Description
The WSS is for
applications requiring sensor monitoring over a local
network or the internet. It is a completely wireless hardware solution
that consists of WS-1000 controller, receiver, and compatible RF
sensors. The WS-1000 controller is the heart of the system,
receiving sensor signals, translating the data, and sending it via
Wi-Fi to a client computer. The system uses standard TCP/IP
sockets,
thereby insuring compatibility with many client platforms including
PCs, tablets, smart-phones, etc. Ideal for OEMs and system
integrators, the WSS is
suitable for use in a variety
of applications including the following:
- Employee
attendance
- Meeting
room monitoring
- Security
systems
- Elder-care
assistance
- Inventory
tracking
- Tradeshows
& conventions
The WSS
is
comprised of these elements:
- WS-1000
controller
- RF
receiver + antenna
- Sensor(s)
- WSS
Online host software
WS-1000 Controller
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Note: The WSS is designed for indoor use and
must
be appropriately shielded from the elements if used outdoors.
Do you need an
occupancy monitoring application with event notifications?
The
Smart Occupancy Commander System (SOCS) is a wireless occupancy
monitoring system for use with Windows PCs and laptops. It
provides realtime occupancy detection, event notification, and
reporting. One of the strengths of the SOCS
software is its ability to issue notifications
based on pre-specified motion events. Available notifications
inlclude e-mail, WAV audio, system actions, and more! The system is well-suited for
any application that requires unattended occupancy monitoring:
Click here for more information.
Sensors
Available sensors include PIR motion sensors, door/window
sensors, and more. These devices are compact, completely
self-contained,
and install
almost anywhere. No wiring is needed as the devices communicate
via
wireless RF signals. Standard alkaline batteries last a year or longer
with typical use.
The door/window sensor has an
internal reed switch that is activated by a magnet, typically mounted
on a door or window frame. This unit also has screw terminals for
wiring an external switch, making it a great general purpose sensor for
a number of uses including the following:
- Multimedia kiosks
- Pump systems
- Production lines
- Access control
- Pressure sensitive mats
- Water level monitoring
- and more
Sensor Addressing
Sensor
addressing allows a WS-1000 controller to uniquely identify a sensor
and allows the use of many devices in a single application. While
there are a number of compatible sensors and peripheral devices, they
generally use one of two addressing methods:
- Automatic (registered)
- Manual (non-registered)
A device that uses automatic addressing auto-assigns its ID
when the
batteries are installed. Such devices are designed for use in
security
applications including alarm systems. Since their addresses
cannot be
manually set, they must be registered at the controller for proper
recognition. The
WS-1000 controller can manage up to 10 auto-addressed devices.
A device that is manually
addressed must have its ID assigned by the user. These
devices are used in general purpose applications.
The device typically provides house- and unit-code buttons for his
purpose. Each device must be assigned both a house-code and
unit-code
as listed below:
- House codes: 'A' - 'P'
- Unit
codes: '1' - '16'
The WS-1000 controller can manage up to 256 manually
addressed devices. (Manually
addressed devices do not require registration.)
The following table compares
the two addressing methods: automatic vs. manual:
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Sensor Addressing Comparison
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Max.
Devices |
Method of assignment |
Requires
registration |
Address
Persistence |
Automatic
addressing
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10 |
Automatically,
when batteries installed |
Yes |
Until
battery power is lost
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Manual
addressing
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256 |
Manually,
using code buttons |
No |
Until
battery power is lost
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Device
addresses (both manual and automatic) can be changed at any time.
(Requires
re-registration for auto-addressed devices.) Devices maintain
their
established addresses until battery power is lost.
Our WSS Online host
software for Windows is a tool for data capture and display of sensor
data and includes a Wi-Fi configuration utility. It is compatible
with Windows XP, Vista, and Win7 clients.
The software
is available in two editions: standard and premium. The standard
edition has
the following primary features:
- Wi-Fi
configuration utility
- Sensor
data capture and display
- Maintains
connections to multiple WS-1000 controllers
The premium edition has all features of the standard edition
plus the following additional feature(s):
- Data
logging (to ASCII text files)
- Audible
alerts
The WS-1000 unit is
easily configured for your network (requires specialized USB
cable). Or, if desired, we can pre-configure the
unit for you. The following network parameters are applicable:
- SSID
- Passphrase
- Gateway
(router) address
- Static
I.P. address
- Port
number
The following network authentication modes are supported:
If desired, custom OEM software may be developed for any
client system including PCs, tablets, etc.
Here are the steps your software should perform for establishing a
network connection to the WS-1000 controller and receiving data:
- Create a
TCP socket
- Designate
host assignment for the WS-1000 server (I.P. address or host name)
- Connect
to the server via the created socket
- Initiate
a receive operation and wait for sensor data from the WS-1000
Note: These steps are high-level instructions for
informational purposes only. The specific method required will
depend on the programming language, libraries, and operating system
being used.
Features:
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Wireless operation - no
communications cables
Easily
integrates into your network
Internally
integrated Wi-Fi antenna
TCP/IP
protocol
802.11 b/g
Authentication
modes: WEP, WPA, WPA-PSK
Supports up to 256 manually
addressed (non-registered) sensors
Supports up to 10
auto-addressed (registered) sensors
Compatible
with motion sensors, door/window switches, remote keyfobs, etc.
Status
LEDs: system
status plus network indicators
Optional
relay for external circuit activation (500 mA contact rating)
Windows
host software
for Wi-Fi configuration and sensor data display
Can
also be used with OEM developed software applications
Internal DIP
switches for Wi-fi configuration mode
DB9
host interface for receiver
Slimline
enclosure, measures: 5.5" x 4.75" x 1"
Easily
detached lid for wiring and configuration operations
Includes AC
adapter
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Sample Application
#1: Local access
Sample Application
#2: Remote access
Design
Licensing
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This
design is available for OEM licensing. Licensing permits your company
to manufacture this item and allows you royalty-free
sales and distribution rights. Click here for
additional details. |
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