Zennio ALLinBOX 88 Guide

© Zennio Avance y Tecnología S.L. Edition 1 Further information www.zennio.com Page 1/4
ALLinBOX 88
Multifunction device with KNX power supply, KNX-IP Interface, 8 outputs, 8 inputs and logical module
ZPR88 TECHNICAL DOCUMENTATION
FEATURES
•320mA KNX power supply with 29VDC auxiliary output.
•110-240VAC 50/60Hz power input.
•KNX system voltage supply and monitorization.
•Short-circuit and overvoltage protection.
•Reset button and overload status LED.
•KNXnet/IP tunneling protocol (up to 5 connections).
•Maximum APDU length of 254bytes.
•Ethernet 10/100 BaseT IP with RJ45 socket.
•2 different configurable blocks: shutter channels (up to 4), individual
outputs (up to 8) and 2/4-pipe fan coil controls (up to 1).
•Outputs suitable for capacitive loads, maximum 140µF.
•Manual output operation through remote control.
•8 analog/digital inputs.
•Climate control for up to 4 rooms.
•Output timing.
•20 logic functions.
•Total data saving on KNX bus failure.
•Integrated KNX BCU.
•Dimensions 67 x 90 x 140 mm (8 DIN units).
•DIN rail mounting (EN 50022), with fixing clamp.
•Possibility of connecting different phases in adjacent channels.
•Conformity with the CE directives (CE-mark on the right side).
1. Main power supply
2. Overload status LED
3. Power supply status
LED
4. Reset button
5. Reset status LED
6. IP factory reset button
7. IP factory reset LED
8. Ethernet LED
9. KNX bus LED
10. Analog/digital inputs
11. Auxiliary power output
12. KNX connector
13. Programming/Test
button
14. Programming/Test
LED
15. Fixing clamp
16. Outputs
17. IR input
18. Ethernet connector
19. Remote control (not included, ref. 9900024)
PROGRAMMING/TEST BUTTON: short press to set programming mode. If this button is held while providing main power supply to the device, it enters
the safe mode. If this button is held for more than 3 seconds, the device enters the test mode.
PROGRAMMING/TEST LED: programming mode indicator (red). When the device enters the safe mode, it blinks (red) every half second. The manual
mode is indicated by the green color. During the start-up (reset or after providing main power supply) and if the device is not in safe mode, it starts a
blue blinking sequence.
POWER SUPPLY STATUS LED: it indicates the status of the power supply (green color: the device is working properly; off LED: power supply failure;
green blinking: short-circuit on KNX bus and/or auxiliary power output).
OVERLOAD STATUS LED: it indicates an overload on the KNX line or on the auxiliary power output (red blinking: cut-off due to overload/short circuit
on the KNX bus and/or the auxiliary power output*; red color: overload on bus and/or auxiliary power output line *).
*Reduce the load on the bus and/or the auxiliary power output lines until its total consumption does not exceed the maximum current specified.
KNX BUS LED: it indicates that the device is powering up the KNX bus (green color).
ETHERNET LED: it indicates that the device is connected to Ethernet and has an IP address assigned (green color).
RESET INDICATOR LED: it indicates that a reset of the KNX system has been performed by using the corresponding reset button (red blinking). To
reset the bus power supply, the Reset button should be pressed (it is recommended to hold it for at least 5 seconds to verify the reset of all the devices
in the line). The reset LED will blink slightly in red while the Reset button is pressed.
IP FACTORY RESET INDICATOR LED: it indicates that the device has just performed an IP factory reset (red color). To reset the KNX IP Interface,
the IP Factory reset button must be pressed for at least 3 seconds.
MANUAL CONTROL: In order to perform manualcontrol of the device, an IR remotecontrol is necessary (Ref. 9900024) not included with the ALLinBOX
88. When the device is in Test On mode, the manual control can be done by pressing the corresponding buttons on the IR remote control (please, be
sure that the remote IR emitter is pointing to the IR input of ALLinBOX 88).
9
2
5
4
8
1
6
7
3
10
16
11
12
13
14
15
16
17
18
19

© Zennio Avance y Tecnología S.L. Edition 1 Further information www.zennio.com Page 2/4
GENERAL SPECIFICATIONS
CONCEPT
DESCRIPTION
Type of device
Electric operation control device
External
power supply
Voltage
110-240VAC 50/60Hz
Maximum consumption
250mA@110VAC / 125mA@230VAC
KNX supply
Voltage (typical)
29VDC SELV (with KNX coil)
Maximum rated current (IBUS)
320mA
Connection type
Typical TP1 bus connector for 0.80mm Ø rigid cable
Additional
output
Voltage (typical)
29VDC SELV
Maximum rated current (IAD)
IAD + IBUS 320mA
Operation temperature
-5°C .. +45°C
Storage temperature
-20°C .. +55°C
Operation humidity
5 .. 95%
Storage humidity
5 .. 95%
Complementary characteristics
Class B
Protection class / Overvoltage category
II / III (4000V)
Operation type
Continuous operation
Device action type
Type 1
Electrical stress period
Long
Degree of protection / Pollution degree
IP20 / 2 (clean environment)
Installation
Independent device to be mounted inside electrical panels with DIN rail (EN
50022)
Minimum clearances
Not required
Power failure back-up time
110ms
Maximum current before overload notification
500mA
Response on KNX bus failure
Data saving according to parameterization
Response on KNX bus restart
Data recovery according to parameterization
Operation indicator
See page 1
Weight
521g
PCB CTI index
175V
Housing material / Ball pressure test temperature
PC FR V0 halogen free / 75ºC (housing) - 125ºC (connectors)
MAIN POWER SUPPLY SPECIFICATIONS AND CONNECTIONS
CONCEPT
DESCRIPTION
Power supply protection
fuse
Voltage
110-240VAC 50/60Hz
Current
6.3A
Response type
F (Fast acting)
Connection method
Screw terminal block
Cable cross-section
1.5-4mm² (IEC) / 26-10AWG (UL)
AUXILIARY POWER OUTPUT SPECIFICATIONS AND CONNECTIONS
CONCEPT
DESCRIPTION
Connection method
Screw terminal block
Cable cross-section
1.5-4mm² (IEC) / 26-10AWG (UL)
OUTPUTS SPECIFICATIONS AND CONNECTIONS
CONCEPT
DESCRIPTION
Number of outputs
8
Output type / Disconnection type
Potential-free outputs through bistable relays with tungsten pre-contact /
Micro-disconnection
Rated current per output
AC 16(6)A @ 250VAC (4000VA)
DC 7A @ 30VDC (210W)
Maximum load per output
Resistive
4000W
Inductive
1500VA
Maximum inrush current

