AutomationDirect DL105 - F1-130 DD-D I;O Wiring Diagram

Installation, Wiring,
and Specifications
2--43
Installation, Wiring, and Specifications
DL105 PLC User Manual, 3rd Edition
The F1--130DD--D Micro PLC features ten DC inputs and eight DC outputs. The
following diagram shows a typical field wiring example. The DC external power
connection uses three terminals at the top left as shown.
Input Point Wiring
+
--
Output Point Wiring
Ground
Power Input Wiring
10 -- 30VDC
+
--
Optical
Common
Input
+V
Isolator
To other circuits in bank
+
--
Equivalent Circuit,
Standard Inputs (X4 -- X11)
Equivalent Output Circuit
To all other output circuits
+V
Common
Output
+V
+
--
Derating Chart for DC Outputs
0
2
4
6
8
Points
0102030405060
Ambient Temperature (C/F)
32 50 68 86 104 122 140
C
F
Y2 -- Y7
Y0 -- Y3
0.6A (8 ckts), 1.0A (4 ckts)
0.3A (8 ckts), 0.5A (4 ckts)
10W
The ten DC input channels use terminals
on the bottom connector. Inputs are
organized into two banks of four, plus one
bank of two. Each bank has an isolated
common terminal, and can be wired as
either sinking or sourcing inputs. The
wiring example above shows all commons
connected together, but separate supplies
and common circuits may be used. The
equivalent circuit for standard inputs is
shown above, and the high-speed input
circuit is shown to the right.
Equivalent Circuit, High-
Speed Inputs (X0 -- X3)
Optical
Common
Input
+V
Isolator
To other circuits in bank
+
--
The eight current -sinking DC output channels use terminals on the top connector.
Outputs are organized as one bank of eight. The three common terminals are
internally connected, meaning all outputs actually share the same electrical
common. The wiring example above shows all commons connected together,
because it is best to share the common current among the three terminal
connections. The equivalent output circuit shows one channel of the bank of eight.
The F1--130DR--D does not include a +24V output, as do most other DL105 PLCs.
Since this unit requires +24V as the main supply input, it it usually most economical
to use the same supply to power suitable field devices. In the wiring diagram above,
F1--130DD--D
I/O Wiring Diagram
No Auxiliary +24V
Power Supply