主營產品
PLC可編程控制器模塊，DCS卡件，ESD系統卡件，振動監測系統卡件，汽輪機控制系統模塊，燃氣發電機備件等，優勢品牌：Allen Bradley、BentlyNevada、ABB、Emerson Ovation、Honeywell DCS、Rockwell ICS Triplex、FOXBORO、Schneider PLC、GE Fanuc、Motorola、HIMA、TRICONEX、Prosoft等各種進口工業零部件
產品廣泛應用于冶金、石油天然氣、玻璃制造業、鋁業、石油化工、煤礦、造紙印刷、紡織印染、機械、電子制造、汽車制造、塑膠機械、電力、水利、水處理/環保、鍋爐供暖、能源、輸配電等等
VMIVME-017807-413000汽輪機卡件
控制器滿足保護類別的要求
符合EN 60 529第10.91版（DIN VDE 0470-1）的IP10。
它被設計為安裝在控制柜中或關閉外殼（根據DIN VDE 0160第05.88版第5.5.1.3節和第6.5.2.3節）。
注：建造控制柜時，請確保符合根據所有安全指南，相應的接觸保護（用于工業設備參見例如EN 60204/DIN VDE 0113，第1節）。
5.2使用控制柜中的冷卻器
控制器只能在不降低額定數據的情況下運行
環境溫度為45°C。這意味著它可能是需要使用冷卻器。由于冷卻器的原理，冷凝水形成。注意
以下是：?始終布置冷卻器，以確保任何形成的冷凝水不會不得滴到控制柜內的電子設備上。
?放置冷卻器，使冷卻器的鼓風機不會噴出任何水
冷凝可能聚集在電子設備上的水。將冷卻器的溫度設置為40°C且不低于40°C！
?必須設置具有自動調節溫度的冷卻器，以便內部機柜溫度不低于外部溫度。設定溫度限制在40°C！
?僅使用密封良好的機柜，以避免進入機柜的暖空氣導致冷凝。
?如果必須在門打開的情況下操作控制柜（在啟動、維修等），然后確保門關閉-控制器在任何時候都不比機柜中的空氣冷。
在這種情況下可能形成冷凝。
因此，有必要運行冷卻器，即使機器關閉，直到內部溫度
機柜和已安裝單元的機柜相同。使用型號為SUP-M01-HD的安裝軌道（零件編號：271274）將驅動控制器安裝在機柜中。軌道長度僅為750 mm，需要縮短至安裝時所需的長度。
通過將安裝軌道擰到安裝面板。只要把每一個螺絲擰到位就足夠了軌道牢固地固定在適當的位置。
同一組孔可用于安裝控制裝置（無軌道）。輻射到控制柜的驅動系統的功率損耗為：
根據供應裝置的損失之和計算以及每個驅動控制器的損耗。
請遵守文件“DOK-POWER*-HVE+HVR**G2-
AWxx-EN-P“在確定供應裝置的損失和串聯開關器件。
驅動控制器的功率損耗包括：
?控制單元的損耗（見第4-2節：“概述技術數據）
?功率部分的基本損耗
?功率段的電流相關損耗。
使用平均值計算功率段的功率損耗
控制器的連續電流基于下圖。The controller meets the demands as set forward for protection category
IP10 as per EN 60 529, ed. 10.91 (DIN VDE 0470-1).
It has been designed to be mounted into a control cabinet or closed
housing (as per DIN VDE 0160, ed. 05.88 section 5.5.1.3 and 6.5.1.3).
Note: When building the control cabinet make sure that you comply
with all safety guidelines respective contact protection (for
industrial equipment see, e.g., EN 60204 / DIN VDE 0113,
section 1).
5.2 Using Coolers in the Control Cabinet
The controller may only be operated without a reduction of rated data up
to an ambient temperature of 45°C. This means that it might be
necessary to use a cooler.Due to the very principle of a cooler, condense water develops. Note the
following:
? Always arrange the coolers so that any forming condense water does
not drip onto electronic equipment within the control cabinet.
? Place the coolers so that the blower of the cooler does not spray any
condense water that might collect onto electronic equipment.Set coolers to a temperature setting of 40° C and no lower!
? Coolers with self-adjusting temperature must be set so that the inside
cabinet temperature is not cooler that of the outside. Set temperature
limit to 40° C!
? Only use well-sealed cabinets to avoid condensation caused by warmhumid outside air entering the cabinet.
? If the control cabinet must be operated with doors open (during
startups, servicing, etc.), then make sure that after the doors are
closed the controller is at no time cooler than the air in the cabinet.
Condensation could form in this case. It is, therefore, necessary to run
the cooler even when the machine is off until the temperature inside
the cabinet and that of the installed units is the same.Use the mounting tracks with type designation SUP-M01-HD (part
number: 271274) to mount the drive controller in the cabinet. The tracks
only come in a length of 750 mm and need to be shortened to the
required length at the time of mounting.
The mounting tracks are themselves mounted by screwing them onto the
mounting panel. It suffices to screw every other screw into place to have
the track firmly in place.
The same set of holes can be used to mount the control (without track).The power loss of a drive system radiated to the control cabinet is
calculated from the sum of the losses of the supply unit, the losses of the
series switching device, and the losses of each drive controller.
Please observe the documentation "DOK-POWER*-HVE+HVR**G2-
AWxx-EN-P" when determining the losses of the supply unit and those of
the series switching devices.
The power loss of a drive controller is composed of
? the losses for the control unit (see section 4-2: "An Overview of
Technical Data")
? the basic losses of the power section
? the current-related losses of the power section.
The power loss of the power section is calculated using the mean
continuous current of the controller on the basis of the following diagrams.
