data sheet db en psi-modem-sms-rel - · pdf filepsi-modem-sms-rel... 103892_en_02 phoenix...

© PHOENIX CONTACT - 04/2009103892_en_02

INTERFACE

PSI-MODEM-SMS-REL...

Data sheet

1 Description

The PSI-MODEM-SMS-REL... is a compact remote control

and signaling system.

Six digital or configurable analog/digital inputs and four relay

outputs with PDT contacts are monitored and controlled

using SMS messages via any GSM mobile phone network.

The integrated phonebook stores up to 50 numbers that are

to receive the SMS messages.

Each change of status at the input sends a user-defined

message to the selected receivers via SMS. A predefined

message can be used to enable and disable the outputs via

SMS. In this way, an error can be acknowledged and even

removed remotely.

To obtain an overview of the system state, the status of the

inputs and outputs can be queried.

As an option, the relay outputs can be switched for a

predefined period and then return to their initial state.

Integrated password protection prevents unauthorized

access.

The PSI-MODEM-SMS-REL... is set up using the supplied

configuration software.

Possible fields of application of the PSI-MODEM-SMS-REL... are:

– Machine, building, and system monitoring

– Pumps, sewage treatment plants, water supply

– Lighting control systems, remote switchgears

– Elevators, gates

– Alarm and home technology

– HVAC technology

1.1 Properties

– SMS status query of all inputs and outputs

– SMS remote control of outputs

– Notification via SMS on change of status at input

– Maximum of 5 receivers per SMS message

– Alarm generation on voltage failure via SMS

– Easy configuration on PC without programming

knowledge

– Installation component model according to DIN 43880

– Mobile phone network: 850 MHz, 900 MHz, 1800 MHz,

1900 MHz (quad band GSM module)

WARNING: This device is not suitable for monitoring sensitive systems or time-critical processes.

GSM network failures or interruptions to the power supply may adversely affect monitoring.

Make sure you always use the latest documentation. It can be downloaded at www.phoenixcontact.net/download.

This data sheet is valid for all products listed on the following page:

SMS relay

http://www.phoenixcontact.net/download


103892_en_02 PHOENIX CONTACT 2

2 Ordering data

3 Technical data

SMS relay

Description Type Order No. Pcs./Pkt.

SMS relay with six digital inputs and four relay outputs PSI-MODEM-SMS-REL/6 DI/4DO/

AC

2313513 1

SMS relay with six configurable analog/digital inputs and four relay outputs PSI-MODEM-SMS-REL/6ADI/4DO/

DC

2313520 1

Accessories

Description Type Order No. Pcs./Pkt.

GSM quad band antenna, with omnidirectional characteristics, 2 m antenna

cable with SMA circular connector

PSI-GSM-QB-ANT 2313135 1

Connecting cable, 9-pos. D-SUB to USB, with 9-pos. D-SUB to 25-pos. D-SUB adapter

CM-KBL-RS232/USB 2881078 1

General data

Housing DIN 43880 housing system

Housing dimensions (W x H x D) 88 mm x 90 mm x 60 mm

Fixing 35 mm DIN rail according to DIN EN 60715

Connection Screw terminal block 2.5 mm2, 0.5 Nm, Pozidrive/slotted head

Degree of protection IP20

Housing material Noryl SE1, Lexan EXL9330

Weight 120 g, approximately

Ambient conditions

Ambient temperature (storage) -40°C … +85°C

Ambient temperature (operation) -25°C … +55°C

Relative humidity 0% ... 95% (no condensation)

