IS200TBCIH1B输出卡件,DCS卡件
（正常模式）60 VRMS 60 VRMS 60VRMS可编程DC开阈值（正常模式下）n/a 90Vdc 90Vdc n/a DC关阈值（正常方式下）n/a55Vdc 55Vdc n/a重量–4磅（1.8千克）*这些模块可作为输入或输出以任何组合运行4-22 Genius®模块冗余灵活三模块冗余（TMR）系统GFT-177A技术产品概述–1998年2月4 Genius离散输出块规格以下列出的Genius块可用作GMR输出块或GMR系统中的热备用或单工块。输出数据由组中的每个输出块分别从每个GMR CPU接收，然后为了确保所用数据的最高完整性，输出块组在驱动关键负载之前对数据进行表决。大多数输出模块采用电子过载和短路保护，这允许在不需要更换保险丝的情况下重置输出电路，并将故障记录在每个GMR CPU的故障表中。请参考Genius用户手册了解更多详情。块或电路故障会导致相应的块诊断LED指示和故障记录到每个PLC的故障表中。TMR输出继续与输出组的剩余块或“支路”一起工作。故障的TMR输出块可以热更换（通电），而不会干扰输出组的功能部分或系统的任何其他部分。型号#（IC660）BBD020*BBD021*BBD024*BBD025*重量–4磅（1.8千克。)300ma 300ma 300mb 300ma P.S.断开时间10ms 10ms 4ms@12V 4ms@12V块隔离1500V 1500V 850V 850V点状态LED每点1个每点1每个点诊断LED–单元正常（块或点故障指示）–启用（在线和强制点指示）诊断可用：块短路过载损失空载故障开关过热输出到输出短路到+24 Vdc短路到0 。浪涌电流（10 ms）10安培10安培4安培4安培35°C时每个模块的总电流15安培15安培16安培16安培输出关断泄漏电流1.0 ma 1.0 ma 10µa 10µa输出压降2.0 V最大2.0 V最大2.0V最大2.0。启用空载时的最小负载–TMR 100 ma 100 ma n/a n/a*当处于HSB或单工模式GFT-177A第4节产品规格4-23 4离散输出模块规格（续）时，这些模块可作为输入或输出以任何组合运行。下面列出的模块单独使用，可在单工模式、双工模式或热备用（HSB）模式下运行。HSB是一种模式，其中一个块仅使用来自一个CPU的输出数据，除非该CPU发生故障，在这种情况下，该块使用来自备用CPU的输出。型号#（IC660）BBD101*BBD102*BBD103*BBR100 BBR101 8组数量8隔离（4组）8隔离（3组）16隔离（4个组）标称电压115Vac 115Vac 125Vdc 115Vac 125 Vdc 115/230Vac工作模式SPLX/HSB SPLX/HSA SPLX/HSB-SPLX/HSB/HSB AC电压范围（47–63Hz）93–132 93–132 95–250 DC电压范围n/a 105–132 105–132 5–220 P.S.衰减时间1周期1周期10ms DC 1周期10ms直流1周期块隔离1500V 1500V点状态LED每点1个诊断LED–单元正常（块或点故障指示）–启用（在线和强制点指示）可用诊断：块丢失电源短路过载块可以作为任何组合的输入或输出4-24 Genius®模块化冗余灵活三模冗余（TMR）系统GFT-177A技术产品概述–1998年2月4 Genius模拟输入块所有列出的块类型都可用作TMR模拟输入块。这些模块包括能够处理电压、电流、R.T.D.和热电偶输入信号的模块。TMR模拟输入块在最多三个块（相同类型）的组中工作。在所有GMR CPU处接收重复和重复的输入数据，然后在执行应用程序之前进行表决，以确保所使用的输入数据的最高完整性。对三重数据的投票是中间值选择，在失败的情况下，投票适应平均值、选择高或选择低。第二次失败导致进一步的表决自适应，以使用最后的操作输入或进入预先配置的最小值、最大值或保持最后的状态值。
(Normal Mode) 60 VRMS 60 VRMS 60VRMS Programmable DC On Threshold (Normal Mode) n/a 90Vdc 90Vdc n/a DC Off Threshold (Normal Mode) n/a 55Vdc 55Vdc n/a Weight – 4 lbs (1.8 kg) * These modules can operate as inputs or outputs in any combination 4-22 Genius ® Module Redundancy Flexible Three Module Redundancy (TMR) System GFT-177A Technical Product Overview – The Genius blocks listed below the Genius Discrete Output Block Specifications on February 4, 1998 can be used as GMR output blocks or as hot spares or simplex blocks in GMR systems. Output data is received from each GMR CPU by each output block in the group, and then to ensure the highest integrity of the data used, the output block group votes on the data before driving critical loads. Most output modules adopt electronic overload and short circuit protection, which allows resetting the output circuit without replacing the fuse and recording the fault in the fault table of each GMR CPU. Please refer to Genius User Manual for more details. A block or circuit fault will cause the corresponding block diagnostic LED indication and fault to be recorded in the fault table of each PLC. The TMR output continues to work with the remaining blocks or "branches" of the output group. A failed TMR output block can be hot swapped (energized) without