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AI power distribution detector for LED
Instruction Manual
Thank you for purchasing our product
To ensure your safe and optimal operation of the product, please read this manual
carefully.
Safety Instructions
Thank you for using our intelligent power distribution products!
Incorporating the technological essence of humanized high-tech, intelligent power
distribution products offer you a brand-new application experience.
Please adhere to the following safety guidelines to safeguard your product and
mitigate potential hazards during operation, ensuring your personal safety. When utilizing
this product or system, please proceed in accordance with the safety principles outlined
below.
Warning: Do not operate the product while the chassis cover is removed.
? To avoid damaging this product, please ensure that the voltage setting on the
power device is the same as the AC power supply in your location: in most
countries in North and South America, as well as some countries and regions in
the Far East, such as Japan, South Korea, and Taiwan, it is approximately
115V/60Hz. In most countries in Europe, the Middle East, and the Far East, it is
approximately 230V/50Hz.
? Meanwhile, please ensure that the voltage rating of the additional peripheral
devices is also set according to the AC power source in your region. Before
proceeding with the internal installation of this product, please unplug the
power cord to avoid electric shock or damage to the motherboard.
? Do not attempt to repair this product yourself unless you are a trained service
technician. Always strictly follow the installation instructions.
? To avoid electric shock, please connect the power cables of this product and
peripheral devices to a properly grounded power outlet. These cables are
equipped with three-prong plugs to ensure proper grounding. Do not use
adapter plugs, and do not remove the grounding prong of the cable. If an
extension cable must be used, please use a three-wire cable with a properly
grounded plug.
? Before cleaning this product, please disconnect it from the power outlet. Use a
dry soft cloth or a soft-bristled brush to clean the product. Do not use liquid or
spray cleaners, as they may contain corrosive or flammable substances. To
avoid possible damage to the system motherboard, please wait for 10 seconds
after turning off this product before disconnecting the device from it.
? To protect your product from damage caused by transient voltage increases or
decreases, please use a surge protector, line conditioner, or uninterruptible
power supply (UPS).
? Please ensure that no items are placed on top of the product's cables, and avoid
placing the cables in areas where they are easily stepped on or tripped over.
? Please do not insert any objects into the opening of the product, as this may
cause internal components to short circuit, potentially leading to fire or electric
shock.
? Do not block the cooling vents, do not place paper under this product, and do
not place the product in a closed, unventilated environment or on a bed, sofa, or
carpet.
? Keep this product away from radiators and heat sources.
? Please do not spill food or liquid on this product.
Seeking technical support
Warning: Do not repair the device yourself, otherwise it may cause damage
to the device or even lead to more serious consequences, such as personal
injury.
? Product maintenance is carried out by the manufacturer and designated
special maintenance units.
? The maintenance of this product must be carried out by a qualified engineer.
Please do not attempt to repair your product directly. If you have any questions,
please contact your product supplier directly, or you can reach out to our
service department's technical support staff for assistance.
Manual instructions
The use, reproduction, or dissemination of this manual is subject to the terms and
conditions of our company. Without written permission from our company, this
manual may not be reproduced or disseminated without authorization. The final
interpretation of this manual belongs to our company.
Our company provides this manual without any form of warranty, whether express
or implied, including but not limited to implied warranties of merchantability or fitness
for a particular purpose. Some regions do not allow warranties, whether express or
implied, in certain transactions, therefore, this statement may not apply to you.
This manual may contain technically inaccurate terms or printing errors. The
information herein is subject to regular changes and updates, and the updated content
will be included in the updated version. Our company may make improvements and
updates to the products and/or procedures described in this manual at any time.
Information in this document is subject to change without notice.
This manual is only applicable to intelligent power distribution products.
Please consult our sales representative or distributor for relevant product technical
information.
Supplementary explanation of manual version:
This manual is a consolidated version applicable to the specifications of various
series of intelligent power distribution products; it includes series such as RS, RH,
RHP, and other series and models, with details provided in the manual (the latest
manuals will be available in electronic format, and the latest version can be obtained
by contacting our company).
This manual is a technical manual for installation and debugging, but it is not a
real-time updated instruction manual. There may be some differences between the
images or technical text descriptions in the manual and the real-time updated product
technology. It mainly includes debugging codes and structural attachments. If
customers encounter professional issues, please seek technical support from our
company.
Description of important precautions
A. Applicable instructions for product agreement:
The protocol dialing methods for various series of LED-dedicated AI power
distribution detection managers differ, mainly including: ① \"EC round-robin protocol\", ②
\"Modbus protocol\", and ③ \"EC non-round-robin protocol\".
Protocol and function annotation: [① \"EC round-robin protocol\" is applicable to
TCP/IP gateway and network direct connection related systems, ② \"Modbus protocol\"
is applicable to central control and cloud IoT related systems, and ③ \"EC non-roundrobin protocol\" is applicable to third-party related development. For details on protocol
usage and dialing mode selection (① or ② or ③), please refer to the \"System Software
Detection Methods and Operating Steps\" section in this manual.].
B. Product ordering instructions:
When placing an order, please inform our purchasing or technical department and
specify which system the product is intended to be used with (i.e., select one of ① \"EC
round-robin protocol\", ② \"Modbus protocol\", or ③ \"EC non-round-robin protocol\" from
the protocol and function notes), so that we can set the product's protocol to the optimal
state required by the user before shipment.
If the protocol or system used by our purchasing or technical personnel is not
informed to our company in the early stage of ordering, our company will ship the
products using the default ① \"EC round-robin protocol\".
