Basys Technology RAT2 User Manual System Installation Manual

Basys Technology Ltd System Installation Manual

Contents

System Installation Manual

ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 1
ParSec READER
INSTALLATION MANUAL
Part No: IM016
DRAFT
Issue 4 March 1999
Newmark Technology Ltd
21-23, Ormside Way
Redhill
Surrey
RH1 2NT
United Kingdom
Tel: +44(0) 1737 788800
Fax: +44(0) 1737 779535
Web site: www.newmarkworld.com
Document No: A/IM 230 800 Prepared by: Alan Francis &
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 2
Jon Hart
FCC Compliance Statement
For United States Users
These devices comply with part 15 of the FCC CFR 47 rules. Operation is subject to the
following two conditions:
(1) These devices may not cause harmful interference, and
(2) these devices must accept interference received, including interference that may cause
undesired operation.
The user is cautioned that modifications or changes to an intentional or unintentional radiator
not expressly approved by the party responsible for compliance could void the user's authority
to operate the equipment.
The tags are powered are by standard Lithium coin cells and as such the following warning
shall be noted:
CAUTION
Danger of explosion if batteries are incorrectly replaced. Replace only with the same or
equivalent type recommended by the manufacturer. Dispose of used batteries according to
the manufacturers instructions in this manual.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 3
ParSec READER
INSTALLATION MANUAL
CONTENTS
1 Caution - Static Precautions
2 General Installation Notes
2.1 Reader Design
2.2 Siting the reader
2.3 Power Supply Requirements
2.4 Communications Interfaces
2.4.1 RS-232 Data Port
2.4.2 Wiegand Data Port
2.5 External PIR Operation
3 Installing the reader
3.1 Fixing the Reader Enclosure
3.2 Installing the Backplane PCB
3.3 Installing the Logic PCB
4 Commissioning the Reader
4.1 Default Switch Settings
4.2 Adjusting the read Range
4.2.1 Range Adjustment Procedure
4.3 Setting the Reader Identity
4.3.1 Reader Number Programming
4.3.2 Sub-system Code Programming
4.4 Setting the Indicators & Alarm Functions
4.4.1 Indicator LED Programming
4.4.2 Internal Sounder Programming
4.4.3 Alarm Relay Timer Programming
4.5 PIR Operation
4.5.1 The Internal PIR
4.5.2 Using an External PIR
4.6 Setting up the Communications Interfaces
4.6.1 Baud Rate Programming for RS-232 Data Comms.
4.6.2 Adjusting Static Tag Sensitivity
5 Personnel Tag Operation
6 Tag Transmission Timing
7 Troubleshooting
7.1 Reader Reset
7.2 Tags not read
8 Service & Repair
9 Change Record
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 4
1. CAUTION - STATIC PRECAUTIONS
Some devices used in the ParSec reader are static sensitive.
Anti-static precautions must be taken when handling the printed circuit boards.
Static discharge will permanently damage the boards.
2. GENERAL INSTALLATION NOTES
2.1. Reader Design
The reader is mounted in a 2-part enclosure for surface mounting. The rear casing has 2
keyholes and 1 slotted hole for the 3 fixing screws and a 25mm diameter knock-out hole in
the rear face for cable entry.
The reader contains two PCB’s for ease of installation and maintenance. The rear BACKPLANE
PCB comprises two cable termination blocks, the power supply regulator, 1A fuse, alarm
relay, and two connectors to the front LOGIC PCB. The Backplane PCB will normally remain
permanently mounted after the reader case has been sited and the cables installed.
The LOGIC PCB contains the radio receiver, the microprocessor and communications circuitry,
and the KEYPIC personality module. All reader adjustment and configuration is performed
via the logic PCB, which is mounted onto the Backplane PCB via two push-fit connectors.
This method of construction enables replacement of the logic PCB for maintenance purposes
and also makes it possible for the physical mounting and cabling of the reader enclosure and
Backplane to be carried out prior to system configuration and commissioning.
