ISO 9001 & 27001 Power Distribution Monitoring System with 8-Circuit iFSU and LoRa Sensors
Price:
EXW price US$ 999-9999/ set
MOQ:
Negotiable
Delivery Time:
3-5 weeks after receive the payment
Brand:
TimeWave
Product Description
Power Distribution Monitoring System
Comprehensive ISO/IEC 9001 and ISO/IEC 27001 certified monitoring solution for indoor and outdoor power distribution environments. Real-time monitoring of electrical parameters, environmental conditions, and security to prevent equipment failure and ensure operational safety.
System Overview
TimeWaveCloud distribution room dynamic environment monitoring platform with intelligent energy consumption monitoring unit (iFSU) provides complete oversight of power distribution operations. The system monitors current, voltage, power, power factor, bus temperature, cable temperature, environmental conditions, access control, and HVAC systems to extend equipment lifespan and ensure personnel safety.
Key Features & Capabilities
- Centralized Control: iFSU centralized management system
- Communication: Uplink 4G (CAT1)/WLAN, downlink RS485/wireless
- Software Architecture: B/S architecture with applet/APP and standard API
- Integrated Monitoring: Power, environment, security, and temperature monitoring combined
- Real-time Monitoring: Voltage, current, active power, reactive power, power factor, and environmental parameters
- Alarm System: Real-time alerts for electrical anomalies, temperature issues, equipment failures
- Multiple Alert Methods: Pop-up, voice, SMS, WeChat, and audible/visual alarms
- Data Management: Comprehensive querying, reporting, and display capabilities
- Security: Multi-level user permission management for safe operation
- Deployment: Cloud platform and local layout options
Hardware Components
| Model | Product Image | Key Functions |
|---|---|---|
| Intelligent Energy Consumption Power Environment Monitoring Unit (TW-IFSU) | ![]() |
Data upload interfaces: RJ45 network, RS485, CAT1, NB-IOT, LORAWAN. 8 switching inputs for smoke detectors, door contacts, water sensors, and power failure detection. |
| DDSD1150/DTSD1150 Three-Phase Multi-Function Electric Watt Hour Meter | ![]() |
Measures positive/negative active electric energy, phase energy, total power, power factor, current, voltage with high precision. |
| DTS150 Three-Phase Four-Wire Electronic Watt Hour Meter | ![]() |
Integrated metering, alarm, display, switching, and monitoring functions. Measures voltages, currents, power factors with remote meter reading. |
| LoRa Temperature and Humidity Sensor | ![]() |
IP64 enclosure for outdoor environments. Long operation time with low maintenance cost using LoRaWAN technology. |
| LoRa Smoke Detector | ![]() |
Detects fire, fault, undervoltage conditions. Universal communication protocol with extensibility and readability. |
| LoRa Water Immersion Detector | ![]() |
Water leakage detection alarm compatible with LoRaWAN protocol. Long-range radio transmission using LoRa technology. |
| LoRa Cable Temperature Measuring Device | ![]() |
Cable temperature monitoring based on LoRaWAN. Temperature detection, data reporting, and remote monitoring functions. |
Advanced System Features
- User Dashboard: Comprehensive overview displaying power consumption profiles, site information, operational status, curves, and alarms
- Temperature Monitoring: Detailed ambient temperature curves with collection time and average values
- Pre-Alarm Configuration: Customizable alarm strategies for equipment offline, analog limits, temperature thresholds
- Alert Management: Complete recording of voltage, current, switching value, and event alarms with filtering capabilities
- User Management: Four-level permission settings with operation records, control logs, and system tracking
Related Videos
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Wuhan Time Wave Network Technology Co., Ltd.
Location
603,building1,Guanggudingchuanginternational,No.51GuangguAvenue,JiangxiaDistrict,Wuhan,HubeiProvince,China
Contact Person
Evan






