Understanding the two servicing options

Both arrangements involve professional attention from an experienced Promatic service engineer. The difference is where the work takes place and how the machines, staff, access and servicing activity must be coordinated.

Promatic’s machine servicing service allows traps and Promatic simulated equipment to be checked and selected parts to be replaced where needed. The precise work depends on the equipment and its condition.

On-site and factory servicing compared

This comparison is a planning framework, not a promise that a particular machine will automatically qualify for either arrangement. Promatic should confirm the appropriate route after reviewing the details.

When on-site servicing may be appropriate

On-site servicing can be attractive to clubs and commercial shooting grounds because it avoids transporting multiple machines away from their normal operating environment. It may also allow the engineer to understand how a reported concern relates to the installation, access, control equipment or pattern of use.

Potential reasons to discuss on-site servicing include:

• Several machines at the same club or ground require planned attention
• Removing a large part of the fleet would disrupt normal shooting
• The traps are distributed across an established commercial layout
• Installation, mounting, cabling or connected controls may be relevant
• The ground wants to coordinate servicing before a major event or season
• Suitable vehicle access and a safe working area are available
• Staff can provide accurate machine and maintenance information

On-site servicing still requires preparation. An engineer should not arrive to find that machines are inaccessible, shooting continues around the service area or staff do not know which traps require attention.

When factory servicing may be appropriate

Factory servicing can be practical for an individual or small number of machines that can be transported safely. The owner does not need to prepare a working area for an engineer at the shooting site, although the equipment must be prepared, identified and transported correctly.

Potential reasons to discuss factory servicing include:

• Only one or a small number of machines require servicing
• The equipment is designed to be moved or transported
• The ground can continue operating while the machine is away
• On-site access would be difficult or unsuitable for service work
• The machine has already been removed from its normal installation
• Service work can be arranged during a quieter operating period
• Secure transport and handling can be organised

The owner should ask what components, controls, cables or accessories need to accompany the trap. Sending unrelated equipment creates unnecessary handling, while omitting a relevant control may make an intermittent fault harder to assess.

Factors Promatic may need to consider

The number of machines is an important consideration, but it is not the only information needed to plan servicing effectively.

There is no published minimum fleet size for on-site servicing

Promatic states that the engineer will work at the club or ground or conduct work at the factory depending on the number of machines being serviced. Promatic does not publish one universal minimum number on its service page.

This is sensible because machine count alone does not describe the complete job. Eight compact machines in one accessible area may present a different requirement from several large or specialist units distributed across a difficult site. The mix of routine servicing and fault diagnosis also matters.

When asking about on-site servicing, provide the complete fleet list instead of sending only a total number. Include models, locations, symptoms and whether all machines require the same work. Promatic can then assess the overall requirement and advise on the appropriate arrangement.

A practical decision process

1. List every machine requiring attention Record the model, variant, serial information, physical location and reason for servicing.
2. Separate routine servicing from known faults Identify which traps need planned attention and which have specific mechanical, electrical or control-system symptoms.
3. Assess access and transport Compare the practicality of reaching each machine on site with the requirements for removing and transporting it safely.
4. Consider operational downtime Determine how each option would affect stands, layouts, events and customer capacity.
5. Ask Promatic to recommend the arrangement Supply the complete information and allow Promatic to confirm whether on-site or factory servicing is appropriate.

The choice should be made before staff begin moving or dismantling equipment. Promatic may need the machines left in their current condition so that a reported fault can be understood correctly.

Preparing for on-site clay trap servicing

Preparation helps the engineer spend the available time examining and servicing the equipment rather than locating machines, waiting for access or establishing which fault belongs to which trap.

Do not disarm, isolate or dismantle machines using one generic procedure. Follow the instructions for the exact model and any preparation agreed with Promatic.

Preparing a clay trap for factory servicing

Factory servicing requires the machine to be handled and transported correctly. Preparation must follow the relevant Promatic instructions rather than an improvised process.

Before moving the trap:

• Confirm that factory servicing is the agreed arrangement
• Ask where, when and how the equipment should be delivered
• Confirm which controls, cables or accessories should accompany it
• Locate the correct manual and transit information
• Follow the model-specific disarming and isolation procedure
• Place the equipment into its specified transit condition where applicable
• Use suitable lifting and handling arrangements for its size and weight
• Secure the machine against movement and transport damage
• Attach clear identification and contact information
• Include a written description of symptoms and service history

Promatic’s Download Centre includes manuals, safety information and a general transit-mode guide. The exact instructions for the machine should be checked before it is moved.

Planning around downtime

The servicing location affects how the ground plans equipment availability. On-site work can still close machines or stands temporarily, while factory servicing removes the equipment from the ground for the agreed period.

Grounds with several machines may choose to phase planned servicing rather than make the complete fleet unavailable simultaneously. Any proposed sequence should be discussed with Promatic so the work remains practical.

The guide to managing peak demand at clay shooting grounds provides further advice on equipment availability, contingency planning and avoiding disruption.

How the servicing location can affect cost

On-site and factory servicing involve different practical costs. On-site work may include considerations relating to travel, the number of machines, time at the ground and physical access. Factory servicing requires the owner to consider transport, handling and the period for which the machine is away.

Neither location should be judged using one cost in isolation. A ground comparing the options should consider:

• The quoted service scope
• Travel or transport requirements
• Staff time needed to prepare equipment
• Loading and handling arrangements
• Closure of stands or layouts
• Lost capacity while machines are unavailable
• Replacement parts and additional approved work
• Testing and return-to-use arrangements

Promatic’s guide to clay trap servicing costs in the UK explains the quotation factors in greater detail.

Information Promatic needs to advise you

Clear information allows Promatic to consider the machines as one service requirement rather than a collection of incomplete enquiries. Where several traps are involved, a simple spreadsheet or fleet register can be particularly useful.

What happens when additional work is identified?

Whether servicing takes place on site or at the factory, inspection may reveal worn or damaged components that were not apparent from the initial description. Establish how additional parts or work will be approved before servicing begins.

The owner should understand:

• Which activities are included in the agreed service
• Whether any known replacement parts are included
• How unexpected components will be authorised
• Whether unresolved faults require further work
• What testing follows the completed service
• Which recommendations should be monitored afterwards

Promatic’s mechanical and electrical spares range contains model-specific components including springs, bearings, switches, relays, connectors and motor parts. Compatibility must be confirmed before replacement.

Returning equipment to normal operation

A serviced machine should not simply be placed back into a stand without checking that the agreed work, installation and operating arrangements are understood.

After servicing:

• Record the service date and work completed
• List all components replaced
• Note further monitoring or recommendations
• Reconnect only the correct compatible controls and power arrangements
• Check the machine’s installation and surrounding area
• Complete the appropriate operational checks
• Inform relevant staff that the machine is returning to use
• Retain the information within the trap’s maintenance history

For a factory-serviced machine, transport and reinstallation may introduce separate considerations from the service itself. Follow the relevant guidance and obtain assistance if correct setup or commissioning is uncertain.