MITSUBISHI AX31-S1 Input module

Description: GI type optical fiber cable with (combination of 2 sets of use), the maximum number of connections: 2, the longest transmission distance: 2000m.
Spare 5 products for different purposes.
Thin waterproof type relay hub.
Extension of star type wiring and main line length, waterproof structure AX31-S1.
Spring clip terminal type relay hub.
Star type wiringg, length of the main line, spring clamping terminal table type.
Relay appliance (T branch) unit.
Extension of T type branch and trunk length AX31-S1.
Relay unit in light.
In the presence of interference in the environment of the wiring, the length of the trunk line.
Relay unit in space light.
Communication between linear moving bodies MITSUBISHI AX31-S1. A pack of 20.
Applicable models:
AJ65SBTC - - - type remote I/O module AX31-S1.
AJ65VBTCU - - - type remote I/O module.
AJ65VBTCU- - type remote I/O module. Series Name: A956GOT.
Size: 6 inches.
Resolution: 320 * 240.
Display device: STN color display MITSUBISHI AX31-S1.
Display color: 8 color.
Power supply: DC24V.
Memory card: 3M.
The external model design model of creating the system function is mainly to consider the data structure, the overall structure and the process description of the software,
The interface design is usually only used as accessories, only on the user''s situation (including age, gender, mental status, education level, personality, ethnic background and etc MITSUBISHI AX31-S1.) to understand, to design an effective user interface;
According to the user model of the future system of the end user (for short),
In the end, it is consistent with the system image (external characteristic) of the system after the system is realized,
Users can be satisfied with the system and be able to use it effectively;
When the user model is established, the information giiven by the system should be considered,
System mapping must accurately reflect the syntax and semantic information of the system AX31-S1.
In short, only to understand the user, to understand the task in order to design a good man-machine interface.