YOUR CONFIGURATION
RCM-H-1C-10X
- Supply
- 220 VAC
- Relay rating
- 10 A
- Relays
- 1
- Current measurement
- Not included
Switch connected equipment with the supply and relay rating your installation needs.
RCM / OCMD2 / RPB / Relay and I/O Control
Relay & I/O modules
From relay control to analog, digital and serial connections.
Find the connections your installation needs. Explore 12 RCM relay configurations and eight OCMD2 input/output configurations, alongside our RPB and serial options.
YOBIIQ / RM200 · reference imageTHE CONTROL MODULE RANGE24 / MODELS
Different connections. The right configuration.
Start with what you need to connect. Compare supply voltage, relay rating and current measurement, then choose your model.
Choosing a relay? Check the load type and starting current as well as the relay rating. We can help match the module to your installation.
Compare all 24 models
| Model | Interface | Supply | Relay rating | Current measurement |
|---|---|---|---|---|
| 1 relay output | 220 VAC | 10 A | Not included | |
| 2 relay outputs | 220 VAC | 10 A | Not included | |
| 2 relay outputs | 220 VAC | 10 A | Included | |
| 1 relay output | 5–24 V | 10 A | Not included | |
| 2 relay outputs | 5–24 V | 10 A | Included | |
| 2 relay outputs | 5–24 V | 10 A | Included | |
| 1 relay output | 220 VAC | 16 A | Not included | |
| 2 relay outputs | 220 VAC | 16 A | Not included | |
| 2 relay outputs | 220 VAC | 16 A | Included | |
| 1 relay output | 5–24 V | 16 A | Not included | |
| 2 relay outputs | 5–24 V | 16 A | Included | |
| 2 relay outputs | 5–24 V | 16 A | Included | |
| 1 DI · 1 AI · 1 DO · 1 AO (0–10 V) | 12–24 VAC/DC | — | — | |
| 1 DI · 1 AI · 1 DO · 1 AO (4–20 mA) | 12–24 VAC/DC | — | — | |
| 2 AI · 2 AO (0–10 V) | 12–24 VAC/DC | — | — | |
| 2 AI · 2 AO (4–20 mA) | 12–24 VAC/DC | — | — | |
| 2 DI · 2 DO | 12–24 VAC/DC | — | — | |
| 4 DI | 12–24 VAC/DC | — | — | |
| 4 AI | 12–24 VAC/DC | — | — | |
| 2 DI · 2 AI | 12–24 VAC/DC | — | — | |
| 1 relay output | 220 VAC | 16 A | Not included | |
| 1 relay output | 220 VAC | 16 A | Included | |
| DI / DO + AI / AO | Ask us | — | — | |
| RS485 / RS232 | Ask us | — | — |
DI = digital input; DO = digital output; AI = analog input; AO = analog output. Analog input ranges and digital channel ratings are available on request. A dash means that a specification does not apply to this comparison.
Explore relay control in practice.
The guide below covers relay applications. For analog, digital I/O and serial projects, ask us for the documentation for your selected model.
IN YOUR ENVIRONMENTPRACTICAL USE CASES
What would you like to switch?
Start with the equipment and the reason to control it. The relay, electrical design and application work together to make that action useful.
EXAMPLE APPLICATIONOffices & shared spaces
Commercial buildingsDiscuss a similar project
Lighting around opening hours
Shared-area lighting can remain on after a building closes, while occasional late use still needs to be accommodated.
WHERE YOBIIQ COMES IN
Store the opening-hours schedule inside the RCM to switch a suitable lighting circuit. Staff can also control the equipment locally using the pushbuttons on the device.
A repeatable routine that the team can inspect and adjust as building use changes.
EXAMPLE APPLICATIONHospitality & facilities
Building operationsDiscuss a similar project
Ventilation with context
Ventilation equipment may run on a fixed routine even when room usage changes during the day.
WHERE YOBIIQ COMES IN
Combine a suitable ventilation control circuit with room information in your application. The application decides when to send a command; the relay provides the switching interface. Keep the equipment’s own protective controls in place.
Connect the operating decision to the needs of the space and retain a record of requested changes.
EXAMPLE APPLICATIONPlant rooms & equipment
Facility teamsDiscuss a similar project
Pumps in distributed plant rooms
A routine switching task can mean travelling to another part of a site simply to reach a cabinet.
WHERE YOBIIQ COMES IN
Design a remote control path for a suitable pump control circuit or contactor. Confirm the load and starting characteristics, then expose the supported action and state in the operations platform.
Handle suitable routine actions remotely, with the site’s electrical and operating requirements built into the design.
EXPLORE THE POSSIBILITIES02 / CONNECT THE DOTS
A closer look. A clearer picture.
Explore how this device fits into a connected environment.
Bring remote switching to equipment that already exists. Connect suitable circuits to a LoRaWAN relay module and give your facilities team a way to request a change, review the reported state and keep an operating record in one application.
Your device communicates over LoRaWAN. A gateway forwards its messages to a network server, ready for your application to use.
Bring equipment status and remote control into your application. Explore the device’s supported functions below to plan your integration.
What the device does
- DIN-rail mount, fits standard electrical enclosures
- Remote on/off switching over LoRaWAN®
- Works alongside Yobiiq electricity meters on one network
- Suitable for pumps, lighting and ventilation loads
UNDERSTAND THE OPERATIONDEVICE + APPLICATION
See what happens.
Step by step.
The RCM series supports remote switching, schedules stored inside the device and local control using its pushbuttons. A configurable fallback state defines the return state after power or network loss.
