Shell Tellus Arctic 32壳牌得力士极低温液压油TellusArctic32壳牌得力士极低温液压油TellusArctic32壳牌得力士极低温液压油TellusArctic32壳牌得力士北极32 壳牌得力士极低温液压油Shell Tellus Arctic32TellusArctic32壳牌得力士北极32 风电液压油，般空液压油，极低温底抗磨液压油 

Shell Tellus Arctic 32壳牌得力士极低温液压油TellusArctic32壳牌得力士极低温液压油TellusArctic32壳牌得力士极低温液压油TellusArctic32壳牌得力士北极32 壳牌得力士极低温液压油Shell Tellus Arctic32TellusArctic32壳牌得力士北极32 风电液压油，般空液压油，极低温底抗磨液压油 
液压流体温度极低
壳牌得力士北极32是一个锌免费使用的液压油，特别是在设计
户外设备，如采矿和林业机械，以非常低操作
温度。
应用
•得力士北极32已被设计为使用
液压系统的所有类型的地方
连续工作温度不
超过75摄氏度
•北极的得力士32个主要的应用是在
必须在系统启动极
随后气温低
在操作时温度升高。
•矿业和林业机械是一个典型的
例子。
为了更准确地评价经营
温度范围内的液压系统制造商
要咨询，以获得有关说明
{zd0}和最小运动粘度
承认。
性能特点和优点
•低温启动
在非常低的温度粘度允许
启动与无或{zd1}液压系统
因此，节能的加热系统启动
时间。用户可以获取更高的生产力
他们的机器。
•极宽的工作温度
范围
该新鲜油的粘度指数非常高
以及它可以接受的剪切稳定性
在大幅度增加的工作
在这样的温度可能使流体
可能是常年使用。
•出色的抗磨性能
得力士北极包括精心挑选的
抗磨添加剂，已显示出
从磨损保护能力的最明智的
液压系统的一部分。
兼容性
得力士北极与大多数泵和兼容
所有密封材料和油漆通常
指定使用的矿物油。
忠告
意见不包括在本小册子的申请
可从你的壳代表。
健康与安全
健康和安全指导是可以用
相应的材料安全数据表的
可从你的壳代表。
保护环境
以废油收集点的认可。做
不排入沟渠，土壤或水。
典型的物理特性
得力士北极
运动粘度的ASTM D 445
在40 ° C平方毫米/秒33,6
在100℃平方毫米/秒9,89
在-30 ° C平方毫米/秒<1000
粘度指数的ISO 2909> 300
密度在15℃kg/m3的国际标准化组织12185 886
闪点奥委会° C间的ISO 2592> 100
倾点° C的ISO 3016 - 60
这些特征是当前生产的典型。虽然未来的产量将
Hydraulic fluid for extremely low temperatures
Shell Tellus Arctic 32 is a zinc-free hydraulic fluid designed especially for use in
outdoor equipments, like the mining and forestry machinery, operating at very low
temperatures.
Applications
• Tellus Arctic 32 has been designed for use in
all types of hydraulic systems where the
operating temperature does not continuously
exceed 75 °C.
• The major application of Tellus Arctic 32 is in
systems that must be started up at extremely
low temperatures with a subsequent
temperature increase during operation.
• Mining and Forestry machinery is a typical
example.
In order to evaluate more exactly the operating
temperature range the hydraulic system manufacturer
has to be consulted to obtain indication on the
maximum and minimum kinematic viscosities
admitted.
Performance Features and Benefits
• Low Temperature start up
The viscosity at very low temperature allows to
start up hydraulic systems with none or minimum
heating of the system therefore saving start up
time. Users can obtain higher productivity from
their machines.
• Extremely wide operating temperature
range
The very high viscosity index of the fresh oil as
well as its shear stability allows to accept
significant increases in the working
temperature of the fluid thus potentially making
possible an all year around usage.
• Outstanding antiwear performances
Tellus Arctic includes a carefully selected
antiwear additive that has demonstrated the
ability to protect from wear the most sensible
part of the hydraulic system.
Compatibility
Tellus Arctic is compatible with most pumps and
with all seal materials and paints normally
specified for use with mineral oils.
Advice
Advice on applications not covered in this leaflet
may be obtained from your Shell representative.
Health and Safety
Guidance on Health and Safety are available on
the appropriate Material Safety Data Sheet which
can be obtained from your Shell representative.
Protect the environment
Take used oil to an authorised collection point. Do
not discharge into drains, soil or water.
Typical Physical Characteristics
Tellus Arctic
Kinematic Viscosity ASTM D 445
at 40°C mm2/s 33,6
at 100°C mm2/s 9,89
at -30°C mm2/s < 1000
Viscosity Index ISO 2909 > 300
Density at 15°C kg/m3 ISO 12185 886
Flash Point COC °C ISO 2592 > 100
Pour Point °C ISO 3016 - 60
These characteristics are typical of current production. Whilst future production will