Claster Automation Set is a collection of three devices designed to control electrical circuits by executing commands received over a network.

The system’s advantage lies in its reliability and versatility. It can be integrated with virtually any other automation device currently available on the market. Examples include the Raspberry Pi, Beaglebone, Loxone, KNX, Siemens Logo, and any other devices capable of supporting internet protocols.

The kit contains:

Claster 24V Power Supply
Claster Universal Switch
Claster Universal Dimmer

How To Setup

Place the controller along with the power supply in its designated location.
Connect 24v power supply to controller – orange LED and red LED will turn on.
Connect the controller to the LAN using the ethernet cable.

The device will automatically assign itself an IP address. If successful red LED will turn off.

Now system is fully functional.

Configuration

To obtain an IP address, log into the web interface of your home router. This typically involves opening a web browser and entering your router’s IP address (commonly 192.168.1.1 or 192.168.0.1). Once logged in, you can view the assigned IP addresses for connected devices on your network.
All other necessary information about your device can be found on the label located at the side.
Configuration doesn’t require any programming knowledge, as installation instructions with pre-made templates for various systems will be available in download section.

Operational Modes

Both the Switch and the Dimmer have three predefined operating modes: Mode.1, Mode.2, and Extent. Below, you’ll find brief descriptions of each, along with a simple animation demonstrating how they work.

Mode.1

This mode is the first of two fundamental modes, offering the capability to function as an extension to an existing system. It allows for issuing commands over the network while simultaneously controlling all circuits directly using digital inputs. This ensures that basic functionality is maintained even if the control device fails or is disconnected. The mode is designed to work with momentary switches.

Mode.2

This mode is the second of the two fundamental modes and also has the capability to function as an extension to an existing system. Similar to Mode 1, it allows for issuing commands over the network and direct control of all circuits using digital inputs, ensuring maintenance of basic functionality in case the control device fails or is disconnected. However, this mode is tailored for use with latching switches.

Extent

This mode represents a full extension of the system. Unlike the previous modes, it does not allow for direct control of circuits using digital inputs. Instead, all information received, whether from digital or analog inputs, is directly forwarded to the controlling device. This mode is versatile and designed to work with switches of any type.

UDP COMMAND LIST


Command	Function	Device	Example – Effect
A0…A100	Dimmer 1 power 0%…100%	Dimmer	A100 – Switch ON dimmer 1 to full power
B0…B100	Dimmer 2 power 0%…100%	Dimmer	B0 – Turns dimmer 1 OFF
C0…C100	Dimmer 3 power 0%…100%	Dimmer	C25 – Sets dimmer 1 to 25%
D0…D100	Dimmer 4 power 0%…100%	Dimmer	D80 – Sets dimmer 1 to 80%
A0 – A1	Relay 1 OFF – ON	Switch	A1 – Turns relay 1 ON
B0 – B1	Relay 2 OFF – ON	Switch	B0 – Turns relay 2 OFF
C0 – C1	Relay 3 OFF – ON	Switch	C1 – Turns relay 3 ON
D0 – D1	Relay 4 OFF – ON	Switch	D0 – Turns relay 4 OFF
E0 – E1	Relay 5 OFF – ON	Switch	E1 – Turns relay 5 ON
F0 – F1	Relay 6 OFF – ON	Switch	F0 – Turns relay 6 OFF
G0 – G1	Relay 7 OFF – ON	Switch	G1 – Turns realay 7 ON
H0 – H1	Relay 8 OFF – ON	Switch	H0 – Turns relay 8 OFF
I0 – I1	Digital input 1 signal LOW – HIGH	Both	I0 – If digital 1 signal LOW
J0 – J1	Digital input 2 signal LOW – HIGH	Both	J1 – If digital 2 signal HIGH
K0 – K1	Digital input 3 signal LOW – HIGH	Both	K0 – If digital 3 signal LOW
L0 – L1	Digital input 4 signal LOW – HIGH	Both	L1 – If digital 4 signal HIGH
M0 – M1	Digital input 5 signal LOW – HIGH	Both	M0 – If digital 5 signal LOW
N0 – N1	Digital input 6 signal LOW – HIGH	Both	N1 -If digital 6 signal HIGH
O0 – O1	Digital input 7 signal LOW – HIGH	Both	O0 – If digital 7 signal LOW
U0 – U1	Digital input 8 signal LOW – HIGH	Both	U1 – If digital 8 signal HIGH
P0…P100	Analog input 1 signal 0% – 100%	Both	P0 – If analog 1 signal 0% (LOW)
R0…R100	Analog input 2 signal 0% – 100%	Both	R25 – If analog 2 signal 25%
S0…S100	Analog input 3 signal 0% – 100%	Both	S80 – If analog 3 signal 80%
T0…T100	Analog input 4 signal 0% – 100%	Both	S100 – If analog 4 signal 100% (HIGH)
U	All dimmers and relays status	Both	Returns all channels values for status verification
W	All digital and analog values	Both	Returns all inputs values for status verification
X	Hardware and firmware versions	Both	Returns system info
Y	Reserved	–	–
Z	Reserved	–	–


