FX1N-60MT-001 plc system manufacturer, plc control unit

Item
Specifications
Remarks
Product model

Configuration
Input 3 points (sink type), output point (transistor type)
Expandable /point
Supply voltage range
~
Size

Width, thickness and height
Operation processing time
Basic instructions: .to
Application Instructions:. to hundreds
Programming language
Logic ladder diagram and instruction list
Use step ladder diagram to generate type program
Program capacity
Built-in steps
Number of instructions
Basic sequence instructions:
Step ladder instructions:
Application instructions:
Maximum available application instructions, including all changes
Auxiliary relay
(Coil)
Normal
3 points
to
Hold
Point
3 to
Special
Point
To
Status Relay
(Coil)
General
Point
To
Initial
Point (Subsystem)
To
Timer
milliseconds
Range: to 3. seconds
to
milliseconds
Range: to 3. seconds
to
Milliseconds (Hold)
Range: to 3. seconds
to
Milliseconds (Hold)
Range: to 3. seconds
to
Counter ()
General
Range: to 3 points
to
Type: bit-on-counter
Hold
points
to
Type: Bit Up Counter
General
Range: to 3 points
to
Type: Bit Bidirectional Counter
Hold
Points
to< br/>Type: Bit bidirectional counter
High-speed counter
()
Single-phase
Range: to +3 numbers
Select up to multiple single-phase counters, combined counting The frequency is no greater than
.
Or choose a bi-phase or /B-phase counter, the combined counting frequency is not greater than
. Note that all counters are maintained.
3 to point
Single phase start
Stop input
, and

point
Two phase
, and 3 points
B phase
, and 3 points
Data register
()
General
Point
to
Type: bit element Bit data storage register
Hold
Point
To
Type: Bit data storage register of bit element
File
Point
To pass 3 blocks Parameter setting of program step
Type: bit data storage register
External adjustment
Range: to point
Data is moved from the external setting potentiometer to the register and
Special
Point (contains 3 sums)
From to
Type: bit data storage register
Index
Point
Sum type: bit data storage register
Indicators
for
dots
to

for interrupts
dots
*to 3* (rising trigger*, falling trigger*)
Nesting level
For and R time points
to
constant
decimal
bit: to +

bit : To+
Hexadecimal
Bit: To

Bit: To