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PIERRE LITE Controller

PP-C-LITE Pro
PIERRE LITE Controller
SKU PP-C-LITE
Product line PIERRE Pro
Category Controllers
Manufacturer JLCPCB
GTIN / EAN 8606034720031
HS code 8537109100
User manual

Overview

Operating with a 12V DC input and consuming only 1.5W of power, the PIERRE Controller LITE ensures energy efficiency without compromising reliability. It supports two output voltages: 12V DC and 5V DC, each capable of handling a maximum load of 1A, with a total capacity of 2A.

The controller performs reliably across a wide range of temperature and humidity conditions and can function effectively at higher altitudes. Built-in reverse polarity protection and overvoltage protection enhance the unit's safety and durability, making it a dependable solution for long-term management of smart home components. The basic UTP cable connection ensures stable communication between the controllers and system elements.

Key features

12V DC input, 1.5W consumption, Input Current 0.12A, Maximum Load Per Output 1A, dual output voltages, overvoltage protection, reverse polarity protection, UTP cables

Technical specifications

Electrical
Power Supply DC 12V 1A
Input Voltage DC 12 V
Power Consumption 1.5 W
Max Load per Output 1A
Max Load 2A
Over Voltage Range 12V DC - 15V DC
Current 0.10 A
Input/Output Count 16+16
Connectivity
Connectivity 10M/100M Ethernet RJ45, 2.4GHz Wi-Fi (802.11 b/g/n)
Physical
Panel Material ABS+PC material
Product Color Black
Mounting Type DIN Rail
Features
LED Indicators Yes
Environmental
Operating Temperature (°C) 0 - +55
Operating Temperature +32°F - +131°F
Operating Humidity 5% - 90% RH Non condensing % RH
Altitude <3000m
Safety
Safety Features Over voltage protection, Reverse polarity protection

Electrical & I/O

Operating voltage 24 V
Power consumption 24 W
Max. current 1 A
Recommended circuit breaker 6 A
Connection DC+/DC-
Requires neutral Yes
Requires ground Yes
DIN rail 9 module(s)

Pin layout

Pin Label Type Position
1 Out1 digital_output top
2 Out2 digital_output top
3 Out3 digital_output top
4 Out4 digital_output top
5 Out5 digital_output top
6 Out6 digital_output top
7 Out7 digital_output top
8 Out8 digital_output top
9 GND OUT power_gnd_out top
10 Out9 digital_output top
11 Out10 digital_output top
12 Out11 digital_output top
13 Out12 digital_output top
14 Out13 digital_output top
15 Out14 digital_output top
16 Out15 digital_output top
17 Out16 digital_output top
18 GND OUT power_gnd_out top
19 CFG1 configurable_io top
20 CFG2 configurable_io top
21 CFG3 configurable_io top
22 CFG4 configurable_io top
23 CFG5 configurable_io top
24 CFG6 configurable_io top
25 CFG7 input_only top
26 CFG8 input_only top
27 In1 digital_input bottom
28 In2 digital_input bottom
29 In3 digital_input bottom
30 In4 digital_input bottom
31 In5 digital_input bottom
32 In6 digital_input bottom
33 In7 digital_input bottom
34 In8 digital_input bottom
35 12V+ OUT output_12v_plus bottom
36 In9 digital_input bottom
37 In10 digital_input bottom
38 In11 digital_input bottom
39 In12 digital_input bottom
40 In13 digital_input bottom
41 In14 digital_input bottom
42 In15 digital_input bottom
43 In16 digital_input bottom
44 12V+ OUT output_12v_plus bottom
45 12V+ IN power_12V_input bottom
46 GND IN power_gnd_in bottom
47 5V+ OUT output_5v_plus bottom
48 5V GND OUT 5v_gnd_out bottom
49 ETH ethernet_in bottom

Physical & packaging

Dimensions (L × W × H) 156 × 31 × 89 mm
Weight 213 g
Box dimensions (L × W × H) 170 × 40 × 100 mm
Box weight 250 g

User manual

Open in the manual viewer ↗
  1. 1. Product Size
  2. 2. Wiring
  3. 3. Description
  4. 4. Controller Color Status
  5. 5. Commissioning Process
  6. 6. Controller Setup Options
  7. 7. Existing Controller in Commissioning Mode
  8. 8. Product specifications

1. Product Size

W: 156 mm

H: 89 mm

D: 31 mm

2. Wiring

Wiring the Controller to a Big Power Supply 

  • Connect L and N terminals of the power supply to the AC mains (Live and Neutral).
  • The DC output provides +12 V and GND, which power the Controller.
  • A rechargeable 12 V VRLA battery is connected to the Bat.+ and Bat.− terminals of the power supply; observe the polarity.
  • This allows the battery to charge while mains power is available, and supply backup power during outages.

