Automatic Door Programme Switches for Commercial Entrances

A commercial entrance can have a reliable operator and still cause problems if its programme switch is set for the wrong part of the day. Automatic door programme switches control how an entrance responds to customers, staff, deliveries, and security requirements, so one small setting can affect access, safety, comfort, and energy use.

The correct mode depends on traffic levels, opening hours, the building’s users, and the type of access control installed. Understanding each setting helps facilities managers avoid unnecessary faults and keep the entrance working as intended.

Understanding automatic door programme switches

An automatic door programme switch is the control point that changes the door’s operating mode. It may be a key-operated selector, a wall-mounted digital panel, or part of a wider building management system.

The switch doesn’t replace activation sensors, safety sensors, push pads, access readers, or emergency controls. Instead, it tells the operator how to respond when those devices send a signal. The exact names vary between manufacturers, so always check the operator manual before changing a setting.

Common modes include the following:

Programme setting	Typical operation	Common commercial use
Automatic	The door opens when an activation sensor, push pad, or access system sends a signal.	Normal trading and staffed hours
Exit only	The entrance permits people to leave, while outside activation is disabled.	Closing time or controlled entry
Partial opening	The door opens to a reduced width, where the operator supports this function.	Lower traffic or limited access periods
Hold open	The door stays open until another command changes the mode.	Short busy periods or approved loading activity
Closed or locked	Automatic activation is disabled, subject to the system design.	Out-of-hours security
Manual or off	The operator stops automatic movement or allows manual use, if suitable.	Maintenance or controlled temporary use

Some selectors combine several functions. Others use symbols rather than words. Product information from Acorn Ironmongery shows examples ranging from basic mode selectors to touch-screen controls and key-switch arrangements in its automatic door security systems reference.

For new work, the door type also matters. Sliding, swing, folding, and revolving entrances all have different operating characteristics. A site survey should match the selector, operator, sensors, and access control to the building’s actual use. UK Doors & Shutters installs a range of commercial automatic door systems for different entrance layouts.

Choosing the right setting for each part of the day

The best programme is rarely the same throughout a full working day. A shop may need full two-way access during trading hours, exit-only operation after closing, and a secure closed mode overnight.

During peak periods, automatic mode normally gives the smoothest flow. The door responds to people approaching from either side, reducing the need for staff to operate it manually. However, the opening speed, hold-open time, and detection range must still suit the entrance. A busy retail doorway needs different commissioning from a quiet office reception.

The hold-open setting needs particular care. It can help during a short delivery period or a temporary rush, but leaving the door open all day may increase draughts, heat loss, noise, and security exposure. It can also interfere with the way people expect the door to behave.

Exit-only mode can work well after a business closes to the public. Staff inside can leave, while outside activation remains disabled. However, the building must still provide a safe and suitable means of escape. The selector should never be changed without considering the site’s fire and emergency arrangements.

Partial opening may reduce unnecessary movement and help limit air loss during quieter periods. Yet a reduced opening can create problems for wheelchair users, people with pushchairs, delivery trolleys, or anyone carrying bulky items. The available clear width must remain suitable for the entrance’s users.

A reduced-opening setting is only useful when the remaining clear width matches the access needs of everyone using the building.

Warehouses and industrial premises often need separate settings for pedestrian doors and vehicle doors. A programme selector on an automatic personnel entrance won’t control a roller shutter or high-speed loading door unless the systems have been designed to work together. Each opening needs its own operating logic, safety equipment, and maintenance plan.

Safety settings matter as much as access settings

A selector can change whether a door opens, closes, or stays open. It doesn’t correct a failed sensor, damaged track, worn roller, faulty operator, or poor alignment.

BS EN 16005 covers safety for powered pedestrian doors, including detection, movement, protection against impact, and emergency use. The requirements apply to common sliding, swing, folding, and revolving systems. Read the practical BS EN 16005 compliance guidance before changing the operating pattern at a public or workplace entrance.