Transient protection Single pulse 2.5 kV/2.5 Ws

Electrical data .../6 DI/4DO/AC .../6ADI/4DO/DC

Nominal operating voltage 110 V AC ... 240 V AC 12 V DC ... 48 V DC

Operating voltage 85 V AC ... 250 V AC 10 V DC ... 60 V DC

Frequency range 45 Hz … 63 Hz –

Standby current consumption

Conditions: Dialed into the GSM network, no communication active, inputs not

controlled, relay disabled

10 mA, approximately at 230 V AC 15 mA, approximately at 24 V DC

25 mA, approximately at 12 V DC

Nominal current consumption 10 mA 15 mA

Inrush current surge < 2.6 A, τ = 0.4 ms 2.6 A, τ = 0.4 ms

Digital inputs IN 1 … 6 .../6 DI/4DO/AC .../6ADI/4DO/DC

Control voltage range 110 V AC ... 240 V AC 12 V DC ... 48 V DC

Input voltage range 0 V AC ... 250 V AC 0 V DC ... 60 V DC

Operate threshold 85 V AC 9.5 V DC

Hysteresis 20 V, approximately 5 V, approximately

Current consumption 4 mA/230 V 1.5 mA/24 V

Permissible residual current 0.9 mA 20 µA

Cable capacitance ≤ 50 nF –

Inductive parallel load energy 50 mWs/1 Hz (2.5 kV) 50 mWs/1 Hz (2.5 kV)



Analog inputs IN 1 … 6 .../6ADI/4DO/DC

Nominal input range 0 ... 10 V DC

Effective input range 0 ... 12 V DC

Maximum input voltage 60 V DC

Resolution 10 bits, LSB 12.5 mV, approximately

Input impedance 142 kΩ

Error limit, with reference to input range ±1%

Time data

Supply startup time (Ri = 0) ≤ 25 s

Minimum control duration for input (AC, DC) ≥ 200 ms

Mains reliability ≥ 15 ms

Relay outputs OUT 1 ... 4 .../6 DI/4DO/AC .../6ADI/4DO/DC

Contact type Single contact, 4PDT Single contact, 4PDT

Limiting continuous current 10 A (total current 20 A, maximum) 10 A (total current 20 A, maximum)

Inrush current 15 A/20 ms 15 A/20 ms

Maximum switching voltage 250 V AC 250 V AC

Maximum switching power 2500 VA 250 W

Minimum switching voltage 12 V 12 V

Minimum switching current 10 mA 10 mA

Contact material AgNi 90/10 AgNi 90/10

Mechanical service life 30 x 106 cycles 30 x 10

6 cycles

Test voltage

Device - contact

Contact - contact

2.5 kV (50 Hz, 1 min.)

2.5 kV (50 Hz, 1 min.)

2.5 kV (50 Hz, 1 min.)

2.5 kV (50 Hz, 1 min.)

Wireless interface

Antenna 50 Ω impedance SMA female antenna connector, GSM interface

Frequency 850 MHz at 2 W (EGSM)

900 MHz at 2 W (EGSM)



Standards

Safety EN 60730-1:2000

EMC, immunity to interference EN 61000-6-2:2005

EMC, noise emission EN 61000-6-3:2007

Approvals, conformance, marking c, UL in preparation

Conformance with R&TTE directive 1999/5/EC Yes



3.1 Characteristic curves

DC interrupting rating

Figure 1 DC interrupting rating

Electrical service life

Figure 2 Electrical service life

4 Dimensions

Figure 3 Dimensions in mm

5 Safety notes

Switching current [A]

Sw

itc

hin

g v

olt

ag

e [

V D

C]

Ohmic load

Switching current [A]

Cy

cle

s

250 V AC

Ohmic load

WARNING: Danger

Never carry out work when voltage is present.

WARNING: This device is not suitable for

monitoring sensitive systems or time-critical

processes.

GSM network failures or interruptions to the

power supply may adversely affect monitoring.

WARNING: Only qualified personnel may connect

the power, start up, and operate this device. According to the safety instructions in this text,

qualified personnel are persons who are authorized

to start up, to ground, and to mark devices,

systems, and equipment according to the

standards of safety technology. In addition, these

persons must be familiar with all warning

instructions and maintenance measures in this text.

Disregarding this warning may result in damage

to equipment and/or serious personal injury.

WARNING: When connecting to the 230 V AC

mains, ensure that the supply and the supply of

the inputs come from the same pole conductor.

No voltage of over 240 V AC should occur at the

device itself.

19

Ø4

88

90 81.6

75

59.5284.5

48.5

45



6 Overview of functions

6.1 Operation

The module starts operating automatically when the voltage

is applied. If the GSM signal level is sufficient, the module

logs in to the GSM network.

Two LEDs indicate the status. The GSM LED indicates

whether or not the module is logged into the GSM network.

