Automation Components, Inc.
2305 Pleasant View Road | Middleton, WI 53562
Phone:
1-888-967-5224 |
Website:
workaci.com
Page 3
Version: 6.0
I0000475
TABLE 1:
JUMPER SETTINGS
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
I
T
VI
V
P
D
A
T
D
15
5
10
0
60
30
90
1
Input
0 - 5 Volts
0 - 10 Volts
0 - 15 Volts
1 - 5 Volts
2 - 10 Volts
3 - 15 Volts
0 - 20 mA
4 - 20 mA
S1
S2
S3
S4
S5
S6
JUMPER SETTINGS - ANALOG
Uses same Version #1 or #2 chips
as Pulse & Floating Point programs
Input
0.1 - 25.5
sec. pulse
0.02 - 5
sec. pulse
0.59 - 2.93
sec. pulse
30 sec.
Floating Pt.
60 sec.
Floating Pt.
90 sec.
Floating Pt.
S1
S2
S3
S4
S5
S6
JUMPER SETTINGS - PULSE & FLOATING POINT
Version #1 - Chip # 0052y0h.hex
Input
0.1 - 10
sec. pulse
0.023 - 6
sec. pulse
45 sec.
Floating Pt.
120 sec.
Floating Pt.
240 sec.
Floating Pt.
S1
S2
S3
S4
S5
S6
JUMPER SETTINGS - PULSE & FLOATING POINT
Version #2 - Chip # 0054y0b.hex
Input
0.1 - 10
sec. pulse
S1
S2
S3
S4
S5
S6
JUMPER SETTINGS - DUTY CYCLE PULSE
Version #4 - Chip # 0305y1a.hex
RESISTOR NETWORK
Each DRN3.1 requires a plug-in resistor network card (RN) to operate properly. This resistance card
determines the simulated slide wire potentiometer values for the output. Insert the RN (usually in a
separate package from DRN3.1) into the DRN3.1. The HW3 pin on the Resistor Network card should be
oriented towards the top as shown on Page 1. There are two rows of pins on the RN and two rows of female
connections on the DRN3.1. The DRN3.1 resistance output simulates a potentiometer. The Terminal Block
located on the far right is the Wiper. The Terminal Block located in the middle is the Maximum; the high end
of the potentiometer. The Terminal Block located on the far left is the Minimum; the low end of the
potentiometer. Upon power-up, the wiper will start at the Minimum position and will remain there until
the first PULSE or FLOATING POINT signal is received. The ANALOG version will begin tracking the input
signal instantly after “sampling” the input signal to eliminate error. The output resistance will not change
on the PULSE version until the end of the pulse. To check the resistance output, vary the input signal and
measure the resistance. The resistance between terminals Wiper and Minimum will increase as the input
signal increases and the resistance between Wiper and Maximum will decrease. If both floating point
inputs are on for 3 seconds, the DRN3.1 resets to minimum resistance output.
