OleumTech Wio RM4 User manual

NEMA-Type
Enclosure
9-30 Vdc
(Reverse polarity protecon)
Install antennas
10  above the ground.
Antennas must match
the system’s
Radio Frequency (RF).
Direconal antennas must be
poinng at each other.
Use low loss antenna
cables and connectors.
Installing lightning
arrestors are strongly
recommended.
Make a hole at the boom
of the enclosure to run
wires and cables.
Weatherproof all exterior
connecons and seal all openings
to the enclosure.
6. Installaon
Quick Start Guide
Wireless I/O System - RM4
1. Before You Begin
2. Required Items
- BR-xxxx-RM4 Radio Kit with Onboard I/O
- (2) 9-30 Vdc power sources
- Technician’s screwdriver (flathead)
- (2) 35 mm standard DIN rails (35 x 7.5 mm)
- (2) NEMA 4X-type enclosures for outdoor installaon
- (2) antennas (must match system’s RF type)
- (2) low loss antenna cables, SMA to N (male)
- (2) low loss antenna cables, N to N (male) (oponal)
- (2) lightning arrestors (strongly recommended for outdoors)
- Weatherproofing tape/sealant material
- Wire (solid/stranded AWG 28-12 gauge)
1. The system offers two Tx speeds: 1 sec (def.) or 400 ms
Use the Tx buon to switch between speeds.
2. Device reset: hold down the Tx buon for ~4 seconds unl the
LEDs are exnguished. Power cycling will also reset the device.
Ensure the installaon of the system meets applicable
state and naonal electrical code requirements.
The installaon of the system should only be
performed by a qualified installer.
When connecng the device to an external power supply,
do not exceed the defined voltage: 9-30 Vdc max.
Contains no user serviceable parts. Unauthorized
modificaon to device or supplied accessories may
damage devices and void warranty.
This product is NOT intended for use in hazardous locaons.
Do NOT install or mount on an applicaon with
high vibraon.
The WIO® System must be installed within an
enclosure that requires a tool to access. This is to
prevent inadvertent disconnecon of any of the power
wiring, signal wiring or communicaon cables.
80-3159-001_C
3. Hardware Overview
- Operang temperature range: -40 ˚C to 80 ˚C
7. RF Best Pracces
4. RF Transmission (Tx) Speed / Device Reset
Go to www.wio.oleumtech.com to view or download the
full User Guide for detailed installaon and other
helpful informaon.
RADIO A RADIO B
P1 - Analog Out 1
P2 - Analog Out 2
P4 - Power 9-30 Vdc
P3 - Digital PIO 1/2
Spring-loaded
Latching Clip
DIN Rail Hook
DIP Switches 1-8
SMA Female
P1 - Analog In 1
P2 - Analog In 2
Tx Speed / Reset Buon
Mini-USB
Firmware Upgrade
Diagnosc LEDs RF/PIO
P4 - Power 9-30 Vdc
P3 - Digital PIO 1/2
1. RF Diagnoscs
5. LED Diagnoscs
Flashing Green:
Flashing Yellow:
Solid Yellow:
PIO RF
Good RF signal: -40 dB (best) to -94 dB
LED flashing speed also indicates
Tx speed.
Weak RF signal: Worse than -94 dB.
RF failure.
2. Digital PIO Diagnoscs
Solid Green:
Solid Red:
Indicates both PIO direcons are
setup correctly.
Indicates when one or both PIO
direcons are setup incorrectly.
Check PIO DIP switches.
[email protected]
www.prosoft-technology.com
1.661.716.5100
1. Perform a RF survey prior to installaon.
2. Use high quality antennas and low loss cables and fings
for achieving the best possible wireless performance.
3. Having a clear line of sight between antennas (Fresnel zone)
is ideal for achieving best RF signal quality.
4. When seng up and installing antennas, avoid walls,
tall buildings, trees, and other solid obstrucons for
improving RF signal quality.
5. Install antennas at least 10  above ground when possible.
6. When using direconal antennas, be sure to point the
antennas at each other and be sure to use correct
antenna orientaon.
7. Be sure to install omni-direconal antennas in vercal posion
or perpendicular to the ground.
8. Be sure that there are no loose connecons.
Securely ghten all cable connecons and wire terminals.
9. Be sure to waterproof all exterior cable connecon using high
quality sealing tape.
10. Once the WIO System is up and running, use the le LED
to diagnose RF health.

13. Transmit Power Seng - 900 MHz Only8. Power Wiring
9. Analog 4-20 mA Inputs, Radio A
This system allows you to control the output states when
RF communicaon failure occurs. When RF is lost for ten
consecuve seconds or more, the system will automacally
drive outputs to their predetermined fail safe states. Use
the dedicated DIP switches to control the fail over behaviors.
1. Analog fail safe modes (DIP 4 and 5 on Radio B)
Applies to both outputs.
11. Digital Programmable I/O (PIO)
1. Digital/discrete input wiring
Only Radio A is equipped with analog inputs.
This system is equipped with two digital programmable I/O.