In addition, the transmission of an SMS message is

visualized. The status LED indicates the operating states of

the SMS relay.

6.2 Messages

The application of a signal or a signal change at an input

triggers an SMS message.

An SMS message can be sent to several receivers

simultaneously or in succession. The configuration to send

messages "in succession" means that if the SMS message

is not acknowledged by a receiver, it is automatically

forwarded to the next device after a preconfigured time.

Alarm generation chains with a maximum of five receivers

per I/O can therefore be defined.

When the module is switched on, an SMS message is sent

to all configured numbers. This means that a voltage

interrupt or voltage recovery can be indicated.

Power failure

In the event of a voltage failure, up to 5 SMS messages can

be sent if required. Following voltage recovery, an SMS

message can be sent to predetermined devices if required.

Remote control

The outputs can be controlled (ON/OFF) using a defined

SMS message (default message is

"#PASSWORD:SET:OUTPUT1"). If caller identification is

activated, SMS messages are only accepted from numbers

that are in the phonebook of the SMS relay.

6.3 Remote querying

The status of inputs and outputs can be queried via SMS.

Again, the SMS message can be individually configured.

6.4 Configuration

The SMS relay is configured via a PC, which is connected to

the SMS relay via a serial V.24 (RS-232) interface.

6.5 Configuration software

The supplied SMS-REL-CONF configuration software

supports the user during startup and on later modifications

to the settings.

The software runs on a standard PC with Windows®

2000 or

later to Windows®

Vista. The SMS relay is connected to the

PC via a serial V.24 (RS-232) connecting cable.

The following settings can be made:

– Entering a PIN for the SIM card (optional)

– Changing the PIN for the SIM card

– SMS message when the module is switched on/off

– SMS message as a function check at a fixed interval in

minutes, hours or days

– Receiver addresses for the SMS, controlled by the

inputs

– Required confirmation when SMS is received can be

enabled/disabled

– Number identification (caller ID) on/off

– Text for the relevant input can be freely defined (2x)

– Text for control of the relevant output can be freely

defined (3x)

– SMS message on a change in signal status (rising and/

or falling edge) at the input

– Enabling and/or disabling the output, constant or for a

set duration

– Acknowledgment of every control command

(configurable)

– Password required for remote control (on/off)

In addition to the settings, various queries can be made

(diagnostics):

– GSM reception (field strength)

– Network provider display and selection (in home

network defined by SIM card)

– Credit balance query (for prepaid cards, function is not

supported by all mobile phone providers)

– Status query for GSM and module (according to LED)



7 Connecting the SMS relay

7.1 Selecting an antenna

The SMS relay is supplied with a rod antenna. Prior to

installation, the installation location must be taken into

account during antenna selection.

The PSI-GSM-QB-ANT external GSM omnidirectional

antenna (see "Ordering data" on page 2) for mounting on

the control cabinet provides better receive quality.

• Before mounting the antenna, check the signal quality

from your provider.

• Screw on the supplied device antenna or connect

another suitable antenna.

7.2 Mounting

• Mount the SMS relay on a 35 mm EN DIN rail (see Figure 4).

Figure 4 Mounting

7.3 Wiring the SMS relay

Connect the SMS relay as shown in the connection diagram

below:

PSI-MODEM-SMS-REL/6 DI/4DO/AC

Figure 5 .../6 DI/4DO/AC

PSI-MODEM-SMS-REL/6ADI/4DO/DC

Figure 6 .../6ADI/4DO/DC

NOTE: The device antenna is not suitable for use

in a control cabinet (shielding).

WARNING: Only mount and remove the SMS

relay when the power supply is disconnected.

NOTE: The SMS relay must only be connected to

devices, which meet the requirements of

EN 60950 ("Safety of Information Technology

Devices").

WARNING: During electrical installation, observe

the usual standards and regulations. Installation

must be carried out by an expert.

WARNING: When connecting to the 230 V AC

mains, ensure that the supply and the supply of

the inputs come from the same phase. No voltage

of over 240 V AC should occur at the device itself.



