810-015932-001 电源模块

Description

810-015932-001 电源模块

810-015932-001Fail Max（mA）dflt=250 mA（100至250）对于200 mA模拟输入范围，模拟输入将被确定为失败的值。如果输入“Analog In Fail Delay”（模拟输入失败延迟）时间内高于“Fail Max”毫安级，则确定为失败。模拟输入故障延迟（秒）默认值=0.1秒（0.01到10）模拟输入故障延时（秒）。810-015932-001模拟输入滤波器默认值=模拟输入上的0.01（0.0到1.0）滞后τ滤波器调整。

模拟输出偏移（mA）默认值=0 mA（-2至24）模拟输出电流上的偏移调整，单位为毫安。AnalogOut增益默认值=1（-1.0到1.5）模拟输出电流的增益调整。增益基于实际位置，在0%时，增益调整没有效果。输出单位为毫安=（实际位置单位为%+4mA）（增益）+偏移。

注：如果需要，可以通过将增益设置为-1并将偏移设置为24来反转模拟输出（20-4 mA）。CanIn Fail Min（msg/s）default=30（10到100）CAN请求输入的故障调整。此设置是ProAct在发出故障之前每秒接收的最小消息数。当消息在“Fail Delay”（故障延迟）持续时间内降至“Fail Min”（故障最小值）以下时，表示CAN故障。故障可能是can过慢或can无信号，810-015932-001具体取决于接收到的信息数量。CAN输入故障延迟（秒）默认值=0.3秒（0.1到10）CAN请求信号故障延迟（以秒为单位）。

该瞬态电流极限和稳态电流都在最小或最大停止电流极限激活之前主动尝试定位输出——也就是说，在该极限接合之前，电流可能达到瞬态极限，然后是稳态极限。

这些设置仅在电流控制器上提供积分限制，因此实际电流可能超过此设置。高于此设置的当前误差与位置误差需求成比例。一旦达到最大（或最小）极限，如果需求继续增加（或减少），810-015932-001电流也将按比例增加。瞬态和稳态电流限制仍然有效——电流不会超过这些限制。需求跟踪误差（%）默认值=15%（1.0到100）当使用冗余需求输入（主和备份）时，需求输入的跟踪误差调整。此设置是在发出跟踪警报之前，控制需求和备用需求之间的最大差值（百分比）。差值必须超过“错误延迟”持续时间的“错误”百分比值才能生成警报。

810-015932-001 电源模块

810-015932-001Fail Max (mA) dflt=250 mA (100 to 250) For the 200 mA analog input range, the analog input will be determined to be a failed value. If the input Analog In Fail Delay time is higher than the Fail Max milliamp level, it is considered a failure. Simulated input fault delay (s) Default =0.1 seconds (0.01 to 10) Simulated input fault delay (s). 810-015932-001 Analog Input Filter Default = 0.01 (0.0 to 1.0) lag τ filter adjustment on analog input.

Analog Output Offset (mA) Default =0 mA (-2 to 24) Offset adjustment on the analog output current, in milliamps. AnalogOut Gain Default =1 (-1.0 to 1.5) Gain adjustment for the analog output current. The gain is based on the actual position, at 0%, the gain adjustment has no effect. Output unit is milliamps = (actual position unit is %+4mA) (gain) + offset.

Note: The analog output (20-4 mA) can be reversed if desired by setting the gain to -1 and the offset to 24. CanIn Fail Min (msg/s) default=30 (10 to 100) CAN request input fault adjustment. This setting is the minimum number of messages that ProAct receives per second before issuing a fault. When a message falls below Fail Min (the minimum value of failure) within Fail Delay, it indicates that the CAN is faulty. The fault may be can too slow or can no signal, 810-015932-001 depending on the amount of information received. CAN Input Fault delay (seconds) Default =0.3 seconds (0.1 to 10) CAN request signal fault delay (seconds).

Both the transient current limit and the steady-state current actively attempt to locate the output before the minimum or maximum stop current limit is activated – that is, before the limit engages, the current may reach the transient limit and then the steady-state limit.

These Settings only provide an integral limit on the current controller, so the actual current may exceed this setting. The current error above this setting is proportional to the position error requirement. Once the maximum (or minimum) limit is reached, the 810-015932-001 current will also increase proportionally if the demand continues to increase (or decrease). Transient and steady-state current limits remain in effect – current does not exceed these limits. Requirement Tracking error (%) Default =15% (1.0 to 100) Adjustment for requirement input tracking error when using redundant requirement inputs (primary and backup). This setting is the maximum difference (percentage) between control requirements and standby requirements before a trace alert is issued. The difference must exceed the Error percentage value of the Error Delay duration to generate an alert.