The reader front cover may be fitted with a recessed security screw. It is normally supplied
with a standard M3 screw fitted but alternative M3 “Torx” and Newmark type screws are also
provided. For these to be used for installation, you will need a “Torx” type TX10 screwdriver
(e.g. RS: 662-585) or a Newmark security driver (Part no SS0001 or RS part 541-983). Any
attempt to remove the front cover will operate the internal anti-tamper switch which may be
set to trigger a local or a remote alarm.
There are 2 types of reader. The model PSR-232-1 has an RS232 port and is normally used
with TransAsset or other third party asset management software. The model PSR-W26-1 has
a 26-bit industry standard wiegand card type data output and is normally used with access
control systems. It is possible to convert from 1 model to another by simply changing the
socketed KeyPIC.
All the tags transmit at 418 MHz using a power level which in the UK is MPT 1340 licence
exempt by the DTI. Tags for sale in the USA meet FCC part 15 rules. For those countries
where 418 MHz is not acceptable, for example mainland Europe tags and readers operating at
a different frequency may become available in 1999. All units are CE marked and comply
with European EMC directives. However, to maintain this compliance, it is essential that
you follow the installation procedures in this manual and in particular use grounded screened
cables where specified.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 5
2.2. Siting the reader
The physical location chosen to site each reader will depend principally upon
(1) The area of coverage required for Static Asset Tags (PS-SAT1-1’s).
(2) The exit/entry points to be protected or monitored with Portable Asset Tags
(PS-PAT1-1’s) and Personnel Tags (PS-PET1-1’s).
For 'portal monitoring' with PS-PAT1-1’s and PS-PET1-1’s, the reader should be sited in line
with the centre of the doorway and midway between the top of the door and the ceiling. (This
is not critical and, in some cases, it may be appropriate to site the reader in a higher position
to deter vandalism.)
Where the system is used solely for monitoring unauthorised movement of items protected by
PS-SAT1-1’s, the reader should be mounted 0.5m below the ceiling and in the centre of a
convenient wall in the location, to optimise the polar pattern of the receiving antenna.
Up to nine of the RS232 type readers can be chained to provide extended coverage of a wide
or irregularly shaped area. (For details of reader addressing, see section 4.3.)
Notes "DIFFICULT" LOCATIONS
(1) The reader antenna has reduced sensitivity to tags from the rear. Where REAR
DETECTION is a problem, a new type of uni-directional antenna is being
developed. Contact your supplier or Newmark for more information.
(2) The presence of steel girders, metal filing cabinets/office furniture, false
ceiling supports and aluminium backed plasterboard in the building structure
will cause reflections and will cause blind areas and hot spots. If this occurs, it
will be necessary to move the reader to an alternative location, which may be
as little as 10 cm away in some cases. Installation survey equipment will be
available from Newmark in due course. Radio signals can often travel down
corridors, lift shafts and may even go round corners. Always try and test the
reader temporarily in the intended location first to check that it will work
properly in that location.
(3) Peoples bodies absorb the tag transmissions and it is always good practice to
mount the reader as high as possible or even facing downwards from the
ceiling so that bodies do not shield the reader. In some cases it may be
necessary to mount more than 1 reader to provide adequate coverage.
(4) The readers are not weather-resistant and so must only be mounted outside in
an all plastic suitably rated enclosure.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 6
CAUTION
In common with all low power radio frequency based systems, ParSec Universal Readers
should be sited as far away as practicable from sources of electromagnetic interference.
It is strongly advised that they should not be mounted close to VDU screens, TV monitors or
other sources of radio frequency emission. The minimum recommended separation is 1.5m
from a 15 inch VDU screen.
2.3. Power Supply Requirements
The reader requires a 12V/100mA, DC power supply, which must be CE approved.
The on board voltage regulator allows the input voltage to vary +/- 3 volts from the nominal
12 volt supply. The reader is protected against reverse polarity but not voltages greater than
16V.
It is recommended that power and signal cables to the reader should be separated from 3-
phase mains supplies by at least 1m and from single phase mains supplies and all types of
cable runs by at least 0.5m. Use screened cables e.g. 2-core Belden 8760 for reader power,
2-core Belden 8761, 9841 or 9501 for RS-232 and 6-core screened e.g. Belden 9536 for
Wiegand data and LED drive. Connect the screen to earth/ground at the remote end.
