Mottura XNOVA User Manual

DRY CONTACTS MANUAL

TECHNICAL DOCUMENT

USER’S MANUAL FOR DRY CONTACT FUNCTIONS ON X-NOVA

Rev. Date Description

0 25/01/2016 First emission
1 22/02/2016 At paragraph 1 added indication “active low” for the input signal “IN” and corrected its

graphs to paragraph 2, 3 and 5.
2 28/07/2016 At point 7 Introduced the Photo of the final prototype
3 03/02/2017 At point 7 added Vinternal link on connector X7
4 03/04/2017 At point 7 added in the table cable color code 99.727 Mottura connected to the

connector X7
5 20/04/2017 Update of layout and graphics.

GENERAL INSTRUCTIONS

Mottura Serrature di Sicurezza S.p.A. thanks you for choosing this product and reminds you as follows:

- Read the instructions very carefully before installing the device or doing any maintenance work on the product.

- All assembly and connection procedures must be done according to the Rules of Good Practice as well as in
conformity to current law.

- DO NOT install the product in explosive environments or atmospheres or in the presence of flammable fumes/gases.

- DO NOT install the product on doors with risk of contact with water or atmospheric agents unless adequately
protected.

- Always switch off the power supply and disconnect all live parts before doing any installation or maintenance work
on the product. Take all possible precautions to eliminate the risk of electrical shock when doing the installation or
maintenance procedures described in this manual.

- In case of problems contact authorized dealers only.
When installing the lock, first connect all of the selected peripherals and then the power supply.
If you have to disconnect the wires, always disconnect the power supplies first.
The warranty does not cover damage due to negligence, carelessness or use in any manner not described in these
instructions.
Mottura Serrature di Sicurezza S.p.A. may change the characteristics of the products described in this document and
of the document itself at any time and without notice.

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DRY CONTACTS MANUAL

TECHNICAL DOCUMENT

1) INPUT DESCRIPTION

The lock has three digital input (active low) to open it controllable by shorting the pins to GND with a dry contact.
If an open collector device is used, make sure the polarity is correct (i.e. collector/drain connected to IN –
emitter/source connected to GND)

IN1 = open the lock
IN2 = close the lock
IN3 = open followed by an automatic closure
The input signal must be a pulse.

1.a) HOW TO OPEN THE LOCK

Send a pulse (duration from 500 to 1500 ms) to the IN input you will get the full opening of the lock (latches and latch
bolt). The closing will take place automatically when you close the door.

2) OUTPUT DESCRIPTION

Five digital outputs of the type "open collector" provide the following information:
OUT1 : state latch bolt => (OPEN = outside ; CLOSE = inside)
OUT2 : state latches => (OPEN = not outside ; CLOSE = outside)
OUT3 : state door => (OPEN = open ; CLOSE = close )
OUT4 : error => (OPEN = all is OK ; CLOSE = error )
OUT5 : battery status => (OPEN = charged ; CLOSE = low)

Each output is TTL compatible (5V dc) and must comply with the following electrical requirements:

ABSOLUTE MAXIMUM RATINGS

Io sink max. <= 20 mAdc
Vo open max. <= 6 Vdc
Vo saturation max. <= 0,8 Vdc

These outputs are available only when the lock is awake, otherwise they are all "open" (N.O.) to reduce
consumption of energy.

To wake up the lock without opening it, piloting the input IN with a short pulse duration from 50 to 100 msec., the
status will be available immediately after the pulse, and the lock will remain awake for an additional 3 sec. (TIMEOUT
period).

N.B.: The times indicated in charts are only for examples.

Input signal IN (continuous line = 50 ms ; dashed line = 100 ms)

1

Level

0

Level

1

0

0 250 500 750 1 000 125 0 1500 1750 200 0 225 0 2500 2750 30 00

mSec

All outputs represent their states in the timeout interval

0 250 500 750 1000 1250 15 00 1750 2000 22 50 2500 2750 300 0

mSec

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