Evolve PG300 Owner's manual

PG300 Handover Information –Edition 00
PG300 Handover
Information
To ensure safe operation, long term reliability and working efficiency, EN 16005
recommends that powered gate installations MUST be maintained and inspected by a
competent person.

PG300 Handover Information Rev 00
Page 2 of 29
“© Copyright Evolve Security Products (ESP)”
This document and information which it contains remain the property of ESP at all times and must be
returned immediately upon request.
The information contained within this document is confidential to ESP and may not be passed to any
Third Party without prior written permission from ESP.
The copyright of this manual remains the property of ESP at all times. This document may not be
transmitted or reproduced by any means without prior written permission from ESP.
Every effort has been made to ensure that the information contained within this document is correct at
the time of supply. In no circumstances will ESP be responsible or liable for any costs, damage or
injury whatsoever arising from the use of this document.
The document is subject to revision without prior notice.

PG300 Handover Information Rev 00
Page 3 of 29
Contents
1. SAFETY, PROHIBIT AND LEGAL NOTICES. 5
1.0 SAFETY NOTES. 5
1.1 PROHIBIT NOTICES. 7
1.2 LEGAL NOTES. 7
2.3 PURPOSE 7
2.1 REGULATIONS THAT MAY APPLY. 8
3. GENERAL DESIGN. 8
3.0 LANE TYPES AND RECOMMENDED USERS. 9
3.2.1 PG300 USER TYPES. 10
3.2.2 PG301 USER TYPES. 10
3.2.3 PG302 USER TYPES. 10
3.2.3 PG303 USER TYPES. 10
3.1 SECURITY AND SAFETY 11
3.1.1 ADJUSTABLE SAFETY AND SECURITY LEVEL 11
3.1.2 SAFETY IN THE OPENING AND CLOSING CYCLE 11
3.2 MAIN FEATURES 11
3.3 DETECTION SENSORS 12
4OPERATION 13
4.0 HAZARDS. 13
4.0.0 HAZARDS DURING THE OPENING CYCLE. 14
4.0.1 HAZARDS DURING THE CLOSING CYCLE. 14
4.1 STATUS AND FUNCTIONAL LEDS14
4.2 INTRUSION AND FRAUD 15
4.2.0 "INTRUSION" 16
4.2.1 "TAILGATING"FRAUD 16
4.2.2 "WRONG WAY"FRAUD 16
4.2.3 "LOITERING"FRAUD 16
4.3 SOUNDER/BUZZER 17
4.4 OPEN COMMANDS 17
4.5 HOLD OPEN MODE 18
4.6 POWER FAILURE 18
4.7 FIRE ALARM INPUT 18
4.8 EMERGENCY EVACUATION 18
4.9 SIGNAGE 19
4.10 DESK TOP CONSOLE 19

PG300 Handover Information Rev 00
Page 4 of 29
4.11 BREAKDOWN 19
5. TRANING 20
6PROGRAMMING 20
7INSPECTION AND MAINTENANCE 20
7.0 OWNER/OCCUPIER INSPECTION 20
7.0.0 TEST THE SAFETY DEVICES 21
7.1 MAINTENANCE 22
8. BASIC RISK ASSESSMENT. 22
9WARRANTY 24
10 AFTER-SALES SERVICE 24
11 SPARE PARTS 24
11.0 RECOMMEND SPARE PARTS 25
12 TECHNICAL SPECIFICATIONS 25
12. REFERENCES 26
12.0 ESP DOCUMENTS 26
12.1 STATUTORY DOCUMENTS 26
12.2 ABBREVIATIONS 26
12.3 DEFINITIONS 27
12.4 REQUIREMENTS OWNER 27
12.5 HISTORY 27
APPENDIX A –CE CERTIFICATE 28
APPENDIX B - OWNER/OCCUPIER SAFETY CHECK SHEET 29