REMOTE OPERATION Information / action
- Operator requestChoose a supported action
- LoRaWAN networkNetwork server + gateway
- Yobiiq deviceConnected hardware
- Suitable circuitRelay / contactor interface
01 / IN PRACTICE
Operator-requested switching
An authorised user requests an on/off change through the application. The integration sends the appropriate LoRaWAN downlink to the device and processes the reported status.
Switch a suitable circuit during a planned operating change.
RCM · DEVICE SCHEDULE Information / action
- Stored scheduleOperating hours saved in the RCM
- RCM relay moduleScheduled switching
- Lighting circuitA commissioned switching path
02 / IN PRACTICE
Scheduled operation
The operating schedule is stored inside the RCM. Use it for planned switching, such as the opening-hours routine for shared-area lighting.
Apply a building’s agreed opening-hours routine to shared-area lighting.
PLATFORM LOGIC Information / action
- Room informationReceived by a platform rule
- LoRaWAN networkNetwork server + gateway
- Yobiiq deviceConnected hardware
- Ventilation controlSuitable equipment interface
03 / IN PRACTICE
Sensor-informed control
Rules in the application can combine sensor or meter information with a switching request. Specify the rule, equipment constraints and expected response before enabling automatic control.
Use room measurements to inform a compatible ventilation control circuit.
FITS INTO YOUR WORLDNETWORKS & PLATFORMS
Your network.
Your way of working.
Connect the device to a LoRaWAN network, then bring its data into the application your team uses. Each layer has a different job.
01
Network servers
Connect devices and route their LoRaWAN messages.
02
Application platforms
Turn decoded data into dashboards, history and actions.
Network references are for the published RM200 family codec. We’ll match the supplied relay version, payload and supported commands to your network and application during integration.
Plan your integration THE APPLICATION LAYER
Give every device a place in the picture.
Group equipment by building, review device status and bring the information your team needs into one workspace. Shown: Yobiiq’s published device-management example; your dashboard is configured for the project.
Explore the platform example
DESIGNED WITH PURPOSE03 / THE DETAILS THAT MATTER
Small details. Real capability.
DIN-rail mount, fits standard electrical enclosures
Remote on/off switching over LoRaWAN®
Works alongside Yobiiq electricity meters on one network
Suitable for pumps, lighting and ventilation loads
Low standby power draw
Compliant with standard LoRaWAN gateways and network servers
Status and switching event log
Simple screw-terminal wiring for installers
THE TECHNICAL VIEWFUNCTIONS & INTEGRATION
The details behind the decision.
A practical overview to help you specify the right device and the system around it.
Product documentation| Function | Remote on/off switching of suitable equipment circuits |
|---|---|
| Installation format | DIN-rail mounting in an electrical enclosure |
| Connections | Screw-terminal wiring |
| Load selection | Match the relay rating, load type and switching duty to the selected hardware version |
| Network | LoRaWAN® |
|---|---|
| Command path | Application → network server → gateway → relay |
| Monitoring | Reported device status and switching events |
| Scheduling — RCM | Operating schedule stored inside the RCM |
| Local control — RCM | Equipment control using pushbuttons on the device |
| Fallback state — RCM | Configurable return state after power or network loss |
| Sensor-informed rules | Configured in the connected application |
SPECIFY IT FOR YOUR PROJECT
Check your configuration Share the supply voltage, load type, running and starting current, channel count and preferred behaviour after a power or network interruption. These determine the correct relay or contactor arrangement.
FROM SELECTION TO SITEPLAN YOUR INSTALLATION
A good deployment starts here.
Four things to settle before the first device goes into service.
- 01
Describe the load
Identify the equipment, electrical ratings and required switching frequency. Check whether a contactor or another interface is needed.
- 02
Plan the cabinet
Confirm enclosure space, terminals and power requirements with the installer using the selected model’s documentation.
- 03
Connect the command path
Register the device on the LoRaWAN network and configure payload handling and permissions in the application.
- 04
Test the whole workflow
Verify switching, reported state, local operating procedures and the agreed behaviour after a loss of power or communication.
QUESTIONS, ANSWERED
Before you choose.
Practical answers about Relay & I/O modules.
Ask us something elseCan it directly switch any pump, motor or lighting circuit?
No single relay rating covers every load. The installer must check the selected model’s limits against the load type, inrush current and switching duty. Some equipment needs an appropriately rated contactor or a dedicated control interface.
Is a schedule stored inside the relay?
Yes. The schedule is stored inside the RCM itself and used for scheduled switching.
Can meters and relays share one LoRaWAN network?
Yes, compatible devices can use the same LoRaWAN infrastructure. Your application still needs to understand each device’s data and commands. Combining them in a dashboard or automation rule is an application integration task.
Does a reported relay state prove the equipment is running?
A relay state describes the switching output. Confirming that a pump is moving water or that a fan is running may require separate feedback, such as a suitable meter or sensor. Design that confirmation into the application when it matters.
What happens after power or network loss?
The RCM series returns to a configurable fallback state after power or network loss. Set this state to suit the connected equipment and the installation’s operating requirements.
Can the equipment be controlled locally?
Yes. The equipment can be controlled locally using the pushbuttons on the RCM device.
BUILT FOR REAL DEPLOYMENTS
Keep exploring the details.
iQ Digital Controller
Reference datasheet for the 230 V, two-channel controller. Other RCM/OCM variants have separate specifications.
RM200 family user manual
Reference for RM200 hardware: installation, relay operation and local override. Match it to the supplied model.
RM200 operation reference
Normal mode, button override, default state and communication watchdog.
LET’S MAKE IT HAPPENYour next project.
Your next project.
Our next connection.
Tell us what you want to connect, monitor or control. We’ll help you find a starting point.
Talk to the team