INP08/230

DIN Rail Input Module (8 outputs) with live inputs (230V)

DIN-rail module to connect external powered contacts (12 Vac/dc or 230 Vac – e.g., automatic gates) to the Qbus system.

Technical info

This DIN rail module is used to connect externally powered contacts (12 Vac/dc or 230Vac - e.g. automatic gates) with the Qbus system.

Frequently Asked Questions

How do you read an existing configuration?
This is a completely different procedure depending on the type of controller.
For the CTD controllers this goes as follows:
In the SMIII via "File" or "Utilities / Setup / SD card", click on "Recover QDB from SD".
After confirmation you choose the name and location where the file should be saved. The zipped QDB file is then read from the SD card of the CTD and saved. With a positive answer to the question "Unzip and open restored QDB?", All data will then be immediately available. If the data you were still working on was not sent or saved, you will first receive a notification to do so.

For a CTL controller follow the following procedure:
Because this controller does not yet have a large memory, only limited data can be recovered. Ao the names are abbreviated to 12 characters and serial numbers are not stored anywhere.
The first step is therefore to type in ALL serial numbers via SMII via "File / Modules". These 6-digit serial numbers can be found on every module (DIN rail, switch, detector, etc.). For the SWC0x switches, an extra option was provided to have them send their serial number via “Search for modules”.
When you then click on the "down arrow", you can read all this limited information.
Always use the latest software for configuration.

It is always recommended to use the most recent version. This version supports the newest modules and resolves all known bugs.
If, for example, you enter a serial number and the correct module information does not appear, you are likely not working with the most recent software.
A newer version will always be able to open the older files (.QDB) without data loss.
The latest version of the System Manager software, along with the user manual and version history, can be found in the knowledge center.
When uploading the data, a module always displays Err.255 (Module not found)
If Err.255 appears during the programming or verification of a module, this can have several causes:
First, verify whether the serial number was correctly entered as shown on the sticker on the module or its packaging. A serial number always consists of 6 digits or 10 hexadecimal characters (e.g., 0006B01ADE), with the first 4 determining the module type.
Conduct a test through “Utilities/Communication Check”. Enter the last 6 digits of the serial number here and click on “Start Module Test”. If communication with this module is perfect, you should see a nice flat line at 100%. If you see a flat low line, there is no communication. If the line is pulsed, communication is poor. Check whether the bus voltage (+/- 14V) is still correctly reaching the module or check the wiring. Try communicating with the module directly at the controller with 2 short bus wires (without any other connected module) before returning it via our RMA procedure.
Several modules can transmit their serial number:
All SWC variants can be searched via “File/Modules/Search for modules”. After clicking “Start search”, all connected switches will blink blue. Pressing any key on the switch will transmit its serial number.
All modules with a 10-character serial number can be read via “Utilities/Communication Check” if 1 and only 1 module of this new type is connected to the bus, by entering “FFFFFF” as a serial number.
How do you check if a DIN-Rail module is still functioning?

All recent DIN-rail modules are equipped with a fuse and status LED(s).
First, check if the upper PWR LED is still lit (green). If not, check the fuse and measure the power supply voltage. If both the fuse and the power supply voltage are correct, then the module power supply is defective and should be repaired or replaced.
First, always try a full reset: simultaneously disconnect both power and bus at the same time, then reconnect power (and bus if applicable).

The lower PWR will light up when the bus is correctly connected. In Stand-Alone mode, this PWR LED will remain OFF. The red status LED will briefly light up or blink when the module starts. However, if it continues to light up or blink, the firmware may be corrupted. Firmware can be updated via the SMIII under “Tools/Setup/Software/Modules: Firmware Upgrade”.

For end users, the installer is the first point of contact. They are familiar with the most common errors and will contact Qbus support for unknown issues.
If the module needs to be repaired or replaced, use our RMA procedure to return a module.

Technical info for installers

Functiebeschrijving
Op de INP08/230 kunnen 8 optisch gescheiden contacten aangesloten worden. Elk contact moet onder spanning staan om actief te zijn; ofwel:
12Vac/dc indien geconnecteerd tussen xB en xC (verbruik ongeveer 10mA).
230Vac indien geconnecteerd tussen xA en xC (verbruik ongeveer 1W).
Potentiaalvrije contacten kunnen aangesloten worden via de 12Vac aansluiting aan de onderkant van de module.
De ingangscontacten kunnen via de Qbus software gedefinieerd worden.
De maximale lengte van een ingang is 200m. Het type kabel of de sectie is niet belangrijk.
De LEDs die op een INP08/230 staan geven voor elke ingang de status van de geselecteerde mode aan.
Elke module heeft een uniek serienummer (6 cijfers). Op basis van dit serienummer kan de module geprogrammeerd worden via de Qbus software.
Een tweepolige automatische zekering van maximum 6A moet op de modulevoeding aangesloten worden.
Technical specifications
GENERAL SPECIFICATIONS:
Power supply: 230Vac +-10%, 50Hz - maximum protection 6A/2P
Dielectric strength: tested at 3 kVac
Typical consumption: 9.8 VA
Ambient temperature:
Operating temperature: 10°C to 50°C
Storage temperature: -10°C to 60°C
Maximum humidity level: 93%, no condensation
Bus load: 20mA at nominal voltage 13.8V.
Internal fuse: 500mAT single phase.
Maximum installation height: 2,000 meters.
INPUTS:
IN1-IN8: 8 optically isolated inputs 12Vac/dc or 230Vac.
Input signal delay:
- on contact closure: max 100ms
- on contact opening: max 100ms
Input function: push button, normally open, normally closed, switch: assigned via System Manager.
PHYSICAL SPECIFICATIONS
Enclosure: Plastic, self-extinguishing according to UL94-V0
Protection rating: IP20, EN60529
Installation: quick installation on DIN-RAIL, width 9 modules
Dimensions (HxWxL): 62mm x 89mm x 161mm
Weight: approximately 0.317 kg
ELECTRICAL SAFETY
Bus: 13.8VDC low voltage.
In accordance with EN60950 – 1: 2006
Dielectric strength: module is tested and approved at 3kVac. (50 Hz, 1 min)
Non-toxic, in accordance with WEEE/RoHS
CE
Qbus declares that this product complies with all applicable European directives and regulations.
The EU declaration of conformity can be consulted on our website www.qbus.be.
Sizing
Explanation of Symbols