2.4. Communications Interfaces
2.4.1. RS-232 Data Port (PSR-232-1 model only)
Serial data input and output connections and switch settings are detailed in Section 4.6.1.
Full details of the RS-232 protocol are contained in the separate document “ParSec reader
RS-232 Data Specification”.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 7
2.4.2. Wiegand Data Port (PSR-W26-1 model only)
Wiegand data format allows ParSec Readers to be connected directly to access control
systems using this standard. This 26-bit version uses the industry standard format as follows.
Bit 1 Even parity on bits 1-13
Bits 2 - 9 Site Code as printed on tags
Bits 10 - 25 Tag no as printed on tags
Bit 26 Odd parity on bits 14-26
Connections for use with an InterPoint are shown below.
ParSec Reader InterPoint Function
TB1 TB4
1 1(12V) 12V
2 3 (0V) 0V
8 4 (R1) D0
9 6 (R3) D1
13 7 (RED) Red LED
11 8 (GRN) Green LED
Set the InterPoint reader mode DIL switch 5 to 8 all off i.e. as for a Wiegand card.
2.5. External Sensor Operation
With radio tags, it is often difficult to ensure that personnel type tags which transmit every
0.6s are only read in specific areas e.g. only near a door. By using an external sensor such as
an infra-red beam or a passive infra-red detector and connecting this into the reader, PS-
PET1-1s will be ignored unless the sensor is activated. See section 4.4.4 for more details.
Note current production readers do not support this function. A field upgrade kit will be
made available in 1999.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 8
3. INSTALLING THE READER
3.1. Fixing the reader enclosure
CABLE ENTRY
KNOCKOUT ∅25mm
IN REAR FACE
FIG. 1 - READER REAR CASE
The rear case should be fixed in position with appropriate. screws in the two upper slotted
holes and secured with a third screw in the lower hole.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 9
3.2. Installing the Backplane PCB
It is recommended that power and signal cables are routed via the hole in the centre of the
Backplane PCB prior to fixing the PCB and terminating the connectors.
The Backplane PCB is secured to the rear case by the four M3 screws provided.
Cable connections should be made to the two connector blocks shown below. The
designations are also shown on a label affixed to the top inside of the reader housing.
TERM 1
15
1
1
15
SK1
F1
TERM 2
D1
+C3
C4
C2
C1
RLY1
PL1
U1
Q1
D2
R1
+D3
FIG. 2 - BACKPLANE PCB LAYOUT
The connector blocks are of the sprung type to ensure ease of installation. Prepare each
conductor by stripping back 5 mm insulation then follow the steps below.
1. Insert a 2.5 mm screwdriver in the slot above the required terminal and twist the
screwdriver a few degrees in either direction.
2. Insert the conductor.
3. Withdraw the screwdriver to ensure a reliable connection.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 10
TERMINAL
BLOCK
TERMINAL
NUMBER
DESIGNATION
1 1 +12 volt supply input
20V
30V
4 +5 volt output
5 Reserved
6 Reserved
7 Not used
8 Wiegand data 0 (D0) out
9 Wiegand data 1 (D1) out
10 Wiegand inhibit input
11 Green LED external input
12 Amber LED external input
13 Red LED external input
14 Reserved - do not use
15 Data ground
2 1 External Sensor +12V output
2 External Sensor 0V output
3 External Sensor NC contact input
4 RS-232 data input
5 RS-232 data output
6 RS-232 data ground
7 RS-232 bypass (looped to 8)
8 RS-232 bypass (looped to 7)
9 Reserved - do not use
10 Reserved - do not use
11 Alarm reset input
12 Alarm 0V input
13 Alarm relay C
14 Alarm relay NC (powered down)
15 Alarm relay NO (powered down)
TABLE 1 - BACKPLANE PCB CONNECTOR DESIGNATIONS
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 11
FIG.3 - LOGIC PCB SWITCH LOCATIONS
3.3. Installing the Logic PCB
Following installation and wiring of the Backplane PCB, the Logic PCB is installed by
plugging it onto the two Backplane connectors. Aligning these connectors requires care and
some practice because you are working blind. Mis-aligning them can result in bent or broken
pins. Press the connectors firmly home without exerting undue pressure on the Logic PCB.
