LogicMachine5 Reactor IO V3 KNX CANx LM5p2-RIO3 controller with analog and digital I/O terminals, front view

LogicMachine5 Reactor IO V3 KNX CANx Controller (LM5p2-RIO3)

AED 7,470.00 Incl. 5% VAT: AED 355.71
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LogicMachine5 Reactor IO V3 KNX CANx LM5p2-RIO3 controller with analog and digital I/O terminals, front view

LogicMachine

LogicMachine5 Reactor IO V3 KNX CANx Controller (LM5p2-RIO3)

SKU
LM5p2-RIO3
  • KNX Secure

AED 7,470.00

Incl. 5% VAT: AED 355.71

Need a quote for a project or a larger quantity? Request a project quote

  • Collect: From our Dubai office
  • Delivery: By courier on request, at the carrier's rate. Other GCC countries: your own courier collects from our office.
  • Availability and lead time are confirmed after you order
  • Returns: Refund policy

Documents

Documents are published by the manufacturer. Check the revision for your project.

Specifications

Specifications: LogicMachine5 Reactor IO V3 KNX CANx Controller (LM5p2-RIO3)
Manufacturer LogicMachine
Category Servers & logic controllers
SKU LM5p2-RIO3
KNX Secure Yes
Shipping weight 187 g

Source: manufacturer product data.

Overview

Each of the 16 channels works either as an analog input or as a digital output. The LogicMachine5 Reactor IO V3 (LM5p2-RIO3) adds two analog outputs, KNX/TP and a CAN FT port, and the I/O sits in a 6 DIN housing next to the controller.

  • Plan the split per channel. Each channel is usable as an analog input (0–30 V) or as a digital output (24 V). That is 16 channels in total, not 16 inputs plus 16 outputs.
  • Two analog outputs, 0–10 V. For devices that take a 0–10 V control signal, controlled from the controller's scripts and logic.
  • Scripts next to the I/O. The Lua scripting runs on the controller that owns the channels, so field signals can be used in Lua scripts alongside KNX objects.
  • Trend and alert logs. Trend logs store sensor and consumption values at a set interval; the alert log records script alerts and KNX connection status.
  • CAN FT for more I/O. When the channels of one unit are not enough, the CAN FT port connects CANx extension modules.

Where it fits in UAE projects

  • Plant-room and riser panels where a few analog signals and 24 V outputs sit beside a KNX line.
  • Retrofits that keep existing 0–30 V analog sensors or 0–10 V controlled devices and add KNX/TP and a web visualisation in the same controller.

No on-board I/O needed? The 4 DIN LM5p2-KC has the same CAN FT bus, and the LM5Lp2 is the compact entry model. Everything else is under LogicMachine.

Specifications

SpecificationValue
General
Article number LM5p2-RIO3
Product range LogicMachine5 KNX CANx
Manufacturer Embedded Systems SIA, Riga, Latvia
Physical interfaces
KNX/TP 1
CAN FT 1
RJ45 1 (10/100M Ethernet, passive PoE support)
RS-485 1
RS-485 / RS-232 1 (switchable in software)
USB 2.0 1
Analog inputs / Digital outputs 16 (Inputs: 0-30 V / Outputs: 24 V)
Analog outputs 2 (0-10 V)
Power
Power supply 24 V DC via terminals or passive PoE
Power consumption 1.5 W (minimum, no external load)
Connections
KNX bus / CAN FT bus Bus connection terminal, 0.8 mm²
Power supply and I/O ports Screw terminals, 0.8 mm² .. 1.5 mm²
Indicators
LED 1 Green – System load
LED 2 Green – Normal operation / Red – Reset
Enclosure
Mounting support DIN rail
DIN module width 6
Dimensions WxHxD 108 x 112 x 61 mm
IP degree of protection IP20
Net weight 187 g
Standards compliance
EMC EN61000-6-1; EN61000-6-3
Environment
Operational temperature 0 °C .. +45 °C
Storage temperature -15 °C .. +55 °C
Relative humidity 0% ... 93% (without condensation)
Warranty 2 years

Installation notes

  • The datasheet gives the input range (0–30 V) and output level (24 V) but no output current or load rating. Check the connected devices' ratings before wiring loads.
  • Ventilate or cool the panel in a UAE summer: the vendor's operating range ends at +45 °C.

Documents and safety

Embedded Systems SIA equipment must be installed, operated, serviced and maintained only by qualified personnel.

Embedded Systems SIA equipment is not rated, tested or certified for use in life-safety, mission-critical or fail-safe operational environments.

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