Connecting the outputs

Figure 7 Connecting the outputs (using the example of

the .../6 DI/4DO/AC)

7.4 Connecting the SMS relay and PC

The SMS relay and the PC are connected together using the

supplied connecting cable. The cable is a connecting cable

with 1:1 connected contacts.

• Open the housing cover to access the programming

interface inside.

• Connect the V.24 (RS-232) interface of your PC to the

programming interface of the SMS relay using the

supplied connecting cable.

If no V.24 (RS-232) slot is available on the PC, use a

USB adapter (e.g., CM-KBL-RS232/USB, see "Ordering data" on page 2).

Figure 8 V.24 (RS-232) interface

7.5 SIM card

Opening the housing

• Open the housing cover to access the SIM card holder

inside.

Inserting the SIM card

Your GSM service provider will have supplied you with a

SIM card where all the important data for your connection is

stored.

• If you have been supplied with a SIM card in credit card

format, simply detach the small section of the card and

remove any excess plastic from the edges.

• Slide the SIM card into the holder with the contact

surface facing down. Note the position of the diagonal

corner.

PIN code

The SIM card can be protected with a 4-digit PIN code.

The PIN code is entered using the SMS-REL-CONF

configuration software (see "PIN 1" on page 11).

7.6 TEST and RESET button

There are two buttons under the cover: RESET on the left

and TEST on the right:

– Pressing the TEST button for 5 seconds sends a test

SMS with the contents "Test".

– Pressing the RESET button for at least 15 seconds sets

all outputs to the zero current and open position.

NOTE: Always connect the voltage source to the

center contact (11, 21, 31, 41) of the PDT and the

load to the N/C contact (12, 22, 32, 42) or N/O

contact (14, 24, 34, 44).

32 3

23 2

74 7

85 8

420 4

66 6

57 5

TxD

RxD

RTS

CTS

DTR

DSR

GND

TxD

RxD

RTS

CTS

DTR

DSR

GND

D-SUB

25 9

D-SUBmax.

15 m

922 9RI RI

18 1DCD DCD

PC SMS relay

103892a002

9

NOTE: Disconnect the device power supply

before replacing the SIM card.

The device only supports 3 V SIM cards. For older

SIM cards, please contact your GSM service

provider.



8 Installing the software

8.1 System requirements

The SMS-REL-CONF configuration software runs on all the

latest Microsoft®

operating systems. To ensure that the

software works properly, the following system requirements

must be met:

– Operating systems: Windows®

2000, Windows®

XP,

Windows®

Vista

– CPU computing capacity: Pentium 166 MHz, recommended: Pentium III/800 MHz

– RAM: 256 MB

– Available memory on the hard disk: 40 MB

– Programming interface: V.24 (RS-232)

– USB (with USB to V.24 (RS-232) interface converter)

– Minimum screen resolution of 1024 x 768 pixels

8.2 Installing the configuration software

Proceed as follows:

• Insert the supplied CD-ROM. The installation menu

starts automatically.

If it does not open automatically, double-click on the

"SMS-REL-Conf...setup.exe" file on the CD-ROM.

• Select a language.

• During installation, please follow the instructions in the

setup program.

9 Operating the SMS relay

9.1 Starting up the SMS relay

Proceed as follows:

• Disconnect the SMS relay from the network.

• Insert the SIM card (see page 7).

• Connect the PC and SMS relay using the supplied

connecting cable (see page 7).

• Connect the SMS relay to the network.

As soon as the SMS relay is ready (after around 100 seconds), the status and GSM LEDs flash regularly

every second.

• Start the configuration software.

• Open the corresponding configuration file or create a

new file.

• Select the relevant COM port. ("Configuration" menu,

"Select Port").

• Download the file to the SMS relay ( Download).

• Wait until the SMS relay is ready (after around

100 seconds).

• Set the time for the SMS relay ("Configuration" menu,

"Set Time").

9.2 Status indicators (LEDs)

The SMS relay has two LEDs (the GSM LED and the status

LED). Both LEDs are located under the cover but are visible

from the outside. The following states are indicated by these

LEDs:

GSM LED

NOTE: If the screen resolution is too low, the

configuration software window is not fully

displayed, i.e., the registers for programming may

not be visible.

