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Forum Created for Engineers who Service, Diagnose and Install Automated Electric Gates, Barriers and Access Control.

The Forum has been created by a Field Engineer, for all other Field Engineers that Service, Diagnose and Install Automated Electric Gates, Barriers and Access Control.

All information obtained in the forum is based on real life experiences, and information from the safety board and suppliers.

Free remote support/ advise can be given if needed if you email gateandbarrier@yahoo.com, however this will be very basic.

There is no charge to use any of the Form Features, however there is a personal cost to me in time and forum fee's. If you are a company or an engineer and would like to advertise yourself on here for other engineers job positions, customers and any other promotions please get in touch. Your donation to advertisement will help fund the continued use of the forum for all.
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Gate & Barrier Risk Assessments & Safety / List of Standards (BS EN)
« Last post by MrDiagnostics on May 01, 2017, 10:57:59 am »
BS EN 13241-1, Industrial, commercial and garage doors and gates.  Harmonised product standard.  Supporting standards include:
1. BS EN 12453:2001, Industrial, commercial and garage doors and gates. Safety in use of power operated doors. Requirements.
2. BS EN 12445:2001, Industrial, commercial and garage doors and gates. Safety in use of power operated doors. Test methods.
3. BS EN 12978:2003, Industrial, commercial and garage doors and gates. Safety devices for power operated doors and gates. Requirements and test methods.
4. BS EN 1760-2:2001, Safety of machinery. Pressure sensitive protective devices. General principles for the design and testing of  pressure sensitive edges and pressure sensitive bars.
5. BS EN 12604:2000 Industrial, commercial and garage doors and gates. Mechanical aspects. Requirements.
6. BS EN 12605:2000 Industrial, commercial and garage doors and gates. Mechanical aspects. Test methods.
7. BS EN 12635:2002 Industrial, commercial and garage doors and gates. Installation and use (harmonised).
8. BS EN ISO 13857:2008 Safety of machinery. Safety distances to prevent hazard zones being reached by upper and lower limbs.
These and other British standards are available from BSI: http://www.bsigroup.com/
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A new powered gate installation must comply with the Machinery Directive, particularly the safety requirements set out in the Essential Health and Safety Requirements.  In most cases, the final responsibility for ensuring this will lie with the installer.  This would apply in all of the following situations:
• The installer manufactures the gate and drive unit, including the controller
• The installer manufactures the gate, but uses controllers and drive units from another manufacturer
• The installer buys the gate, controllers and drive units from other manufacturers, and commissions the final assembly
However, when a complete gate is placed on the market, such as a “factory manufactured” gate supplied with all ancillary parts (all drive units, safety devices, and control units), and comprehensive installation and setting instructions, the person placing the product on the market will have the responsibility of complying with the Machinery Directive. The installer still has responsibility under the Health and Safety at Work Act 1974 to ensure the gate has been installed correctly and safely in accordance with those instructions, including any adjusting and setting of the safety devices
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1) Check Surrounds for any obstructions.

2) Check 240V Mains, Emergency Override and all fuses on control panel.

3) Operate Barrier Manually for any Resistance.

4) Check all Mechanical points to ensure secure.

5) Check all connections on panel

6) Test all Panel Low Voltages outputs for 12/24 Volts

7) Check for any warning LED’s or screen display warnings

8) Check if any access is working, not stuck on, or is faulty.

9) Test photocell connections, check power supply, voltages, obstructions. Clean photocells and covers.

10) Test ground loop resistance with a mega, check loop detector if any faults lights displayed. Check DIP switches, Reset if possible. Check power supply.

11) Test and ensure if any timers are installed on the barrier given a hold/ stop command.

12) If possible, remove access control and safety connections and using a jump wire test between common and open. If barrier raises, input one of the access/safety features until fault occurs.



Recently fixed a fault? Why not share it with the forum for other Engineers. Let us know of your experience and diagnostic techniques.
Need remote help with a fault on your Gate, Barrier or Access control - Email gateandbarrier@yahoo.com
30
Call out Checksheets / Automatic Barrier staying closed & won't open
« Last post by MrDiagnostics on May 01, 2017, 10:50:16 am »
Simple Diagnostic checks for Service Engineer.


1) Check Surrounds for any obstructions

2) Check 240V Mains, Emergency Override and all fuses on control panel

3) Operate Barrier Manually for any Resistance.

4) Check all Mechanical points to ensure secure

5) Check all connections on panel

6) Test all Panel Low Voltages outputs for 12/24 Volts

7) Check for any warning LED’s or screen display warnings

8) Check if any access is working, not stuck on, or is faulty.

9) Test photocell connections, check power supply, voltages, obstructions. Clean photocells and covers.

10) Test ground loop resistance with a mega, check loop detector if any faults lights displayed. Check DIP switches, Reset if possible. Check power supply.

11) Test and ensure if any timers are installed on the barrier given a hold/ stop command.

12) If possible, remove access control and safety connections and using a jump wire test between common and open. If barrier raises, input one of the access/safety features until fault occurs.


Recently fixed a fault? Why not share it with the forum for other Engineers. Let us know of your experience and diagnostic techniques.
Need remote help with a fault on your Gate, Barrier or Access control - Email gateandbarrier@yahoo.com

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