Wireless geomagnetic sensor CS-iTVP-05

low energy consumption

Overview
The CS-iTVP-05 is a battery-powered wireless parking sensor that detects parking-space occupancy using an anisotropic magnetoresistive element and reports status via LoRaWAN or NB‑IoT to a gateway or operator network.

Key features

• Anisotropic magnetoresistive sensing element for magnetic-field disturbance detection
• Dual communication options: LoRaWAN and NB‑IoT
• Battery-powered, low-power architecture for long-term deployment
• No wiring required; simple installation and maintenance
• High detection rate and stable operation under typical urban conditions

Working principle
The sensor measures local changes in the Earth's magnetic field caused by ferromagnetic vehicles. The magnetoresistive element detects variations in the magnetic flux; embedded signal processing determines occupied or free state based on configured thresholds and algorithms.

Product types

• Surface / ground-mounted version for installation on road or parking-surface
• Underground / embedded version for flush installation within pavement

Typical applications

• Indoor parking facilities
• Kerbside and roadside parking
• Open-air parking lots
• Illegal parking and curb-occupancy monitoring

Main technical information
The product page includes a "Main technical parameters" table image and outline structure figures for both surface and underground variants, showing dimensions, mounting details and recommended reporting strategies.

Technical specifications (summary)

• Model: CS-iTVP-05
• Sensing element: anisotropic magnetoresistive sensor
• Communication: LoRaWAN, NB‑IoT (connects to gateway or network coordinator)
• Power: battery-powered; low-power design
• Installation: surface/ground-mounted or underground/embedded
• Applications: indoor parking, roadside, open lots, illegal parking detection
• Further parameters: see product page "Main technical parameters" and structure diagrams