PG300 Handover Information Rev 00
Page 5 of 29
1. Safety, Prohibit and Legal Notices.
The guidance in this manual is without prejudice to the requirements, for means of escape in
the case of fire. The specifier must consult other relevant authorities such as fire, building
control and the owner/occupier, as each have a related responsibility in the installation and
operation of an access-controlled gate system.
Resellers, integrators, installers, specifies and owner/occupiers of premises intending to use an
access-controlled gate system are strongly advised to establish predicted user characteristics
and precise operational requirements such as: -
•The volume of pedestrian traffic at different times of the day;
•The type of pedestrian traffic, such as the elderly, the infirm, disabled persons and young
children;
•The level of security required;
•If users are wearing high visibility clothing.
1.0 Safety notes.
Resellers, integrators, installers, service providers, specifies and owner/occupiers of premises,
MUST adhere to these safety notes.
If regular use by children (users shorter than 1m) is anticipated, ESP
recommends: -
oThat children are kept under the supervision of an adult whilst near
the gates;
oThat when using the gates children MUST be accompanied by an
adult.
oThat the child MUST proceed ahead of the adult and that valid open
commands are given for both the child and the adult.
oThat all optional safety devices are installed to achieve the highest
level of safety.
oThat the gates parameters are set to full safe mode
oThat the gates are set as controlled entry and exit.
oThat appropriate safety signage and notices are affixed/placed near
the gates.
oThat where possible audio voice announcements are made to warn
users of the dangers of playing near the gates and incorrect use.
Persons (including children) with reduced physical, sensory or mental
capabilities, or lack of experience and knowledge MUST not use
access-controlled gates without supervision or instruction by a person
responsible for their safety.
Animals MUST be kept on their leads and under control by their owners.

PG300 Handover Information Rev 00
Page 6 of 29
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
Access-controlled gate systems MUST be installed, maintained and
inspected by a competent person in accordance with BS EN 16005:2012,
4.2, BS7036 and manufacturer’s specifications.
The gates are supplied configured in "minimum risk" mode for users. Any
modification of parameters must be done knowingly by manufacturer
trained personnel.
The gates are designed for indoor use only and must be protected from the
outside elements.
The installer MUST comply with local regulations when installing an
access-controlled gate system.
More detailed safety requirements are given in BS EN 16005:2012, 4.2,
BS7036 and our manual of good practice (MOGP).
The gates MUST not be used for any other purpose other than which they
have been designed.
Access to the mechanism must be reserved for manufacturer trained
personnel that are fully aware of the electrical and mechanical risks
involved whilst working on the equipment.
Any operation that does not require the equipment to be powered, isolate at
the distribution panel or local isolation switch.
Internal item’s likely to be energised or move MUST be handled with care.
The gates MUST be fastened to the floor before putting into use.
For safety reasons it should NOT be assumed the gates are working safely.
The owner/occupier MUST carry out weekly checks on all safety devices.
There should be no notice boards. Literature racks, merchandise displays
or other distractions or obstructions in the vicinity of the gates which may
congest or inhibit traffic flow.
Lack of maintenance can lead to unsafe operation.
ESP cannot be held responsible for any damage or injury resulting from the
improper use of the gates.
Do not install this equipment in an explosive area.
To avoid the risk of voiding the warranty use antistatic gloves or bracelets
when handling electronic components.
Do not add unapproved accessories.

