SM810K01 3BSEO30928R1 Auxiliary Power Supply OperationDescription
MATLAB can be used as an ActiveX automation controller. Through the
technology of ActiveX automation controller, users can control the
ActiveX automation server by writing
M files in MATLAB. Using VB to develop OPCAxtiveX controls using
OPC automation interfaces, adding communication modules to the
OPCAxtiveX controls, receiving data from the EDPF-NT system, and
assigning these data to the attribute values of the OPCAxtiveX
control. By obtaining the corresponding attribute values in the
OPCAxtiveX control through MATL AB, the EDPF-NT system data can be
called using OPC technology in MATL AB.
Firstly, establish the OPCAxtiveX control and set the network in
the initialization of internal working variables. Secondly, add
network communication code to the OPCAxtiveX program to receive the
data sent by the EDPF-NT system engineer station to the upper
computer. Finally, assign the received data to the property values
of the ActiveX control, generate the OPCAxtiveX control, and
register it. The OPCAxtiveX control used for data reception can now
be used by MATLAB.
Before using an ActiveX component in MATLAB, you must find the name
of the object, ProglD, and also understand the methods, properties,
and events used by the object. By utilizing this information, this
object can be applied in MATLAB through ActiveX customer support.
Use the actxcontrol function to generate an ActiveX component and
achieve communication between MATLAB and OPC.
The syntax for generating an ActiveX component in the graphics
window is: H=actxcontrol (progid [, position [, handle - [,
callback {eventleventhander]; - event2eventhandler2:;}])
OPCAxtiveX controls can be manipulated using functions such as get,
set, invoke, propagate, release, and delete, ultimately enabling
MATL AB to call EDPF-NT data.
Additional Information
High integrity, certified for SIL3. Requires configuration
according to Safety Manual. Local organizations must comply with
the Qualifications to secure successful sales of ABB safety
systems, to order safety equipment. Collaborting safety CPU with
the PM865. Connects to CEX bus after BC810 CEX bus interconnection
box. Including: - SM811, Safety Module - TP868, Baseplate -
TK852V10, Syncronization link cable Note! This part is not RoHS 2
2011/65/EU compliant. This is a spare part for systems placed on
the market before July 22, 2017 and may only be ordered for repair,
reuse, updating of functionalities or upgrading of capacity. For
new installations, please order SM812K01 instead."
Product Type: Central_Unit
Ordering
853710-- Boards, panels, consoles, desks, cabinets and other bases,
equipped with two or more apparatus of heading 85.35 or 85.36, for
electric control or the distribution of electricity, including
those incorporating instruments or apparatus of Chapter 90, and
numerical control apparatus, other than switching apparatus of
heading 85.17.- For a voltage not exceeding 1,000 V
Customs Tariff Number: 85371091
Dimensions
Product Net Depth / Length: 127.5 mm
Product Net Height: 185 mm
Product Net Weight: 0.6 kg
Environmental
RoHS Status: Not RoHs Compliant
WEEE Category: 5. Small Equipment (No External Dimension More Than
50 cm)
SCIP: f8e94e64-57db-4c21-8b39-3ca5932c608a Sweden (SE)
FAQ:
Q: What is the brand name of the product?
A: The brand name of the product is ABB.
Q: What is the model number of the product?
A: The model number of the product is SM810K01 3BSE030928R1.
Q: Where is the product manufactured?
A: The product is manufactured in FI.
Q: What are the available payment terms?
A: The available payment terms are T/T, Western Union, and
PAYONEER.
Q: What is the delivery time for the product?
A: The delivery time for the product is 3-5 days.
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