Set the time in the SMS relay. Each message is

assigned a time stamp, so messages cannot be

sent unless the time is set.

State Meaning

Flashing regularly (every

second)

Module is not logged into the

GSM network

Short flashes (around every

three seconds)

Module is logged in, but no

communication

Steady light Communication connection

established

Flashing irregularly Transmitting data (SMS)



Status LED

Status of the inputs and outputs

The states of the inputs and outputs are indicated by the

status LED:

9.3 Behavior in the event of power failure

Brief power failures (t < 1 second) are buffered and do not

change the status at the module.

Longer power failures (t ≥ 1 second) are detected and an

alarm SMS message is sent according to the configuration.

The device then switches off.

In the event of a voltage failure, once the device has

restarted and the SMS relay has logged into the GSM

network, the states of the outputs are the same as before the

failure (memory function).

9.4 Diagnostics and error messages

The SMS relay, together with the configuration software,

can display the current receive quality (field strength).

The SMS relay must be connected to a PC via the

connecting cable. Diagnostics can be accessed via the

"Configuration" menu, "Diagnostics".

In addition to the receive quality, other device information is

also provided (version numbers, error codes, and network

provider).

Error codes and their meaning:

State Meaning

LED OFF Device not running

Flashing sporadically

(irregular)

Device starting up

1 x short flashes (around

every three seconds)

Device running, everything

OK



No more credit



Time not set

1 x flashing regularly (every

second)

Module in initial status


second)

Configuration error


second)

Communication error

Inputs IN 1, IN 2, IN 3, IN 4, IN 5, IN 6 (LED ON = Input enabled)

Outputs OUT 1, OUT 2, OUT 3, OUT 4 (LED ON = Output enabled)

Error

code

Meaning Cause Measure

1 No credit Prepaid card

empty

Top up card

2 Time not set Time not set "Configuration"

menu, "Set Time"

3 No relay.csr

found

No configuration

loaded

Load file

4 Configuration

error

File not fully

downloaded

Load file again

5 Communication

error

USB to V.24

(RS-232)

adapter

The PC/SMS

relay connection

is interrupted

briefly during

data transfer via

the adapter.

Status LED is

flashing 2 times

per second.

Load file again

1001 Card blocked PIN entered

incorrectly 3 times

SIM card must be

inserted in a

mobile phone

and unlocked

(unlock PUK)

1002 No SIM card SIM card is

missing or dirty

Insert SIM card



10 Configuring the SMS relay

10.1 Configuration in online and offline mode

The SMS relay configuration can be set up (e.g., create

phonebook, enter SMS messages) without a connection to

the device.

A new or existing file can be opened and edited for this

purpose. The created file must then be downloaded to the

SMS relay via the connecting cable.

In offline mode, diagnostics are not active. The diagnostics

can only be accessed once the SMS relay is connected to

the PC.

Establishing a connection

• Disconnect the SMS relay from the network.

• Insert the SIM card (see page 7).

Connect the PC and SMS relay using the supplied

connecting cable (see page 7).

• Connect the SMS relay to the network.

As soon as the SMS relay is ready (after around

100 seconds), the status and GSM LEDs flash regularly

every second.

• Start the configuration software.

• Open the corresponding configuration file or create a

new file.

• Select the relevant COM port. ("Configuration" menu,

"Select Port").

The SMS relay can now be configured to meet your

requirements or the prepared file can be downloaded.

10.2 Selecting the language

The SMS relay configuration software offers the option of

changing language. The program does not have to be

restarted after the selection has been made.

• In the "Language" menu, select "Change language" and

then select the desired language.

Modifying the language library

The available languages can be modified or extended.

• Start the "Language Editor" via the "Language" menu,

"Change language".

• Select the desired language via the "Language" menu,

"Open Language File".

The entire menu structure is displayed in English on the

left-hand side. On the right-hand side, the menu is

displayed in the selected language.

• Use the cursor or the mouse to select the menu item to

be modified.

The text can be overwritten in the "Message" window.

• Then confirm the change using the "Approve Changes"

button. Without this confirmation, the change is not

applied.

• Finally, save the file using "Save Language File".

• Exit the "Language Editor" via "Close" or "Exit".

