PHM Residential Ultrasonic Heat Flow Meter for Hot Water

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PHM Residential Ultrasonic Heat Flow Meter for Hot Water

Name: PHM Residential Ultrasonic Heat Flow Meter for Hot Water
Brand: Shanghai Panda Machinery (group) Co., Ltd.
SKU: 1601019995223_1
Price: 42.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Ultrasonic Heat Measurement: Accurately measures heat consumption in hot water systems using non-invasive ultrasonic technology, ensuring precise flow and temperature monitoring.
Remote Monitoring: Equipped with Mbus communication output for real-time data transmission, enabling remote reading and integration with smart building or home automation systems.
Pressure & Temperature Range: Operates at pressures up to 1.6 MPa and temperatures between 4°C to 95°C, ideal for diverse thermal applications.

Key features

1. Corrosion-Resistant Brass Construction

With a corrosion-resistant brass body, you can ensure long-term durability in harsh outdoor environments, outperforming plastic-based meters*.

2. Remote Monitoring via M-Bus Communication

With remote reading capabilities via M-Bus, you can integrate seamlessly with smart home/building systems for real-time data access, eliminating manual checks*.

3. High-Performance Flow and Pressure Handling

With a wide flow range (0.015–3 m³/h) and 1.6 MPa pressure tolerance, you can handle diverse water system demands, supporting both low and high-pressure applications*.

4. Low-Maintenance Design for Operational Efficiency

With a 6-year battery life and insertion installation, you can minimize downtime and reduce maintenance costs by up to 50%, avoiding system shutdowns during setup.

5. IP68 Protection for Harsh Environments

With an IP68 rating, you can withstand full immersion and dust ingress, exceeding IP65 standards for industrial or outdoor installations*.

Product details

The PHM Residential Ultrasonic Heat Flow Meter is a precision-engineered solution for measuring heat consumption in water systems. Designed for durability and efficiency, it combines ultrasonic technology with a threaded brass connection to ensure accurate flow measurement in harsh environments. With an IP68 protection rating and a 6-year battery life, this meter minimizes downtime and maintenance while supporting remote monitoring via M-Bus communication.

Technical specifications

Feature	Specification	Application Scenario
Measurement Type	Ultrasonic (Non-invasive)	Accurate flow measurement in heating systems
Temperature Range	4°C to 95°C	Suitable for industrial and residential heating
Pressure Rating	1.6 MPa	Handles high-pressure water systems
Battery Life	6 years	Low-maintenance operation in remote areas
Protection Class	IP68	Waterproof and dustproof for outdoor use
Communication	M-Bus	Integration with smart building systems

Customization guide

Adjustable parameters include:

Material: Swap brass for corrosion-resistant stainless steel for marine environments.
Connection Type: Threaded to flanged for industrial piping systems.
Battery Capacity: Extend battery life to 8 years for remote installations.

Get inspired

With ultrasonic technology, you can achieve precise heat flow measurement without disrupting water flow. The IP68 rating ensures reliability in flooded or humid conditions, while M-Bus communication enables seamless integration with smart grids.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Measurement Accuracy	±2%	±1.5% (+15%)	±1% (+30%)*
Battery Life	6 years	6 years	8 years
Pressure Rating	1.6 MPa	2.0 MPa	2.5 MPa
Protection Class	IP65	IP67	IP68
Communication	M-Bus	M-Bus + Bluetooth	M-Bus + 4G IoT

Supplier's note

Three Breakthroughs:
- Ultrasonic Technology: Non-invasive measurement reduces system downtime.
- IP68 Protection: 30% higher water resistance than industry-standard IP65.
- 6-Year Battery: 20% longer lifespan than traditional lithium batteries.
Version Selection Guide:
- Base Model: Ideal for residential use where basic accuracy and IP65 protection suffice.
- Advanced Model: For commercial buildings requiring higher pressure tolerance (e.g., industrial plants).
- Pro Model: Best for critical infrastructure (e.g., hospitals) needing IoT connectivity and extreme durability.

With the Pro version’s IP68 rating, you can install meters in flood-prone areas without risking system failure. Pair this with its 4G IoT capability to monitor heat consumption remotely, reducing operational costs by 30%.

Frequently asked questions

Which PHM Ultrasonic Heat Meter model suits residential hot water systems with limited space?
How often does the PHM Ultrasonic Heat Meter require maintenance?
What materials make the PHM meter suitable for harsh outdoor environments?
Can the PHM meter be customized for remote monitoring in commercial buildings?
Is the PHM Ultrasonic Meter FDA-approved for potable water systems?
How does ultrasonic technology in the PHM meter improve accuracy compared to mechanical meters?
What installation method reduces downtime for existing water systems?
Does the PHM meter handle high-pressure fluctuations in industrial setups?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Measurement Technology	Industrial Water Monitoring	- Industry: Mechanical turbine (±5% accuracy) - Base: Ultrasonic (±1% accuracy ▲) - Advanced: Multi-path ultrasonic (±0.5% accuracy ▲)	▲ Base: 5x more accurate than industry standard. ▲ Advanced: 2x better precision for critical systems.	Higher cost than mechanical meters. Requires calibration for ultrasonic tech.
Pressure Rating	High-Pressure Systems	- Industry: 1.0 MPa - Base: 1.6 MPa ▲ - Advanced: 2.0 MPa ▲	▲ Base: Handles industrial-grade pressures (e.g., commercial HVAC). ▲ Advanced: Supports extreme applications (e.g., mining).	Heavier and bulkier than lower-rated meters. Advanced models may require reinforced piping.
Protection Class	Outdoor Installations	- Industry: IP65 (dust/water jets) - Base: IP68 (submersion 1m/30min ▲) - Advanced: IP69 (high-temp water jets ▲)	▲ Base: Survives rain and flooding. ▲ Advanced: Resists high-pressure cleaning (e.g., food processing plants).	Complex seals increase manufacturing costs. Advanced models may have slower response times.
Battery Life	Remote Locations	- Industry: 3 years - Base: 6 years ▲ - Advanced: 8 years ▲	▲ Base: Reduces maintenance by 50% for rural installations. ▲ Advanced: Ideal for inaccessible areas (e.g., offshore platforms).	Advanced models may require firmware updates to maintain efficiency.
Communication Output	Smart Building Systems	- Industry: Manual reading - Base: M-Bus (remote ▲) - Advanced: M-Bus + Wi-Fi (mobile app ▲)	▲ Base: Integrates with building automation systems. ▲ Advanced: Real-time data via smartphone (e.g., apartment complexes).	Advanced requires network infrastructure. M-Bus may need gateways for older systems.
Installation Method	Minimal Downtime	- Industry: Shut-down required - Base: Threaded insertion (no shutdown ▲) - Advanced: Wireless sensors (no pipe cutting ▲)	▲ Base: Reduces downtime by 80% for retrofitting. ▲ Advanced: Zero disruption for critical systems (e.g., hospitals).	Advanced requires professional installation for wireless setup.