CAUTIONS
The Logic PCB must only be installed or removed from the Backplane PCB with the power
supply disconnected.
Take great care to ensure that the two connectors between the Backplane and Logic PCBs
are correctly located. The L-shaped layout of the connectors is designed to assist with
correct location.
Once the two PCBs are firmly mated, refit the 2 M3 screws and washers.
4. COMMISSIONING THE READER
Figure 3 shows the layout of the switches on the reader Logic PCB which are used to
configure the reader to its required installation settings. It is important that the commissioning
procedure is performed strictly in the sequence which follows.
S5
S5
Tens
Tens
Units
Units
Reader ID
Reader ID
SAT
SAT
pulse
pulse
count
count
S15
S15
S3
S3
S2
S2 S9
S9
S6
S6
Reset
Reset
Range
Range
Scan
Scan
U12
U12
U1
U1
U15
U15
(SK1)
(SK1)
Keychip
Keychip
(PL1)
(PL1)
(Receiver)
(Receiver)
Antenna
Antenna
LK2
LK2
PL2
PL2
Test
Test
Scan
Scan
SR
SR LR
LR
Power
Power
Sounder
Sounder
418MHz READER CPU
418MHz READER CPU
ISSUE 02
ISSUE 02
S1
S1 S10
S10
Tamper
Tamper
External
External Internal
Internal
on
on
S5
S5
SAT
SAT
sub-code
sub-code
Ext
Ext
LEDs
LEDs
Buzzer
Buzzer
on
on
1
1
1
1
Buffer
Buffer
Reader
Reader LK1
LK1
Baud
Baud
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 12
4.1. Default Switch Settings
Table 2 below lists the functions of all switches on the Logic PCB. When installing a reader
for the first time, set the switches to their default conditions shown in italics in the table.
SWITCH OR
LINK
POLE SENSE FUNCTION
S2 0-9
(0)Reader Number - Units (User set) for PSR-232-1 type only
S3 0-9
(0)Reader Number - Tens (User set) for PSR-232-1 type only
S5 Note: Only one section of this switch should be turned at a
time
1On 2 times normal receiver gain
2On 4 times normal receiver gain
3On 8 times normal receiver gain
4On 16 times normal receiver gain
S6 Press Scanner master reset (starts scanner - indicated by flashing
power LED)
S9 1-7
(3)Static asset tag pulse count setting 1=1, 7=7 (8,9 & 0 unused
- default to 1); determines number of Static tag pulse counts
before data output
S10 Depressed Front panel tamper OFF (ON when cover removed)
S13 1 ON Enable internal sounder
S13 2 ON Enable external control of LEDs
S13 3 & 4 OFF Position dependent on sub-system code; both must match
Static asset tag switch positions;
S15 Press Master processor and KeyPIC reset; only used in total
data/reader lock-up condition which may be caused by bad
power or other data error
LK2 Fitted Connects internal antenna to receiver. Remove when used with
external antenna
LK1 Fitted RS 232 set to 2400 baud. Remove for 9600 baud
TABLE 2 - LOGIC PCB SWITCH & LINK FUNCTIONS
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 13
4.2. Adjusting the Read Range
The range at which Portable Asset and Personnel Tags is read by the reader is adjustable from
a maximum free space range of about 25m down to a about 10 cm. to suit the requirements of
the individual installation.
Notes (1) The nominal 75m long range reading of Static Asset Tags is not adjustable.
(2) Tamper alarms, routine reports and low battery conditions are signalled by
Static and Portable Tags at high power (i.e. long range); the Personnel Tag
always signals at low power (short range).
