Paxton Ins-30142 User manual

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04/02/2010
Ins-30142 Hands free demonstration unit
What’s in the box?
Technical Support
Technical help is available: Monday - Friday from 07:00 - 19:00 (GMT)
Saturday from 09:00 - 13:00 (GMT)
01273 811011 [email protected]
Documentation on all Paxton products can be found on our website - http://www.paxton.co.uk/
Net2 demonstration cards and keyfobs
Hands free demonstration unit
Figure 8 IEC power lead.
Documentation
Paxton
Hands free keycard

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QThe system comprises of a standard P50 proximity reader and a hands free interface.
1. Power up.
QPower up the unit and the reader LED’s will cycle through while the unit congures itself.
QAll 3 LED’s will now be lit.
QThis unit has been loaded with modied software to demonstrate the wireless range and exibility of
Q the Net2Air Hands free system. The reader will respond to a token with a beep and a ashing Green
QLED as soon as a valid read is achieved.
2. Presenting passive tokens.
QA range of standard Net2 tokens is included for comparison tests. Present any Paxton or EM4100 token
Qto the reader. The reader will beep at the normal passive read range.
3. The keycard.
QA hands free keycard is provided. This card can be used in three ways:
Qi. Passive - The keycard contains an ID chip that any P series unit can read up to 80 mm.
Qii. Active - The keycard has a hands free transmitter/receiver that will operate up to 1100 mm.
QBring the keycard into range and the unit will respond using the hands free interface.
QThe keycard must be then taken out of range again before a second read can take place.
Qiii. Manual - The keycard transmitter can be activated from button 1. (Left). Pressing this button will
Qproduce a response up to 50 metres from the reader. Button 2 in not active on this card.
QThe push button on the stand is not active with this demonstration system.
Operation

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The P series reader is constantly transmitting the address of the interface it is connected to.
When the hands free token comes in range, it wakes up and transmits its card number to the
interface just identied. This ensures that it
only communicates with the correct interface
board, allowing several interface boards to
be placed within range of each other.
The token then shuts down for two seconds
to stop repeated transmissions and preserve
battery life. After this two second period,
the token checks to see if it is still in the
same eld. If so, it shuts down and checks
again two seconds later. If it nds no eld,
it shuts down completely until woken again
by a fresh transmission from a reader.
NOTE: After a good read, you must take the
token away from the reader’s eld before
you can repeat a test at the same door.
The hands free system increases the effective read range of a standard Paxton P or KP series
reader to a maximum of 2.5 metres.
The system comprises of a hands free interface, a compatible reader (see read range table) and
hands free tokens (keycard or keyfob). The system operates by using the eld being transmitted
by the P series reader. This wakes up the token which then communicates with the interface. The
interface contains a long range receiver aerial.
Existing P and KP readers can be used without modication. The hands free interface takes its
P series reader
Hands free keyfob
Switch2 control unit
Hands free interface
Net2 control unit
Hands free keycard
.
.
Green
White/Green 1
Screen or spare cores from
network cable
White/Orange 3
Orange 4
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Red LED
Amber LED
Green LED
Data/D0
Clock/D1
Media Detect
0V out
Load
Data
Clock
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PLACE SERIAL
NUMBER
LABEL HERE
http://paxton.info/107
123456
Overview
power from the control unit and therefore does not require a power supply.
Hands free tokens also include a standard PROXIMITY ID chip and can therefore be presented to
any compatible proximity reader whether they are using the hands free interface or not.
Paxton Access
AN1082 - Hands free - How does it work?

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When using in and out readers, users may be picked up by both readers as they move through
the door which will affect the reliability of any Roll Call or Anti-passback application. Ensure that
sufcient spacing is provided between these readers for optimum range and reliability.
For example, the minimum distance between a P200 and a P50
reader should be greater than the combined read range of 3.6m
(P200 hands free range = 2.5m + P50 hands free range = 1.1m)
The token communicates with the interface using a wireless device at 2.4GHz. This frequency
is ideal for low power, short-range communication and enables the high speed transmission of
secure, encrypted data packets.
The interface should be physically positioned within 15 metres of the reader regardless of the
actual cable length between them. Wireless technology can be susceptible to environmental
factors so if problems are experienced it may be necessary to reposition or move the interface
closer to the reader.
The hands free interface contains the main radio aerial and so should not be housed in a metal
enclosure, behind metal girders, reinforced concrete, etc or the read range will be greatly
reduced.
Reader Position
Interface Position
The read range of the system depends on the type of reader chosen.
P38 0.85 m
P50 1.1 m
P75 1.5 m
P200 2.5 m
2.0 m
Long Range Reader 5.0 m
P200 metal mount
Read Range
When a reader is connected to a hands free interface board for the rst time the reader rmware will
be modied to enable the reader to transmit the address of its interface every 100ms.
The location of both reader and the interface directly affects the operation of the system.
As the reader is constantly transmitting interface information, it must be placed outside the eld of
adjacent readers, loop aerials etc, or this data may be corrupted.

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The keycard will operate as a passive (short range), hands free (same as the keyfob) or long-
range hands free token.
Before the keycard buttons will operate, the card needs to know the unique address of the
interface(s) it will be working with and its button setting. This is done by rst using the
keycard in HANDS FREE mode on each reader/interface that is required to be used in long-
range mode.
The keycard stores this address and button information for future use.
There are two buttons on the keycard - each can store a maximum of 7 interface addresses in
its memory. If it should be used on an eighth interface it will overwrite the rst one that was
stored, and so on.
When you press a button on the keycard, it transmits the card number to all the stored
interface addresses that are using that button. If two interfaces are likely to be within range,
(e.g. In and Out barriers) you should set the interfaces to use a different button for each.
(see ins-30037)
NOTE: A keycard has a range of typically 5m (maximum 50m). This is achieved by initiating
the data with the pressing of a button rather than the incoming signal from a reader. This
range can only be achieved in free space with a good line of sight between user and interface.
In many secure areas such as car parks, metal gates and fencing can disrupt the radio signal
resulting in a reduction in read range. As usual, the positioning of the interface is important
and the range may be greatly improved if the interface is located well above ground level
giving a clear line of sight to the user.
Keycard Operation