
LoRaWAN Infrared People Counter
- Price: Negotiable
- MOQ:
- NRC: 0.88 from ISO354
- Fire protection performance: Class A
- Eco-Friendly: E1


HKT SVC-100 LoRaWAN Solenoid Valve Controller controls two valves independently via dual solenoid interfaces. Users can switch valves on/off or adjust flow remotely through the cloud platform — no need to be on site. Commands are sent from the user’s device to the cloud, then down to the controller through LoRaWAN gateways. The controller also supports local configuration via Bluetooth for initial setup or manual override. It works with most water and air valves, making it useful for agricultural irrigation, smart gardens, and similar applications.

The smoke detectors of HKT Lora, based on LoRaWAN, detect smoke and high temperatures, and support wireless sending warnings to the system.

Based on the standard LoRaWAN™ protocol The detection rope has a double helix structure, which is highly flexible and not prone to breaking Cable Length : 3 meters (customized is available) Ultra-low power consumption design Powered by a built-in 4000mAh battery.

Our LoRaWAN parking sensor uses dual detection (geomagnetic + 24GHz radar) with 99% accuracy. It checks space occupancy periodically and sends data to nearby LoRaWAN gateways, which forward it to the cloud. Facility managers can then view real-time space status from anywhere — no need to send staff for regular patrols. Used in underground garages, commercial complexes, and high-end residential projects.
Our LoRaWAN parking sensor features an NRC 0.88 (ISO354‑certified) sound absorption rating, which effectively reduces vehicle noise in underground garages and improves the acoustic comfort of enclosed parking areas.

HKT Lora is a reliable ultrasonic flow meter manufacturer, offering clamp on flow meter products.
In various industrial sectors and municipal projects, flow measurement is a critical task. The external clamp-on ultrasonic flowmeter, as an advanced flow measurement device, stands out due to its non-contact measurement and easy installation features, offering unique market advantages. This scheme is developed to promote the effective application of such flowmeters.

This rumen bolus sensor, based on LoRaWAN, is designed to collect cows’/beef cattles’ activity, rumen temperature, and movement. The bolus material is environmentally friendly and harmless to the animal.
After insertion, the rumen bolus will automatically transmit data to LoRa base stations and cloud-based platforms, allowing users to access this information at any time, from anywhere.

Durable Material: Rust-proof metal or engineering plastics for outdoor durability. Auto-Sensing: Vehicle detection sensors enable automatic lifting/lowering. Anti-Theft: Tamper-proof alarms, reinforced locks, and optional GPS tracking. Power Options: Solar, rechargeable batteries, or wired power supply.

Up to 5Km communication range in an open environment; LCD Screen indicates reading, power percentage, allowance, valve, and signal status. Long-lasting battery life of up to 3 years; Capable of saving over 10,000+ historical operation records locally; Compatible with standard LoRaWAN® gateways and third-party network server platforms; Fast connection with HKT LoRaWAN® gateway and cloud platform without additional configuration.

This rumen bolus sensor, based on LoRaWAN, is designed to collect cows’/beef cattles’ activity, rumen temperature, and movement. The bolus material is environmentally friendly and harmless to the animal.
After insertion, the rumen bolus will automatically transmit data to LoRa base stations and cloud-based platforms, allowing users to access this information at any time, from anywhere.
Pioneer in LoRaWAN loT Device Development, Manufacturing and Smart Solution Implementation.
We are committed to provide one-stop solution for LoRaWAN connectivity from sensor nodes, gateways to cloud network server platforms and application server platforms.
HKT is committed to provide best services to all the customers equally.
Copyright © 2025. Hunan HKT Technology Co., Ltd. All rights reserved.