ATLAS SAYAÇ · SOLUTION ENGINEERING
Smart Water Engineering & Solution Center
Ten technical workstreams connecting metering, communications, smart irrigation, network analytics and project specifications. Explore verified product resources and request a project-specific engineering discussion.
ENGINEERING MODULE 01
Smart Irrigation Hydrants
Field architecture: flow meter → controller → latching valve → LoRaWAN/Cat.1 gateway → AtlasServer. Specify DN, Q3, pressure envelope, supply autonomy, pulse scaling, valve feedback and fallback position for each project. Operate valves using authorization, command expiry, device acknowledgement and independent flow/position confirmation.
ENGINEERING MODULE 02
AtlasServer Measurement & Telemetry
Meter readings, GIS asset identifiers, interval series, data quality flags, alarms and export-oriented integrations. Request a technical demo to validate the deployed module set; illustration and architecture are not evidence that every feature is currently enabled.
ENGINEERING MODULE 03
LoRaWAN Gateways & Remote I/O
Select gateway by EU868 channel plan, antenna siting, network diversity, backhaul, local buffering, enclosure and power. Use the engineering checklist for packet-loss diagnostics before expanding infrastructure.
ENGINEERING MODULE 04
DMA & Pressure Monitoring
Combine inlet/outlet flow, pressure at critical points and minimum night flow. Separate instrument errors and legitimate nighttime demand from apparent leakage; compare pressure changes before and after PRV intervention.
ENGINEERING MODULE 05
Precision Agricultural Irrigation
A practical irrigation recommendation uses soil water, crop parameters, ET0 and weather together with actual water volume and pump constraints. Never operate pumps or irrigation valves solely on an unvalidated AI suggestion.
ENGINEERING MODULE 06
English Technical SEO & Product Evidence
Engineering pages are linked to existing English source pages rather than replacing URLs. Values such as MID class, IP rating and battery life must be substantiated by the exact product data sheet and test conditions.
ENGINEERING MODULE 07
Technical Documents & Device Selection
Start from application, flow range, DN, Q1/Q3/Q4, power source, protocol, material and environmental protection. Download the current model-specific data sheet before approving a specification or tender response. Open the application-based solution selector.
ENGINEERING MODULE 08
Project Scoping & Quotation
For a usable proposal specify site count, installation location, required meter size, telemetry interval, control outputs, gateway density, dashboards, hosting, acceptance criteria and maintenance model. Create a structured project brief.
ENGINEERING MODULE 09
AtlasServer Demo Planning
The recommended walkthrough is asset map → latest reading → data-quality trend → alarm acknowledgement → controlled valve command → verified device readback. Actual accessible demo functions must be confirmed with the product team. Explore an illustrative AtlasServer workflow preview (synthetic data, no live control).
ENGINEERING MODULE 10
Battery & RF Engineering Calculations
Daily charge budget: Q_day(mAh)=I_sleep(mA)×t_sleep(h)+Σ[I_active(mA)×t_active(h)]. Estimated days≈usable battery capacity(mAh)/Q_day(mAh), adjusted for temperature, pulse load, self-discharge and duty cycle. Calculate link margin from allowed transmit power, antenna system, path loss and receiver sensitivity. Open the interactive battery charge budget calculator.