Mitsubishi Q2ACPU User Manual page 39

3. SYSTEM CONFIGURATION
Product Name Model Name
AY10
AY10A
AY11
AY11A
AY11AEU
AY11E
AY11EEU
AY13
AY13E
AY13EU
Output module
AY15EU
AY22
AY23
AY40
AY40A
AY41
AY42
AY42-S1
AY42-S3
AY42-S4
Description
16-output relay contact output module (2A)
16-output relay contact output module,
for independent contact output
16-output relay contact output module,
with surge suppressor
16-output relay contact output module, for
independent contact output, with surge
suppressor
16-output relay contact output module, for
independent contact output, with surge
suppressor
16-output relay contact output module
(fused)
16-output relay contact output module
(fused)
32-point relay contact output module (2A)
32-point relay contact output module
32-output relay contact output module
(fused)
24-point relay contact output module (2A)
CE-compliant
16-point triac output module
(2A, fused)
32-point triac output module
(0.6A, fused)
16-output 12/24VDC transistor output module
(0.1A)
16-point 12/24VDC transistor output module,
for independent contact output (0.3A)
32-output 12/24VDC transistor output module
(0.1A)
64-output 12/24VDC transistor output module
(0.1A)
64-output 12/24VDC transistor output module
(0.1A)
64-output 12/24 VDC transistor output module
(fused)
64-output 12/24VDC transistor output module,
zener diode with built-in photocoupler
Number of Occupied
Points (points)
[I/O Allocation
Module Type]
16 (16 outputs)
16 (16 outputs)
16 (16 outputs)
16 (16 outputs)
16 (16 outputs)
16 (16 outputs)
16 (16 outputs)
32 (32 outputs)
32 (32 outputs)
32 (32 outputs)
32 (32 outputs)
16 (16 outputs)
32 (32 outputs)
16 (16 outputs)
16 (16 outputs)
32 (32 outputs)
64 (64 outputs)
64 (64 outputs)
64 (64 outputs)
64 (64 outputs)
3 - 8
Current Consumption
Remark
5VDC(A) 24VDC(A)
0.115 0.15
0.115 0.15
0.115 0.15
0.115 0.15
The short
protection and
overheat
0.115 0.15
protection
functions of the
AY40P, AY41P,
0.115 0.15
AY60EP,
AY80EP,
AY81EP, and
0.115 0.15
AY82EP are
described
below:
0.23 0.29
0.23 0.29
Short protection
function
0.23 0.29
Function that
protects the
transistors from
0.15 0.22
overcurrents
occurring, for
example, due to
0.305 –
short circuits in
external wiring.
0.59 –
Overheat
protection
function
0.115 0.016
Function that
protects the
transistors from
0.19 –
damage due to
external
temperature rise
0.23 0.04
attributable to
external causes.
0.29 0.08
0.29 0.08
0.29 0.08
0.50 –