IEP6000-X
Sixteen-channel edge intelligent terminal
Category:
The IEP6000-X series sixteen-channel edge intelligent terminal is specially designed for collecting industrial equipment status information. It extracts equipment fault features through edge computing and transmits data and status analysis results via multiple methods such as WiFi, 4G, Ethernet, and RS485. It forms the core part of the monitoring system together with integrated wired temperature and vibration sensors, single vibration wired sensors, speed sensors, and others.
Contact:
Design characteristics
· 16-channel temperature and vibration integrated wired sensors or 16-channel single vibration wired sensor signals, with 2-channel speed sensor signal inputs
· Uses a 24-bit high-precision ADC conversion chip, with a maximum sampling rate of up to 250ksps
· Supports communication methods such as WiFi, 4G, Ethernet, RS485, meeting various industrial site communication needs
· Plug-and-play USB configuration interface connected to the host computer configuration tool for quick setup
· Compatible with various high-gain fiberglass antennas for WiFi and 4G
Product Advantages
· High-performance industrial-grade dual-core MCU chip with powerful edge computing capabilities, meeting the requirements of real-time data acquisition and real-time communication.
· Equipped with fault recording function, automatically uploads raw data information before and after faults.
· Features edge computing capabilities with built-in IEPlat intelligent device algorithm functions.
· Plug-and-play USB configuration interface connected to the host computer configuration tool for quick setup.
Product Parameters
Application Topology
Product Specifications
| Parameters |
Performance Indicators |
| Analog Input Interface |
|
| AD Conversion Accuracy |
24-bit |
| Maximum Sampling Frequency |
250ksps |
| Data Acquisition Length |
1K, 2K, 4K, 8K, 16K, 32K, 64K, 128K, 256K |
| Sampling Long Waveform Length |
2M samples/CH |
| Communication Interface |
|
| Isolated RS485 |
1 Channel |
| 10M/100M Ethernet |
1 Channel |
| Wireless WiFi |
1 Channel |
| Frequency Band: 2.4GHz~2.4835GHz, Maximum Transmit Power 20dBm |
|
| Wireless 4G |
1 Channel |
| Frequency Bands: TD-LTE/ FDD-LTE/ WCDMA/ TD-SCDMA/ GSM, Transmit Power 33dBm |
|
| Environmental Parameters |
|
| Operating Temperature |
-40 ºC to +85 ºC |
| Storage Temperature |
-40 ºC to +125 ºC |
| Relative Humidity |
95% (Non-condensing) |
| Power Supply Parameters |
|
| Operating Voltage |
AC (Default): AC220V; DC (Optional) DC 12V; |
| Power Consumption |
<15W |
| Appearance Parameters |
|
| Enclosure |
Carbon Steel, Protection Level IP54 |
| Dimensions |
410mm*300mm*140mm (excluding antenna and mounting parts) |
| Weight |
Approximately 10kg |
| Other Interfaces |
|
| USB Interface (Configure Terminal Parameters) |
Connects to upper computer configuration tool for configuration |
| Antenna Interface (N-type Connector) |
Supports High Gain Fiberglass Antenna |
Sensor Wiring Definition Description
| Terminal Number |
Wiring Signal Name |
Sensor Cable Color |
| P1 Terminal |
||
| 12V+ |
DC 12V Positive |
|
| 12V- |
DC 12V Negative |
|
| P2 Terminal |
||
| CH1+ |
Channel 1 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH1- |
Channel 1 Temperature and Vibration Integrated Sensor Negative |
Black |
| T1 |
Channel 1 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH2+ |
Channel 2 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH2- |
Channel 2 Temperature and Vibration Integrated Sensor Negative |
Black |
| T2 |
Channel 2 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH3+ |
Channel 3 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH3- |
Channel 3 Temperature and Vibration Integrated Sensor Negative |
Black |
| T3 |
Channel 3 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH4+ |
Channel 4 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH4- |
Channel 4 Temperature and Vibration Integrated Sensor Negative |
Black |
| T4 |
Channel 4 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| P3 Terminal |
||
| CH5+ |
Channel 5 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH5- |
Channel 5 Temperature and Vibration Integrated Sensor Negative |
Black |
| T5 |
Channel 5 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH6+ |
Channel 6 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH6- |
Channel 6 Temperature and Vibration Integrated Sensor Negative |
Black |
| T6 |
Channel 6 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH7+ |
Channel 7 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH7- |
