Plant Lighting Solutions - Professional Horticulture & Grower Lighting

Botanixx 26W Clone Propagation LED

£19.95

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Botanixx 26W Clone Propagation LED is a 26W horticultural LED fixture designed for propagation and young plants.

Lighting height and photoperiod should be matched to crop stage and the complete growing environment.

Key benefits

26W stated power
Horticultural LED lighting
Designed for propagation and young plants
Suitable for a managed growing environment

Professional propagation & growing

Use the equipment as part of a managed growing environment. Match light, temperature, humidity, airflow and irrigation to crop and growth stage.

Installation & management

Follow current Botanixx installation and operating instructions. Inspect electrical equipment and connections before use and protect them from inappropriate moisture exposure.

Botanixx 26W Clone Propagation LED product details

Brand	Botanixx
Product type	Horticultural LED grow light
Stated power	26W
Commercial box quantity	25 units

Botanixx 26W Clone Propagation LED FAQs

What is this LED intended for?

Propagation and young plants.

What power is stated?

26W.

How high should it be mounted?

Follow current Botanixx guidance and adjust to crop stage and plant response.

What photoperiod should I use?

It depends on crop and growth stage; there is no universal setting.

Can it be exposed to water?

Use according to the manufacturer's electrical and environmental instructions.

What else should be monitored?

Temperature, humidity, airflow, irrigation and nutrition.

Botanixx 720W Direct Drive LED Grow Light

£119.95

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Botanixx 720W Direct Drive LED Grow Light is a 720W horticultural LED fixture designed for crop lighting.

Lighting height and photoperiod should be matched to crop stage and the complete growing environment.

Key benefits

720W stated power
Horticultural LED lighting
Designed for crop lighting
Suitable for a managed growing environment

Professional propagation & growing

Use the equipment as part of a managed growing environment. Match light, temperature, humidity, airflow and irrigation to crop and growth stage.

Installation & management

Follow current Botanixx installation and operating instructions. Inspect electrical equipment and connections before use and protect them from inappropriate moisture exposure.

Botanixx 720W Direct Drive LED Grow Light product details

Brand	Botanixx
Product type	Horticultural LED grow light
Stated power	720W

Botanixx 720W Direct Drive LED Grow Light FAQs

What is this LED intended for?

Horticultural crop lighting.

What power is stated?

720W.

How high should it be mounted?

Follow current Botanixx guidance and adjust to crop stage and plant response.

What photoperiod should I use?

It depends on crop and growth stage; there is no universal setting.

Can it be exposed to water?

Use according to the manufacturer's electrical and environmental instructions.

What else should be monitored?

Temperature, humidity, airflow, irrigation and nutrition.

5m UK Power Lead Black - 3-Pin Plug to IEC C13 Kettle Lead

£4.95

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This 5m black UK power lead provides a straightforward replacement or extended-length mains connection for compatible electrical equipment fitted with an IEC C14 power inlet.

Commonly referred to as a kettle lead, IEC lead or computer-style power lead, the cable connects a standard UK 3-pin mains socket to a compatible IEC C14 appliance inlet using an IEC C13 female connector.

The generous 5 metre cable length provides considerably more flexibility than a standard short equipment lead, making it useful where electrical equipment needs to be positioned further away from the available mains socket.

It is particularly useful as a replacement for lost or damaged power cables on compatible ballasts, controllers, environmental equipment and other electrical devices that use a standard IEC C14 inlet.

Why choose the 5m UK IEC power lead?

5 metre cable length - provides greater positioning flexibility than a typical short equipment lead.
UK 3-pin plug - designed for connection to a standard UK mains socket.
IEC C13 equipment connector - compatible with equipment using a matching IEC C14 inlet.
Black cable - a practical, discreet finish for professional equipment installations.
Useful replacement lead - ideal when an original compatible power cable has been lost or damaged.
Suitable for compatible ballasts - a practical replacement for lighting equipment using the appropriate IEC C14 power inlet.
Versatile connection - the IEC C13/C14 format is widely used across electrical and electronic equipment.
Extra reach - useful when equipment cannot be positioned immediately beside the mains outlet.
Ready-made power connection - avoids the need to assemble a separate mains cable where the equipment already uses a compatible IEC inlet.

