NP智能信号隔离配电器NP智能信号隔离配电器
NPPD-C配电器的详细资料:
通用型智能配电器技术特点:
本产品采用了的数字化技术,流量积算仪具备了传统模拟配电器所不具备的多项性能,对高、低频干扰信号的抑制方面均有着优异表现,即使在大功率变频控制系统中依然能够可靠应用,内部采用数字化调校、无零点及满度电位器、自动动态校准零点、温度漂移自动补偿、配电电源短路及输入反接保护功能等诸多技术,并符合IEC61000-4-4:1995中所规定的第四类(恶劣工业现场)环境对产品的抗电磁干扰要求,这一系列技术的应用使产品的稳定性及可靠性得到科学的保证。
通用型智能配电器适用性: 温度变送器可以与单元组合仪表及DCS、PLC等系统配套使用,在油田、石化、制造、电力、冶金等行业的重大工程中有着广泛应用。
通用型智能配电器技术参数:
系统传输准确度:±0.1%×F•S
温度飘移:±0.0035%×F•S/℃(35ppm/℃)
外供电电压:空载不高于28V,满载不低于20V。
输入阻抗:电流:≤60Ω;电压:≥500KΩ
电流输出允许外接的负载阻抗:
4-20mA输出时0~300Ω;0-10mA输出时0~600Ω,
0(1)-5V:≥500KΩ; 0-10V:≥1MΩ
需要更大的负载能力请在订货时说明。
供电电源:
AC 95~265V
DC 20~32V
输入功率:
0.9~1.8W(与型号有关,详见产品手册附录中关于输入功率的计算方法)
输入信号断线时的输出状态:
输出状态有跟随方式、报警方式两种状态可设置。
配电器选型: 通用型智能配电器选型说明:
1.单通道输入产品*多可以有两路输出;双通道输入产品通道路只能对应一路输出。
2.双通道产品输入信号如需不同,请与本公司联系特殊订货.
3.含通讯产品仅单输入,并且*多只有一路模拟信号输出。
配电保护:
由于智能模块仪表具有配电功能,可以对外接仪表供电,安全栅为了防止配电电源短路,因此需要实现短路保护功能,当输入端电流大于30mA进入保护状态,当短路故障消失后,仪表正常运行。
隔离器适用性:
可与单元组合仪表及DCS,PLC等系统配套使用,无纸记录仪在油田、石化、制造、电力、冶金等行业的重大工程中有着广泛应用。隔离器技术参数:
隔离器系统传输准确度:±0.1%×F•S
隔离器温度飘移:±0.0035%×F•S/℃(35ppm/℃)
输入阻抗:电流:≤60Ω;电压:≥500KΩ
电流输出允许外接的负载阻抗:
4-20mA输出时0~300Ω;0-10mA输出时0~600Ω,
0(1)-5V:≥500KΩ; 0-10V:≥1MΩ
需要更大的负载能力请在订货时说明。
隔离器供电电源:AC 95~265V
DC 20~32V
输入功率:0.9~1.8W(与型号有关,详见产品手册附录中关于输入功率的计算方法)
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NPGL-M110DFC
隔离器输入信号断线时的输出状态:
隔离器输出状态有跟随方式、报警方式两种状态可设置
隔离器选型:
通用型智能隔离器选型说明:
1.单通道产品*多可以有两路输出;双通道产品每路只能对应一路输出。
2.双通道产品输入信号如需不同,请与本公司联系订货.
3.含通讯产品仅单输入通道产品,智能隔离器并且*多只有一路模拟信号输出。
智能隔离器:
输入单通道或双通道电流或电压信号,变送输出隔离的单路或双路电流或电压信号,并提高输入、输出、电源之间的电气隔离性能。
隔离器技术特点:
本产品采用了的数字技术,具备了传统模拟隔离器所不具备的多项性能,在对高、低频干扰信号的抑制方面均有着优异表现,即使在大功率控制系统中依然能够可靠应用,双金属温度计内部采用数字化调校、无零点及满度电位器、自动动态校准零点、温度漂移自动补偿等诸多技术,并符合IEC61000-4-4:1995中所规定的第四类(恶劣工业现场)环境对产品的抗电磁干扰要求,这一系列技术的应用使产品的稳定性及可靠性得到科学的保证。
NPGL-C隔离器的详细资料:
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