10.3 Managing the phonebook

The software offers the option of managing up to 50 phone

numbers.

The numbers are the receivers of SMS messages. With a

defined security option, only the devices entered in the

phonebook can switch the outputs of the SMS relay.

Figure 9 SMS relay phonebook

Enter the phone numbers in international format

(with country code and dialing prefix),

e.g., +41793333333. (+41 Switzerland, +49 Germany, +31 The Netherlands)

The "Name" array can be used to sort the list

alphabetically in ascending or descending order.

Sorting has no effect on entries that are used.



– Add – Enter a new phone number

– Edit – Edit a selected phone number

– Delete – Delete a selected phone number

10.4 Specifying basic settings

You can now configure the SMS relay.

Figure 10 SMS relay settings

The "Settings" tab is used to set data for sending SMS

messages, which is used for device identification.

PIN 1

The SIM card is protected with a PIN code. Enter the SIM card PIN code in the "PIN1" field.

For other data, please refer to the SIM card documentation.

This also describes how the SIM card can be unlocked if it

is blocked after three incorrect PIN entries. To do this, the

SIM card is removed from the SMS relay and inserted in a

mobile phone. The card can now be unlocked according to

the network operator's instructions.

Provider search

The automatic provider search depends on the SIM card

inserted in the SMS relay. The provider data and access

rights stored on the SIM card are used. The operator is

always specified when the SIM card is purchased.

With the "Automatic" option, the network operator is

selected according to the SIM card. This is useful when the

card is operated in a home network. When used overseas,

the same SIM card can be operated on other GSM networks

depending on the roaming contract.

With the "Manual" option, the system scans several times for

available GSM networks. The result of this search is displayed

in a network list. Click "Search" to display the available

networks. The desired network can now be selected.

The number for the SMS Service Center can be found in the

SIM card documentation. Normally, this service number is

already loaded on the SIM card. This number depends on

the GSM provider.

SMS relay description

The "SMS Relay description" field can be used to enter the

installation location of the SMS relay. All messages sent by

this SMS relay use this name for identification.

Alternatively, the field can be left empty.

The number of characters currently available is displayed.

Receivers of status messages

The receivers of SMS messages can be selected from the

phonebook. To do this, click on the expansion arrow and

select the corresponding entry.

A configuration file can only be transmitted to the

SMS relay if a PIN is entered.

However, in offline mode a configuration file can

be edited and saved without entering a PIN.

The character length of the entire SMS message

is reduced by the character length of this name.

NOTE: The use of special characters may cause

problems. Please use only letters and numbers.



10.5 Setting status messages

Figure 11 SMS relay settings

The SMS relay can send the following status messages.

Remote querying all inputs and outputs

The device offers the option of querying the status of all

inputs and outputs via SMS. To do this, a password is sent

to the device via SMS.

The preset password is "#PASSWORD:SEND:STATUS".

It can be fully adapted and modified to meet your

requirements for remote querying.

The response is sent to the same phone number (caller ID).

The states of the inputs and outputs are indicated in the

SMS message as follows:

I:000110

Inputs 1 to 6 (0 = OFF/1 = ON)

O:0101

Outputs 1 to 4 (0 = OFF/1 = ON)

"Send the status of all In- and Outputs with every

message"

This option can be used to send the status of inputs and

outputs in the above format with every SMS message.

"Send periodic status message"

The periodic message is used as a function check. An SMS

message is sent at regular intervals. The message can be

sent daily (time), weekly (time, day) or monthly (time, date).

The contents of the SMS message can be modified and

adapted to meet your requirements.

"Startup message"

This option can be used to send a corresponding SMS

message to the preset numbers on every SMS relay startup

(power up or voltage recovery).



"Power failure message"

This option can be used to send a corresponding SMS

message to the preset numbers on every SMS relay voltage

failure, informing the receiver that the supply voltage has

failed in the application.







10.6 Configuring inputs

Figure 12 Configuring inputs

Figure 13 Settings for input 1

General

The SMS relay has 6 inputs. Each of these inputs can send

a freely definable SMS message to up to five predefined

phone numbers when controlled or if the input signal fails.