UK plug to IEC C13 connection

The equipment end of this cable uses the familiar IEC C13 female connector. This connects to a matching IEC C14 male inlet fitted to the electrical equipment.

IEC C13/C14 connections are commonly found on computers, monitors, controllers, power supplies and many other electrical devices. They are also used by compatible lighting ballasts and horticultural equipment.

Before ordering, check the inlet on your equipment. A standard IEC C13 connector has a different profile from other IEC connectors such as C15 and C19, so physical compatibility should always be confirmed rather than relying on the general term "kettle lead".

5 metre cable for flexible equipment positioning

The extended 5m length is particularly useful in larger installations where equipment positioning is dictated by ventilation, lighting, irrigation or working-space requirements rather than the position of the nearest mains socket.

Additional cable length can help achieve a cleaner installation without placing unnecessary tension on the plug or equipment connector.

Route the cable carefully and avoid creating trip hazards, crushing the cable beneath equipment or running it across sharp edges. Any excess cable should be managed neatly without placing strain on either connector.

Replacement power lead for compatible equipment

Detachable IEC power cables are convenient because a damaged or misplaced lead can often be replaced without replacing the equipment itself.

This 5m lead can be used as a replacement where the equipment requires a UK mains plug to IEC C13 connection.

Always check the equipment manufacturer's electrical requirements and connector type before use. The physical connector fitting correctly does not by itself confirm that a cable is suitable for every appliance or electrical load.

Using an IEC power lead safely

Electrical power leads should be inspected periodically, particularly in busy working environments where cables may be moved, disconnected or routed around other equipment.

Check that your equipment uses a compatible IEC C14 inlet before connection.
Confirm that the lead is suitable for the electrical requirements of the equipment being powered.
Do not use a lead with damaged insulation, exposed conductors or damaged connectors.
Avoid crushing, sharply bending or placing excessive tension on the cable.
Keep electrical connections protected from water and excessive moisture.
Disconnect equipment safely before inspecting or replacing a power lead.
Do not modify the plug or IEC connector to fit incompatible equipment.

5m UK Power Lead product details

Product type	UK mains power lead
Cable length	5m
Colour	Black
Mains connection	UK 3-pin plug
Equipment connection	IEC C13 female connector
Compatible equipment inlet	IEC C14
Common description	Kettle lead / IEC power lead
Typical use	Replacement or extended-length mains connection for compatible electrical equipment
Outer case quantity	25 leads

5m UK IEC Power Lead FAQs

How long is this power lead?

The cable is 5 metres long, providing considerably more reach than a typical short equipment power lead.

What connector is on the equipment end?

The equipment end uses an IEC C13 female connector, designed to connect to a compatible IEC C14 appliance inlet.

Is this a UK power lead?

Yes. The mains end is fitted with a UK 3-pin plug.

Is this what people call a kettle lead?

IEC C13 power cables are commonly referred to as kettle leads in the UK. Technically, however, IEC C13 is a specific connector type, so checking the equipment inlet is more reliable than relying on the informal name.

What equipment does an IEC C13 lead fit?

It fits compatible electrical equipment equipped with an IEC C14 inlet. This connector format is widely used on electrical and electronic equipment.

Can this be used as a replacement ballast power cable?

Yes, where the ballast uses a compatible IEC C14 power inlet and its electrical requirements are suitable for the lead.

Will this fit every ballast?

No. Ballasts and other equipment can use different power connections, so check the connector and electrical requirements before ordering.

Why choose a 5m power lead?

The additional cable length gives greater flexibility when equipment needs to be positioned further away from the available mains socket.

Is IEC C13 the same as IEC C14?

No. They are the two mating sides of the connection. The C13 is the female connector on the power lead, while the C14 is the corresponding inlet normally fitted to the equipment.

Is IEC C13 the same as IEC C15?

No. C13 and C15 are different IEC connector types. Always check the inlet fitted to your equipment before selecting a replacement power cable.