The range of portable asset and personnel tags is adjusted by using the Range Adjusting Tag
(PS-RAT1-1)
4.2.1 Range Adjustment Procedure
1. Power on the reader
2. Press the Scan Reset button (S6) - the red power LED will flash
3. Move to the position where you would like tags to be read and press and hold down
the FIND button on the PS-RAT1-1. Within about 10 seconds the reader will then
find the RAT and set the range. This will be signified by the tone sounder on the
reader operating and the left hand red LED flashing. You can now check the range by
pressing and holding down the SEEK button on the RAT. When the reader sees the
RAT it will operate the tone sounder.
4. If you would like to make some minor adjustment to the range you can use the + & -
buttons. Press these keys momentarily and check the red LED on the reader flashes
each time. Note that very brief presses of less than 0.3 seconds will be ignored. It is
usually very helpful to monitor the reader receiver voltage level with a voltmeter on
the top and bottom pins of the Molex header (PL2) on the left hand side of the Logic
PCB. As you adjust the range you will see this voltage move up or down. At 5V it is
set to maximum range and at 0V it is set to minimum range.
5. Use the SEEK button and check the range in different locations in the area where you
want tags to be read. In all except very large open areas or outdoors, you will find
blind spots and hot spots. This is caused by the radio signals from the tag being
reflected off walls, ceilings, furniture and people.
6. Now check the range is correct by using 1 or 2 of the actual tag types you are going to
use in that location. Remember that portable asset tags mounted on metal e.g. laptop
PCs will have less range than in free space. Personnel tags will also have less range
when worn close to the body. Use the PS-RAT-1 + & - buttons to make adjustments.
It is well worth taking a little extra time and effort to check that the range and reading
area are satisfactory at this stage. Once you are satisfied with the reading range, press
and release S6 and this will store the range adjustment in the reader memory. The
power LED will now show a solid red. The range setting is stored in non-volatile
memory, so it will be retained even if the reader power is removed.
7. If at any time you wish to alter the range, you can repeat the above procedure as many
times as you like.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 14
Notes
(1) Owing to the nature of RF at the frequencies used in the ParSec system, it may
be desirable to carry out the set up procedure a few times to optimise reader
performance to the location.
(2) Mounting Portable asset tags on metal surfaces may result in a severe loss in
range unless care is taken to find the best location. Generally these tags should
be located as near to a corner as possible with the arrow on the tag pointing to
the outside edge. Although laptop computers appear to have a plastic outer
case, there is always a metal screen behind the display. You may have to try
several different positions on a laptop before you find one that does not impair
the range. We recommend that you should always temporarily fit the tag on
assets containing metal and check the range is adequate before fixing it down
permanently. Once you have found the best position on, for example, a
particular model of laptop, you will then be able to fit the tag in the same
position for all similar models. Remember to ensure that the tamper switch
spring is pushed in when doing these tests. The tamper alarm always operates
at high power at long range. Never re-use the adhesive pads on tags.
If you have to re-locate a tag then remove it with a twisting action rather than
trying to prize it off or you could damage the tag housing. Always replace the
adhesive pad and always de-grease the mounting surface using methylated
spirits or other de-greasing agent. The adhesive pads will bond much better to
surfaces if they are pressed down under under pressure for preferably 24 hours
or at least 1 hour. This can be done by using strong adhesive tape or placing a
heavy object e.g. large book on the tag. Smooth cool horizontal surfaces are
best for good adhesion.
(3) The range set using the RAT is designed to compensate for the reduction in
range that occurs when asset tags are mounted on metal or when personnel
tags are worn close to the body e.g. in a pocket. You will find that tags
mounted on metal or worn close to the body will operate at a lesser range than
that set by the RAT.
(4) The level of ambient background noise will affect range consistency; whilst
noise filtering is employed in the reader design it cannot filter transmissions
from other devices operating at the same frequency. Typical amongst these
are radio type vehicle locking/unlocking keyfobs and certain types of wireless
intruder alarm systems. Please refer to the Important Installation Notes in
Section 2.2 ‘Siting the Reader’.
(5) If after setting the range, the red power LED continues to flash slowly, then the
range setting is invalid. Repeat the range setting process.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 15
4.3. Setting the Reader Address (PS-R232-1 type only)
4.3.1. Reader Address Programming
Switch S2 programs the 'units value' and S3 programs the 'tens value'. Set the required values
before applying power to the reader. You can set as many readers as you wish to the same
address; for example when using several readers to cover a large area. Should the reader
number need to be changed, select the new number then depress the reset switch (S15); the
new number will then be read by the reader software.