Wiring the Controller to a smaller Power Supply 

  • Connect the AC input terminals to mains power: L (Live) and N (Neutral).
  • The power supply converts AC to 12 V DC, with outputs labelled +V and −V.
  • Connect +V to the Controller’s 12 V + terminal and −V to its 12 V GND terminal.
  • Use proper gauge wires and double-check polarity to avoid damaging connected devices.

3. Description

Description of the PINs on the Controller:
  1. INPUT from 1 to 16 ports - INPUT for sensor wires and buttons
  2. Power supply for the sensor
  3. PLUS - MINUS connection to a voltage of 12 V
  4. PLUS - MINUS connection to a voltage of 5 V
  5. ETH: Connecting to the network
  6. Reset button
  7. OUTPUT - from 1 to 16 ports: OUTPUT to wire the corresponding actuator device that will activate when it receives input from the sensors, buttons, smartphone, display or automation.
  8. GRD - Ground wire (-)
  9. A combination of digital inputs or outputs
  10. Digital input - 2 ports used only for RFID communication
  11. AP - access point - It is a working mode used for the initial setup of the controller and for modifying configuration settings later while the controller is in operation.
  12. LED - indicator of network connection-It provides essential information about the controller’s current status, making it easy to monitor its connection, operation mode, and maintenance activities.


GOOD TO KNOW: If one Input has influence on the Output they both should be added to the same Controller. For example in situation when RFID reader opens the door, they should be add to the same Controller for best performances.

4. Controller Color Status

The colors that shows different statuses of the Controller:

  • Green – Online:
    • The controller is online and connected to the network, functioning as expected.
  • Red – Offline:
    • The controller is offline, indicating a disconnection from the network or that there is no internet access.
  • Light Blue – AP Mode:
    • The controller is in Access Point (AP) Mode, meaning it is broadcasting its own network, allowing devices to connect directly to the controller for setup or configuration.
  • Dark Blue – AP Mode with PIERRE Partner:
    • The controller is in AP Mode, and it is actively being managed through the Pierre Partner system. This mode is used for more advanced setup or partner-level configuration.
  • Purple – Searching for IP Address:
    • The controller is attempting to obtain an IP address from the router or network. It is searching for an internet connection.
  • Orange – Firmware Update:
    • The controller is in the process of downloading a firmware update, ensuring that the system stays up-to-date with the latest software and features.

5. Commissioning Process

Commissioning mode is indicated by WHITE LED light on the controller.

  1. Powering On a New Controller
    1. Automatic Commissioning Mode: When you power on a new controller, it automatically enters commissioning mode.
  2. Commissioning Mode for Existing Controllers
    1. Entering Commissioning Mode: For an existing controller, enter commissioning mode by holding the "AP" button on the controller until the device enters setup mode.
  3. Scanning for Controllers
    1. PIERRE Partner App: In the Controllers screen of the PIERRE Partner application, the system automatically scans for controllers in commissioning mode.
      1. If the scanned controller is not present in the current building (meaning it has not been previously created), it will appear as "New Controller - $controllerChipID" with a blue Bluetooth icon. When you click on the new controller, a modal will appear with three options:
        1. New Controller
        2. Copy Existing Controller
        3. Restore Controller
      2. If an already configured controller in commissioning mode is detected in the building, it will display with a blue Bluetooth icon. When you click on the controller,  a modal will appear with three options:
        1. Edit Controller Settings
        2. Edit Network Settings
        3. Restore Controller.

6. Controller Setup Options

  1. New Controller
    1. Selection: When you select New Controller, a new modal appears with the following configuration fields:
      1. Name: Enter a name for the controller.
      2. Connection Type: Choose between Ethernet or Wi-Fi.
        1. If Wi-Fi is selected, the Wi-Fi picker will display all available networks. If a password-protected Wi-Fi is selected, a password field will appear.
      3. IP Settings:
        1. Choose between Automatic (DHCP) or Static IP.
        2. If Static IP is selected, the following fields will be available for configuration:
          1. IP Address
          2. Gateway
          3. Subnet
          4. DNS
    2. Save: After filling out all required details, click Save. This will create the controller and stop the commissioning process on the device.

7. Existing Controller in Commissioning Mode

  1. Edit Controller Settings
    1. Functionality: This option allows you to edit the controller’s settings. It is the same as the modal opened while holding the controller component, with the additional option to delete the controller which is available only while controller is in commissioning mode.
  2. Edit Network Settings
    1. Network Type: You can switch between Ethernet and Wi-Fi.
    2. Wi-Fi Network: You can change the Wi-Fi network and re-enter any required credentials.
    3. IP Settings: Modify the IP Address, Gateway, Subnet, and DNS as needed.
  3. Restore Controller
    1. Restore Configuration: This option will resend the configuration to the commissioning controller. It is useful if configuration fails or if commissioning a new controller fails for some reason.
    2. No Controller Selection: Unlike Restore Controller for a new controller, here you do not need to select another controller. The system will resend the configuration to the currently commissioning controller.

8. Product specifications

See Technical specifications above ↑