Activation sensors tell the door to open. Safety sensors and presence detection help prevent the leaves from closing onto someone in the threshold. Those systems need testing in every relevant mode, not only in normal automatic operation. A setting that appears to work during a quiet inspection may behave differently when several people approach at once.

The following checks should form part of commissioning and routine inspections:

• Confirm that the door detects people approaching from the expected direction.
• Check that the door stops or reopens when an object remains in the threshold.
• Test the opening width, closing speed, and hold-open time.
• Check that exit-only operation doesn’t block an approved escape route.
• Confirm that access readers, push pads, emergency devices, and manual releases work together.
• Record the selected mode after testing.

Sensor performance depends on position, traffic direction, weather exposure, and the surrounding building layout. A sensor facing a reflective surface may behave differently from one covering an open lobby. UK Doors & Shutters’ guide to automatic door sensors explains why activation and safety detection need to match the entrance.

If the door strikes someone, fails to reopen, moves unevenly, or ignores a command, stop changing settings repeatedly. The selector may be exposing a wider electrical or mechanical problem.

How to configure an automatic entrance properly

Automatic door programme switches should be configured during installation and checked whenever the building’s use changes. A new tenant, revised opening hours, altered reception desk, or extra security reader can affect the correct operating pattern.

A sensible setup follows this order:

1. Record the entrance’s daily use. Note opening hours, busy periods, delivery times, staff access, visitor movement, and out-of-hours requirements.
2. Match each period to a permitted mode. For example, normal automatic operation may suit trading hours, while exit-only operation may suit the short period before the building closes.
3. Check the hardware and control system. Confirm that the selector supports the required mode and that the operator, sensors, access control, and emergency devices are compatible.
4. Test the door under realistic conditions. Walk towards it from each direction, remain in the threshold, use the access reader, and test the push pad if fitted.
5. Secure the selector. A key switch or restricted digital control prevents unauthorised changes. Keep the key with an appointed facilities or security manager.
6. Record the final settings. Add the mode schedule, test results, operator details, and maintenance actions to the building’s door records.

The settings should also be reviewed after building work. Moving a wall, installing a new reception counter, adding signage, or changing the floor surface can affect sensor coverage and pedestrian movement.

Maintenance staff should avoid treating the programme switch as a fault reset. If a door only works in one mode, changes modes without instruction, or returns to the wrong setting after a power interruption, the operator or selector may need inspection. A competent engineer can test the controls, wiring, limits, safety devices, and mechanical components together.

Professional servicing also gives the engineer an opportunity to check hinges, rollers, guides, fixings, seals, covers, and emergency release arrangements. Small defects are easier to deal with before they leave the entrance stuck open during trading hours.

When a programme switch needs professional attention

Some problems point directly to the selector. The key may not turn, a digital panel may show an error, or the selected mode may not match the door’s behaviour. In other cases, the switch works correctly but the door still fails because a sensor, motor, controller, or safety circuit has developed a fault.

Arrange an inspection if the door:

• stays open after selecting automatic operation;
• refuses to open from one direction;
• closes too quickly or fails to close;
• changes mode without authorised input;
• moves only after repeated commands;
• stops working after an impact, power cut, or building alteration.

Don’t remove covers or adjust internal controls without the right training. Automatic door operators contain electrical components and moving parts, while a poorly adjusted safety system can create a serious risk for visitors and staff.

For commercial sites across Bolton, the North West, and the wider UK, Contact Us to arrange a survey, repair, service, or advice on a replacement control system. A qualified engineer can establish whether the fault sits with the selector or another part of the doorset.

Conclusion

Automatic door programme switches give commercial entrances the flexibility to operate differently during trading, closing, delivery, and out-of-hours periods. The right setting supports access and security, but only when it matches the door’s users, hardware, sensors, and emergency arrangements.

Review the operating schedule, restrict selector access, record changes, and test every mode properly. When a setting fails to produce the expected behaviour, treat it as a possible system fault rather than repeatedly changing the switch.