EM500 Open-Loop Vector Control Inverter User Manual As indicated in Figure 1-3, when auxiliary frequency source B is being set, the setting of F00.05 will be based upon to determine present setting channel. Process PID and Simple PLC can participate in the setting. 0：主A+辅B 0: Main A + Auxiliary B 0 1 1：主A-辅B 1: Main A - Auxiliary B Main frequency source gain 主辅 频率源 主辅运算选择 Main and auxiliary arithmetic options F00.08 增益 F00.12 F00.08 2 3 2：max(主A,辅B) 2: max (Main A, Auxiliary B) F00.12 3：min(主A,辅B) 3: min (Main A, Auxiliary B) As indicated in Figure 1-4, main and auxiliary arithmetic can be classified into four Figure 1-4 Main and Auxiliary Arithmetic Setting categories.
At this time, both main and auxiliary settings are enabled. Torque setting mode: Motor current is taken as the control object. Torque setting mode can be set by multiple ways, which include numeric setting, analog input setting, high-speed pulse input setting, communication setting, digital potentiometer setting and preset torque setting. In Figure 1-5, various input modes for torque setting of EM500 are described. 第n段转矩 F13.03～F13.05 Preset torque n F13.03 – F13.05 0：数字转矩给定F13.02 0: Numeric torque setting F13.02 n=1,2,3 0 1：AI1*F13.02 Preset torque terminal 多段转矩端子 DI:18～17 0 DI:
18 - 17 转矩给定源选择 Torque setting source F13.01 options F13.01 1 2 3 4 5 2：AI2*F13.02 3：AI3*F13.02 + 6 4：AI4*F13.02 + 5：HDI*F13.02 6：SCI Figure 1-5 Torque Setting Mode 19 动、Kin静etic摩/sta擦tic等 f补rict偿ion compensation, etc. 给定转矩 S条et 件torq限ue制 lim：it: 大小siz、e an方d 向 direction