As is well known, most mines are located in extremely harsh environments, so Stationary hydraulic breaker boom systems also need to consider the influence of temperature factors, which inevitably leads to two situations: low temperature and high temperature.
As is well known, most mines are located in extremely harsh environments, so Stationary hydraulic breaker boom systems also need to consider the influence of temperature factors, which inevitably leads to two situations: low temperature and high temperature.
The low-temperature automatic heating device is crucial for the normal operation of the Stationary hydraulic breaker boom system in low-temperature environments. Its main function is to automatically heat the hydraulic oil when the ambient temperature is below 0 ° C, ensuring that the hydraulic oil reaches the appropriate working temperature. Generally, heating stops when it reaches around 20 ° C, thus ensuring the normal operation of the Stationary hydraulic breaker boom system. For example, in construction in some extremely cold regions, Stationary hydraulic breaker boom systems can stably crush ice and frozen soil without experiencing malfunctions or performance degradation due to low temperatures.
The high-temperature automatic heat dissipation device can effectively reduce the temperature and ensure the normal operation of the equipment when the Stationary hydraulic breaker boom system is in a high-temperature environment. The principle is usually to remove heat through the circulation of gas or liquid. Generally, all Stationary hydraulic breaker boom systems are equipped with high-temperature automatic heat dissipation devices, which can ensure that each device can operate normally.
DataTable
Model No
Uint
WHB810
Boom weight
kg
3420
Max Horizontal working radius
mm
1070
Max Vertical working radius
mm
8150
Min Vertical working radius
mm
2620
Rotation
°
360
Stationary hydraulic breaker boom system
As is well known, most mines are located in extremely harsh environments, so Stationary hydraulic breaker boom systems also need to consider the influence of temperature factors, which inevitably leads to two situations: low temperature and high temperature.
The low-temperature automatic heating device is crucial for the normal operation of the Stationary hydraulic breaker boom system in low-temperature environments. Its main function is to automatically heat the hydraulic oil when the ambient temperature is below 0 ° C, ensuring that the hydraulic oil reaches the appropriate working temperature. Generally, heating stops when it reaches around 20 ° C, thus ensuring the normal operation of the Stationary hydraulic breaker boom system. For example, in construction in some extremely cold regions, Stationary hydraulic breaker boom systems can stably crush ice and frozen soil without experiencing malfunctions or performance degradation due to low temperatures.
The high-temperature automatic heat dissipation device can effectively reduce the temperature and ensure the normal operation of the equipment when the Stationary hydraulic breaker boom system is in a high-temperature environment. The principle is usually to remove heat through the circulation of gas or liquid. Generally, all Stationary hydraulic breaker boom systems are equipped with high-temperature automatic heat dissipation devices, which can ensure that each device can operate normally.
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