4.3.2. Sub-system address Programming & Routine Reports
Note – The sub-system address function is not supported on current readers or tags. A field
upgrade kit will be made available in 1999. However hourly routine presence reports are
supported on current static asset tags. Sub-system addresses are normally only used where
more than one static asset tag system is used at the same location; it provides 'isolation'
between adjacent systems and typically prevents static asset tags on one floor being read
spuriously through the floor or ceiling to an adjacent floor.
Four sub-system address codes are available and they are set via switches S2/3 on the
underside of the asset tag.
Switch 1 - On/Off
Switch 2/3 - Sub-System Address Code
Switch 4 - Hourly Routine Report On/Off
FIGURE 4 - STATIC TAG SWITCH LOCATIONS
The code setting on the reader (switch S13 poles 3/4) must match the setting chosen for the
asset tags belonging to that system. Note that PS-SAT1-1 switch 2 corresponds with reader
switch S13/4, and PS-SAT1-1 switch 3 with reader switch S13/3.
Notes (1) Sub-system address code programming applies only to Static tags.
(2) Portable Asset tags are equipped with the same switch block but
switches 2/3 are non functional.
(3) Portable Asset tags will also give hourly routine reports if switch 4 is
turned ON. (Not currently supported)
(4) If an asset tag is moved or tampered with then the next routine report
will be about an hour later. In other words the internal 1-hour timer
inside the tag is reset every time the tag transmits.
1 2 3 4
ON
OFF
Tamper
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 16
4.4. Setting the Indicators & Alarm Functions
4.4.1. Indicator LED Programming
Control of the reader status indicator LEDs is set by switch S13-2. In its default position -
OFF - the LEDs are driven by the internal control lines i.e. amber for the personnel and
portable asset tags and green for static asset tag.
Power
Static
P
r
l
Red Amber Green Red
FIGURE 5 - INDICATOR LED FUNCTIONS
When switch S13-2 is set to ON, the LED drive is diverted to the main connector panel where
they can be controlled by an external voltage source; see Section 3.2, Figure 2 for details of
the connections. The external source logic is active low. In an access control application
you may wish to use external LED control to indicate if access has been granted, denied or if
the door is permanently unlocked, locked or forced.
4.4.2 Internal Sounder On/Off
The internal sounder may be switched on or off by setting switch S13-1 on or off.
4.4.3. Alarm Relay Time
The reader is equipped with a relay which may be used to trigger external equipment or, for
example, to supply power to external sounder devices.
The relay time is set to operate for 5 seconds if any type of tag is read or if the reader tamper
is operated. Note that this relay is normally operated when power is applied to the reader. If
power is lost, then the relay will de-operate and activate any external alarm device connected
to it. To meet alarm system regulations, once the relay has been operated, it cannot be re-
operated until a further 5 seconds have elapsed.
4.4.4 External Sensor Operation
Note – this function is not supported on current product. A field upgrade kit will be made
available in 1999. This external input is used to prevent any PS-PET-1s and PS-PAT-1 type
tags being reported until this input is open-circuited. It can be connected to any Passive Infra
Red, IR beam or any other detection device with a volt-free normally closed contact output.
See Section 3.2 for terminal identification.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 17
4.4.5 Setting the RS 232 baud rate
The default RS-232 baud rate is 9,600 with LK2 not fitted. Fitting LK2 changes the baud
rate to 2,400 which allows cable lengths up to 60m to be used between readers; 9600 baud is
limited to 15m.
4.4.6 Static Asset Tag Sensitivity
By adjusting switch S9 it is possible to adjust the sensitivity of the reader to Static Asset Tag
movement. So that small movements by say for example the office cleaner will be ignored,
but deliberate attempts to move the asset will be detected. The reader processor resets a
sensitivity counter every 5 seconds, and the global "sensitivity" of all Static Tags is
determined by the number of pulses detected within this interval.
