Smart Manhole Monitoring Sensor

DC413 Smart Manhole Sensor
Cover Status and Water Level Monitor

DC413 combines manhole cover status detection and ultrasonic water or sewage level monitoring in one IP68 enclosure. It helps municipal teams detect cover movement, abnormal opening, water level rise, and drainage risk in real time.

Cover movement detection Ultrasonic level monitoring IP68 outdoor protection NB-IoT / LoRaWAN / 4G DC414 AI option

Last updated: May 31, 2026

DC413 smart manhole sensor product image

Core Capabilities

Integrated sensing for manhole safety and drainage risk

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Cover Status Detection

Detects cover movement, tilt, opening, or abnormal displacement for timely safety alerts.

Water Level Monitoring

Uses ultrasonic sensing to monitor water or sewage level inside manholes and drainage wells.

AI

False-Alarm Filtering

DC414 is the AI-assisted option in the same manhole monitoring family. Final DC414 specifications will be confirmed by its datasheet.

IP68

Outdoor Deployment

IP68 protection and low-power operation support long-term city infrastructure monitoring.

Hard Facts

Hard facts for product evaluation

DC413 can upload alerts and level data through LPWAN or cellular networks to Dingtek's platform or an integrated third-party system. Operators can review map locations, alarm history, response status, and trend reports from a Web portal, mobile app, or command center dashboard.

4 m

maximum level detection range

3 cm

height measurement accuracy

IP68

waterproof protection level

Smart urban infrastructure monitoring big-screen dashboard

Platform Interface

Web, mobile, and big-screen interfaces for infrastructure operations

Smart city big-screen control center

Big-Screen Dashboard

Designed for command centers to view city-wide infrastructure status, alerts, and risk distribution.

Manhole monitoring Web portal screenshot

Web Portal

Supports device status, alarm management, historical records, and operational review.

Manhole monitoring mobile app screenshot

Mobile App

Supports field inspection, alarm acknowledgement, location review, and maintenance feedback.

Deployment Scenarios

Typical use cases for municipal and utility infrastructure

Manhole cover monitoring installation on municipal road

Municipal Roads

Monitor manhole cover movement and abnormal opening on city roads and public areas.

Drainage and sewer well water level monitoring installation

Drainage and Sewer Wells

Track rising water or sewage level for drainage risk, flood prevention, and maintenance planning.

Manhole monitoring field deployment example

High-Traffic Areas

Use DC414 AI-assisted filtering when heavy road vibration or repeated environmental interference is a project concern.

Network Architecture

Flexible connectivity for smart city projects

DC413 supports NB-IoT, LoRaWAN, 4G, and Multi Tech Cat-M/NB-IoT options. The device can connect through a base station or gateway to a cloud server, then provide data for Dingtek's application, customer platforms, or integrated municipal systems.

DC413 network architecture diagram

Technical Specifications

DC413 key specifications

ItemSpecification
Dimensions / Weight119 x 119 x 40 mm; net weight 450 g
HousingBlack ABS enclosure; IP68 waterproof protection and IK10 impact resistance
Sensing principleAcceleration detection for cover status and ultrasonic detection for level measurement
Detection rangeUp to 4 m for water or sewage level measurement; 15 cm blind area
AccuracyHeight accuracy 3 cm; temperature accuracy 2 C; angle accuracy 2 degrees
Wireless options4G, LoRaWAN, NB-IoT, or Multi Tech Cat-M/NB-IoT versions
BatteryER26500 x 1 non-rechargeable lithium thionyl chloride battery, 8500 mAh at 3.6 V
Battery lifeMore than 3 years for 4G and more than 5 years for LoRaWAN, NB-IoT, and Multi Tech versions under datasheet reference conditions: 4 uploads per day and 10 minute cycle detection. Actual life depends on network type, ambient temperature, and wireless signal strength.
Operating temperature-30 C to +85 C
CertificationsCE and RoHS
DC414 AI optionDC414 is the AI-assisted option for vibration-prone or high-traffic manhole monitoring projects. Final DC414 specifications will be confirmed by its own datasheet.

