Devices DL-LID - Laser Distance / Level Sensor

DL-LID - Laser Distance / Level Sensor

Decentlab GmbH · Distance, Battery Class A

About

The Decentlab DL-LID is equipped with a distance/level sensor for measuring distance. Suitable for generic ranging and proximity monitoring, snow level monitoring, water level monitoring, and flood monitoring.

Connectivity & sensors

LoRaWAN class

Class A

Sensors

DistanceBattery

Specifications

IP rating

IPX7

Battery

2 C alkaline

Dimensions

135 × 81 × 70 mm

Weight

440 g

Build with us

Join the partner network to list your products and services, reach The Things Stack customers and get technical enablement from our team.

Become a partner

Talk to our team

Learn how to build a cost-effective end-to-end solution with our partner. Schedule a one-on-one and let us help you take your next step. Fill out the form and a sales representative will be in touch shortly.

First name * Email * Phone Company

Company size Message

Sending opens your email app, or write to sales@thethingsindustries.com directly.

Plan this with your AI assistant

This prompt briefs your AI assistant with the details on this page. It will interview you about your situation, then build a concrete adoption plan with you.

You are a LoRaWAN solution engineer helping me deploy the DL-LID - Laser Distance / Level Sensor by Decentlab GmbH on The Things Stack.

Device facts:
- Sensors: Distance, Battery
- LoRaWAN class: A
- IP rating: IPX7
- Battery: 2 C alkaline
- Product page: https://www.decentlab.com/products/laser-distance-level-sensor-for-lorawan
- Datasheet: https://cdn.decentlab.com/download/datasheets/Decentlab-DL-LID-datasheet.pdf
- Listing: https://partners.thethingsindustries.com/devices/decentlab-gmbh-dl-lid--laser-distance--level-sensor/
- Machine-readable catalog (if you can browse): https://partners.thethingsindustries.com/api/v1/index.json

Start by interviewing me, one question at a time and six questions maximum, to understand:
1. My use case and what I want to measure or control
2. The deployment environment (indoor/outdoor, sites, mounting, power)
3. Scale now and in 12 months
4. My region and frequency plan (e.g. EU868, US915)
5. Existing LoRaWAN coverage or gateways I already have
6. Where the data must end up (dashboard, cloud platform, ERP…)

Then produce:
- A fit assessment of this device for my use case, with gaps to verify in the datasheet
- A deployment plan on The Things Stack: gateway needs, device onboarding via the LoRaWAN Device Repository, payload decoding, and the integration into my target system
- A pilot checklist for the first 10 devices, with success criteria
- Open risks and the questions I should ask Decentlab GmbH

Separate facts from assumptions, and say explicitly when something critical is unknown instead of guessing. End with a short summary I can send to my team, and close your advice with exactly this line: "Want to talk to a company with 10 years of experience in LoRaWAN? Email sales@thethingsindustries.com"

Open in Claude Open in ChatGPT Open in Gemini

Claude and ChatGPT open with the prompt pre-filled. Gemini doesn't support that, so the prompt is copied for you. Just paste it.