电源，最大功耗为7W，使用率为100%。

该FBM216 PO922VV通道隔离8模拟输入冗余提出了以下相关的环境方面

制造业

左施耐德电气ISO14001认证的生产现场制造

包装重量为260克，由纸板(96.9%)和PET薄膜(3.1%)组成，根据欧盟的包装指令优化了包装的重量和体积

FBM216 PO922VV模块不需要任何安装操作。

产品不需要特殊的维护操作。

优化寿命结束，减少浪费，并允许回收产品部件和材料

该产品含有电子板(111.3克)，应将其从废物流中分离出来，以优化报废处理。

Product description

FBM216 PO922VV channel isolation 8 analog input redundancy -P0922V

Analog input modules with HART and 4-20 mA support, common isolated power supplies for channels, and redundancy support for paired use

Analog input and output modules with HART support, isolated power supply for channels and redundancy support for paired use

Scope declaration

Functional unit

The environmental impact of this reference product is representative of the environmental impact of other products in the family developed using similar technologies.

The FBM216 PO922VV module supports eight analog input channels (any mix of standard 4 to 20 mA devices and HART devices) and provides a common isolated power supply over the 10-year lifetime of all channels, with a maximum power consumption of 7W and 100% utilization.

The FBM216 PO922VV channel isolation 8 simulated input redundancy presents the following related environmental aspects

Manufacturing industry

Left Schneider Electric ISO14001 certified production site manufacturing

The package weighs 260 grams and consists of cardboard (96.9%) and PET film (3.1%), with the weight and volume of the package optimized in accordance with the EU's Packaging Directive

The FBM216 PO922VV module does not require any installation operations.

Products do not require special maintenance operations.

Optimize end of life, reduce waste, and allow product parts and materials to be recycled

The product contains electronic plates (111.3 grams), which should be separated from the waste stream to optimize end-of-life disposal.