PHPoC IoT Gateway
-  P5H-151    -  P5H-154
-  P5H-152    -  P5H-155
-  P5H-153    -  P5H-156
Custom Solution Services
PHPoC IoT Board
-  PHPoC Black
-  PHPoC Blue
-  Expansion Board
-  Smart Expansion Board
PHPoC IoT Module
-  P4M-400
PHPoC Shield for Arduino
-  PHPoC WiFi Shield 2
-  Smart Expansion Board
Retired Products
-  PBH-101-  PHPoC Shield
-  PBH-104-  PHPoC WiFi Shield
-  PBH-204-  PHPoC Shield 2

P5H-156


P5H-156

Do you need a seamless solution to connect your industrial thermometers to the Internet? Look no further than the P5H-156. This programmable PT100-RTD-to-Ethernet IoT Gateway is designed to effortlessly read, modify, and reformat temperature values, adding extra information as needed before sending the data via HTTP(s), MQTT, TCP, Modbus/TCP, and more. With its robust PT100-RTD and Ethernet interfaces, the P5H-156 ensures that your temperature data is accurately processed and transmitted to the Internet exactly as required. Elevate your temperature monitoring capabilities with the P5H-156 – the ultimate gateway for PT100 sensors!
Worry about programming? We also provide customized service.




Application 1

Temperature to Modbus TCP/IP Converter



Do you want your Modbus TCP software on your PC, smartphone, or HMI devices to read temperature data from your industrial thermometers via LAN/Internet? Are you struggling to find a device that can:

  • Rescale temperature values before sending.
  • Filter temperature values and only send the necessary data.
  • Add additional data, such as timestamps, device IDs, etc.

The solution to your problems is the programmable PT100-RTD-to-Ethernet IoT Gateway. This device is designed to meet all your requirements, allowing you to seamlessly integrate, process, and transmit data from your PT100 temperature sensors.





Application 2

Temperature to MQTT Converter



Do you need a device that can read temperature values from industrial thermometers and send them to the Internet via MQTT protocols? Are you struggling to find a device that can:

  • Rescale temperature values before sending.
  • Filter temperature values and only send the necessary data.
  • Add additional data, such as timestamps, device IDs, etc.
  • Format temperature values into various formats (e.g., JSON, XML, CSV) before sending to an MQTT server.

The programmable PT100-RTD-to-Ethernet IoT Gateway is your solution. This versatile device can be transformed into an PT100-RTD-to-MQTT converter, perfectly fulfilling your needs. Whether you use AWS IoT Core, Mosquitto, HiveMQ, or any other MQTT broker, this gateway can seamlessly integrate, process, and transmit your PT100 sensor data, meeting all your requirements.





Application 3

Temperature to HTTP/HTTPS converter



Do you need to send temperature values from industrial thermometers to an API server via HTTP/HTTPS? If so, you might be looking for a device that can:

  • Rescale temperature values before sending.
  • Filter temperature values and only send the necessary data.
  • Add additional data, such as timestamps, device IDs, etc.
  • Format temperature values into various formats (e.g., JSON, XML, CSV) before making the API call.
  • Implement authentication/authorization for the API.

The programmable PT100-RTD-to-Ethernet IoT Gateway is the perfect solution. This versatile device can be configured as a PT100-RTD-to-HTTP converter to meet all your requirements. Once the data reaches your API server, it can be further processed, visualized, or stored in any database, giving you full control and flexibility.





Application 4

Temperature Embedded Web Server



Do you need to view the temperature value from industrial thermometers from a web browser with the simplest implementation and minimal infrastructure? The programmable PT100-RTD-to-Ethernet IoT Gateway is the solution. This versatile device can be programmed to function as an embedded web server, serving a webpage that displays your sensor temperature values in real-time. You can easily customize the web interface to suit your specific needs, ensuring you have a straightforward and efficient way to monitor your sensor data.




  • PHPoC Interpreter
  • Serial device control & monitoring via web
  • User-customized webpage
  • Ethernet 10Base-T or 100Base-TX
  • Various networking protocols
  • Dedicated port for 3-wire Pt100 sensor
  • 3-digit 7-segment LED for display

Hardware P5H-156 Hardware

Analog Input
Input Type 3-wire PT100 sensor (α=0.00385 Ω/(Ω·°C))
Resolution 16 bits
Number of Ports 1 port

Network Physical Interface
Network Interface 10Base-T/100Base-TX Ethernet (RJ45)
Ethernet Speed Auto Sense
1:1 or Cross-over Cable Auto Sense

Software Functions
Protocols IPv4/IPv6 Dual Stack
TCP/UDP
ICMP, DHCP, HTTP, mDNS
SSL/TLS

Indicators
LED PWR, RUN, 3-digit 7-segment LED

Management
PHPoC Debugger Configuration and Programming Tool
Security Password

Processor
Core Cortex-M4 480MHz
Flash System - 1M Bytes, User - 1M Bytes
SRAM 1M Bytes

RTC
Capacitor 100uF
Peripherals Realtime Clock, 4KB Backup SRAM

Dimension
Size 94mm X 57mm X 24mm
Weight about 64g

Operating Environment
Input Voltage DC5V±0.5V
Protection Reverse Voltage Protection / Surge Protection
Current Consumption typically 250mA
Operating Temperature -40℃ ~ +85℃
Storage Temperature -40℃ ~ +85℃

Certificate
KC Registration (KN 32, KN35)
CE EMC 2014/30/EU, RoHS 2011/65/EU
FCC FCC Part 15 Subpart B, Class A

Solution Tutorial
Part Number Description Note
P5H-156-BO P5H-156 Body

P5H-156 Body
Optional Accessories Description Note
UC USB cable
USB cable Datasheet
Pt100 pt100 sensor
Pt100 sensor