PG300 Handover Information Rev 00
Page 7 of 29
1.1 Prohibit notices.
Resellers, integrators, installers, service providers, specifies and owner/occupiers of premises,
MUST adhere to these prohibit notes.
Do not tailgate.
Do not travel in the wrong direction.
Do not rush the gates.
Do not loiter in the gates.
Do not play in the gates.
Do not allow children to use the gates unaccompanied.
1.2 Legal notes.
Resellers, integrators, installers, service providers, specifies and owner/occupiers of premises,
MUST adhere to these legal notes.
In the event of resale of the equipment, it is the responsibility of the seller to
ensure
oThat a copy of the safety notices are provided to the purchaser.
oThat a copy of the handover manual is provided to the purchaser.
oThat the equipment’s foreseeable environment, user and technical
characteristics of the site are meet by the equipment.
The re-seller shall defend and indemnify ESP from any claims which may
be raised against ESP due to the seller’s failure to comply with the legal and
safety notices.
2.3 Purpose
BS EN16005:2012 states that proper operating instructions including routine maintenance
instructions shall be provided to the final user after installation. The instruction must at least
include: -
a. Correct method of operating the gates.
b. Operating conditions: e.g. operating hours per day, automatic/manual operation, indication
of the operating mode(s).
c. Explanation of the warning signs of the gate.
d. Information about the safe use of the manual emergency and/or manual release.
e. Range of intended environmental conditions (e.g. temperature, relative humidity,
electromagnetic fields and when applicable warning against use in windy conditions).

PG300 Handover Information Rev 00
Page 8 of 29
f. Restrictions on use.
g. Details of safety functions, list,and location of protective devices.
h. Information on prohibited use such as dashing though an open gate.
Routine maintenance instructions must: -
a. Highlight that to ensure safe operation, long term reliability and working efficiency, a
powered gate must be regularly maintained according to BS EN16005:2012 and
manufacturer specification.
b. Detail frequency of maintenance to be carried out.
c. Give simple instruction that can be undertaken by the owner without specific competence
d. Inform the owner about the importance of recording and keeping maintenance records.
The owner/occupier is deemed to be the person responsible for the
day-to-day use of the powered gates.
2.1 Regulations that may apply.
The following act(s), regulation(s) and law(s) are not intended to be a comprehensive guide, but
a guide to some important legal requirements. These act(s), regulation(s) and law(s) are
provided on a without ‘‘prejudice” basis to aid ESP in fulfilling its obligations under the
legislation. For more detailed information on the following act(s), regulation(s) and law(s)
please refer to our MOGP.
•Regulatory Reform (Fire safety) Order 2005.
•Approved document B, Fire Safety.
•Approved document M, Access to and the use of buildings.
•BS EN16005:2012 Code of practice for safety at powered doors
•BS 6180:2011 Code of practice for barriers in and about buildings.
3. General Design.
The PG300 paddle leafed gate provides safe, high speed, bi-directional pedestrian throughput,
with an elegant, sophisticated look, essential for today’s corporate environment.
The PG300 range is designed for use in corporate reception areas, metro stations, railway
stations, bus stations, airports, factories, hotels, scenic spots, museums, libraries, exhibition
centers, stadiums, education facilities and cinemas, etc.
The cabinet is curved which provides an elegant, sophisticated look, essential for today’s
corporate environment. The PG300 has a strong mounting base for fixing the gates to the floor
and for providing level adjustments. All the control cables enter the gates through holes in the
mounting base.
The transparent plexiglass obstacles look identical to glass but provide better protection for the
accidental collision with solid objects.

PG300 Handover Information Rev 00
Page 9 of 29
The PG300 is made up of: -
•A robust internal steel structure;
•A stainless-steel outer frame;
•Glass side walls;
•Two central columns house the drive motors, encodes, status LED, and brakes.
•Removable access doors housing the main controller, isolation switch, power supply;
•Removable top cover housing the high lever detection photocells, photocell I/O controllers
and functional pictograms;
•Removable bottom cover housing the low lever detection photocells, main fixing points and
cable entry points.
The detection sensors provide safety in the opening and closing cycles of the gates obstacles.
•In the opening cycle, if an obstruction is detected on the opposite side of the gates
(wrong direction) the gate will not open until the obstruction has cleared.
•In the closing cycle if an obstruction is detected in the control zone when the gate is open
than it will not close until the obstruction has cleared.
Throughput speed is approximately 25~30 persons/min, but dependent on the access control
system and the speed of the users. When installed in conjunction with any access control
system paddle gates provide a medium level of entrance security.
3.0 Lane types and recommended users.
As standard the PG300 range comes in 600, 900 and 1120mm clear passage widths, 600mm
lanes can be either single or double leafed and all are supplied with: -
•900mm high plexi-glass;
•8 high level detection/safety photocells;
•8 low level detection/safety photocells;