Can I use the lead if the cable insulation is damaged?

No. A power lead with damaged insulation, exposed conductors, damaged pins or a damaged connector should not be used.

Can the cable be used around water?

Electrical plugs and connections should be kept protected from water and excessive moisture. Installation should always follow the requirements of the equipment and the electrical environment.

How many leads are in an outer case?

The outer case quantity for this product is 25 leads.

2m UK Power Lead Black - 3-Pin Plug to IEC C13 Kettle Lead

£2.95

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This 2m black UK power lead provides a straightforward replacement mains connection for compatible electrical equipment fitted with an IEC C14 power inlet.

Commonly referred to as a kettle lead, IEC lead or computer power lead, the cable connects a standard UK 3-pin mains socket to compatible equipment using an IEC C13 female connector.

The practical 2 metre cable length provides useful reach without the excess cable associated with longer leads, making it well suited to lighting installations, controllers and other compatible electrical equipment.

It is particularly useful as a replacement for lost or damaged ballast power cables where the equipment uses a standard IEC C14 inlet.

Why choose the 2m UK IEC power lead?

2 metre cable length - practical reach for equipment positioned close to the mains supply.
UK 3-pin plug - designed for connection to a standard UK mains socket.
IEC C13 equipment connector - connects to equipment fitted with a compatible IEC C14 inlet.
Black cable - discreet and practical for professional installations.
Ideal replacement lead - useful when an original compatible cable has been lost or damaged.
Suitable for compatible ballasts - useful for lighting equipment using the appropriate IEC connection.
Widely used connector format - IEC C13/C14 connections are found across a broad range of electrical equipment.
Useful spare - practical to keep available for replacement or maintenance requirements.

UK plug to IEC C13 connection

The equipment end of the lead uses an IEC C13 female connector. This mates with the corresponding IEC C14 inlet commonly fitted to electrical equipment.

This connector format is widely used across computers, monitors, power supplies, controllers and compatible lighting equipment, including some ballasts.

Always check the inlet fitted to your equipment before ordering. IEC connectors are available in several different formats and a similar-looking connector does not necessarily mean the lead is suitable for the equipment.

Practical 2 metre cable length

At 2 metres long, this cable provides a useful balance between reach and cable management. It is long enough for many equipment installations without leaving large amounts of unnecessary cable to manage.

The additional reach can also help avoid placing unnecessary tension on either the mains plug or the equipment connector.

Route the cable carefully so that it is protected from sharp edges, crushing and excessive tension, and avoid positioning it where it could create a trip hazard.

Replacement power lead for compatible equipment

Equipment using a detachable IEC power connection can normally have the lead replaced independently if the original cable becomes lost or damaged.

This 2m cable provides a replacement UK mains connection for compatible equipment requiring an IEC C13 connector.

Always confirm both the connector type and the electrical requirements of the equipment before use. A connector physically fitting the appliance does not by itself confirm suitability for every electrical load or application.

Power lead installation & safety

Confirm that the equipment uses a compatible IEC C14 inlet before connection.
Check that the lead is suitable for the electrical requirements of the equipment.
Do not use a cable with damaged insulation, exposed conductors or damaged connectors.
Avoid sharply bending, crushing or placing excessive tension on the cable.
Keep electrical plugs and connections protected from water and excessive moisture.
Disconnect equipment safely before inspecting or replacing its power lead.
Never modify the plug or IEC connector to fit incompatible equipment.

2m UK Power Lead product details

Product type	UK mains power lead
Cable length	2m
Colour	Black
Mains connection	UK 3-pin plug
Equipment connection	IEC C13 female connector
Compatible equipment inlet	IEC C14
Common description	Kettle lead / IEC power lead
Typical use	Replacement mains connection for compatible electrical equipment and lighting ballasts
Outer case quantity	50 leads

2m UK IEC Power Lead FAQs

How long is this power lead?

The cable is 2 metres long, providing practical reach for connecting compatible equipment to a nearby mains socket.

What connector is on the equipment end?

