OleumTech WIO RM1K Manual

All inputs and outputs
on I/O Modules provide
field isolaon.
Please wire accordingly.
TYPE POWER CONSUMPTION
RADIO 35 mA @ 12 Vdc AVG (10% Duty Cycle)
DIGITAL 26 mA @ 12 Vdc MAX
4-20 mA 83 mA @ 12 Vdc MAX
0-10 V 58 mA @ 12 Vdc MAX
Always disconnect power
when aaching or detaching
I/O Module(s) to or from
DataRail to avoid damage.
2. Power Consumpon
1. Isolaon vs Non-Isolaon
If isolaon is required, then separate
power sources are required for
Radio Module and I/O Module(s).
If isolaon is not required, a jumper
is required to make common with
Radio Module’s power supply to
to one of I/O Module’s COM pin.
+-
9-30 V
Jumper required if using
a single power source.
1.661.716.5100 [email protected]
©2019 OleumTech Corporaon. OleumTech and WIO are registered trademarks of OleumTech Corporaon. Other trademarks are the property of their respecve owners.
Specificaons, design, and product descripons subject to change without noce. Doc ID: AD-1089-001_A
WIO® System Wiring Diagrams for Radio Kit RM1K
A P PL I C A TI O N D R A W I NG

3. 4-20 mA Input - Internal Power Loop
On a process meter,
this will be wired as
“simulate”
+ -
Sensor
+13.5 V
DIP Switch
Must be On
to AI+ / SIG
4-20 mA
4. 4-20 mA Input - External Power Loop
On a process meter,
this will be wired as
“source”
Reference4-20 mA
- +
Sensor
DIP Switch
Must be O
V
+ -
Power
to AI+ / SIG
1.661.716.5100 [email protected]
©2019 OleumTech Corporaon. OleumTech is a registered trademark of OleumTech Corporaon. Other trademarks are the property of their respecve owners.
Specificaons, design, and product descripons subject to change without noce. Doc ID: AD-1089-001_A
WIO® System Wiring Diagrams for Radio Kit RM1K
A P PL I C A TI O N D R A W I NG
4-20 mA
Analog
Input
V-
SIG-
SIG+
V+
+-
Ext Power
5. 4-20 mA Output

7. Digital Level Input - Acve Low
+-
9-30 V
Jumper required if using
a single power source.
Open/O = 2.4 to 30 V (Vih = 2.4 V)
Closed/On = 0 to 1.0 V (Vil = 1.1 V)
LEDs turn on when 0 to 1 V is detected
LEDs turn o when 2.4 to 30 V is detected
DO COM
Signal Controller
8. Dry Contact Input
+-
9-30 V
Jumper required if using
a single power source.
Dry Contact
6. Digital Level Input - Acve High
Jumper required if using
a single power source.
COIL
VOUT COM
PLC Voltage Output
Relay
+
-
9-30 V
1.661.716.5100 [email protected]
©2019 OleumTech Corporaon. OleumTech is a registered trademark of OleumTech Corporaon. Other trademarks are the property of their respecve owners.
Specificaons, design, and product descripons subject to change without noce. Doc ID: AD-1089-001_A
WIO® System Wiring Diagrams for Radio Kit RM1K
A P PL I C A TI O N D R A W I NG

+-
9-30 V
Jumper required if using
a single power source.
DI COM
9. Dry Contact Output
11. Digital Level Output - Acve Low
+-
9-30 V
Jumper required if using
a single power source.
Open-drain with +5 V internal pull-up
Vout max = 4.7 V
Open/O = 4.7 V
Closed/On = 0 V
DI COM
Digital Level Input
Internal pull-up
12. Digital Level Output - Acve Low
+-
9-30 V
Jumper required if using
a single power source.
If the Digital Input requires higher
than 4.7 V, use an external pull-up
resistor (10 K, up to 30 V max)
Open/O > 4.7 V
Closed/On = 0 V
DI COM
Digital Level Input
10 K
External pull-up
+
+
-- 9-30 V
Jumper required if using
a single power source.
COIL
VIN COM
PLC Voltage Input
Relay
10. Digital Level Output - Acve High
1.661.716.5100 [email protected]
©2019 OleumTech Corporaon. OleumTech is a registered trademark of OleumTech Corporaon. Other trademarks are the property of their respecve owners.
Specificaons, design, and product descripons subject to change without noce. Doc ID: AD-1089-001_A
WIO® System Wiring Diagrams for Radio Kit RM1K
A P PL I C A TI O N D R A W I NG