Channel 7 Temperature and Vibration Integrated Sensor Negative |
Black |
| T7 |
Channel 7 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH8+ |
Channel 8 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH8- |
Channel 8 Temperature and Vibration Integrated Sensor Negative |
Black |
| T8 |
Channel 8 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| P5 Terminal |
||
| CH9+ |
Channel 1 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH9- |
Channel 1 Temperature and Vibration Integrated Sensor Negative |
Black |
| T9 |
Channel 1 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH10+ |
Channel 2 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH10- |
Channel 2 Temperature and Vibration Integrated Sensor Negative |
Black |
| T10 |
Channel 2 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH11+ |
Channel 3 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH11- |
Channel 3 Temperature and Vibration Integrated Sensor Negative |
Black |
| T11 |
Channel 3 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH12+ |
Channel 4 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH12- |
Channel 4 Temperature and Vibration Integrated Sensor Negative |
Black |
| T12 |
Channel 4 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| P4 Terminal |
||
| CH13+ |
Channel 5 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH13- |
Channel 5 Temperature and Vibration Integrated Sensor Negative |
Black |
| T13 |
Channel 5 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH14+ |
Channel 6 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH14- |
Channel 6 Temperature and Vibration Integrated Sensor Negative |
Black |
| T14 |
Channel 6 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH15+ |
Channel 7 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH15- |
Channel 7 Temperature and Vibration Integrated Sensor Negative |
Black |
| T15 |
Channel 7 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| CH16+ |
Channel 8 Temperature and Vibration Integrated Sensor Positive |
Brown |
| CH16- |
Channel 8 Temperature and Vibration Integrated Sensor Negative |
Black |
| T16 |
Channel 8 Temperature and Vibration Integrated Sensor Temperature |
Blue |
| P9 Terminal |
||
| 485G |
RS485 Ground |
|
| B |
RS485 Negative |
|
| A |
RS485 Positive |
|
| 12V+ |
Second Speed Sensor Power Positive |
|
| RPM2 |
Second Speed Signal Input |
|
| GND |
Second Speed Sensor Power Negative |
|
| 12V+ |
First Speed Sensor Power Positive |
|
| RPM1 |
First Speed Signal Input |
|
| GND |
First Speed Sensor Power Negative |
|
| P6 Terminal |
||
| LAN |
Ethernet |
|
| P10 Terminal |
||
| USB Debugging |
Serial Port Debugging |
|
| S1 |
||
| RESET |
Reset Button |
|
| P8 |
||
| SMA |
Antenna Interface |
|
| Indicator Light Status |
||
| NET |
4G Network Indicator Light |
Data Flashing |
| WIFI |
WIFI Connection Indicator Light |
Off When Connected to Server |
| PWR |
Power Indicator Light |
Steady On When Power Supply is Normal |
| RUN |
Run Indicator Light |
Steady On When Board is Operating Normally |
| COM |
Communication Indicator Light |
Steady On During Normal Communication |
Series Model Guide
| IEP |
5 |
1 |
00 |
- |
5 |
| Basic Model |
Channel Type |
Communication Method |
Explosion-proof Certification |
- |
Sensor Type |
| IEP |
2=Single Channel |
1=WIFI |
01=Explosion-proof Type |
- |
1=Three-in-one Sensor + Speed |
|
|
3=Multiple Analog or Temperature Channels |
2=LoRa |
00=Basic Type |
|
2=4 Channels Three-phase Current |
|
|
4=4 Channels |
3=RJ45 |
|
|
3=16 Temperature Channels |
|
|
5=8 Piezoelectric Channels |
4=4G |
|
|
4=16 Channels 4-20mA Input |
|
|
6=16 Piezoelectric Channels |
5=RS485 |
|
|
5=Temperature and Vibration Integrated + Speed |
|
|
8=High Performance |
6=ZigBee |
|
|
|
Series Model Information
| Product Model |
Product Parameter Description |
| IEP6100-5 |
Edge Computing, WiFi Communication, 16 Channels Temperature and Vibration Integrated + 2 Speed Channels |
| IEP6300-5 |
Edge Computing, RJ45 Communication, 16 Channels Temperature and Vibration Integrated + 2 Speed Channels |
| IEP6400-5 |
Edge Computing, 4G Communication, 16 Channels Temperature and Vibration Integrated + 2 Speed Channels |
| IEP6500-5 |
Edge Computing, RS485 Communication, 16 Channels Temperature and Vibration Integrated + 2 Speed Channels |
Material Download
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Contact Information
Email: administrator@hbicc.com
Address: No. 6, Fozulingle Third Road, East Lake High-tech Development Zone, Wuhan, Hubei Province
