SAFP22 ，PAN57419415 ，应用于PAN控制控制器
冷铣床
无论是道路纹理还是机场跑道铣削，都有一种配置可帮助您满足工作要求。PM820、PM822和PM825冷铣床3最大功率提高服务铣削精度自动功能优化了对发动机和转子系统的需求，以保持运转平稳和高效，比PM620和PM622提供高达27%的功率，长的保养周期和方便的零件供应，再加上您的Cat代理商提供的发动机和机器支持。利用集成技术、System K转子和Cat履带设计以及先进的转向和牵引力控制实现完美切割。4台PM820、PM822和PM825冷刨机完成工作一台强大、省油的发动机和高效的输送机系统提供所需的动力和性能，以满足一小时又一小时的路面磨削需求。燃油动力Cat 18双涡轮发动机经过优化，可减少燃油消耗，并提供所需的动力，以帮助您实现生产目标。高容量冷却系统可将发动机保持在理想温度，以实现最佳燃油效率和更低的排放。自动负载控制和多种转子转速选择等功能优化了发动机平稳高效运行的需求。高效材料移除高容量输送机可有效移除研磨材料，并具有出色的排放控制。宽开口和无缝皮带有效地清洁转子室。调整传送带速度以匹配材料类型和生产速度，同时内置的“提升”功能可提供传送带速度的临时提升，以更快、更远地排出材料。皮带也可以反转，以便更快地清理，而磁性乙烯基盖可以快速检查滚筒是否磨损。
系统Cat冷铣机
PM820、PM822和PM825冷铣刨机5履带灵感源自传统增强的移动先进推进系统Cat冷铣机上可靠的履带底盘系统利用了Cat D3和D4推土机经过验证的设计。精心设计的轨道几何形状可在铣削深切削或穿过硬质材料时提供高牵引力和更好的载荷分布。四种具有先进对准和跟踪功能的转向模式提供了转向精度，每个轨道的大接地面积进一步提高了转向精度。具有自动牵引力控制的强劲推进系统以交叉驱动模式驱动履带，以在几乎任何应用中保持一致的牵引力。为了帮助优化生产，转子上的自动负载感应可调节铣削速度，以防止失速并保持前进。更好的抓地力、最佳的操纵性和控制力6 PM820、PM822和PM825冷铣刀切割系统经久耐用。坚固的切割系统设计用于承受最恶劣的应用，并采用重型钢结构和增强合金制成，以抵抗磨损。设计耐久性转子驱动系统具有重型干式离合器、自动皮带张紧以防止打滑和两条高强度（五肋）皮带以驱动转子。增强型切削腔增强了高磨损区域的耐用性
Cold milling machine
Whether it is road texture or airport runway milling, there is a configuration to help you meet your work requirements. The maximum power of PM820, PM822 and PM825 cold milling machines 3 improves the service milling accuracy. The automatic function optimizes the demand for the engine and rotor system to maintain smooth and efficient operation. It provides up to 27% more power than PM620 and PM622, with long maintenance intervals and convenient parts supply. In addition, your Cat dealer provides engine and machine support. Perfect cutting with integrated technology, System K rotor and Cat track design, and advanced steering and traction control. Four PM820, PM822 and PM825 cold planers complete the work. A powerful, fuel saving engine and efficient conveyor system provide the required power and performance to meet the hourly road grinding requirements. Fuel PowerThe Cat 18 bi turbo engine is optimized to reduce fuel consumption and provide the power needed to help you achieve your production goals. The high-capacity cooling system keeps the engine at the desired temperature for optimum fuel efficiency and lower emissions. Functions such as automatic load control and multiple rotor speed selection optimize the requirements for stable and efficient engine operation. Efficient Material Removal High capacity conveyors allow for efficient removal of abrasive materials and excellent emission control. The wide opening and seamless belt effectively clean the rotor chamber. Adjust the belt speed to match the material type and production speed, while the built-in "lift" function provides a temporary increase in belt speed to discharge the material faster and farther. The belt can also be reversed for faster cleaning, while the magnetic vinyl cover can quickly check the drum for wear.
System Cat Cold Milling Machine
The PM820, PM822 and PM825 cold planer 5 tracks are inspired by the traditional enhanced mobile advanced propulsion system. The reliable track chassis system on the Cat cold milling machine utilizes the proven design of Cat D3 and D4 bulldozers. The carefully designed track geometry provides high traction and better load distribution when milling deep cuts or through hard materials. Four steering modes with advanced alignment and tracking functions provide steering accuracy, and the large grounding area of each track further improves the steering accuracy. The powerful propulsion system with automatic traction control drives the tracks in a cross drive mode to maintain consistent traction in almost any application. To help optimize production, automatic load sensing on the rotor adjusts the milling speed to prevent stalling and keep moving forward. Better grip, optimal controllability and control6 The PM820, PM822 and PM825 cold milling cutter cutting systems are durable. The rugged cutting system is designed to withstand the worst applications and is made of heavy steel construction and reinforced alloys to resist wear. The design durability rotor drive system has a heavy-duty dry clutch, automatic belt tensioning to prevent slipping, and two high-strength (five ribbed) belts to drive the rotor. Enhanced cutting chamber enhances durability in high wear areas