Index
1 Product Introduction ...................................................... 6
1.1 LED-specific AI power distribution detection manager RS series (streamlined and
integrated introduction) ................................................ 6
1.2 LED dedicated AI power distribution detection PZ box RH series (concise and
integrated introduction) ................................................ 6
1.3 LED-specific AI distribution detection terminal cabinet RHP series (brief and
integrated introduction) ................................................ 7
2 Main Features ............................................................ 8
2.1 Features of LED-specific AI power distribution detection manager RS series products:
8
2.2 Features of the LED-dedicated AI power distribution and detection PZ box RH series:
9
2.3 Features of RHP series LED dedicated AI power detector: ..................... 9
3 Product parameters ....................................................... 10
3.1 Parameters of intelligent power distribution system ......................... 10
3.2 Intelligent Power Distribution System Detailed Parameter Indicators for Each Single
Product Module ..................................................... 13
4 Structural dimension drawing .............................................. 16
4.1 Structure and dimension drawing of LED dedicated AI power distribution detection
manager RS series .................................................... 16
4.2 Structure and dimension drawing of LED dedicated AI distribution detection PZ box
RH series .......................................................... 16
4.3 Structure and dimension drawing of LED dedicated AI power distribution detection
manager RHP series .................................................. 17
5 System Detection Instructions .............................................. 17
5.1 Instructions and testing methods for IoT hardware and connectivity, including
operational steps ..................................................... 17
5.2 Function introduction and usage method of three-phase current and voltage detection
meter .............................................................. 17
5.3 System software testing methods and operational steps ....................... 19
6 Common fault handling ................................................... 34
6.1 After installation, when accessing the web terminal, there may be an issue of \"no
device\" or \"missing device\". Here are the solutions
6.2 Device WIFI cannot be found or cannot be connected, solution ................ 34
6.3 The switch of the leakage protection device cannot be pulled up, solution ........ 34
6.4 What to do if the bridge is soft? ......................................... 34
6.5 The guide rail is too tight, solution ....................................... 34
6.6 How to deal with dirt, solution .......................................... 34
1 Product Introduction
The LED-dedicated AI power distribution and detection manager is the \"best partner\"
for all types of audio and video projects. It has a programmable power manager system,
which can be used for live data feedback monitoring and communication and intelligence
system. It adopts electrical standards and professional electrical structure design, and has
better short circuit protection, leakage protection and overcurrent protection than
traditional circuit breakeres. Real-time query of data such as current, voltage, temperature,
on/off status, circuit breaker, and electricity consumption for each channel is available.
The detection chart version product also features bar and line graph functions for current,
voltage, temperature, power, and other data. The alarm version product has alarm
functions for overcurrent, overvoltage, overtemperature, and undervoltage. The control
gateway port is RJ45 and 4G, and the optional API control cascade port can be defined as
RS485. A unique development interface is open for customers to conduct secondary
development, perfectly integrating into various systems and platforms.
The product has a wide range of application areas, such as audio and video, stage
lighting, public broadcasting, conferencing, and more. It can be installed in
multifunctional power rooms and cabinets, including building computer rooms, campus
computer rooms, power statistics computer rooms, and government agency computer
rooms.
1.1 LED-specific AI Power Distribution Monitoring Manager RS Series (Brief
Introduction)
Models: RS15NMG, RS14NG, RS12NBG
Brief introduction: Equipped with a programmable power management
system, it can perform real-time data feedback monitoring and control.
Adopting electrical standards, it features a professional electrical structure
design. The single output is 16 and 30A, with a total output current of 125A.
RS15NMG comes with 11 independent control multi-function sockets, 2
combined multi-function sockets, and 2 uninterrupted multi-function sockets
(10A socket * 12, 16A socket * 3). RS14NG comes with 10 independent
control multi-function sockets, 2 combined multi-function sockets, and 2
uninterrupted multi-function sockets (10A socket * 11, 16A socket * 3).
RS12NBG comes with 9 independent control multi-function sockets, 1
combined multi-function socket, and 2 uninterrupted multi-function sockets
(10A socket * 9, 16A socket * 3). It includes 1 USB 1.5A interface, 1 TYPE-C
1.5A interface, 1 PRE SYS, 2 IO, 1 RS485 interface, 1 manual electronic lock,
1 one-button timing master switch program function key, electronic display
screen, etc. Compared to traditional air switches, it provides better short circuit
protection, leakage protection, and overcurrent protection. It comes with a Web
interface for real-time querying of current, voltage, temperature, on/off status,
circuit breaker, electricity consumption, and other data for each circuit. The
Web function control gateway port is RJ45. It opens up a unique development
interface for customers to conduct secondary development, perfectly integrating
into various systems and platforms.
1.2 LED-specific AI distribution detection PZ box RH series (concise and
integrated introduction)
Models: RH11NG, RH19NG
Brief introduction: Equipped with a programmable power management system,
it enables real-time data feedback monitoring and control. Adopting electrical
standards, it features a professional electrical structure design and a standard PZ30
distribution box. The single output is 16/30A, with a total output current of 125A
and 11/19 air switches. Compared to traditional air switches, it offers superior shortcircuit protection, leakage protection, and over-current protection. Equipped with a
Web interface, it allows real-time querying of current, voltage, temperature, on/off
status, circuit breakers, electricity consumption, and other data for each circuit. The
Web function control gateway port is RJ45, and an optional API control cascade
port is RS485. It provides a unique development interface for customers to conduct
secondary development, seamlessly integrating into various systems and platforms.
1.3 LED-specific AI distribution detection terminal cabinet RHP series (brief and
integrated introduction)
Models: RHP27-160AG, RP21H-200AG
Brief introduction: Equipped with a programmable power management system,
it can perform real-time data feedback monitoring and control. Adopting electrical
standards, it features a professional electrical structure design. The single output is
16 and 30A, with a total output current of 160A and a total power of 67kW. The
RHP27-160AG comes with 27 independent control air switches, offering better
short-circuit protection, leakage protection, and over-current protection than
traditional air switches. It also includes a Web interface for real-time querying of
current, voltage, temperature, on/off status, circuit breaker, electricity consumption,
and other data for each circuit. The Web function control gateway port is RJ45, and
an optional API control cascade port is RS485. The front panel is equipped with a
current and voltage meter, which can visually display real-time current and voltage.
It has a unique development interface that allows customers to conduct secondary
development, perfectly integrating into various systems and platforms.