Product Line Comparison

DC400 vs DC413 vs DC414 for manhole monitoring

Selection pointDC400DC413DC414 AI option
Best fitCover movement and abnormal opening alertsCover status plus water or sewage level monitoringHigh-traffic sites that need AI-assisted event filtering
Level monitoringNot the main functionUltrasonic level measurement up to 4 mExpected to build on DC413-level monitoring; final datasheet pending
False-alarm handlingStandard event detectionStandard event and level alarm logicAI-assisted filtering for vibration-prone deployments
Typical projectBasic manhole safety monitoringDrainage wells, sewer manholes, flood-prone locationsUrban roads, heavy traffic zones, and sites with frequent vibration
Procurement noteUse when cover status is enoughUse when both cover safety and level risk matterUse when false-alarm reduction is a project priority; confirm final DC414 specs before purchase

Selection Guide

How to choose a DC413 configuration

Confirm monitored eventsList whether the project needs cover movement, abnormal opening, water level, sewage level, temperature, angle, or combined alarms.
Check manhole depthDC413 supports up to 4 m level measurement with a 15 cm blind area, so mounting height and expected level range should be reviewed.
Select the networkChoose 4G, LoRaWAN, NB-IoT, or Multi Tech Cat-M/NB-IoT according to local coverage, gateway availability, and operating cost.
Plan battery reportingBattery life depends on reporting frequency, cycle detection time, network type, temperature, and signal strength.
Review DC414 needFor roads with heavy vibration or repeated false alarms, keep DC414 AI in the selection discussion while waiting for its final datasheet.
Prepare integration inputsShare platform, API, payload, alarm rules, map requirements, and pilot quantity before quotation.

FAQ

Frequently Asked Questions about DC413 Smart Manhole Sensor

What does DC413 monitor?

DC413 monitors manhole cover movement or abnormal opening and measures water or sewage level using ultrasonic sensing.

What is the level range?

The datasheet range is up to 4 m, with a 15 cm blind area. The installation height should be checked before rollout.

Which wireless versions are available?

Available versions include 4G, LoRaWAN, NB-IoT, and Multi Tech Cat-M/NB-IoT.

How long does the battery last?

Datasheets reference more than 3 years for 4G and more than 5 years for LoRaWAN, NB-IoT, and Multi Tech under 4 uploads per day and 10 minute cycle detection. Actual life depends on field conditions.

What is DC414?

DC414 is the AI-assisted option in the manhole monitoring family. It can be discussed for false-alarm filtering, but final specifications should wait for the DC414 datasheet.

Is pricing public?

No. DC413 pricing is quotation-based after project requirements, network version, customization, and rollout scale are reviewed.

DC413 product dimensions drawing

Project Fit

Designed for manhole cover safety and drainage monitoring

DC413 is suitable for smart city, municipal drainage, road safety, utility tunnel, campus, and industrial park projects that require continuous visibility of manhole cover status and water level conditions.

Product Video

DC413 manhole sensor installation video

Watch the DC413 installation video to understand how the manhole sensor is deployed for cover status and water or sewage level monitoring. The related user videos cover LoRaWAN TTL configuration and NB-IoT, Cat-M, or 4G version setup.

Where to Buy

Request a DC413 project quotation

DC413 is sold by quotation. Share the manhole type, monitoring events, level range, installation conditions, wireless network, platform requirements, customization needs, pilot quantity, and rollout region so CNDINGTEK can confirm the suitable version and prepare a project quotation.

Useful inputs for faster quoting

  • Cover status only, water level only, or combined cover and level monitoring
  • Manhole depth, expected water or sewage level range, and mounting structure
  • Preferred 4G, LoRaWAN, NB-IoT, or Multi Tech Cat-M/NB-IoT network
  • Platform/API requirements, alert rules, quantity, and delivery schedule

Evaluate DC413 for your infrastructure project

Contact CNDINGTEK to discuss monitoring objectives, installation environment, network preference, platform integration, and pilot deployment plan.

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