IS200SAMBH1ABA燃机卡件,GE使用说明
锂电池包含易燃材料例如锂和有机溶剂。中频锂电池如果受到虐待或处理不当，它们可能会爆裂打开并点燃，可能导致受伤和/或火灾。处理锂电池时，请仔细遵循以下列出的预防措施，以防止发生事故。
❏ 不要短路。
❏ 不要拆卸、变形或施加过大压力。
❏ 不要加热或焚烧。
❏ 不要直接使用焊料。
❏ 不要使用不同的型号。
❏ 不要充电。
❏ 始终检查正确的极性。
IS200SAMBH1ABA燃机卡件要从模块中卸下电池，请小心拉动电池从插座。（如果未安装新电池，数据将丢失30秒内。）
安装新电池之前，请确保电池针脚正确清洁的记下电池极性并将电池压入插座车载DRAMMVME187板载DRAM位于夹层板上。夹层板有不同的尺寸和尺寸奇偶校验保护或ECC保护。注：奇偶校验夹层仅在25 MHz主设备上受支持董事会。摩托罗拉软件确实支持混合奇偶校验和ECC内存同一主板上的板。DRAM是四路交错的，以有效支持缓存突发循环。机载DRAM夹层有以下配置：❏ 4、8、16或32MB，具有奇偶校验保护
❏ 4、8、16、32、64或128 MB，带ECC保护堆叠夹层可以堆叠两块夹层板，以提供高达256MB的车载RAM（ECC）。
❏ MVME187板和单个夹层板在一起拿一个槽。
❏ 堆叠配置需要两个VMEboard插槽。
time of this cycle is the largest. The program must be simple and practical, so as to minimize the execution cycle and reduce the time delay of control. From a macro point of view, the scanning cycle shows the characteristics of scalability.
5 Conclusion
According to the functional requirements of mobile robot under slurry and the characteristics of PLC, the control network of mobile robot under slurry has characteristics, realizes the communication between networks, discusses the motor control method, so that the motor can run continuously and stably, and finally designs the software program of the whole control system. The work involved in this paper has been debugged successfully. The washing bucket (outer bucket) and dewatering bucket (inner bucket) of the full-automatic washing machine are placed in the same center. The outer barrel is fixed for holding water; The inner barrel can be rotated for dehydration (drying). There are many small holes around the inner barrel to connect the water flow between the inner barrel and the outer barrel. The water inlet and drainage of the washing machine are performed by the water inlet solenoid valve and the drainage solenoid valve respectively. When water enters, open the water inlet solenoid valve through the control system and inject water into the outer barrel through the water inlet pipe. When draining water, open the drain electronic valve through the control system to drain the water from the outer barrel to the outside of the machine. The washing forward and reverse rotation is realized by the forward and reverse rotation of the wave plate driven by the washing motor. At this time, the dewatering bucket does not rotate. During dehydration, the control system closes the clutch and the washing motor drives the inner barrel to rotate forward for drying. High and low water level control switches are used to detect high and low water levels respectively.