PG300 Handover Information Rev 00
Page 10 of 29
The normal direction of passage is ‘A’ = entry and ‘B’ = exit.
The left-hand cabinet (L) of a single lane is generally the slave unit and the right-hand cabinet
(R) the master. Intermediate cabinets (M or MS) provide both a master and slave function and
can be used to create a group of two or more lanes.
NOTE(s)
•Double leafed lanes provide slightly higher security than single leafed lanes because they
open and close more quickly.
3.2.1 PG300 user types.
The PG300 W600 is a double leafed lane with 600mm clear passage walkway, suitable for: -
Safe
Caution
Caution
Danger
Danger
3.2.2 PG301 user types.
The PG301 W900 is a double leafed lane with 900mm clear passage walkway suitable for: -
Caution
Caution
Danger
Danger
Danger
Danger
3.2.3 PG302 user types.
The PG302 W600 is a single leafed lane with 600mm clear passage walkway suitable for: -
Safe
Caution
Caution
Danger
Danger
3.2.3 PG303 user types.
The PG303 W1120 is a double leafed lane with 1120mm clear passage walkway suitable for
much large bulky items and most types of sports wheelchairs.

PG300 Handover Information Rev 00
Page 11 of 29
Caution
Caution
Danger
Danger
Danger
Danger
Danger
3.1 Security and Safety
The quick opening and closing speed of the gate means it can meet the demand of large
pedestrian flow whilst effectively monitoring unauthorised users and providing safety of
passage. For more information please see detection sensors.
3.1.1 Adjustable safety and security level
The control system allows the safety and security level of the lane to be adjusted. The
low-security mode gives priority to safety and the high-security mode gives priority to security.
The gates are normally supplied configured in "minimum risk" mode for
users. Any modification of parameters must be done knowingly by
manufactures trained personnel.
3.1.2 Safety in the opening and closing cycle
The closing and closing cycle of a paddle gate is usually regarded as one of the major hazards.
Therefore, the PG300 is fitted with SIXTEEN pairs of sensors as standard to help prevent the
gate hitting user and obstacles during the closing cycle.
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
3.2 Main Features
Safety Devices
•Emergency input –Obstacles opens freely on activation of the fire
alarm input.
•Power failure - Obstacles manually push open on power failure.
•Detection sensors - 16 detection sensors provide safety during the
opening and closing cycles.
•Low impact force.
Working mode
Lanes can be set to operate with the obstacle in normally open or
normally closed position.
Control mode
Lanes can be set to operate as, single direction, bi-direction, free pass
and controlled, there are 9 control modes in total.
No passage
timer
Adjustable no passage timer to close the gates if no passage is detected.
Fraud Detection
First stage is to alarm when unusual pedestrian movement is detected by
the sensors.

PG300 Handover Information Rev 00
Page 12 of 29
Second stage is to control the obstacles to either brake or attempt to
close to stop unauthorised passage.
Stacking
Adjustable stacking count to store number of valid open commands,
counts down as each passage is completed;
User guide
Status and functional LED indictors show users if the lane is operational
and how to proceed through the lane.
TD controller
The TD controller is used to set all of the gates working parameters.
Simple screen and buttons with mobile phone type menu to set
parameter and fault find the gates.
Detection
Sensors
Top 8 sensors monitor user passage and provide safety through the lane.
8 low level sensors provide safety through the lane.
4 more optional sensors provide a larger control zone increase safety and
security.
Sounder/Buzzer
Fraud and intrusion detections are indicated via the sounder;
Test mode
Gates can be set into test mode to check for faults;
Interfaces
I/O,RS232/485,CAN and other control interface;
3.3 Detection Sensors
Due to the demands of security and safety the PG300 is fitted as standard with SIXTEEN pairs
of sensors, 8 at high level and 8 at low level. The sensors are used to monitor and detect: -
•Unauthorised entry;
•Infringements, and
•Provide safety in the opening and closing cycles.