2 Main Features
Competitiveness:
The intelligent power distribution system provides an open power management
product that is IoT-enabled, controllable, high in safety factor, capable of early
warning, data visualized, and emergency protection.
Innovation points:
Remote control: Multi-protocol support, including RS485, TCP/IP, etc., for
both local and remote control
Easy to operate , with multi-terminal operations on
computers/mobile phones/PADs, making it convenient and quick
Neutral line bus bar guide rail bus bar connection, stable, reliable, and free
from the trouble of connection weak wires
The safety self-inspection initiates the collection of electrical ripples from
various distribution circuits and compares them with the
healthy electrical ripples in the database, providing early
warnings for circuits with significant errors. The system sends
out alarm messages (only for detection chart version products)
Data visualization enables the display and detection of real-time data, as well as
the creation of bar and line graphs for data such as current,
voltage, temperature, and power
Emergency backup supports emergency backup, ensuring electrical safety and
stable operation of the device (only for backup versions)
The module is extensible , allowing for the expansion of internal and
external functional modules according to specific needs
2.1 LED dedicated AI power distribution detection manager RS series product
features:
(1)The single output is 16/30A, with a total output current of 125A. It comes with
9/10/11-way independent control multi-function sockets, 1-2-way combined
multi-function sockets, and 2-way uninterrupted multi-function sockets (10A
sockets * 9/11/12, 16A sockets * 3);
(2) It can remotely control the closing or disconnecting operation of the physical
handle;
(3) It can read data such as current, voltage, electricity consumption, and terminal
temperature of the device;
(4) It features functions such as short circuit protection, over-voltage and under-voltage
protection, over-current protection, and over-temperature protection;
(5) The product ID number is manually set without the need for a computer, facilitating
on-site setup and integration;
(6) High reliability, compact 4.5U design;
(7)It can be integrated into powerful local and remote management platforms to
achieve real-time interconnection and mutual control of multiple data
sources;
(8) Open third-party interfaces for customers to conduct secondary development;
(9) Provide one USB 1.5A interface and one TYPE-C interface;
(10) The timing function can be achieved by using the panel's one-button (ON/OFF)
switch to turn on/off channels 1-9 in sequence;
(11) The function keys on the panel can be locked/unlocked through the panel function
lock switch to prevent accidental operation;
(12) The front panel features an electronic screen for viewing current and voltage
parameters;
(13) It provides 1 PRE SYS, 2 IO, and 1 RS485 interfaces, allowing connection to
third-party screens and pre-alarm/alarm devices;
(14) It features over-temperature, over-current, over-voltage, and under-voltage alarm
functions, and allows for the setting of warning and alarm messages through
software.
2.2 Characteristics of LED-specific AI power distribution detection PZ box RH
series products:
(1) Provide a single output of 16/30A for circuits 11 and 19, with a total output
current of 125A
(2) It can remotely control the closing or disconnecting operation of the physical
handle
(3) It can read data such as current, voltage, electricity consumption, and terminal
temperature of the electrical device
(4) It features overload protection, short circuit protection, over/under voltage
protection, spark protection, and over-temperature protection
(5) The product ID number is manually set without the need for a computer,
facilitating on-site setup and integration
(6) The product is scalable and can achieve additional functions such as leakage
protection and power expansion
(7) Guide rail bus bar connection, stable, reliable, and free from the trouble of
connection weak wires
(8) Elegant and aesthetic appearance, high reliability, compact design
(9) It can be integrated into a powerful management platform, enabling real-time data
exchange and mutual control among mobile phone terminals, PC terminals, and
cloud platforms
(10) Open third-party interfaces for customers to conduct secondary development
2.3 LED dedicated AI power detector RHP series product features:
(1) It provides 27 single-channel outputs with a current capacity of 16/30A, with a
total output current of 160A
(2) The physical handle's closing or disconnecting operation can be remotely
controlled
(3) It can read data such as current, voltage, electricity consumption, and terminal
temperature of the electrical device
(4) It features overload protection, short circuit protection, over/under voltage
protection, spark protection, and overtemperature protection
(5) The product ID number is manually set without the need for a computer,
facilitating on-site setup and integration
(6) The product is scalable and can achieve additional functions such as leakage
protection and power expansion
(7) Guide rail bus bar connection, stable, reliable, and free from the trouble of
connection weak wires
(8) Elegant and aesthetic appearance, high reliability, compact design
(9) It can be integrated into a powerful management platform, enabling real-time data
exchange and mutual control among mobile phone terminals, PC terminals, and
cloud platforms
(10) Open third-party interfaces for customers to conduct secondary development
(11) The front panel features an electronic screen for viewing current and voltage
parameters
3 Product Parameters
3.1 Intelligent power distribution system parameters
LED-specific AI power distribution detection manager RS series
NO. project
Technical Specifications
RS15NMG RS14NG RS12NBG
1 input voltage 220V 125A 380V 125A 380V 125A
2
number of output
channels
11 sets (9 sets for
independent
automatic
reclosing, 2 sets for
shared automatic
reclosing)
10 sets (automatic
recloser independent
*8, automatic recloser
shareable *2)
9 sets (automatic recloser
independent *8,
automatic recloser
sharable *1)
3
Number of output
sockets