165A/20ms
Different phases connection
Possibility of connecting different phases. It is not allowed to connect power
supplies of different order, SELV with NO SELV, in the same block
Maximum current per block
40A
Maximum current per channel
16A
Short-circuit protection
NO
Overload protection
NO
Over-voltage protection
NO
Connection method
Screw terminal block
Cable cross-section
0.5-2.5mm² (IEC) / 26-12AWG (UL)
Outputs per common
2
Maximum response time
10ms
Mechanical lifetime (min. cycles)
3 000 000
Electrical lifetime (min. cycles)1
100000 @ 8A / 25000 @ 16A (VAC)
¹ Lifetime values could change depending on the load type.

© Zennio Avance y Tecnología S.L. Edition 1 Further information www.zennio.com Page 3/4
WIRINGDIAGRAMS
Figure 1: Wiring example (from top to bottom and left to right): 2 loads, 2 loads connected to different phases, shutter channel,
fan coil three-speed fan, fan coil three-point valves and fan coil open/close valves.
* In case of using ZN1IO-DETEC-P sensor, its micro switch number 2 must be in Type B position.
** Zennio temperature probe or any NTC with known resistance values at three points in the range [-55, 150ºC].
INPUTSCONNECTION
Any combination of the following accessories is allowed in the inputs:
Zennio temperature
probe.
Up to two motion sensors
can be plugged into the
same device input (parallel
wiring)
Screw terminal for
connecting Zennio motion
sensors*.
Temperature Probe**
Motion Sensor
Switch/Sensor/
Push button
INPUTS SPECIFICATIONS AND CONNECTIONS
CONCEPT
DESCRIPTION
Number of inputs
8
Inputs per common
4
Operation voltage
+3.3VDC in the common
Operation current
1mA @ 3.3VDC (per input)
Switching type
Dry voltage contacts between input and common
Connection method
Screw terminal block
Cable cross-section
0.5-2.5mm² (IEC) / 26-12AWG (UL)
Maximum cable length
30m
NTC probe length
1.5m (up to 30m)
NTC accuracy (@ 25°C) ²
±0.5°C
Temperature resolution
0.1°C
Maximum response time
10ms
² For Zennio temperature probes.
⚠In order to ensure the expected status of the
relays, please check that the device is
connected to the main power supply before
energizing the power circuit.
For a 4-pipe fan coil, the cooling valve should
always be connected on the left side and the
heating valve on the right side. Before the start-
up of the device, it mustbe assured that the valve
is completely closed.
The fan and the valves to be connected must
have the same nominal supply voltage.
Outputs that are not being used for valve control
can be used as individual outputs or shutter
channels.
V1 V2
B2 C1
L/G
N/G0
ABRIR CERRAR ABRIR CERRAR
B2 C1 C2 D1 D2
L/G
N/G0
A1 A2 B1
III III
L
N
A1 A2
L1
N
L2
B1
 



 


OPEN
CLOSE
OPEN
CLOSE

© Zennio Avance y Tecnología S.L. Edition 1 Further information www.zennio.com Page 4/4
SAFETY INSTRUCTIONS ANDADDITIONAL NOTES
•Installation should only be performed by qualified professionals according to the laws and regulations applicable in each country.
•Do not connect the mains voltage nor any other external voltage to any point of the KNX bus; it would represent a risk for the entire
KNX system. The facility must have enough insulation between the mains (or auxiliary) voltage and the KNX bus or the wires of other
accessories, in case of being installed.
•The facility must be equipped with a device that ensures the omnipolar sectioning. Installation of a 10A mini-circuit-breaker is
recommended. To prevent accidents, it must remain open in case of manipulation of the device.
•The device has a short-circuit protection fuse that, in case of activation, should only be rearmed or replaced by the Zennio technical
service.
•This device contains a security short-circuit proof transformer.
•Once the device is installed (in the panel or box), it must not be accessible from outside.
•For indoor use only
•Keep the device away from water (condensation over the device included) and do not cover it with clothes, paper or any other material
while in use.
•The WEEE logo means that this device contains electronic parts and it must be properly disposed of by following the instructions at
http://zennio.com/weee-regulation.
•This device contains software subject to specific licences. For details, please refer to http://zennio.com/licenses.
INSTALLATION AND CONNECTION
•This device must be exclusively installed in a 35mm DIN rail
inside a distribution box or an electrical panel.
•Ensure suitable ventilation to prevent the temperature from
exceeding the permissible range.
•Main power must be connected to L, N and ground
terminals.
•The coil integrated bus output must be connected through a
standard KNX connector.
•The additional output connection must be connected
according to the polarity indicated on the housing.
Attaching ALLinBOX 88 to DIN rail:
Removing ALLinBOX 88 from DIN rail:
Figure 2: Mounting ALLinBOX 88 on DIN rail