Using dedicated DIP switches 1 and 2, you can control the
signal direcons independently.
If Radio A = Input, Radio B must = Output and vice versa.
Otherwise, PIO LED will turn red indicang signal direcon error.
Factory default PIO sengs: Radio A = DI ; Radio B = DO
Note that DIP switch posions for In/Out are reversed
on Radio Module A and B.
Must reset device aer modifying any DIP switch sengs.
Be sure to set Fail Safe output mode: Off (default) or On.
The 900 MHz system is equipped with two adjustable
transmission output sengs. Use DIP switch 6 to select
output power. Both Radio Modules must match power.
140 mW (default) or 1 W
14. RF Channel - 900 MHz / 2.4 GHz Only
900 MHz and 2.4 GHz systems offer mulple RF channels
to create beer RF isolaon for beer performance.
Use dedicated DIP switches to set RF channel.
900 MHz system offers channels 0-3 while 2.4 GHz system
offers 0-7 channels.
The RF channel or DIP paern on both Radio Modules
must match. Some examples of how to set RF channel:
15. Using PIO to Monitor RF Health
Using the following logic, you can ulize either PIO channels
to monitor the RF health of the system from a connected
logic controller:
1. Select a PIO channel.
2. Set the PIO signal direcon using DIP switches.
3. Set DO fail safe output mode to off on the output side.
4. On the Radio Module with PIO set as input, place a jumper
wire to e DI to the ground terminal to create “always on.”
5. Tie the output to a logic controller or any device monitoring
the DO state.
6. During normal operang condions, the DO will be on.
7. When the RF communicaon is lost, the system will
de-energize the output to nofy the change in condion.
2. Digital/discrete output wiring
Power - P4
12. Fail Safe Output Operaon
©2019 OleumTech Corporaon. All rights reserved. OleumTech and WIO are registered trademarks of OleumTech Corporaon in the United States.
Specificaons, design, product descripons, and availability subject to change without noce.
9-30 V GNDGND
Reverse Polarity Protecon
10 11 12
DI 2 GNDDI 1
7 8 9
DO 2 GNDDO 1
7 8 9
1. 4-20 mA input wiring - P1 and P2
10. Analog 4-20 mA Outputs, Radio B
4-20 mA output wiring - P1 and P2
Only Radio B is equipped with analog outputs.
SENSOR
N/C
+
9-30 Vdc
N/C
SENSOR
+
_
EXT.
POWER
+
_
S- COMVS
AO 1/2 Fail Safe
Last
Known
Value
<4 mA
AO 1/2 Fail Safe
>20 mA
AO 1/2 Fail Safe
Fail over to Last Know Value (Default) Fail over to Less than 4 mA
Fail over to Greater than 20 mA
>20 mA
AO 1/2 Fail Safe
Fail over to Greater than 20 mA
2. Digital fail safe modes (DIP 3)
Applies to both outputs.
O
DO 1/2 Fail Safe On DO 1/2 Fail Safe
Fail over to Off (Default) Fail over to On
RF Channel (0-7)
0
0
0
Both Radios
Must Match
Pattern
Channel 0 (Default)
RF Channel (0-7)
0
0
01
Both Radios
Must Match
Pattern
Channel 1
RF Channel (0-7)
0
0
0
Both Radios
Must Match
Pattern
2
Channel 2
RF Channel (0-7)
0
0
01
Both Radios
Must Match
Pattern
2
Channel 3
RF Channel (0-7)
0
0
0
Both Radios
Must Match
Pattern
2
4
Channel 6
RF Channel (0-7)
0
0
0
Both Radios
Must Match
Pattern
1
4
Channel 5
PIO2 GND
INPUT
DI1
Create “alway on”
condion
On = RF OK
Off = No RF
7 8 9
PIO2 GND
Logic
Controller
Example shown using PIO 1
DO1
7 8 9
OUTPUT
Must reset device aer modifying any DIP switch sengs.
3. External Loop Power
2. Internal Loop Power
VS/External Power (min) = 7 Vdc + Max Current (Amp) * Rloop
Rloop = Total Loop Impedance
*A 250 ohm Resistor may be required depending on the design
of the third-party 4-20 mA input module.
250 ohm
Resistor*
Measurement
Electronics
4-20 mA
+
_
PLC Input Module or
Process Controller
N/C
V+GND GND
+_
GND
POWER
SUPPLY
S+
10 11 12
Quick Start Guide
Wireless I/O System -RM4
80-3159-001_C
Accepts Dry Contact (Internal 3.3 Vdc Pull-Up),
Open-Drain (NPN) and Level Output (0 - 30 Vdc Max.)
Input Voltage Threshold:
Signal "H", Vi > 1.85 Vdc
Signal "L", Vi < 1.03 Vdc
Open Drain (NPN) Outputs
Inducve Load (Sink Current): 1A/30 Vdc Max.
Voltage Level Output:
Internal Pull-Up: Signal "H", Vo = 3.3 Vdc
Signal "L", Vo = 0.2 Vdc
Accepts Oponal External Pull-Up, 30 Vdc Max.
Requires 10 K Resistor