Command	Function	Direction	Example – Effect
A0…A100	Dimmer 1 power 0%…100%	Received by CLS	A100 – Switch ON dimmer 1 to full power
B0…B100	Dimmer 2 power 0%…100%	Received by CLS	B0 – Turns dimmer 1 OFF
C0…C100	Dimmer 3 power 0%…100%	Received by CLS	C25 – Sets dimmer 1 to 25%
D0…D100	Dimmer 4 power 0%…100%	Received by CLS	D80 – Sets dimmer 1 to 80%
E0 – E1	Relay 1 OFF – ON	Received by CLS	E1 – Turns realay 1 ON
F0 – F1	Relay 2 OFF – ON	Received by CLS	F0 – Turns relay 2 OFF
G0 – G1	Relay 3 OFF – ON	Received by CLS	G1 – Turns realay 3 ON
H0 – H1	Relay 4 OFF – ON	Received by CLS	H0 – Turns relay 4 OFF
I0 – I1	Digital input 1 signal LOW – HIGH	Sended by CLS	I0 – If digital 1 signal LOW
J0 – J1	Digital input 2 signal LOW – HIGH	Sended by CLS	J1 – If digital 2 signal HIGH
K0 – K1	Digital input 3 signal LOW – HIGH	Sended by CLS	K0 – If digital 3 signal LOW
L0 – L1	Digital input 4 signal LOW – HIGH	Sended by CLS	L1 – If digital 4 signal HIGH
M0 – M1	Digital input 5 signal LOW – HIGH	Sended by CLS	M0 – If digital 5 signal LOW
N0 – N1	Digital input 6 signal LOW – HIGH	Sended by CLS	N1 -If digital 6 signal HIGH
O0 – O1	Digital input 7 signal LOW – HIGH	Sended by CLS	O0 – If digital 7 signal LOW
U0 – U1	Digital input 8 signal LOW – HIGH	Sended by CLS	U1 – If digital 8 signal HIGH
P0…P100	Analog input 1 signal 0% – 100%	Sended by CLS	P0 – If analog 1 signal 0% (LOW)
R0…R100	Analog input 2 signal 0% – 100%	Sended by CLS	R25 – If analog 2 signal 25%
S0…S100	Analog input 3 signal 0% – 100%	Sended by CLS	S80 – If analog 3 signal 80%
T0…T100	Analog input 4 signal 0% – 100%	Sended by CLS	S100 – If analog 4 signal 100% (HIGH)
U	All dimmers and relays status	Sended and Recived	Returns all channels values for status verification
W	All digital and analog values	Sended and Recived	Returns all inputs values for status verification
X	Hardware and firmware versions	Sended and Recived	Returns system info for updates
Y	Reserved	–	–
Z	Reserved	–	–