The equipment end uses an IEC C13 female connector, designed to mate with a compatible IEC C14 inlet.

Does it have a UK plug?

Yes. The mains end is fitted with a UK 3-pin plug.

Is this commonly called a kettle lead?

Yes. IEC C13 power cables are commonly described as kettle leads in the UK, although IEC C13 is the more precise connector description.

What equipment does an IEC C13 power lead fit?

It connects to compatible electrical equipment fitted with an IEC C14 inlet.

Can I use it as a replacement ballast power cable?

Yes, where the ballast uses a compatible IEC C14 inlet and the power lead is suitable for the ballast's electrical requirements.

Will it fit every lighting ballast?

No. Different ballasts can use different power connections, so check the equipment connector before ordering.

What is the difference between IEC C13 and C14?

The C13 is the cable-mounted connector on this power lead. It connects to the corresponding C14 inlet fitted to compatible equipment.

Why choose a 2m power lead?

A 2m cable provides useful reach while remaining relatively easy to route and manage around electrical equipment.

Can this replace a lost IEC power cable?

Yes, provided the original equipment uses the same compatible IEC connection and the replacement lead meets its electrical requirements.

Can I use a damaged power lead?

No. Do not use a lead if the cable insulation, mains plug or equipment connector shows signs of damage.

Should the connections be kept dry?

Yes. Electrical plugs and connections should be protected from water and excessive moisture and installed appropriately for the operating environment.

How many 2m power leads are in an outer case?

The outer case quantity for this product is 50 leads.

6 Gang Extension Lead 2m - 6 Way UK Mains Power Extension

£4.98

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The 6 Gang Extension Lead 2m provides six UK mains sockets from a single wall outlet, offering a practical power distribution solution for lighting, ventilation, environmental control and other compatible electrical equipment.

With six UK socket outlets and a 2 metre power cable, the extension lead allows several compatible devices to be connected from one conveniently positioned mains supply.

The 2m cable provides useful additional reach while remaining manageable within equipment installations, work areas and controlled environments.

It is particularly useful where several lower-powered devices need to be positioned within the same area, although the combined electrical load of everything connected must always remain within the extension lead and supply circuit's permitted rating.

Why choose a 6 Gang 2m Extension Lead?

Six UK socket outlets - connect multiple compatible devices from a single mains outlet.
2 metre cable - provides useful reach between the wall socket and connected equipment.
UK mains connection - designed for use with standard UK plugs and sockets.
Practical power distribution - useful where several pieces of electrical equipment are positioned in the same area.
Suitable for a wide range of equipment - can be used with compatible lighting, controllers, fans, pumps and other electrical devices within its permitted load.
Compact alternative to multiple wall sockets - provides six connection points from one supply.
Useful for organised installations - allows related equipment to be supplied from a conveniently positioned extension lead.
White finish - clean, neutral appearance suitable for professional and general-purpose installations.

Six sockets for multiple electrical devices

A six-way extension lead is particularly useful where several electrical devices need mains power in the same working area.

In horticultural and controlled-environment installations this can include compatible controllers, circulation fans, monitoring equipment, lighting accessories and other electrical devices.

The six sockets increase the number of available connection points, but they do not increase the electrical capacity of the original mains supply. The total load of all connected equipment must remain within the permitted rating of the extension lead and circuit.

Practical 2 metre extension cable

The 2m cable length provides additional positioning flexibility without introducing the amount of excess cable associated with significantly longer extension leads.

This can make it easier to position the socket strip in an accessible location while keeping the mains connection away from equipment that needs regular adjustment or maintenance.

The cable should be routed carefully, avoiding sharp edges, crushing, excessive tension and locations where it could become a trip hazard.

Understanding extension lead loading

When several devices are connected to one extension lead, their electrical loads are combined. Six available sockets should therefore not be interpreted as meaning that six high-powered appliances can automatically be operated simultaneously.

Before connecting equipment, check the electrical rating of each device and ensure the combined load remains within the permitted rating of the extension lead and the electrical circuit supplying it.

