HIMA F8650X

HIMA F8650X Description:

Want to buy best parts with a competitive price ? Please check it with mailto:unity@mvme.cn! 

we will response you in 24 hours!

Contact: Sandy Lin

mailto:unity@mvme.cn

Skype: live:onlywnn_1

Telegram:+8618020776786

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Frequently Asked Questions.

§ How about your stock?

We have large quantity for common used items,

§ Can you send goods in time?

We can ship to you via DHL/TNT/UPS/EMS/Fedex in 3 days after payment. 

it takes about maximum 7 days by air to most of the world.

§ How long about your guarantee:

our guarantee period is one year.

§ Are your products are origin and brand new?

Yes, we only do business of Origin and brand new products.

The advantages of our products:

. Improve efficiency

. Optimize plant operationsEmission reduction
. Avoid unplanned downtime
. Provides the lowest Total Cost of Ownership (TCO)
. Provides integrated control ,power ,safety, and information solutions 

for complete plant-wide  control in a scalable

. Open architecture to take advantage of traditional or renewable sources of energy!

mailto:unity@mvme.cn

HIMA F8650X

HIMA F8650X

HIMA F8650X

With Fixed and SLC 5/01 processors, the destination can only be the math register. With SLC 5/02 and higher processors and MicroLogix 1000 controllers, the destination parameter can be a word address in any data file, or it can be the math register, S:13 and S:14.

The integer value 32760 stored at N7:3 is converted to BCD. The 5-digit BCD value is stored in the math register. The lower 4 digits of the BCD value is moved to output word O:2 and the remaining digit is moved through a mask to output word O:3. When using the math register as the destination parameter in the TOD instruction, the maximum BCD value possible is 32767. However, for BCD values above 9999, the overflow bit is set, resulting in minor error bit S:5/0 also being set. Your ladder program can unlatch S:5/0 before the end of the scan to avoid major error 0020, as done in this example.

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