PG300 Handover Information Rev 00
Page 13 of 29
Cells 01 to 16 are supplied as standard, all cells are transmit and receive. The signal emitted by
the transmitter cell (left gate, in direction A) is received by the receiver cell on the right gate.
The cell beams are laid out in a horizontal group.
The 01 to 08 cells manage the passage, safety and control infringements. Using the TD
controller, cells 01, 08, 17 and 19 can be removed from the detection group which prohibit the
opening of the obstacles when something is present in this area.
The 09 to 16 cells manage the safety and control infringements. Using the TD controller, cells
09 to 16 can be removed from the detection group.
Cells 17 to 20 are optional extra and recommended for use with wheelchair or pushchairs
4 OPERATION
The PG300 contains a TD controller with trapezoid menu design, which can set up various
parameters, including the opening and closing speed, alarm modes, working status, sounders
and sensors.
For more detailed information on setting up the gates please refer to the TD and JX
programming manuals.
It is important that the building owner/occupier provide staff and any users with safety
information, instruction and training on how to use the gates correctly.
The gates are normally supplied configured in "minimum risk" mode for
users. Any modification of parameters must be done knowingly by
manufacturer trained personnel.
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
4.0 Hazards.
PADDLE gates have potential hazards in the following five areas:
During the opening cycle –users can be struck, drawn in, trapped or walk
into the leaves.
During the closing cycle –users can be struck, drawn in, trapped or walk
into the leaves.
Tripping hazards.
Congestion.

PG300 Handover Information Rev 00
Page 14 of 29
Lack of supervision.
Lack of training.
Attention is drawn to the increased risk when paddle gates are specified for two-way traffic
operation, due to the gate leaves opening towards the user. When any contact with the user is
unacceptable (high risk) because a significant proportion of the users are elderly, infirm,
disabled or young children, additional protective devices are needed.
4.0.0 Hazards during the opening cycle.
Detection sensors are provided to protect users when they are stood in the swept area of the
gates leaves. If a risk remains, appropriate signage should be fitted to draw the user’s attention
to the risk, e.g. “Automatic door”, “Keep clear”, “No entry”, “Direction of travel”.
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
4.0.1 Hazards during the closing cycle.
Detection sensors are provided to protect users from being hit by the gate leaves during the
closing.
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
4.1 Status and functional LEDs
Understanding the gates status reduces the risk of personal injury and increases the
throughput speed. It is therefore important to train users on how the status and functional LED’s
work.
The PG300 has two different types of LED indictors, status and functional.
•Status –Indicates whether the lane is in use or not, and
•Functional - Tells users whether they can pass or not.
The status LEDs are fitted in the end panel to clearly show the user approaching the lane
whether it is in use or not. GREEN indicates that the lane is in use and RED indicates that it is
NOT in use.

PG300 Handover Information Rev 00
Page 15 of 29
The functional LEDs are a green arrow and red cross fitted on the top cover at either end of the
lane. When a valid open command is received the green arrow will light showing it is safe to
pass, and the opposite end of the lane the red cross will illuminate showing it is not safe to
pass.
In addition, the center column is also fitted with LEDs that work the same as the functional
LEDs
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
4.2 Intrusion and Fraud
•Intrusion is when a user stands in the control zone.
•Fraud is an unauthorised passage through the gate.
For each direction of passage, when an intrusion or fraud is detected: -
•The buzzer sounds.
•The obstacle can be set to stay open or attempt to close.
•The orientation and function pictograms change to red.

