TIS SMS Port TIS-SMS-PORT

TIS SMS Port TIS-SMS-PORT

Price On Enquiry

100 in stock

SKU: automation product-10 Categories: ,

Disclaimers:

Vamsi enterprises reserves the right to make any changes in the design and the data without any prior notice.

The image depicted in the catalogue may vary from the actual product.

  • Description
  • Reviews (0)
  • Important Features
  • Technical Details

Product Description

TIS-SMS-Port is a free locate module installed to give the ability of controlling your home and reporting any problem via SMS .  it can be connect to IP-COM-PORT for full SMS control to TIS bus network.

Reviews

There are no reviews yet.


Be the first to review “TIS SMS Port TIS-SMS-PORT”

-  Port RS232, or Rs485 optional

-  run with most of Cell phone GSM companies.

-  CID, can set to accept SMS  from any phone or from 4 special number.

-  converting the SMS  to ASCII command throw com port

-  can be programmed  by software or by SMS

-  integrated to TIS SMS Protocol

-  can be connected to any 3rd party home automation system

-  Sending and receiving massage ability.

TIS SMS Port TIS-SMS-PORT

GSMFrequency BandGSM850MHz/EGSM900MHz/DCS1800MHz/PCS1900MHz
Power and consumptioninput voltage
Standby consumption
On communication
Peak consumption
5 -24 V DC
<10 mA / 12 V DC
<25 mA / 12 V DC
<600 mA / 12 V DC
Communication PortRS485
Protocol
Baud rate: 9600 bps
ASCII, HEX, TIS SMS Protocol
Reaction timeapprox. 25 ms
MountingFree locateBy 2 screws installed anywhere.
Connection terminalDataScrew terminal 0.25…2.5mm2
Operating and display elementsLED Green ON
LED Red flashing
LED Green flashing
Signal Ok , module is ready
Searching for signal
Sending SMS massage
Functions for each zone
Digital input Open
Digital input close
Revers control
20 commands
20 commands
1 command
WeightWithout packaging0.17 KG
DimensionsWidth x length x height69mm x 82mm x 25mm
HousingMaterials
Casing color
IP rating
Metal
White Gray
IP 20
Temperature rangeOperation
Storage
Transport
-20…60°C
-20…50°C
-25…75°C
Air humidity<85% non-condensing