Introduction:
The LoRa Collector revolutionizes centralized data collection for
water, electricity, and gas smart meters in clustered deployments.
Engineered for reliability in harsh environments, it automates
meter reading, supports large-scale networks via LoRa long-range
wireless technology, and ensures zero data loss—even during power
failures. Ideal for utilities, property management, and industrial
campuses seeking scalable, low-maintenance AMR (Automated Meter
Reading) solutions.
The collector according to the preset collection cycle, the
collector automatically collects the data of the meters, uses
high-precision storage, and the data is not lost after power
failure. It communicates with the concentrator through wired or
wireless means, receives and responds to commands from the
concentrator, and transmits data to the concentrator.
Through the concentrator relay forwarding, it can communicate with
other collectors, and can set and adjust the uplink communication
channel to effectively avoid signal interference problems in
adjacent cells.
Key Innovations
1,Dual-Channel LoRa Communication
5km Maximum Range: High-power LoRa modules enable robust
communication with concentrators (uplink) and meters (downlink),
eliminating wiring costs.
Mesh Networking: Relay data between collectors via concentrators to
overcome signal interference in dense urban/rural deployments.
2, Intelligent Data Management
High-Capacity Storage:
Model HUIYUE-WNOC/01: Stores data for 255 LoRa wireless smart
meters + transparent transmission for unlimited meters.
Model HUIYUE-WNOC/02: Supports 100 smart meters per channel
(M-Bus/RS-485 downlink).
Power-Fail Proof: Industrial-grade memory retains all data during
outages.
3, Industrial Durability
Wide Voltage Input: AC 220V±20% (single-phase) compatibility.
Ultra-Low Power: ≤2VA consumption for cost-efficient operation.
Always-On Reliability: Preset collection cycles ensure continuous,
autonomous operation.
4, Scalable Architecture
Flexible Uplink Options: Switch between LoRa bands to avoid
cross-cell interference.
Hybrid Downlink Support:
WNOC/01: Pure LoRa wireless metering.
WNOC/02: Mixed LoRa + wired (M-Bus/RS-485) for legacy meter
integration.
Technical Specifications
Parameter HUIYUE-WNOC/01 HUIYUE-WNOC/02
Uplink Channel LoRa (5km range to concentrator) LoRa
Downlink Channel LoRa (5km to meters) M-Bus/RS-485
Meter Capacity 255 stored + unlimited transparent 100 per channel
Power Supply AC 220V±20%, 50Hz AC 220V±20%
Power Consumption ≤2VA ≤2VA
Applications
Multi-Meter Complexes: Apartments, factories, campuses.
Remote Substations: Oil/gas fields, agricultural irrigation.
City AMI Networks: Scalable smart water/grid infrastructure.
Retrofitting Projects: Modernize legacy meters via JRH-WNOC/02’s
RS-485/M-Bus.
Competitive Advantages
Cost Efficiency
Slash manual reading costs by 90% with automated, scheduled
collections.
Future-Proof Connectivity
Adaptive LoRa channels combat interference in high-density
deployments.
Zero Data Loss
Military-grade storage protects critical billing/audit data.
Deployment Flexibility
Choose pure wireless (01) or hybrid wired/wireless (02) to match
infrastructure.
5km Range
Cover wider areas with fewer concentrators vs. traditional
RF/Zigbee systems.
Why Partner With Us?
As industry pioneers, we offer:
OEM/ODM Services: Customize protocols/form factors (e.g., DLMS,
Modbus).
Lifetime Support: 24/7 technical consulting + OTA firmware updates.
Compliance Ready: Meets IEC/ANSI utility standards.
Contact our solutions team today for volume discounts and site
assessments!
Positioning Strategy
Target: Utilities, property developers, IoT integrators.
USP: "Deploy once, scale infinitely" with LoRa’s low-power,
long-range tech.
Content Tip: Add a comparison table (LoRa vs. NB-IoT vs. 4G) to
guide buyers.
Let me know if you’d like customer use cases, installation
diagrams, or a competitive pricing matrix!
