MOEORW-5086GS HV Motor On-Line Partial Discharge Monitoring System Send email to us

1.Distributed IP Networking, Max 200 Accessible Units, Zero On-Site Configuration

Built on TCP/IP & WEB architecture; the platform auto-identifies newly added units without manual parameter setup. Suitable for phased expansion of large industrial parks, reusable tender technical materials improve bid success rate.

2.20km Fiber Long-Distance Transmission Without Repeaters

Fiber communication between acquisition units delivers lossless signal transmission. Cuts auxiliary material costs for long-span mining and chemical plants to enhance your quotation competitiveness.

3.＜100ns Multi-Unit Synchronization, Accurately Separate PD & Industrial EMI

100MS/s sampling rate, 14-bit 3-channel synchronous ADC with fiber time synchronization. Maintains stable graph output in heavy-interference sites (steel mills, inverter workshops) and reduces after-sales debugging workload.

4.5PC Ultra-Low Detection Limit for Early Insulation Degradation Warning

Captures tiny internal void discharge pulses at the initial aging stage to avoid sudden motor burnout and increase end-user repurchase rate.

5.600kV Flashover Surge Resistance, Zero Hardware Damage & Data Loss

Integrated high-voltage protection circuit passes high-impulse withstand testing. Stable performance under grid lightning surges and cabinet short-circuits, lowering bulk-order after-sales costs.

6.Dual Time/Frequency-Domain Filtering, Strong Anti-Interference Performance

Onboard FPGA completes local signal denoising and feature extraction; no extra shielding accessories required for complex industrial environments.

7.Wide-Voltage Low-Power Design: AC100–240V Input, 20W Single Unit Consumption

Adapts to unstable power supply in old power rooms; low overall energy consumption for large-scale batch deployment. Operating range: -25℃~50℃, RH ≤90% non-condensing, compatible with all climate zones without differentiated stock.

8.Browser-Only WEB Platform, 10-Year Local Data Storage

No client software installation; remote cloud access supports simultaneous multi-party viewing for owners, contractors and maintenance teams. Built-in mass database meets long-term data archiving requirements for power industry acceptance.

9.Standard PD Pattern Library & Auto-Generated Inspection Reports

Supports trend curves, phase linear graphs, 2D PRPD and 3D PRPS graphs. The embedded expert library automatically distinguishes internal void discharge, slot corona and external noise, with one-click PDF report export for routine grid inspections.

10.Multi-Type Sensors for Live-Line Retrofit, One-Stop Sourcing

Split-core HFCT installs without power cut; RTD boards reuse original motor temperature wiring without altering existing temperature monitoring. Integrators can source all components from a single supplier, and separate sensor sales create extra profit channels.

Local PD Acquisition Unit
Sampling Rate: 100MS/s | ADC Resolution: 14-bit 3-channel sync | Inter-unit sync time difference: ＜100ns Min detectable PD: 5PC | Surge withstand: 600kV flashover | Power supply: AC100–240V | Power consumption: 20W Ambient: -25℃~50℃, RH ≤90

HFCT High-Frequency Current Sensor
Bandwidth: 0.3–30MHz | Dynamic range: 68dB | Resolution: 0.1dB | Transfer impedance ≥10mV/mA | Input impedance: 50Ω Structure: Split-core full metal shielding, live-line installatio

IPDS Coupling Capacitive Sensor
Max rated voltage: 38kV | Bandwidth: 1–20MHz | Dynamic range: 68dB, resolution 0.1dB Equipped with built-in phase reference and high-voltage protection circui

RTD Temperature Sensing Board
Bandwidth: 1–20MHz | Dynamic range: 68dB, resolution 0.1dB 6-channel RTD access, dual functions: winding temperature measurement + PD signal collection, coaxial signal outpu

Software Functions
Graph types: Trend curve, phase linear graph, PRPD, PRPS; Local storage ≥10 years; 2-level customizable alarms (Warning / Danger)