15 units (independent:
16A*1, 10A*8;
shared: 16A*2,
10A*2;
uninterrupted:
10A*2)
14 units (independent
16A*1, 10A*7, shared
16A*2, 10A*2,
uninterrupted 10A*2)
12 units (independent:
16A*2, 10A*6; shared:
16A*1, 10A*1;
uninterrupted: 10A*2)
4 socket type 10A multi-functional three-pin socket
5 Electronic interface
USB_5V1.5A *1, TYPE-C_ 5V1.5A *1
PRE SYS_IO OUT1/OUT2/A1/B1/12V/GND (Pre/Alarm)*1
E.D.C_ *3 (IO*2, RS-485 third-party screen*1)
6 network interface RJ45 100M*1 set
7 display screen Character screen_47*28, 1 set of 6-digit digital display
8 Key electronic lock One set manually
9 One-click switch One set of physical buttons
10 detection parameters Current/voltage/power/temperature/electricity consumption
11 Electronic operating
voltage DC12V
12 communication method RJ45 TCP/IP/RS-485/modbus x1, WiFix1
13 electrical life Mechanical 6000T, Electronic 10000T
14 functional module
Query and modification of config_parameters/IP
Local and remote_with automatic and manual reclosing operations*2
groups (15 circuits)
Real-time data available for query: device number, control, voltage, power,
temperature N/L, current, electricity consumption (≤63 circuits)
Protection against overcurrent, overtemperature, overvoltage, and
undervoltage (≤63 channels)
Timing_Every hour, Every day, Every month, Every year
Real-time control command_instruction output for full operation
15 Usage environment Temperature range: -5℃ to +40℃, humidity range: 0 to 90% R.H
16 Product dimension
(height * width * depth) 198*487*282mm (excluding the lock ears, 198*487*255mm)
17 Packaging dimension
(height * width * depth) 30.5*55.5*39.5cm
18 Net weight 12.1kg
19 gross weight 14.6kg
LED-specific AI power distribution detection PZ box, RH series
NO. project
Technical Specifications
RH11NG RH19NG
1 input voltage 380V 160A 380V 160A
2
number of output
channels 11 (C40*2, C20*9) 19 (C40*4, C20*15)
3 Electronic interface RS-485 *1
4 network interface RJ45 100M*1 set
5 detection parameters Current/voltage/power/temperature/electricity consumption
6
Electronic operating
voltage DC12V
7
communication
method RJ45 TCP/IP/RS-485/modbus x1, WiFix1
8 electrical life Mechanical 10,000T, Electronic 60,000T
9 functional module
Query and modification of config_parameters/IP
Local and remote_with automatic and manual reclosing operations*2 sets
Real-time data can be queried for device number, control, voltage, power,
temperature N/L, current, and electricity consumption (up to 63 circuits)
Protection against overcurrent, overtemperature, overvoltage, and undervoltage
(≤63 channels)
Timing_Every hour, every day, every month, every year
Real-time control command_full operation command output
10 Usage environment Temperature range: -5℃ to +40℃, humidity range: 0 to 90% RH
11
Product dimension
(height * width *
depth)
273*534*88mm (including the panel,
which measures 278*537*90mm)
456*425*88mm (including the panel,
which measures 458*428*90mm)
12
Packaging dimension
(height * width *
depth)
17.5*62.5*35.5cm 17.5*53.5*50.5cm
13 Net weight 6.3kg 8.8kg
14 gross weight 8.5kg 11kg
LED-specific AI power distribution detection terminal cabinet RHP series
NO. project
Technical Specifications
RHP27-160AG RP21H-200AG
1 input voltage 380V 160A 380V 200A
2
number of output
channels 27 (C40*3, C20*24) 21 (C40*15, C20*6)
3 Electronic interface RS-485 *1
4 network interface RJ45 100M*1 group
5 detection parameters Current/Voltage/Power/Temperature/Electricity Consumption
6
Electronic operating
voltage DC12V
7
communication
method RJ45 TCP/IP/RS-485/modbus x1, WiFix1
8 electrical life Mechanical 10000T, Electronic 60000T
9 functional module
Query and modification of config_parameters/IP
Local and remote_with automatic and manual reclosing operations*2 groups
Real-time data available for query_device number, control, voltage, power,
temperature N/L, current, electricity consumption (≤63 circuits)
Protection against overcurrent, overtemperature, overvoltage, and undervoltage
(≤63 channels)
Timing_Every hour, every day, every month, every year
Real-time control command_full operation command output
10 Usage environment Temperature range: -5℃ to +40℃, humidity range: 0 to 90% R.H
11
Product dimension
(height * width *
depth)
Without edging: 770x570x150mm, with edging: 818x621x150mm
12
Packaging
dimension (height *
width * depth)
91x72x23cm 91*71.5*21.5cm
13 Net weight 30.5kg 32.18kg
14 gross weight 34kg 35.68kg
3.2 Detailed parameter specifications for each individual product module of the
intelligent power distribution system
Main components of the product:
Product
component name Product component parameters
Main switch
（C160A）4P
Rated insulation voltage (Ui): 690 V;
Impact withstand voltage (Uimp): 8 kV;
Rated operating voltage (Ue): 220V-440V;
Rated current (In): 160A;
Relay setting range (Ir): 112-160A;
Instantaneous protection setting value (li): 1250A;
Service life: electrical life of 12,000 cycles, mechanical life of 25,000 cycles;
Pollution level: 3;
IP protection level: IP40;
Operating temperature range: -25 ~ 70°C;
Storage temperature range: -40 ~ 80°C;
Dimension (height * width * depth): 161mm * 140mm * 86mm;
Net weight: 1.9kg.
Main switch
（C125A）3P
Maximum operating voltage: 440V AC;
Rated insulation voltage (Ui): 500 V;
Impact withstand voltage (Uimp): 6 kV;
Rated current: 125A;
Current limiting level: 3;
Service life: electrical life of 5000 cycles, mechanical life of 20000 cycles;
Pollution level: 3;
Protection level: IP40;
Thermal tripping: reference setting temperature 30°C;
magnetic tripping: C curve 5~10In;
Operating temperature range: -30~ +70°C;
Storage temperature range: -40~ +80°C;
Weight: 615g;
Dimension (height * width * depth): 86mm * 81mm * 76mm.
Main switch
（C125A）2P
Maximum operating voltage: 440V AC; Rated
insulation voltage (Ui): 500 V; Impulse withstand
voltage (Uimp): 6 kV;
Rated current: 125A;
Current limiting level: 3;
Service life: electrical life of 5000 cycles, mechanical life of 20000 cycles;
pollution level: 3;
Protection level: IP40;
Thermal tripping: reference setting temperature 30°C;
Magnetic trip: C curve 5~10In;
Operating temperature range: -30~ +70°C;
Storage temperature range: -40~ +80°C;
Weight: 410g;
Dimension (height * width * depth): 86mm * 54mm * 76mm.
