GE DS200FCRLG1AFC Speedtronic板
因此，每个PQM触点操作代表一个间隔。对于对输出触点的每次闭合和打开进行计数的末端接收器，应调整PQM脉冲输出间隔以匹配末端接收器的登记。例如，如果终端接收器将每个闭合计数为100 kWh，每个打开计数为100 kW，则PQM脉冲输出间隔应设置为200 kWh。PQM输出继电器可配置为故障保护或非故障保护，以匹配终端接收器处KY和KZ连接的常开/常闭配置。K连接始终连接到指定PQM输出继电器的COM连接，Y和Z连接可以根据终端接收器的类型连接到N/O或N/C连接。数据记录器实现数据记录器允许以用户定义的速率连续记录各种用户定义的参数。数据记录器使用64个样本/周期数据。PQM为数据日志存储分配了65536字节的内存。内存结构被划分为512个块，包含64×2字节寄存器
Therefore, each PQM contact operation represents one interval. For end receivers that count each closure and opening of the output contacts, the PQM Pulse Output Interval should be adjusted to match the registration of the end receiver. For example, if the end receiver counts each closure as 100 kWh and each opening as 100 kWh, the PQM Pulse Output Interval should be set to 200 kWh. The PQM Output Relays can be configured as Failsafe or Non-Failsafe to match the normally open/closed configuration of the KY and KZ connections at the end receiver. The K connection is always made to the COM connection of the designated PQM output relay, and the Y and Z connections can be made to the N/O or N/C connections based upon the type of end receiver.Data Logger Implementation The Data Logger allows various user defined parameters to be continually recorded at a user defined rate. The Data Logger uses 64 samples/cycle data. The PQM has allocated 65536 bytes of memory for Data Log storage. The memory structure is partitioned into 512 blocks containing 64 × 2 byte registers
