Technical Documentation

 ZN1CL ‐ IRSC CHARACTERISTICS
ƒ
ƒ
ƒ
ƒ
KNX Bus Coupling unit integrated.
ƒ
Complete data saving.
ƒ
CE Directives OK.
IRSC Technical Documentation IRSC Plus: To Control Split A/C units.
See “Correspondence Table”
ƒ
IRSC Open: IR codes recording to
later reproduce them. A/V devices.
A/V devices (IRSC Open Application Program)
ƒ
SOFTWARE FOR ZN1CL-IRSC
Reduced size: 45 x 45 x 14 mm.
Suitable to be placed into deep flush –mounting box
Device management through IR codes.
º
ƒ Split units (IRSC Plus Application Program)
ƒ
1. KNX Bus Connector
2. LED
3. Programming Button
4. Air Connector
5. IR emitter
6. Base connector
DIMENSIONS & DESCRIPTION.
ƒ
Prog: To set the device programming mode.
By keeping this button pressed while powering the BUS, the
“Secure mode” is set.
ƒ
Led: Led “On” indicates programming mode active. Led
blinking every 0.5s, the device is set in “secure mode”.
ƒ
IR emitter: Infrared flasher diode to send commands to the
split.
2
1
3
6
5
4
ESPECIFICACIONES GENERALES
Concept
Control device for
Voltage
Voltage margin
KNX Supply
Max Power Consumption
Max Current
Connection type
External Supply
Operation temperature
Storage temperature
Ambient humidity (relative)
Storage humidity (relative)
Complementary Characteristics
Safety Class
Operation Type
Type of protection
Assembly
Min clearances
Response to BUS voltage failure
Response to BUS failure recovery
Operation indicator
Accessories
PCB CTi index
Enclosure
Weight
© Zennio Avance y Tecnología S.L.
Edition 9
Description
Home & Building Automation
29V DC
20…31V DC
278mW
9,6mA
Bus connector TP1, section 0,50 mm²
Not needed
0ºC a +55ºC
-20ºC a +70ºC
30 a 85% RH (No condensation)
30 a 85% RH (No condensation)
Class B
Class II
Continuous operation
IP20, Clean environment
Recommended in deep flush-mounted box (60mmx60mm)
Not needed
Complete data saving
Data recovery and IR commands sending as programmed
Led ON when programming button is pressed
IR wired flasher diode with protective capsule
175 V
PC+ABS, FR
Aprox. 60 gr.
For further info www.zennio.com
Page 1 de 2
ZN1CL ‐ IRSC IRSC Technical Documentation CONNECTION DIAGRAM.
Connection diagram example: Consumer electronic device with IR receiver (IRSC Open Application Program)
IRSC Open
IR Receiver device
IR commands must be loaded into the
device. A specific tool “IRSC Open
Capture” downloadable into the a Z38i
(ZN1VI-Z38i) is available for this purpose
For further info, please read the IRSC
Open user manual.
Connection diagram example: A/C Split (IRSC Plus Application Program)
IRSC Plus
IR commands are already preloaded into
the device. It will only be necessary to
identify the IR remote controller in the
“Correspondence Table” provided by
Zennio to later set the correct identifier in
the ETS parameterization environment.
For further info, please read the IRSC
Plus user manual.
IR EMITTER SPECIFICATIONS
Connection method
Aerial connector
Installation
Stick the IR emitter onto the unit IR receiver
Cable section
Cable length
Peak wave length (λp)
Radiated emission power (Φe)
Radiated intensity
Emission response time
0,15 mm²
2,15 m
940 nm
2,4 mW
2,4 mW/sr
Parameter option. Min recommended 2 s.
SAFETY INSTRUCTIONS.
ƒ
ƒ
ƒ
ƒ
Do not connect the Main Voltage (230 V) or any other external voltages to any point of the BUS.
Connecting an external voltage might put all the KNX system into risk
Ensure there is enough insulation between the AC Voltage cables and the BUS ones.
A minimal clearance of 4 mm must be ensured
The IR emitter must be stuck onto the air conditioning receiver.
The protective capsule must not be removed.
© Zennio Avance y Tecnología S.L.
Edition 9
For further info www.zennio.com
Page 2 de 2