Particular care should be taken with high-powered electrical equipment. Where there is any uncertainty over the suitability of an extension lead or electrical installation, seek advice from a suitably qualified electrician.

Safe installation & cable management

Check the electrical requirements of equipment before connection.
Consider the combined load of all six sockets, not each socket individually.
Keep the extension lead and electrical connections protected from water and excessive moisture.
Do not use a lead with damaged cable insulation, plug pins or socket housings.
Avoid trapping or crushing the cable beneath equipment.
Route the 2m cable to minimise trip hazards and accidental disconnection.
Do not connect extension leads together to create additional socket capacity.
Disconnect equipment safely before inspecting or repositioning electrical connections.

6 Gang Extension Lead 2m product details

Product type	Mains extension lead
Number of sockets	6
Socket type	UK mains sockets
Lead length	2m
Colour	White
Configuration	6 gang / 6 way
Primary function	Power distribution for multiple compatible electrical devices
Typical applications	Lighting accessories, controllers, ventilation equipment, monitoring equipment and general electrical devices
Outer case quantity	20 extension leads

6 Gang Extension Lead 2m FAQs

How many sockets does this extension lead have?

It provides six UK mains socket outlets from a single mains connection.

How long is the cable?

The extension lead has a 2 metre cable.

Is this a 6 gang or 6 way extension lead?

Both terms are commonly used for this type of product. It is a six-socket UK mains extension lead.

Can I connect six devices at once?

Six devices can physically be connected, but the combined electrical load must remain within the permitted rating of the extension lead and electrical supply.

Can I use this for lighting equipment?

It can be used with compatible lighting equipment provided the total electrical load remains within the permitted rating of the extension lead and supply circuit.

Can I use it for fans and environmental controllers?

Yes, compatible fans, controllers and monitoring equipment can be connected provided their combined electrical load is suitable.

Does having six sockets increase the available electrical capacity?

No. The six sockets provide additional connection points but do not increase the electrical capacity available from the original mains supply.

Can high-powered equipment be connected to the same extension lead?

The electrical requirements of all connected equipment must be checked together. High-powered equipment can quickly increase the combined load, so suitability should be confirmed before connection.

Can I plug another extension lead into this one?

Extension leads should not be daisy-chained together. Use an appropriately designed power distribution arrangement if additional outlets are required.

Can the extension lead be used in wet conditions?

Unless specifically rated for such use, mains extension leads and their connections should be kept protected from water, irrigation spray and excessive moisture.

Why choose a 2m extension lead?

A 2m cable provides useful additional reach while remaining relatively straightforward to route and manage around equipment.

What should I check before using the extension lead?

Inspect the plug, cable and socket housing for damage and confirm that the combined electrical load of the connected equipment is suitable for the extension lead and supply.

How many extension leads are in an outer case?

The outer case quantity is 20 extension leads.

6 Gang Extension Lead 5m - 6 Way UK Mains Power Extension

£6.95

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The 6 Gang Extension Lead 5m provides six UK mains sockets from a single wall outlet, combining multi-socket power distribution with an extended 5 metre cable for greater positioning flexibility.

With six UK socket outlets and a 5 metre power cable, this extension lead is particularly useful where several compatible electrical devices need to be powered some distance from the available wall socket.

The extended cable length makes it suitable for larger installations, equipment areas and controlled environments where the ideal position for lighting, ventilation or control equipment does not necessarily correspond with the location of the nearest mains outlet.

The six sockets provide additional connection points, but the combined electrical load of all connected equipment must always remain within the permitted rating of the extension lead and the electrical circuit supplying it.

Why choose a 6 Gang 5m Extension Lead?

Six UK socket outlets - connect multiple compatible devices from a single mains outlet.
5 metre cable - provides considerably more positioning flexibility than a standard short extension lead.
UK mains connection - designed for standard UK plugs and sockets.
Practical power distribution - useful where several pieces of electrical equipment are positioned in the same area.
Extended reach - ideal when the available wall socket is further away from the equipment being powered.
Suitable for a wide range of compatible equipment - including lighting accessories, controllers, fans, pumps and monitoring equipment within the permitted electrical load.
Six-way configuration - reduces the need for multiple separate extension leads.
Useful for organised installations - allows related equipment to be supplied from one conveniently positioned socket strip.
White finish - clean and practical for professional and general-purpose installations.

