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DS215UCVAG1A Turbine Control
联系人:李经理
电话:15685359870
手机:15685359870
QQ:3165088973
邮箱:3165088973@qq.com
地址: 贵州省安顺市西秀区北街街道虹山湖路42号虹山大酒店（百灵.希尔顿逸林酒店 )幢14层9号
电话:15685359870
手机:15685359870
QQ:3165088973
邮箱:3165088973@qq.com
地址: 贵州省安顺市西秀区北街街道虹山湖路42号虹山大酒店（百灵.希尔顿逸林酒店 )幢14层9号
产品详情
The General Electric UCVA Board DS215UCVAG1A is a printed wiring board as part of the LS2100 Series. This model has an abundance of features and is one of four. This model has the ability to hold up to 4M of flash memory.
All published products are in stock, and images cannot correspond to each one. We have inventory and can contact professional customer service personnel
Phone ：15685359870
mailbox： 3165088973@qq.com
Frequently Asked Questions about DS215UCVAG1A
Is the DS215UCVAG1A board equipped with flash memory?
Yes, it has flash memory SIMM and is furnished on all UC2000V modules. This model is specifically found within the primary position of the DS215UCVAG3 models.
How many VME slots does the DS215UCVAG1A occupy?
The DS215UCVAG1A only occupies two VME slots, both of these slots must have a P1 connector.
What are the power requirements needed to properly run the DS215UCVAG1A board?
Depending on the current there is a different mA needed, if the power is at a positive five VDC the approximate power will be 3.3m while whether or not at a positive or negative twelve VDC the approximate power will be 85 mA.
Frequently Asked Questions about DS215UCVAG1A
Is the DS215UCVAG1A board equipped with flash memory?
Yes, it has flash memory SIMM and is furnished on all UC2000V modules. This model is specifically found within the primary position of the DS215UCVAG3 models.
How many VME slots does the DS215UCVAG1A occupy?
The DS215UCVAG1A only occupies two VME slots, both of these slots must have a P1 connector.
What are the power requirements needed to properly run the DS215UCVAG1A board?
Depending on the current there is a different mA needed, if the power is at a positive five VDC the approximate power will be 3.3m while whether or not at a positive or negative twelve VDC the approximate power will be 85 mA.