Equipment where protection against the risk of electric contact is not only based on basic insulation but also on additional protection such as double insulation or reinforced insulation. There is no possibility for grounding.

Before connecting the device, it is mandatory to read the manual of the respective product. ISO7000-0434

Power supply connection (230V) to the power supply connector. IEC 60417-5036

CE conformity. All declarations of conformity are available upon request.
Warranty Provision

2 years from the date of delivery. The warranty becomes void if the module has been opened! The warranty period is extended by 2 years if it was installed by a certified Qbus installer.
In case of defects, Qbus support should be contacted by a certified installer. After registration with Qbus support, the defective module can be sent, unsealed and with a description of the defect, to our Qbus support.
Contact details:
Qbus NV
Joseph Cardijnstraat 19
B-9420 Erpe-Mere
Tel: +32 (0)53 60 72 10
Fax: +32 (0)53 60 72 19
Email: support@qbus.be

General

Safety Instructions
Read the full manual before installing the module and activating the system.
WARNING
The module must be installed, activated, and maintained by a certified electrical installer in accordance with the applicable legal regulations of the country.
This module is suitable only for DIN-rail installation EN50022. The module must be installed in a non-flammable, closed distribution box with ventilation slots.
Before working on the INP08/230, the power supply must be turned off.
Only 1 phase is fused. Even if the fuse is blown, there may still be power present in the module.
The module must not be opened. The warranty is void if the module is opened!

Installing and Wiring

Installation

Click the module onto a DIN rail DIN EN50022.
Power Supply

ATTENTION: INTERRUPT THE POWER SUPPLY TO THE MODULE BEFORE WORKING ON THE MODULE!
A two-pole automatic circuit breaker of maximum 6A must be connected to the module's power supply of 230Vac. Conductor cross-section: maximum 1.5mm². Strip approximately 7mm of insulation from the conductor and screw the conductor into the L-N connector.
Inputs

Connect the inputs as shown in the connection diagram.
Connection xA - xC: 230Vac.
Connection xB - xC: 12Vac or 12Vdc.
x = input 1 to 8.
Strip approximately 7mm of insulation from the cable and insert the cable into terminals 1A/B/C to 8A/B/C.
BUS connection

It is recommended to use the Qbus cable or any other cable with a minimum of 2 conductors of 1mm² as the bus cable. The green shielded EIB cable can also be used if the conductors are paired to achieve a minimum cross-section of 2 x 1mm².

Connection diagram

With Qbus Controller

Via the SMIII each modules can be configured. This is completely explained in our knowledge center.

As far as programming is concerned, there is not much difference between INP02, INP04, INP08, INP16 and INP08/230; the only difference is the number of inputs that can be physically connected to the INPUT modules.
The only feature that sets this module apart from the other Input Modules is that the INP08/230 can support inputs up to 230 volts. (the inputs are NOT potential-free).

The input contacts can be selected and set with the system manager as shown below.
- Push button = when you connect a push button to the input
- Normally open = contact open when not energized (for long contacts - see below)
- Normally closed = contact closed when not energized (for long contacts - see below)
- Switch = when you connect a switch to the input (2 positions – on & off).

ATTENTION: Always use Normally Open or Normally Closed when connecting inputs that give long contacts (e.g. magnetic contact for window, motion detector, smoke detector, ...). These inputs maintain the same state for a longer period of time and only activate the I/O when that state changes. If you use "push button" for those inputs, the bus will continuously send the status to the controller, resulting in poor communication. Only use push buttons for short contacts (= ordinary push buttons).

Each input can control up to an I/O, a scene or up to 16 scenes via the sequencer function. The I/O’s can also be activated from the system manager using the Test key in the programming window. The instantaneous status of the I/O’s can be consulted by pressing the "Read values" key in the programming window of the INP0x module. The I/O’s can also be activated from the system manager by pressing the Test key, and the current status can be consulted by pressing the "Read value" key.