Six sockets for multiple electrical devices

A six-way extension lead provides a convenient central connection point when several electrical devices need to operate within the same area.

In horticultural and controlled-environment installations, this may include compatible environmental controllers, circulation fans, monitoring equipment, lighting accessories and other electrical devices.

Having six sockets does not increase the amount of electrical power available from the original supply. The electrical loads of all connected devices are combined, so the total load must remain within the permitted rating of the extension lead and circuit.

Extended 5 metre cable

The 5m cable length is particularly useful where equipment needs to be positioned away from the nearest mains socket.

This additional reach can make installation considerably easier in larger growing areas, propagation spaces, nurseries, workshops and equipment rooms where fixed electrical outlets may not be positioned immediately beside the equipment.

The extra cable should be routed carefully. Avoid sharp bends, crushing, excessive tension and routes where the cable could become a trip hazard or be accidentally damaged.

Where the full 5m length is not required, manage excess cable neatly and ensure that plugs, sockets and cables remain accessible for inspection.

Understanding extension lead loading

A six-way extension lead provides six physical connection points, but this does not mean six high-powered appliances can automatically be operated simultaneously.

The electrical load of every connected device contributes to the total load placed on the extension lead and the circuit supplying it.

Before connecting equipment, check its electrical requirements and consider the combined load of everything that will operate at the same time.

Particular care should be taken with high-powered lighting, heating and other equipment with substantial electrical demand. Where there is uncertainty about electrical loading or installation suitability, seek advice from a suitably qualified electrician.

Safe installation & cable management

Check the electrical requirements of equipment before connection.
Consider the combined electrical load across all six sockets.
Keep the extension lead and electrical connections protected from water and excessive moisture.
Do not use a lead with damaged cable insulation, plug pins or socket housings.
Avoid trapping or crushing the cable beneath equipment.
Route the 5m cable carefully to minimise trip hazards and accidental disconnection.
Do not daisy-chain extension leads together to create additional socket capacity.
Keep electrical connections accessible for inspection and maintenance.
Disconnect equipment safely before inspecting or repositioning electrical connections.

6 Gang Extension Lead 5m product details

Product type	Mains extension lead
Number of sockets	6
Socket type	UK mains sockets
Lead length	5m
Colour	White
Configuration	6 gang / 6 way
Primary function	Power distribution for multiple compatible electrical devices
Typical applications	Lighting accessories, controllers, ventilation equipment, monitoring equipment and general electrical devices
Outer case quantity	20 extension leads

6 Gang Extension Lead 5m FAQs

How many sockets does this extension lead have?

It provides six UK mains socket outlets from a single mains connection.

How long is the extension cable?

The extension lead has a 5 metre cable, providing additional reach where equipment is positioned away from the nearest wall socket.

Is this a 6 gang or 6 way extension lead?

Both terms describe the same configuration. This extension lead provides six UK mains sockets.

Can I connect six devices at once?

Six devices can physically be connected, but their combined electrical load must remain within the permitted rating of the extension lead and supply circuit.

Can I use this for lighting equipment?

It can be used with compatible lighting equipment provided the combined electrical load remains within the permitted rating of the extension lead and electrical supply.

Can it be used with fans and environmental controllers?

Yes, compatible fans, controllers and monitoring equipment can be connected provided their combined electrical load is suitable.

What is the advantage of a 5m extension lead?

The longer cable allows the six-way socket strip to be positioned considerably further from the original wall socket, providing greater flexibility when arranging equipment.

Does having six sockets increase the available electrical capacity?

No. The six sockets provide additional connection points but do not increase the electrical capacity available from the original mains supply.

Can high-powered equipment be connected to the extension lead?

The electrical requirements of all connected equipment must be considered together. High-powered equipment can quickly increase the combined load, so suitability should always be checked before connection.

Can I plug another extension lead into this one?

