“格式”:字符串,“编解码器”:字符串,“DurationMillis”:数字,“FrameRate”:浮点数,“FrameWidth”:数字,“FrameHeight”:数字},“NextToken”:字符串,“ModerationLabels”:[
浮充:13.5-13.8V,电压13.5V(-18mV/˚C) 均充:13.8-14.1V,电压14.1V(-24mV/˚C) 循环充电:14.4-15.0V,电压14.7V(-30mV/˚C)
在默认配置下,NEO-M8P 流动站将尝试根据收到的校正数据提供最佳定位精度。一旦收到 RTCM 3 消息的输入流,它将进入 RTK 浮动模式。一旦流动站解决了载波相位模糊度,它将进入 RTK 固定模式。当流动站处于 RTK 固定模式时,相对精度可以预期精确到厘米级。通常需要至少 2 分钟,流动站才能解决载波模糊度并从 RTK 浮动模式转到 RTK 固定模式。此时间段的长度称为收敛时间。
Table of Contents Table of Contents Introduction 3 Safety Considerations 3 Regulator Installation 4 Unpacking the Box 4 Locate And Mount The Regulator 4 Basic Wiring Installation 4 Installation by Wire 6 Regulator Operation 10 Regulator Programming Methods 11 Using the SG200 Color Display 11 Using the Bluetooth® Gateway (SG2-0300 optional) and the Balmar App 11 Regulator Display Modes - Short Display / Long Display 13 How the Magnetic Reed Switch Works 14 Basic Programming with Reed Switch 14 Programming For Battery Type 14 LFP LiFePO 4 Recommendations 15 Regulator Programming Flow Chart (More details can be found on pages 9-14) 16 Programming The Max Field Percentage (Belt Load Manager) 17 Programming For Short or Long Display Mode 17 Programming For Alternator Failure Advisory Mode (BDL) 17 Programming the SmartLink Device ID (dLd) 18 Programming the Battery and Alternator Temp Sensor Enforcement (SEn) 18 Advanced Programming with芦苇开关18访问高级编程模式18进行高级编程调整18电池均衡20附加调节器功能21小型发动机模式21 dash灯21辅助#1灯21 float float 22系统故障排除23第23电压调节器测试23交流发电机测试24 BALMAR CARTINGING 24 BALMAR PARTINGE
设备包括: – 粉碎 – 尺寸分离 – 磁选机 – 泡沫柱 – 高温炉 – 回转窑 – 光学分选机 – 沉浮分离 – 电化学分离 – 抽吸器 – 剪切搅拌器