disturbing the functional part of the output group or any other part of the system. Model # (IC660) BBD020 * BBD021 * BBD024 * BBD025 * Weight – 4 pounds (1.8 kg.) 300ma, 300ma, 300mb, 300ma P.S. Disconnection time 10ms, 10ms 4ms@12V 4ms@12V Block isolation 1500V 1500V 850V 850V point status LED 1 at each point 1 at each point Diagnostic LED - Unit OK (block or point fault indication) - Enabled (online and forced point indication) Diagnostic available: Block short circuit overload loss No load fault switch Overheating output short circuit to output short circuit to+24 Vdc short circuit to 0. Surge current (10 ms) 10 Amps 10 Amps 4 Amps 4 Amps Total current per module at 35 ° C 15 Amps 15 Amps 16 Amps 16 Amps Output turn off leakage current 1.0 ma 1.0 ma 10 µ a 10 µ a Output voltage drop 2.0 V max 2.0 V max 2.0 V max 2.0 V max 2.0 V. Enable Minimum Load at No Load – TMR 100 ma 100 ma n/a n/a * When in HSB or simplex mode GFT-177A Section 4 Product Specifications 4-23 4 Discrete Output Module Specifications (continued), these modules can operate in any combination as inputs or outputs. The modules listed below are used separately and can operate in simplex mode, duplex mode or hot standby (HSB) mode. HSB is a mode in which a block only uses output data from one CPU unless the CPU fails, in which case the block uses output from the standby CPU. Model # (IC660) BBD101 * BBD102 * BBD103 * BBR100 BBR101 8 Groups Quantity 8 Isolation (4 Groups) 8 Isolation (3 Groups) 16 Isolation (4 Groups) Nominal Voltage 115Vac 115Vac 125Vdc 115Vac 125 Vdc 115/230Vac Operating Mode SPLX/HSB SPLX/HSB SPLX/HSB/HSB AC Voltage Range (47 – 63Hz) 93 – 132 93 – 132 95 – 250 DC voltage range n/a 105 – 132 105 – 132 5 – 220 P.S. Attenuation time 1 cycle 1 cycle 10ms DC 1 cycle 10ms DC 1 cycle Block isolation 1500V 1500V Point status LED 1 diagnostic LED at each point - the unit is normal (block or point fault indication) - enable (online and forced point indication) Available diagnosis: block power loss Short circuit overload block can be used as input or output of any combination 4-24 Genius ® Modular Redundancy Flexible the third mock examination Redundancy (TMR) System GFT-177A Technical Product Overview – February 4, 1998 Genius Analog Input Blocks All block types listed can be used as TMR analog input blocks. These modules include modules capable of processing voltage, current, R.T.D. and thermocouple input signals. The TMR analog input block operates in a group of up to three blocks of the same type. Receive duplicate and duplicate input data at all GMR CPUs, and then vote before executing the application to ensure the highest integrity of the input data used. The voting for triple data is a median choice. In case of failure, the voting is adapted to the average value, high choice or low choice. The second failure leads to further voting adaptation to use the last operation input or enter the pre configured minimum value, maximum value or keep the last status value.