300-channel
cascade power
module
（R3AP）
Communication interface: 1-channel RS485 pin-type, 4-channel RS485
terminal block type;
Input voltage: AC220V;
Output voltage: DC12V;
Installation method: DIN EN 50022 standard guide rail
installation; installation position: 2P;
Dimension (height * width * depth): 100mm * 36mm * 70.5mm;
300AI gateway
WIFI
Communication interface: 1-channel LAN/WAN Ethernet
port,
（R3WG） 1-channel WIFI, protocol 802.11 b/g/n,
1-channel RS485, thimble type,
2-channel RS485 terminal block type;
Number of controllable devices: 63 intelligent air switches;
Operating voltage: DC12V;
Installation method: DIN EN 50022 standard guide rail
installation;
Installation placeholder: 2P;
Dimension (height * width * depth): 100mm * 36mm * 70.5mm.
300AI Gateway
4G (R34G)
Communication interface: 4G,
1-channel RS485, thimble type,
2-channel RS485 terminal block type;
Number of controllable devices: 63 intelligent air switches;
Operating voltage: DC12V;
Installation method: DIN EN 50022 standard rail installation;
Installation position: 2P;
Dimension (height * width * depth): 100mm * 36mm *
70.5mm.
300-channel
guide rail
cascade 485
expansion
module (R3J)
Communication interface: 1-channel RS485 male
connector,
4-channel RS485 terminal block type;
Installation method: DIN EN 50022 standard guide rail
installation;
Installation position: 2P;
Dimension (height * width * depth): 100mm * 36mm * 70.5mm.
320 reclosing AI
air switch
residual current
circuit breaker
(B3402R)
Technical standards: IEC60898, GB10963;
Electrical tripping types: Type B, C, D; Electronic
rated current: 40A;
Rated voltage: AC230V;
Rated operating breaking current: Icn: 6000A;
Power limit: None;
Current limit: Yes, customizable;
Undervoltage alarm: Can be set/factory default is to alarm when below
AC190V; Overvoltage alarm: Can be set/factory default is to alarm
when above AC250V;
Overvoltage protection: Programmable/factory default power-off protection
for over 263V for 5 seconds; Arc fault power-off alarm: Circuit arc fault
alarm and power-off;
Over-temperature protection for circuit terminals: Programmable/factory default alarm at
70 degrees, power off at 90 degrees; Leakage protection value: 30mA/50mA/100mA
(factory default is 30mA);
IoT interface: RS485/modbus;
Address setting method: hardware 8-bit dip switch; action time:
opening: ≤0.3S, closing: ≤0.5S;
Service life: mechanical life: ≥10,000 times, electrical life: ≥6,000 times;
Operating voltage: DC12V;
Installation method: DIN EN 50022 standard guide rail
installation; installation position: 2P;
Dimension (height * width * depth): 100mm * 36mm * 70.5mm;
310 reclosing AI
air-break circuit
breaker (B3201)
Technical standards: IEC60898, GB10963;
Electrical tripping types: Type B, Type C;
Electronic rated current: 20A;
Rated voltage: AC230V;
Rated operating breaking current: Icn: 6000A; power
limit: none;
Current limit: Yes, customizable;
Undervoltage alarm: It can be set/factory defaulted to alarm when the
voltage is lower than AC190V;
Overvoltage alarm: It can be set/factory defaulted to alarm when the
voltage exceeds AC250V;
Overvoltage protection: Programmable/factory default power-off protection
at voltages higher than 263V for 5 seconds;
Ignition and power-off alarm: Circuit ignition alarm and power-off;
Over-temperature protection for circuit terminals: Programmable/factory default
setting: Alarm at 70 degrees Celsius, power off at 90 degrees Celsius;
IoT interface: RS485/modbus;
Address setting method: Hardware 8-bit dip switch;
Action time: opening: ≤0.3S, closing: ≤0.5S;
Service life: mechanical life: ≥10,000 cycles, electrical life: ≥6,000 cycles;
operating voltage: DC12V;
Installation method: DIN EN 50022 standard guide rail
installation; installation position: 1.5P;
Dimension (height * width * depth): 100mm * 23mm * 70.5mm;
300-channel
guide rail AI
alarm
（R3B1）
Power supply voltage: DC12V; static power
consumption: 0.85W;
Communication mode: 1-channel EC-NET bus A / RS485;
Baud rate: 9600;
Control interface: EC-NET bus A (compatible with EC rail module/third-party
device);
Relay: 3 circuits;
Temperature/Humidity: 0-50℃ / 20%-93% RH;
Installation method: DIN EN 50022 standard guide rail
installation;
Installation position: 2P;
Appearance dimension (height * width * depth): 99mm * 38mm * 73mm;
Net weight of product: 0.1 kg.
4 structural dimension drawing
4.1 LED-specific AI power distribution detection manager RS series structure
dimension drawing
Cabinet dimension: width 487mm * height 198mm * depth 282cm (including
left and right lock ears)
The device window dimension is 406mm*49mm
Front view of the chassis (including rack) Left view of the
chassis (including rack)
4.2 LED-specific AI power distribution detection PZ box RH series structural
dimension drawing
Cabinet dimension: 273 * 534 * 88mm (including panel 278 * 537 * 90mm)
Front view of electrical box Top view of electrical
box
Cabinet dimension: 456 * 425 * 88mm (including panel 458 * 428 * 90mm)
Front view of electrical box Top view of electrical
box
4.3 LED-specific AI power distribution detection manager RHP series structure
dimension drawing (taking RHP27-160AG as an example) overall
dimensions of the electrical box: height 818mm * width 621mm * depth
150mm
Front view of electrical box
Left side view of electrical box
5 System detection guide
5.1 Guidance and testing methods for IoT hardware and connectivity, including
operational steps
5.1.1 Connection guide:
(The company protects its internal data, and any unauthorized reproduction or
transfer of this section will be subject to legal liability)
5.1.2 Detection methods and operational steps
(The company protects its internal data, and any unauthorized reproduction or
transfer of this section will be subject to legal liability)
5.2 Function introduction and usage method of three-phase current and voltage
detection meter
You can switch between the voltage display interface and the current display
interface by pressing a button.
