IoT Electric Control Valve
Delivering More Precise Control · Enabling Higher System Efficiency
Upgraded Electric Actuator
600N/ 1000N / 3000N / 5000N
High-Precision Resolution
0.3% high resolution. The maximum valve opening range can be set remotely via the platform.
Manual Operation
Equipped with a mechanical manual override with manual-priority protection. When the handle is engaged, the actuator automatically cuts power to ensure safe manual operation.
Dedicated Mobile App
A dedicated mobile app enables valve open/close control and multi-parameter configuration. Even during on-site power loss, the app can still read actuator parameters.
5-Year Extended Warranty, Quality Proven Over Time
Industry-leading 5-year full-unit warranty, validated by over 100,000 full-stroke, failure-free operations, providing a solid technical foundation for long-term reliability.
Electronic Local Control
- Top-mounted button operation when powered on
- Automatic stroke calibration
- Easy on-site commissioning
Mobile App, Total Control at Your Fingertips
Fast Bluetooth Connection
Instant plug-and-play via Bluetooth, no wiring or complex configuration required, enabling faster and more efficient on-site commissioning and maintenance.
Real-Time Control & Parameter Configuration
Supports real-time start/stop control, stroke adjustment, and key parameter configuration. Intuitive operation with visualized tuning process improves commissioning accuracy.
Data Synchronization & Historical Records
Operating data is automatically synchronized to the app, supporting historical record queries and comparative analysis for fault diagnosis and performance evaluation.
Field Maintenance-Friendly Design
Clean and intuitive app interface designed around engineers’ workflows, significantly reducing commissioning time and improving on-site operation and maintenance efficiency.
Valve Body
Optimized Control Curve
Equal-percentage control characteristic with a turndown ratio up to 100:1, delivering precise control under both low-flow and high-flow conditions to meet fine process control requirements.
Medium Temperature Range
Industrial refrigerants: −40 ~ 80 °C Chilled / hot water: −10 ~ 130 °C Steam: 2~180 °C/2~250 °C/2~400 °C
Ductile Iron Construction
High-strength ductile iron valve body provides excellent mechanical strength and impact resistance, while ensuring reliable pressure tolerance and dimensional stability.
Powered IoT Electric Control Valve
Multiple Temperature & Pressure Measuring Points
Supports up to 4 PT1000 temperature sensors and 8 RS485 pressure sensors for multi-point data acquisition.
RS485 Remote Control
Equipped with an RS485 communication interface, enabling remote valve control via the Modbus protocol.
Built-in PID Control
Can connect supply/return water temperature sensors and supply/return water pressure sensors, allowing direct temperature-based valve control without external controllers.
Battery-Powered IoT Electric Control Valve
Dual Temperature & Dual Pressure Measuring Points
Supports up to 2 PT1000 temperature sensors (connected to the actuator) and 2 RS485 pressure sensors (connected to the actuator).
Battery Power Supply
Battery box uses a quick-connect plug for fast replacement and easy installation.
NB-IoT Wireless Communication
Low power consumption and easy deployment. Data can be uploaded directly to the cloud platform. Standard external antenna included, 3 m cable length.
Performance Advantages
Balanced Valve Core Design
Effectively reduces the impact of medium pressure on valve opening and closing. Supports a closing pressure differential up to 16 bar, ensuring stable and reliable operation under high ΔP conditions.
Ultra-Low Leakage Sealing Performance
Water valves adopt stainless-steel hard sealing technology, with leakage ≤ 0.01% Kvs. Steam valves use an alloy sealing surface structure, achieving ultra-low leakage ≤ 0.001% Kvs.
Equal-Percentage Flow Characteristic · High Turndown Ratio
Features equal-percentage flow control with smooth linear regulation across the full stroke. Turndown ratio > 100:1, ideal for precise flow control applications.
Low-Noise Operation
Optimized valve core and flow channel design significantly reduce noise and vibration caused by fluid flow, delivering quiet, stable operation for noise-sensitive environments.
Application Scenarios
Air Conditioning Water Systems
Ventilation Systems
