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LDRT Family · Entry-Level

LDRTDaq-e1 — entry-level real-time controller

Real-time bench control at an accessible price: 500 µs deterministic cycles, 100-channel logging @ 1 kHz and the same EtherCAT master and toolchain as the rest of the family — ideal for education and production test.

500 µs Control Cycle 100 ch @ 1 kHz 2× CAN/CAN FD EtherCAT Master Compact Platform Education & Production
Capabilities

Real deterministic control, entry-level cost

  • 500 µs deterministic controlgenuine real-time behaviour, not a soft-timed PC loop.
  • 100-channel logging @ 1 kHzample capture for teaching benches and end-of-line stations.
  • 2× CAN/CAN FDreal-time bus channels for typical single-device benches.
  • Built-in EtherCAT masterthe same fieldbus architecture as the h1 and m1 — students and operators learn the real thing.
  • Compact and quieta small, low-power unit that suits a classroom bench or a production station.
  • One family toolchaindevelop on the e1 and move to the m1 or h1 without rework.
LDRTDaq-e1 · final product view 200 × 55 × 150 mm LANGDI 200 mm 55 mm 150 mm 2× CAN FD · EtherCAT master · Gigabit Ethernet · USB · 9–36 V DC fanless · desktop / wall / DIN-rail mount

Representative production enclosure — a compact fanless unit built on the NXP i.MX 8M Plus platform. Final mechanicals are confirmed per order.

Technical data

LDRTDaq-e1 at a glance

TierEntry-level — education and production test
Compute platformNXP i.MX 8M Plus SoC — quad-core Arm Cortex-A53 + Cortex-M7 real-time core · 2.3 TOPS NPU
Form factorCompact fanless controller — desktop, wall or DIN-rail mount
Dimensions (W × H × D)200 × 55 × 150 mm (enclosure, excl. connectors and mounts)
Weight≈ 1.6 kg net — final weight depends on the fitted configuration
Power input9 – 36 V DC, wide-range industrial · reverse-polarity protected
CoolingFanless — no moving parts
Operating temperature−20 – +60 °C (extended −40 – +85 °C to order)
Storage temperature−40 – +85 °C
Humidity10 – 90% RH, non-condensing
Vibration & shock2 Grms operating · 20 g shock — solid-state, no rotating media
Ingress protectionIP40 front panel — higher rating to order
Real-time performance500 µs deterministic control loop · 100-channel logging @ 1 kHz
Fieldbus & buses1× EtherCAT master · 2× CAN/CAN FD
ConnectivityOPC UA · EtherCAT master · CAN/CAN FD · Gigabit Ethernet · USB · live data streaming
Operating systemLinux (real-time)
ToolchainLDRT Workbench — develop, configure, validate, deploy, monitor

Mechanical, power and environmental data are confirmed per order. Request the full datasheet — and ask about classroom quantities for teaching labs.

Where it fits

Two jobs the e1 does well

  • Teaching labsstudents build and run real deterministic control on the same toolchain industry uses, at a price that lets a department buy several.
  • Production & end-of-line stationsrepeatable pass/fail testing on the line, where the test is fixed and the cost per station matters.
  • Grows with the worka configuration proven on the e1 deploys unchanged to a faster controller when the requirement grows.

See Research & Education →

LDRTDaq-e1 · typical deployments Teaching lab bench 1 bench 2 bench 3 one controller per bench — same toolchain as the research lab End-of-line station fixture · DUT PASS fixed test, repeated all shift — low cost per station Same LDRT Workbench · same configuration format what you build here deploys unchanged to an m1 or h1 later
Get the details

LDRTDaq-e1 datasheet on request

Start small — everything you build moves up to the m1 and h1 unchanged.

Request the Datasheet