PG300 Handover Information Rev 00
Page 16 of 29
4.2.0 "Intrusion"
An intrusion is someone detected in the control zone of the lane when it is at rest. It is declared
after a time delay allowing a user in the lane to present a passage authorisation.
Depending on the safety setting when “Intrusion” is detected the gates may
attempt to open which can cause serious injury.
The gates are normally supplied configured in "minimum risk" mode for
users. Any modification of parameters must be done knowingly by
manufacturer trained personnel.
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
4.2.1 "Tailgating" fraud
Tailgating is declared when an unauthorised person follows an authorised user during their
passage.
Depending on the safety setting when “tailgating” is detected the gates may
attempt to close which can cause serious injury.
The gates are normally supplied configured in "minimum risk" mode for
users. Any modification of parameters must be done knowingly by
manufacturer trained personnel.
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
4.2.2 "Wrong way" fraud
Wrong way is declared when an unauthorised person is detected in one direction while an
authorised passage is underway in the other direction.
Depending on the safety setting when “wrong way” is detected the gates
may attempt to close which can cause serious injury.
The gates are normally supplied configured in "minimum risk" mode for
users. Any modification of parameters must be done knowingly by
manufacturer trained personnel.
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
4.2.3 "Loitering" fraud
Loitering is declared when an unauthorised person is detected in the control zone once a
passage has taken place.

PG300 Handover Information Rev 00
Page 17 of 29
The gates are normally supplied configured in "minimum risk" mode for
users. Any modification of parameters must be done knowingly by
manufacturer trained personnel.
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
4.3 Sounder/Buzzer
The sounder/buzzer is activated if an intrusion or fraud is detected during the passage
sequence.
4.4 Open Commands
The open commands are connected to the TD controller. When an authorisation signal is
received, a configurable timer starts, corresponding to the time allowed for the user to pass
through the lane, after which the obstacles automatically close.
Successive passage authorisations can be stored for each direction and give the right to each
passage. The number of stored passages can be set in the TD controller.
Passage authorisation signal must be as short as possible, ideally 100ms. It must be a volt
free, normally open contact. A separate open command is required for each direction of travel
and for each user.
Open command input.
-If the open pulse is less than 2 seconds’ gates will open and will remain open until either a
valid passage or OPEN DELAY time out.
-If the open pulse is permanent and longer than the OPEN DELAY, the logic assumes a
HOLD OPEN status and the gates will remain open until the open pulse is removed. Once
the pulse is removed the gate will close without any safety.
-If the open pulse is more than 3 seconds, then the gates will close as soon as the pulse is
removed.
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
If the desk top console is provided with a momentary push button than it
must be pressed for LESS than 3 seconds. If the button is pressed for more
than 3 seconds, it may close on the user.
If the open pulse is permanent and longer than the OPEN DELAY, the logic
assumes a HOLD OPEN status and the gates will remain open until the
open pulse is removed. Once the pulse is removed the gate will close
without any safety.

PG300 Handover Information Rev 00
Page 18 of 29
4.5 Hold Open Mode
When the gates are in hold open mode, the obstacles are opened and remain open, so that
passage through the lane and take place freely, in both directions.
Hold open mode, can be triggered by either: -
1. A volt free normally open contact connected to the fire alarm input, or
2. A volt free normally open contact connected to any open command (i.e. direction ‘A’ or ‘B’).
Note(s)
1. After 2 seconds the GREEN ARROW and RED CROSS stop working FLASHING.
Anyone using the gates MUST be trained in their correct use. Failure to
provide such training may result in serious accidents or injuries.
Make sure lane is clear of user before removing the hold open command.
If the open pulse is permanent and longer than the OPEN DELAY, the logic
assumes a HOLD OPEN status and the gates will remain open until the
open pulse is removed. Once the pulse is removed the gate will close
without any safety.
4.6 Power failure
On power failure the gate will remain in the position they were in when the power failed. The
gates are unlocked and can be manually pushed in any direction providing safe passage.
Make sure lane is clear of users before restoring the power.
If the open pulse is permanent and longer than the OPEN DELAY, the logic
assumes a HOLD OPEN status and the gates will remain open until the
open pulse is removed. Once the pulse is removed the gate will close
without any safety.
4.7 Fire alarm input
If a fire alarm interface is fitted the gates can be set to open in either direction depending on site
requirements.
4.8 Emergency evacuation
There are sometimes other emergencies apart from fire and power failure that require the gates
to be opened. In this situation via an optional desk top console an emergency push button,
reset via a key can be used to open all lanes.
Alternatively, a break-glass mounted close to the gates can be use.