5.2.1 Voltage display interface:
Display the three-phase voltages Ua, Ub, and Uc separately, with the displayed
content being the primary measured voltage, which is the input voltage value
multiplied by the set PT transformation ratio value.
5.2.2 Current display interface:
Display the three-phase currents IA, IB, and IC separately. The displayed
current is the primary value, which is calculated by multiplying the input current
value by the set CT ratio value.
5.2.3 Current display interface:
Introduction to button functions. The voltage and ammeter settings are all
configured default settings, and are generally not allowed to be manually set. If
manual setting is necessary, please contact our company to provide modification
instructions. Any issues arising from manual setting shall be borne by the customer,
or the customer may contact our company for repair.
5.3 System software testing methods and operational steps
5.3.1 Parameter indicator detection
(The company protects its internal data, and any unauthorized reproduction or
transmission of this section will be subject to legal liability)
5.3.2 Description of code dialing order and code dialing steps of IOT circuit
breaker product agreement
（一） Product agreement dialing ordering method:
A. Applicable instructions for product agreement:
The protocol dialing methods for various series of IoT power management
systems differ, mainly categorized into: ① \"EC round-robin protocol\"
② \"Modbus protocol\" and ③ \"EC non-cyclic protocol\".
Protocol and function notes: [① \"EC round-robin protocol\" is applicable
to TCP/IP gateway and network direct connection related systems, ②
\"Modbus protocol\" is applicable to central control and cloud IoT related
systems, and ③ \"EC non-round-robin protocol\" is applicable to thirdparty related development. For details on protocol usage and dialing mode
selection (① or ② or ③), please refer to the \"System Software Detection
Methods and Operating Steps\" section in this manual.].
B. Product ordering instructions:
When placing an order, please inform our purchasing or technical
department and specify which system the product is intended to be used
with (i.e., select one of ① \"EC round-robin protocol\", ② \"Modbus
protocol\", or ③ \"EC non-round-robin protocol\" from the protocol and
function notes), so that we can set the product's protocol to the optimal state
required by the user before shipment.
If the system used by our purchasing or technical personnel is not
informed to our company prior to ordering, our company will ship the
products using the default ① \"EC round-robin protocol\".
(II) Dialing steps:
The following will provide a detailed explanation of dialing based on ① \"EC
round-robin protocol\" and ② \"Modbus protocol\".
A. Gateway - Multi-protocol Selection Instructions:
Note: The dialing positions \"ON\" are defined as positions 1 and 2 from top
to bottom, and the dialing is performed from left to right. When the gateway IP
of this version is forgotten and needs to be reset, press and hold the gateway IP
reset button for 10 seconds to restore the factory IP: 192.168.198.1. For detailed
instructions, see Figure 6-4 \"Schematic Diagram of Gateway Dialing and IP
Reset Button\".
① Dial the two dialers on the gateway to the left, indicating that ① \"EC roundrobin protocol\" is applicable to TCP/IP gateway and network direct
connection related systems. See Figure 6-5 for details;
② Turn the two dip switches on the gateway to the right to set ② \"Modbus
protocol\" for central control and cloud IoT related systems. See Figure 6-6
for details;
③ Dial either of the two dialers on the gateway to the left, and the other to the
right, for ③ \"EC non-round-robin protocol\" to apply to third-party related
development. See Figure 6-7 for details;
Figure 6-4 \"Schematic diagram of gateway dial code and IP reset button\"
Drawing 6-5 ① \"EC Round-Robin Protocol\" Drawing 6-6 ② \"Modbus Protocol\" Drawing 6-7 ③
\"EC Non-Round-Robin Protocol\"
B. Air switch - Multi-protocol dialing instructions:
Note: The dialing positions \"ON\" are defined as positions 1 and 2 from top
to bottom, and the dialing is performed from top to bottom. Positions 3 to 8 are
binary ID dialing positions, and the ID number is dialed according to the base.
For protocol dialing, refer to the \"EC Round Robin Protocol Dialing Example
and Summary Table\" and the \"Modbus Protocol Dialing Summary Table\". The
MODBUS protocol stipulates that the device broadcast ID is 00, and users
cannot set the device ID to the broadcast ID, which is 00. The minimum ID
setting is 01, and the maximum is 63. For detailed diagrams, see Figures 6-8, 6-
9, 6-10, 6-11, 6-12, and 6-13.
① Turn the two dialers, No. 1 and No. 2, to the left to select \"① EC roundrobin protocol\", which is applicable to TCP/IP gateways and systems
directly connected to the network. See drawings 6-8, 6-9, and 6-10 for
details.
② Turn the two dialers, No. 1 and No. 2, to the right to select ② \"Modbus
Protocol\", which is applicable to central control and cloud IoT related
systems. For detailed diagrams, see Figures 6-8, 6-9, and 6-10.
③ Turn either of the two dialers on the gateway to the left and the other to
the right, indicating that the ③ \"EC non-round-robin protocol\" is
applicable to third-party related development. For detailed diagrams, see 6-
8, 6-9, and 6-10.
Drawing 6-8 Protocol Dialing
Drawing 6-10 Air switch dialing
Note that the white square corresponds to the dial switch.
For the 9-way air switch, only ID:1 ~ ID:9 need to be concerned;
For the 11-way air switch, only ID:1 ~ ID:11 need to be concerned;
For the 18-way air switch, only ID:1 ~ ID:18 need to be concerned;
For the 27-way air switch,
only ID:1 to ID:27 need to
be concerned. and so on
Note: The following illustrations are all based on normal direction of dialing.
For the dialing of the gateway and air switch, please rotate them clockwise by
90 degrees according to the following diagram. Please pay attention when
dialing!
