YBD-TCT,YBD-TCTAA4A4D,YBD-TCTAA4A4A2,YBD-TCTAA4A4A1,T型热电偶温度变送器

YBD-TCT,YBD-TCTAA4A4D,YBD-TCTAA4A4A2,YBD-TCTAA4A4A1,T型热电偶温度变送器

YBD-TCTAA4V2A2,YBD-TCTAA4V2A1,YBD-TCTAA4V2D2,YBD-TCTAA4V2D1,YBD-TCTAA4V2Y,

YBD-TCTAA4V3D,YBD-TCTAA4V3A2,YBD-TCTAA4V3A1,YBD-TCTAA4V3D2,YBD-TCTAA4V3D1,

YBD-TCTAA4V3Y,YBD-TCTAA4YD,YBD-TCTAA4YA2,YBD-TCTAA4YA1,YBD-TCTAA4YD2,

YBD-TCTAA4YD1,YBD-TCTAA4YY,YBD-TCTAA2A4D,YBD-TCTAA2A4A2,YBD-TCTAA2A4A1,

YBD-TC热电偶温度变送器用途：
YBD-TC型热电偶温度变送器用途：
YBD-TC型热电偶温度变送器可对分度号为T、E、J、K、N、R、S、B型温度传感器输出的热电偶温度信号进行精确测量，经隔离，变送，传输，转换成标准备的模拟信号输出。可将一路信号分配成两路。可直接与显示仪表相接，同时亦可以与PLC，DCS，各种A/D转换器以及计算机系统相接。广泛运用于机械，电力，铁路，石化，冶金，化工，食品，污水处理行业的自动化系统中。

YBD-TC型热电偶温度变送器特点
测量：T、E、J、K、N、R、S、B等。
精度：≤0.2%RO
隔离方式：输入、输出1、输出2、电源四方隔离，抗干扰强
输出：4~20mAdc,0~10Vdc,1~5Vdc,0~20mAdc
工作电源：DC24V，DC220V，DC110V，AC220V等
全智能数字化，单片机校正
环境温度、测量零点、冷端温度（内部）自动补偿；

YBD-TC型热电偶温度变送器技术参数
响应时间：≤400mSec.
冷端温度补偿准确度：±1℃
测量热电阻时允许的引线电阻：≤50Ω
输出负载：电流输出时≤750Ω；电压输出时≥1KΩ
电源功耗：直流供电<0.3W；交流供电<0.4VA
外壳：ABS工程塑料
耐压强度：AC2KVrms/min
绝缘阻抗：≥100MΩ，DC500V
工作环境温湿度：-10℃~55 ℃ ，<80%相对湿度
储存环境温湿度：-20℃~70 ℃ ，<70%相对湿度
外型尺寸：100mm(长）×22mm（宽 ）×112mm（高）
安装方式：标准35mm导轨
重量：<200克

YBD-TC热电偶温度变送器选型示意图：

企业型号	功能代码	输入代码	输出1代码	输出2代码	输助电源
YBD-TC	T：T型热电偶	A：0-400℃	A4：4-20mA	A4：4-20mA	D：DC24V
	E：E型热电偶	B：0-6000℃	A2：0-20mA	A2：0-20mA	A2：AC220V
	J：J型热电偶	C：0-800℃	A1：0-10mA	A1：0-10mA	A1：AC110V
	K：K型热电偶	D：0-1100℃	V0：1-5V	V0：1-5V	D2：DC220V
	N：N型热电偶	E：0-1300℃	V1：0-10V	V1：0-10V	D1：DC110V
	R：R型热电偶	F：0-1400℃	V2：1-10V	V2：1-10V	Y：特殊订制
	S：S型热电偶	G：0-1800℃	V3：0-5V	V3：0-5V
	B：B型热电偶	Y：特殊订制	Y：特殊订制	N：NO
				Y：特殊订制

 