PG300 Handover Information Rev 00
Page 19 of 29
4.9 Signage
The installer, owner/occupier should ensure that appropriate signage is affixed to the gates.
As a minimum glass manifestation should be fitted at a height of 850mm to 1000mm, and
between 1400mm to1600mm.
Provision should be made to deter people from occupying the swept area of the gates. If a risk
remains after the appropriate safety measures have been selected, appropriate signage should
be fitted at a height of between 1300mm and 1600mm, to draw the user’s attention to the risk,
e.g. “Automatic door”, “Keep clear”, “No entry”, “Direction of travel”.
No entry sign
-
This sign should be used to indicate to users that entry from
the side of approach is prohibited.
Keep clear sign
-
This sign should be used to instruct and inform users to keep
away from the space through which a powered gate swing
Direction of travel sign
-
This sign should be used to indicate to users the direction of
travel through the gate.
Emergency breakout
sign
-
This sign should be used on doors which have an emergency
breakout facility.
Automatic door sign
-
This sign should be used to indicate that the gate is activated
automatically and thus give users advance warning of
operation.
Disabled person sign
-
This sign should be used on gates or gate activation switches
that are specifically intended for use by disabled people.
Responsibility for the continued display and maintenance of such signage
lies with the building owner/occupier.
Any signs attached to the obstacle leaves must be above or below the
detection sensors.
4.10 Desk top console
See reception deck control manual.
4.11 Breakdown
In the unlikely event of a breakdown isolate the power supply. The gate leaves will remain in
the position they were in when the power failed. The gates are unlocked and can be manually
pushed in any direction providing safe passage.

PG300 Handover Information Rev 00
Page 20 of 29
5. TRANING
Where appropriate, staff should be trained in the use of power gates to enable them, to:
a) Advise parents and their children of the risks to ensure that children are not exposed to
unnecessary risks;
b) To help and advise the elderly, infirm and disabled people;
c) Take appropriate action in an emergency.
6 PROGRAMMING
Programming MUST only be carried out by manufacturer trained personnel and in compliance
with the safety notes in this manual. Please refer to the TD and JX programming manuals.
The gates are normally supplied configured in "minimum risk" mode for
users. Any modification of parameters must be done knowingly by
manufacturer trained personnel.
7 INSPECTION and MAINTENANCE
The installation and bringing into use should be carried out by a competent person or
professional installation technician. All safety functions and systems should be verified and
recorded in the building log book in accordance with BS EN 16005.
7.0 Owner/Occupier Inspection
To ensure continued safe operation of a power operated door installation, the installation and
its environment should be subjected to systematic operational checks as often as is appropriate
to the type of installation and its traffic flow, as detailed in the log book.
The owner/occupier is responsible for undertaking weekly safety test of the gate, unless a
different frequency has been identified in the hazard analysis and risk assessment
The building owner/occupier is deemed to be the person responsible for the
day-to-day use of the gates.
The test results should be recorded and retained by the building
owner/occupier for at least 1 year.
For safety reasons it should NOT be assumed the gate is working safely.
There should be no notice boards, literature racks, merchandise displays or other distractions
or obstructions in the vicinity of the gates which may congest or inhibit traffic flow.
If a fault is found with a safety device, the gates MUST be switch off and made safe. Use of the
gate should not be reinstated until repairs have been undertaken by a competent person.