With switch S9 in position 1, the tag's code will be transmitted immediately it is moved (this
is equivalent to 1 pulse count). If this is too sensitive try another higher setting. The standard
setting for the Static Tag is between 3 and 5 counts. The maximum is 7. Positions 8, 9 & 0
should not be used.
5. PERSONNEL TAG OPERATION
Personnel type tags (PS-PET-1) are supplied with their batteries not fitted. This is because
they transmit every 0.6 seconds continuosly as soon as the batteries are fitted. Fitting them at
the factory would result in some loss of battery life. Typically they will operate for around
14 months before requiring replacement.
To use the personnel tag, open the hinged transparent top and fit the 2 lithium coin cells with
the + sign uppermost on to the battery contacts. You may find it easier to open the lid by
gently pushing the long sides away from the grey base. Note the tag number which is printed
on the label on the inside. If you wish you can replace the plain white card with any standard
credit card sized business card or photo-ID card. You can also print graphics or text on the
plain white card using a suitable die-sublimation type printer. Contact Newmark or your
supplier for details of suitable types. Now keeping the batteries in position re-close the
hinged lid until it snaps shut. Note that the tag will operate with only battery fitted. This is
because they are connected in parallel.
When replacing the batteries use only the same types e.g. Varta CR2430 or equivalent.
CAUTION!
Batteries may explode or overheat if incorrectly inserted or short-circuited. They contain
lithium which is highly toxic. Dispose of used batteries in a safe and an environmentally
friendly way. DO NOT just throw them in the bin!! Your local authority may be able to
advise on safe disposal. This also applies to used asset tags.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 18
6. TAG TRANSMISSION TIMING
For non-FCC approved types the transmission times are as follows.
When moved When In Tamper Routine report
PS-SAT1-1 3 times at 1.2s intervals at high power Every 0.6s at high power Every hour at high power
PS-PAT1-1 For 2-3 minutes every 0.6s at low power Every 0.6s at high power (Not currently supported)
PS-PET1-1 Every 0.6s continuously at low power Not applicable Not applicable
For FCC approved types the transmit times are as follows:
PS-SAT2-1 7/8 times at 0.6s intervals at high power 7/8 times at 0.6s at high power Every hour at low power
PS-PAT2-1 7/8 timed every 0.6s at low power 7/8 times at 0.6s in high power Every hour at low power
7 TROUBLESHOOTING
7.1 Reader Reset
Switch S15 provides a reader reset and should be used, by pressing it for 1-2 seconds, only if
the reader appears to have “hung up”; symptoms may include
(1) Corrupt or no data output.
(2) No scan response to the RAT.
(3) Irregular LED status.
7.2 No response when Tags are activated
Check that the logic PCB is properly plugged into the baseboard PCB. Check that you have
not set the range too short; if tags operate when in tamper only this would verify this. Note
that Demonstration units use the site code 63 and will only read tags with the same site code.
ParSec Reader Installation Manual - Issue:3 - December 1998 - Page 19
8. Repair
If for any reason you wish to return the reader for repair or upgrade, before shipping the
reader call the Operations Department at Newmark on +44 (0) 1737 788825 and obtain a
Repair and Service number (RAS No.). When calling, please have the following information
available:
• Reason for return
• Reader serial number
• Our invoice or sales order number - if known
Mark the package with the RAS number and return it to the address on the front page of this
manual.
For readers which are no longer covered by our 12 month warranty, you will need to send us a
new purchase order.
The information in this document is subject to change without notice and should not be
construed as a commitment by Newmark Technology Limited. No responsibility is assumed
by Newmark Technology Limited for any errors that appear in this document.
No part of this document may be transmitted or reproduced in any form or by any means,
electronic or mechanical, including photocopy, recording or any information storage or
retrieval system without the express permission in writing from Newmark Technology
Limited.
9. Change Record
Change Date Description of Change Affected Sections
ERN 11145 Sept 1997 First release
ECN 11154 Jan 1998 CaT replaced by RAT 4
ECN 11175 Dec 1998 New PCB switch/links 4 – new section 5
ECN 11176 March 1999 FCC statement added, Page 1
PET battery fitting new section 7

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