ID:1 (i.e., use tweezers to toggle the white dial on the far right in Figure 6-11
upwards), and so on, up to 63. See Figure 6-12 for the example summary
table of EC round-robin protocol dialing and Figure 6-13 for the summary
table of Modbus protocol dialing
Example
Drawing 6-11 Example of dialing code for EC round-robin protocol
Figure 6-12 General Table of EC Round Robin Protocol Dialing Codes
Figure 6-13 Modbus Protocol Dial Code Summary Table
5.3.3 Pre-use inspection and basic operation application testing of software
5.3.3.1 Pre-use inspection of software:
Connect the network cable (if the config has a gateway with WIFI function,
please connect the WIFI antenna to the gateway).
5.3.3.2 Based on EC polling WIFI basic version software operation
application detection:
A. Application detection for WIFI connection operation (with built-in embedded
operating software):
Step 1: Under a local area network, connect your mobile phone or laptop to
an IoT gateway with WIFI functionality. Generally, the hotspot name
of a gateway with WIFI functionality is WidorA-xxxx (x represents
numbers or uppercase letters, which can be changed; the WLAN name
in the image below has been modified). There is no password (it is
recommended not to change the general backend server settings; if
necessary, please consult our sales representative or distributor for
relevant product technical information). For detailed instructions,
please refer to the schematic diagram below
Step 2: Enter the IP address of the IoT gateway with WIFI function into the
mobile browser; the default factory gateway IP is 192.168.198.1/ws.
If the customer has changed it, please log in with the changed IP to
open the control page. You can view the voltage, power, temperature,
current, short-circuit count, and current electricity consumption of all
modules, and you can modify the device name and manually control
the switch.
5.3.4 Based on the EC polling protocol, the basic version and professional
development version are set up and the application operation is tested
A. General computer settings:
Step 1: Ensure that the RJ45 terminal of the network cable (Cat.5e or
above) is connected to the gateway device, and the gateway
and computer are within the same 192.168.198.1 network
segment; for example, the computer can be set to an IP address
within the range of 192.168.198.2~255.
Step 2: Browser: Chrome or other browsers based on the Google Chrome
engine, such as the 360 Security Browser Speed Edition.
B. General backend server settings
(The company protects its internal data, and any unauthorized reproduction or
transmission of this section will be subject to legal liability)
Note: Based on EC polling settings and application operation detection
Step 1: Set the IP address of the open WIFI; enter 192.168.198.1/cgibin/luci/setting in the browser (if the IP has been changed, use
the changed IP to log in; if you forget the changed IP, restore
the gateway to its factory default IP), enter the login interface,
and then enter the username: root, password: 12345678 to
access the backend server;
The following is an interpretation of the content on the login backend server
interface:
? Selection of wired application modes for network ports
a. By default, select LAN. If using a wired connection, you need to set
the network segment of the IP address to be the same as that of the router
(recommended);
b. If you choose to use a wired connection via the WAN port, you need to
set the network segment of the IP address within the local area network to
a different segment from that of the router (not recommended. If
necessary, please complete the operation under the guidance of a
professional).
? Local Area Network (taking LAN
setup as an example)
The IP address is the IP address of the gateway. For example, if the
setting is 192.168.1.2, the gateway is set to 192.168.1.1, and the subnet
mask is set to: 255.255.255.0 (the address and gateway need to be within
the same network segment, with an IP range of 2~255).
? Wireless distribution network (APSTA)
a. Click on the column below the wireless name to find the nearby
wireless Wi-Fi names. Click on the wireless password column to enter
the wireless Wi-Fi password (the default password is disabled and needs
to be re-entered during connection)
b. After completing the settings, click \"Confirm\" below and wait for the
gateway to restart. If the indicator light turns green, it indicates that the
device is connected to the internet. Otherwise, if it remains red or orange,
it means the device is not connected.
? Wireless settings
a. The wireless name refers to the Wi-Fi name of the gateway device (the
factory default name is WidorA-xxxx), which can be renamed according
to your own needs.
b. Encryption method: If \"None\" is selected, the wireless connection will
not require a password. If \"Encryption\" is selected, a password will be
required. By default, no password is required.
c. For the IP mode within the WWAN, it is recommended to set it to
automatically obtain.
? Change password
The password to modify is the one used to log in to the backend server
interface. The default password is 12345678.
Note: If you have modified the IP address and password, be sure to
remember them, as they cannot be retrieved. For other series settings,
please use the default config and do not modify them arbitrarily. Our
company will not be responsible for any issues caused by improper
modifications!
C. Software Basic Embedded Edition Settings (several steps common to C.1
and C.2 only need to be set once):
Step 1: Please proceed with the general computer terminal settings
first; refer to \"Software Basic Embedded Version and Software
Professional Development Version Setup Operation
Application\" —— \"A General Computer Terminal Settings\" for
details;
Step 2: Access the server backend page and design it according to
actual usage. For detailed settings, please refer to \"Software
Basic Embedded Version and Software Professional
Development Version Setup Operations Application\" - \"B
General Backend Server Settings\";
Step 3: After the general backend server is set up, for example, if the set
IoT gateway IP address is 192.168.248.233 (the factory default Google
Chrome access input is: 192.168.198.1/ws to enter the operation
interface), then you only need to enter 192.168.248.233/ws in the browser
to enter the operation interface.
D. Software operation application
(1) Note: Based on EC polling settings and application
operation detection:
[Taking the IoT gateway IP 192.168.248.233 set in the C.1 software
basic embedded version as an example (the factory default Google
Chrome access input is: 192.168.198.1/ws to enter the operation
interface)]:
Step 1: Wait until the NET indicator light on the IoT air switch
gateway turns green, then open Chrome or 360 Browser on your
computer and enter the URL 192.168.248.233/ws. If the
interface shown below is displayed, it indicates success (for
specific software settings and operations, see \"Software Basic
Embedded Version and Software Professional Development
Version Settings and Operations\" in corresponding sections B
and C)
Operating interface of IoT air switch software
Step 2: Finally, click and press the \"Control Button\" on the webpage
in sequence (as shown in the figure below). If the indicator
light of the air switch also changes accordingly (green
indicates ON, and orange indicates OFF), it indicates that the
software test is successful:
Click the control button
The software operation of other IoT air switch devices, such as 6-
way, 9-way, 12-way, 15-way, 18-way, and 24-way devices, follows the
same procedure. First, ensure that the physical assembly is complete.