YBD-TCTAV3V0D,YBD-TCTAV3V0A2,YBD-TCTAV3V0A1,YBD-TCTAV3V0D2,YBD-TCTAV3V0D1,

YBD-TCTAV3V0Y,YBD-TCTAV3V1D,YBD-TCTAV3V1A2,YBD-TCTAV3V1A1,YBD-TCTAV3V1D2,

YBD-TCTAV3V1D1,YBD-TCTAV3V1Y,YBD-TCTAV3V2D,YBD-TCTAV3V2A2,YBD-TCTAV3V2A1,

YBD-TCTAV3V2D2,YBD-TCTAV3V2D1,YBD-TCTAV3V2Y,YBD-TCTAV3V3D,YBD-TCTAV3V3A2,

YBD-TCTAV3V3A1,YBD-TCTAV3V3D2,YBD-TCTAV3V3D1,YBD-TCTAV3V3Y,YBD-TCTAV3YD,

YBD-TCTAV3YA2,YBD-TCTAV3YA1,YBD-TCTAV3YD2,YBD-TCTAV3YD1,YBD-TCTAV3YY,

YBD-TCTAYA4D,YBD-TCTAYA4A2,YBD-TCTAYA4A1,YBD-TCTAYA4D2,YBD-TCTAYA4D1,

YBD-TCTBV0V0D1,YBD-TCTBV0V0Y,YBD-TCTBV0V1D,YBD-TCTBV0V1A2,YBD-TCTBV0V1A1,

YBD-TCTBV0V1D2,YBD-TCTBV0V1D1,YBD-TCTBV0V1Y,YBD-TCTBV0V2D,YBD-TCTBV0V2A2,

YBD-TCTBV0V2A1,YBD-TCTBV0V2D2,YBD-TCTBV0V2D1,YBD-TCTBV0V2Y,YBD-TCTBV0V3D,

YBD-TCTBV0V3A2,YBD-TCTBV0V3A1,YBD-TCTBV0V3D2,YBD-TCTBV0V3D1,YBD-TCTBV0V3Y,

YBD-TCTBV0YD,YBD-TCTBV0YA2,YBD-TCTBV0YA1,YBD-TCTBV0YD2,YBD-TCTBV0YD1,

YBD-TCTBV0YY,YBD-TCTBV1A4D,YBD-TCTBV1A4A2,YBD-TCTBV1A4A1,YBD-TCTBV1A4D2,

YBD-TCTCA2A2A1,YBD-TCTCA2A2D2,YBD-TCTCA2A2D1,YBD-TCTCA2A2Y,YBD-TCTCA2A1D,

YBD-TCTCA2A1A2,YBD-TCTCA2A1A1,YBD-TCTCA2A1D2,YBD-TCTCA2A1D1,YBD-TCTCA2A1Y,

YBD-TCTCA2V0D,YBD-TCTCA2V0A2,YBD-TCTCA2V0A1,YBD-TCTCA2V0D2,YBD-TCTCA2V0D1,

YBD-TCTDV0A1Y,YBD-TCTDV0V0D,YBD-TCTDV0V0A2,YBD-TCTDV0V0A1,YBD-TCTDV0V0D2,

YBD-TCTDV0V0D1,YBD-TCTDV0V0Y,YBD-TCTDV0V1D,YBD-TCTDV0V1A2,YBD-TCTDV0V1A1,

YBD-TCTDV0V1D2,YBD-TCTDV0V1D1,YBD-TCTDV0V1Y,YBD-TCTDV0V2D,YBD-TCTDV0V2A2,

YBD-TCTDV0V2A1,YBD-TCTDV0V2D2,YBD-TCTDV0V2D1,YBD-TCTDV0V2Y,YBD-TCTDV0V3D,

YBD-TCTEV2V3D,YBD-TCTEV2V3A2,YBD-TCTEV2V3A1,YBD-TCTEV2V3D2,YBD-TCTEV2V3D1,

YBD-TCTEV2V3Y,YBD-TCTEV2YD,YBD-TCTEV2YA2,YBD-TCTEV2YA1,YBD-TCTEV2YD2,

YBD-TCTEV2YD1,YBD-TCTEV2YY,YBD-TCTEV3A4D,YBD-TCTEV3A4A2,YBD-TCTEV3A4A1,

YBD-TCTEV3A4D2,YBD-TCTEV3A4D1,YBD-TCTEV3A4Y,YBD-TCTEV3A2D,YBD-TCTEV3A2A2,

YBD-TCTYYV0A1,YBD-TCTYYV0D2,YBD-TCTYYV0D1,YBD-TCTYYV0Y,YBD-TCTYYV1D,

YBD-TCTYYV1A2,YBD-TCTYYV1A1,YBD-TCTYYV1D2,YBD-TCTYYV1D1,YBD-TCTYYV1Y,

YBD-TCTYV3A2A1,YBD-TCTYV3A2D2,YBD-TCTYV3A2D1,YBD-TCTYV3A2Y,YBD-TCTYV3A1D,

YBD-TCTYV3A1A2,YBD-TCTYV3A1A1,YBD-TCTYV3A1D2,YBD-TCTYV3A1D1,YBD-TCTYV3A1Y,

YBD-TCTYV3V0D,YBD-TCTYV3V0A2,YBD-TCTYV3V0A1,YBD-TCTYV3V0D2,YBD-TCTYV3V0D1,

YBD-TCTYV3V0Y,YBD-TCTYV3V1D,YBD-TCTYV3V1A2,YBD-TCTYV3V1A1,YBD-TCTYV3V1D2,