AeroScout TAGP1000 User Manual
P-1000 PENDANT TAG
P-1000 PENDANT TAG
OPERATIONAL DESCRIPTION
Theory of operation
Operational Description 1
P-1000 PENDANT TAG
Table of Contents
Overview ................................................... 3
Tag Descriptions ........................................... 4
P-1000 Tag Features ........................................ 4
Beaconing and Bi-directional Communication ............... 4
RF Transmitter operation ................................. 4
Battery .................................................. 5
Small Form Factor with Ergonomic Design .................. 5
Egress Point Detection ................................... 5
Rugged Performance ....................................... 5
Visual Indication ........................................ 5
Tag Management ........................................... 5
Call Button .............................................. 5
Tag Management ............................................. 6
Configuring and Updating Tags ............................ 6
Updating Tag Firmware and Configuration .................. 6
Tag LED Indications ........................................ 6
Tag Maintenance ............................................ 8
Battery Capacity ......................................... 8
Cleaning the Tag ......................................... 8
Specifications ............................................. 8
Tag Specifications ....................................... 8
Safety, Warnings and Warranty ............................. 10
Operational Description 2
P-1000 PENDANT TAG
Overview
STANLEY Healthcare’s Patient Safety Monitoring solution is a Class 1 FDA medical
device registered, HIPAA-compliant, cloud-based solution that safely and effectively
monitors a group of patients at all times while allowing healthcare professionals to
perform their daily duties. Rely on us to:
Reduce the risk of hospital-acquired pressure ulcers by knowing when to turn
patients
Effectively monitor patients at risk for patient falls, reducing need for patient
sitters
Obtain reliable information to determine individual care plans
Provide patient care with dignity with undetectable technology
Eliminate patient discomfort with a completely touch-free solution
The STANLEY Healthcare P-1000 Bi-directional Tag is a
component of the enterprise-level visibility solution based on
standard Wi-Fi communication for location-based applications.
The P-1000 Tag adds further flexibility and scalability to
locate patients and staff across a wide variety of
applications.
Once deployed, the Tag uses Wi-Fi bi-directional communication
to receive firmware and configuration updates from MobileView.
This removes the need to manually collect, update and redeploy tags in the field.
P-1000 Tags optionally come with a Call Button and an embedded
Low frequency (125KHz) Receiver.
Figure 1: P-1000 Pendant Tag
User Guide 3
P-1000 PENDANT TAG
Front View
Back View
LED Indicator
Buzzer
Call Button
Rear panel
with label
Tag Descriptions
The following describes the parts of the P-1000 Tag:
Figure 2: P-1000 Tag Descriptions
P-1000 Tag Features
Beaconing and Bi-directional Communication
The P-1000 Pendant Tag utilizes lightweight beaconing
communication (for standard messages) and bi-directional Wi-Fi
communication with full network association and authentication
(for advanced applications). This unique combination provides
a flexible and scalable solution for advanced applications.
The Tag can operate with up to four different network SSIDs in
a secure or non-secure mode and is able to store up to two
network IPs. The Tag also supports both static IP
configuration and DHCP.
RF Transmitter operation
In normal (regular) mode the Tag sends Wi-Fi beacon –
short message includes Tag unique ID. The RF transmission
duration is about 60 usec. Beaconing interval varies from
up to 5 minutes and depends of following events
processing- Motion, Call button pressing or LF receiver
activation. The AeroScout Location Engine receives
information from Wi-Fi-based Active RFID Tags and
standard Wi-Fi networking devices, and applies multiple
complex algorithms to produce highly accurate and
reliable location and status data in both indoor and
outdoor environments.
User Guide 4
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