Use a multimeter to measure the continuity of the cable. After ensuring
personal safety when powering on, push all switch faders from OFF to
ON. Then, plug the IoT air switch gateway and computer into the RJ45
network cable, and proceed with steps 1 and 2 mentioned above
? Note: Based on Modbus protocol setting and application operation detection
(The company protects its internal data, and any unauthorized reproduction or
transfer of this section will be subject to legal liability)
(2) Note: Detection of operation of supporting software
applications based on EC polling settings:
a. Open the software settings and prepare
Step 1: Ensure that the RJ45 terminal of the network cable (Cat.5e or
above) is connected to the gateway device, and that the gateway and the
computer are within the same 192.168.198.1 network segment; for
example, the computer can be set to an IP address within the range of
192.168.198.2~255.
Step 2: Open the accompanying software on your computer (the
software can be downloaded from the company's official website) and
access the software page.
b. Software page functions
① Device search and connection at the top of the page
Step 1: Click the \"green search button\" to search for the air switch
device on the same network segment. Select the device that has been set
up with the IP address in the tutorial of B. General Backend Server
Settings in Section 3.2.5. Click the \"blue connection button\" to connect
to the device. If the connection is successful, the message \"Connection
Successful\" will be displayed.
Note: TCP, UDP, and serial port communication modes are
available, with TCP being the generally chosen mode. You can click the
\"yellow restart button\" to restart the software.
Software searches for devices and connects to the interface
② Network settings page
On this page, you can set the address (IP), gateway (GW), subnet
mask (MASK), and bit rate (BAUD) of the connected device. To submit
the settings, simply click the \"Submit Button\".
After clicking the \"Green Search Button\", the received gateway
information will be displayed. Clicking the \"Clear Button\" can clear the
information in the receiving area.
Network settings page
③ Gateway settings page
This page contains the same content as Section B. General Backend
Server Settings under 3.2.5, and you can refer to it for setting up the
gateway.
Gateway settings page
④ Timing settings page
On this page, you can set the air switch to turn on and off at a
scheduled time (this software page function is only available for the RS
series)
Timing settings page
⑤ Security settings page
On this page, you can view the device ID and the preset and alarm
values for each device, including over-temperature alarm (warning),
over-temperature action alarm (alarm), over-current alarm, over-current
action alarm, over-voltage alarm, over-voltage action alarm, and undervoltage alarm (if no data is available, click the \"Refresh button\" in the
top right corner).
Click the \"Query Button\" below the alarm sending frequency and
status update frequency to query the corresponding data of each device.
Click the \"Checkmark\" under the over-temperature protection, overcurrent protection, over-voltage protection, and under-voltage protection
to turn on or off the corresponding pre-alarms and alarms (green
indicates on, gray indicates off).
Click the \"Modify button\" located at the far right of each device
column to adjust the aforementioned preset and alarm values, preset and
alarm switches, alarm sending frequency (whether to send or not), and
status update frequency values. The \"refresh button\" at the far right of
the device column allows for refreshing and displaying the data of a
single device.
Security settings page
⑥ Device control page
On this page, you can view the device ID of each device, as well as
the real-time detected voltage, power, neutral wire temperature, live wire
temperature, current, and cumulative current (electricity consumption). If
no data appears, click the \"Refresh Button\" in the lower right corner to
refresh the display.
You can click the \"ON\" or \"OFF\" buttons on each device bar to
independently control the air switches of the devices. \"Green ON\"
indicates the device is on, while \"Red OFF\" indicates it is off. The
\"Sequential Full On Button\" and \"Sequential Full Off Button\" at the
bottom allow for one-click full-on and one-click full-off control of the
device air switches. Please note that during the sequential switching
process, try not to perform other operations.
Device control page
5.3.5 Cloud operation and maintenance management platform
The LED-specific AI power distribution detection series products can be controlled
by a secure operation and maintenance management mechanism from the cloud, enabling a
powerful visualized device management and operation platform on both PC and mobile
terminals. They allow for cloud-based control and management, receive protection and
alarm notifications, perform advanced health predictions on devices, and offer diverse
personalized operations.
For specific functions and implementations, please contact our company for details
(the software is for independent purchase and use).
6 Common trouble-shooting
6.1 After installation, when accessing the web interface, there may be an issue of \"no
device\" or \"missing device\". Here are the solutions:
①. The module does not need to be manually added. Please confirm whether
the gateway and the module are powered on together. If not, please power
them on together again, and refresh the current interface after power-on
②. Check whether the needle jumpers are properly installed. If they are loose,
please tighten them.
③. If the issue cannot be resolved, it may be due to a problem with the dial
on the side of the air switch. Please take a photo of the problematic dial
of the air switch and contact our professional staff
6.2 The device cannot find the WiFi or cannot connect. Solution:
Check the color of the network management signal light. If it's yellow, it
indicates normal operation; if it's red, it indicates abnormal operation.
②. Check whether the network of the device is normal and whether the network
cable is plugged in securely
6.3 The switch of the leakage protection device cannot be pulled up. Solution:
①. Check whether the external device is short-circuited.
②. Please have a professional electrician or contact Soundking professionals to
check if there is a short circuit inside the device.
③. For passageways equipped with emergency devices, open the emergency
passageway and use the device normally.
6.4 What if the bridge is soft? Solution:
Avoid tying the wires to the cable tray during wire management. The cable tray
serves only as an auxiliary tool. Simply adjust the excess length of the wires.
6.5 The guide rail is too tight. Solution:
If the standard guide rail is too tight, please adjust the module and guide rail
until the module is securely fastened.
6.6 How to deal with dirt? Solution:
①. Clean the surface with a cleaning agent, and use air to blow away dust
inside.
④ Replace the cable tie or cable organizer with a spare one.