In general, two events can trigger an SMS: the change from

"ON" to "OFF" and the change from "OFF" to "ON". Both

events can be activated, or just one event can be activated.

A separate message text can be entered for each event.

If the "Confirmation" option is selected, the event message

is sent to the next receiver if the SMS relay does not receive

confirmation from the receiver within a specified period of

time. Alarm generation chains with a maximum of five

receivers can therefore be defined.

The device processes the five assigned receiver numbers

and then begins again at the first number. This process is

repeated for the number of cycles specified under "Number

of loops".

As soon as the device receives a confirmation, the process

is stopped. If no confirmation is received, the message is

sent to the next receiver once the specified time has

elapsed.

If the "Keyword for confirmation" option is not selected,

caller ID is used as the security check and a blank SMS can

be sent to the SMS relay as confirmation.

If the "Confirmation" option is not selected, all the receivers

assigned to this action receive an SMS message at the

same time, with no repetition.

If a password is specified for confirmation, an SMS must be

sent to the SMS relay with this password in order to stop the

alarm generation chain.

Sometimes several inputs may change state simultaneously

or at least within the same message process. These

changes in state are detected simultaneously by the SMS relay and one SMS is sent for each change in state.

Switch-on delay

If an input signal is present, it is possible to set a time delay

for sending the message. When switch-on delay is active,

the SMS relay only responds after the set time by sending

the predefined message if the signal is still present. In other

words, the input signal is ignored for this period of time.

Time delays from 0.1 seconds to 99.9 hours can be set.

Off delay

If an input changes from HIGH to LOW, i.e., the signal is no

longer present at the input, an off delay can be activated.

When off delay is active, the SMS relay only sends the

predefined message after the set time if the signal has not

been restored. Time delays from 0.1 seconds to 99.9 hours

can be set.



NOTE: Ensure that each input has at least one

phone number in the list of receivers. This applies even if the input is not connected. If

there is no receiver entered for an input, the file

cannot be saved or downloaded to the SMS relay.

SMS

Input

Output

GSM Status

PSM MODEM SMS RELAY

Ord.No.: 23 13 513

PSI-MODEM-SMS-REL/AS/6DI/4DO Output 1...4

230V / 10A

IN


103892_en_02 14PHOENIX CONTACT GmbH & Co. KG • 32823 Blomberg • Germany • Phone: +49 - 52 35 - 30 0

PHOENIX CONTACT • P.O.Box 4100 • Harrisburg • PA 17111-0100 • USA • Phone: +717-944-1300

www.phoenixcontact.com

10.7 Configuring outputs

Figure 14 Configuring outputs

Figure 15 Settings for output 1

The SMS relay has 4 relay outputs (PDT, 10 A, 250 V).

These outputs can be controlled via SMS, i.e., they can be

switched ON or OFF.

Each output can be activated separately. The password and

message text for switching the output can be freely defined.

The text is preset to "#PASSWORD:SET:OUTPUT1" and

can be adapted to meet your requirements.

The device only responds to the precise wording, i.e., the

message must correspond exactly to the set wording. The

device is not case-sensitive.

If the "Number identification" option is selected, switching

commands are only taken into account if they come from

numbers entered in the phonebook.

The SMS relay can send a confirmation to the sender when

an output is switched. The contents of the SMS message can

be modified and adapted to meet your requirements. SMS

texts for switching on and switching off can be detected.

In addition, an SMS message can be defined that is sent if

an output is already in the desired state and therefore no

action was taken. These SMS messages are always sent to

the sender of the message.

Time function

A time function can be used to switch off an output after a

certain period of time without a switching command being

sent via SMS. Switching times from 0.1 seconds to 99.9

hours can be set.

If the output switches off after the set time has elapsed, an

SMS message is sent which confirms this action.

If a switching command is sent before the set time has

elapsed, this command is followed.

This time function must be activated separately.

SMS

Input

Output

GSM Status

PSM MODEM SMS RELAY

Ord.No.: 23 13 513

PSI-MODEM-SMS-REL/AS/6DI/4DO Output 1...4

230V / 10A

OUT



Due to the existing tolerances, the switching

times do not support the monitoring or control of

time-critical processes.

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