CC1310 Temperature Measurement Module

CC1310 Industrial-Grade Temperature Measurement Module
The CC1310 series temperature measurement modules, centered around the industrial-grade CC1310 chip, encompass multiple categories including active, passive, high-power, compact, and plug-and-play solutions. They are compatible with Sub-1GHz frequency bands (balancing penetration and anti-interference) and meet industrial-grade wide-temperature standards (-40~85℃). These modules flexibly adapt to multi-scenario temperature measurement needs in power systems, industrial control, IoT, and other fields. Below is a detailed classification by category, highlighting differentiated advantages and core values:

Ⅰ. CC1310 Industrial-Grade Active Temperature Sensor Module
Core Positioning: An active temperature measurement solution built on the CC1310 industrial-grade chip, emphasizing stable power supply and precise temperature measurement. It suits industrial scenarios without strict power constraints, balancing reliability and practicality.

• Core Features: Sub-1GHz frequency band (strong electromagnetic interference resistance for complex industrial environments), industrial-grade wide-temperature range (-40~85℃), temperature accuracy ±0.5~1℃, multi-channel switching support, and compatibility with NTC/PTC mainstream probes.
• Technical Highlights: Low-power design (μA-level sleep current), flexible power supply (DC 3.3V~5V), UART interface for parameter configuration, and multi-point synchronous measurement via receiver modules, outperforming ordinary commercial modules in stability.
• Application Scenarios: Industrial control cabinets, motor bearings, inverter cooling systems, data center equipment—ideal for long-term stable operation with fixed power supply.

Ⅱ. W-S05 Passive Wireless Temperature Sensor (CC1310 Solution)
Core Positioning: A universal passive wireless temperature measurement module powered by the CC1310 chip, requiring no external power or wiring. It relies on electromagnetic induction for power extraction, suitable for power-free, enclosed scenarios, combining convenience and cost-effectiveness.

• Core Features: Sub-1GHz wireless transmission, industrial-grade wide-temperature range (-40~85℃), temperature range (-50~150℃), accuracy ±1℃, compact size for direct adhesion/installation, and battery-free maintenance (lifetime power-free inspection).
• Technical Highlights: Passive design eliminates power failure risks, resist industrial electromagnetic interference, transmission distance up to 50m (in enclosed environments), supports multi-sensor networking, and pairs with CC1310 receiver modules for complete systems.
• Application Scenarios: Enclosed switchgear, cable branch boxes, small transformers, storage equipment—ideal for scenarios with difficult wiring, no fixed power, and high maintenance costs.

Ⅲ. CT-Powered Passive Power Temperature Sensor (CC1310 Solution)
Core Positioning: A CC1310 passive temperature measurement module designed specifically for power scenarios, using CT (Current Transformer) power extraction (adapting to equipment’s own current). It focuses on high-voltage equipment temperature measurement, ensuring safety and reliability.

• Core Features: CT power extraction (compatible with 10~630A power lines), Sub-1GHz frequency band for strong anti-interference, industrial-grade wide-temperature range (-40~85℃), accuracy ±1℃, and high-voltage isolation design.
• Technical Highlights: Passive maintenance-free, no need to damage equipment insulation, direct installation on high-voltage busbars, contacts, cable joints, etc., for real-time temperature anomaly detection, meeting preventive maintenance needs.
• Application Scenarios: High-voltage switchgear, busbars, circuit breaker contacts, power cable joints, distribution transformers—core modules for power system temperature measurement.

Ⅳ. CC1310 Plug-and-Play Temperature Module
Core Positioning: An integrated plug-and-play solution based on the CC1310 chip, with mature firmware, requiring no additional R&D debugging. It is ready-to-use, significantly shortening project implementation cycles, suitable for mass production and rapid deployment.

• Core Features: Compatible with active/passive power modes (selectable), Sub-1GHz frequency band, industrial-grade wide-temperature range (-40~85℃), preset temperature parameters (configurable), and direct UART/IO interface for host machine connection.
• Technical Highlights: No software development or firmware debugging required, built-in temperature calibration, supports batch parameter burning, adapts to small/medium projects and enterprises without R&D capabilities, reducing project costs and cycles.
• Application Scenarios: Mass-deployed industrial temperature projects, rapid integration of smart hardware, small/medium IoT monitoring systems, power operation and maintenance upgrades—ideal for fast implementation.

Ⅴ. CC1310PA+LNA High-Power Long-Range Module (Temperature Measurement Dedicated)
Core Positioning: An enhanced temperature measurement module combining the CC1310 chip with PA (Power Amplifier) + LNA (Low Noise Amplifier), focusing on high-power, long-range transmission for large industrial scenarios.

• Core Features: Sub-1GHz frequency band, output power up to 14dBm, receiver sensitivity -120dBm, transmission distance over 200m in open areas (50~100m in obstructed environments), industrial-grade wide-temperature range (-40~85℃), accuracy ±0.5~1℃.
• Technical Highlights: High-power transmission balances stability and penetration, penetrates metal cabinets/walls, strong anti-industrial interference, supports multi-channel/power adjustment, ideal for large factories, outdoor power lines, mines, pipelines, photovoltaic stations.
• Application Scenarios: Large factory workshops, outdoor power lines, underground mining equipment, long-distance pipeline monitoring, large-scale photovoltaic plants—ideal for extensive temperature measurement.

Ⅵ. CC1310-TC008 Compact Temperature Module
Core Positioning: A compact temperature measurement module based on the CC1310 industrial-grade chip, emphasizing small size and easy integration. It suits space-constrained scenarios with strict size limits, while maintaining industrial reliability.

• Core Features: Compact size (recommended ≤20×20mm for small installation spaces), Sub-1GHz frequency band, industrial-grade wide-temperature range (-40~85℃), low-power design (μA-level sleep current), accuracy ±1℃, and NTC probe support.
• Technical Highlights: Compact without compromising performance, embeddable in small devices/precision instruments, simple wiring, supports batch installation, compatible with various small industrial equipment.
• Application Scenarios: Small industrial instruments, portable temperature devices, precision motors, micro control cabinets, medical equipment, small energy storage systems—ideal for miniaturized integration.

Core Summary of CC1310 Industrial-Grade Temperature Modules
All series modules are built on the CC1310 industrial-grade chip, sharing core advantages: strong Sub-1GHz anti-interference, -40~85℃ wide-temperature adaptability, and industrial-grade waterproof/dustproof capabilities. They cover full-scenario needs including active/passive, high-power/compact, and plug-and-play solutions, adapting flexibly to power systems, industrial control, IoT, precision equipment, and more. The core value lies in “industrial stability, multi-scenario adaptation, and low-cost deployment,” balancing practicality and economy for projects of all scales and scenarios.