Extension leads should not be daisy-chained together. Use an appropriately designed power distribution arrangement where additional outlets are required.

Can the extension lead be used in wet conditions?

Unless specifically rated for such use, mains extension leads and their connections should be kept protected from water, irrigation spray and excessive moisture.

What should I check before using the extension lead?

Inspect the plug, cable and socket housing for damage and confirm that the combined electrical load of the connected equipment is suitable for the extension lead and supply.

How many 5m extension leads are in an outer case?

The outer case quantity is 20 extension leads.

5m IEC Extension Cable - C14 Male to C13 Female Power Extension Lead

£3.95

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The 5m IEC Extension Cable provides an additional five metres of reach between compatible IEC power connections, using a C14 male plug at one end and a C13 female connector at the other.

Designed to extend an existing IEC power connection, the cable is useful where compatible lighting equipment, ballasts, controllers or other electrical devices need to be positioned further away from their existing power lead or IEC power source.

The IEC C14 male to C13 female configuration uses the familiar IEC connection found across a wide range of electrical equipment. Rather than terminating in a UK wall plug, this cable connects between compatible IEC connections to extend the existing power run.

With a generous 5 metre length, it provides considerably greater installation flexibility where equipment layout makes a standard power lead too short.

Why choose the 5m IEC Extension Cable?

5 metre extension - adds substantial reach to a compatible IEC power connection.
IEC C14 male connector - connects to a compatible IEC C13 power source or lead.
IEC C13 female connector - connects to equipment fitted with a compatible IEC C14 inlet.
Male-to-female configuration - designed specifically for extending an existing IEC power connection.
Black cable - practical for lighting and equipment installations.
Useful for compatible lighting equipment - provides additional cable length where equipment needs to be positioned further from its power connection.
Widely used IEC format - C13/C14 connections are found across a broad range of electrical and electronic equipment.
Flexible equipment positioning - useful when the supplied power cable does not provide sufficient reach.

IEC C14 male to C13 female connection

This extension lead uses an IEC C14 male plug at the supply end and an IEC C13 female connector at the equipment end.

The C13 female connector is designed to mate with the IEC C14 inlet commonly found on electrical equipment. The C14 male end can then connect to a compatible IEC C13 socket or the C13 connector of an existing power lead.

This arrangement effectively inserts an additional five metres between two compatible IEC connections.

Always check the connectors on your existing lead and equipment before ordering. IEC connectors are available in several different formats, so physical compatibility should be confirmed rather than relying solely on terms such as "kettle lead".

Ideal for extending compatible equipment power cables

IEC extension leads are useful where electrical equipment needs to be repositioned without relocating the original mains outlet or replacing the complete power cable.

In lighting and controlled-environment installations, the additional cable length can be particularly useful when arranging compatible ballasts, controllers and other electrical equipment around the available space.

IEC C13/C14 connections are also widely used on computers, monitors, power supplies, UPS systems, power distribution equipment and many other electrical devices.

Compatibility and electrical suitability should always be checked for the specific equipment being connected.

5 metres of additional cable reach

The 5m length gives considerably more freedom when positioning compatible electrical equipment.

This can help where equipment needs to be installed above, below or some distance away from its existing power connection, while also reducing the temptation to place unnecessary tension on shorter cables.

Route the cable carefully and avoid sharp bends, crushing, excessive tension and contact with sharp edges. Excess cable should be managed neatly without placing strain on either IEC connector.

IEC extension cable vs UK kettle lead

Although both products use the familiar IEC C13 connector, an IEC extension cable performs a different job from a standard UK mains-to-IEC power lead.

A conventional UK IEC power lead has a UK 3-pin mains plug at one end and an IEC C13 connector at the other.

This extension cable instead has an IEC C14 male plug and IEC C13 female connector. It is designed to extend an existing compatible IEC connection rather than plug directly into a standard UK wall socket.

Installation & electrical safety

Confirm that both IEC connector types are compatible before use.
Check that the cable is suitable for the electrical requirements of the connected equipment.
Do not use a cable with damaged insulation or damaged connectors.
Avoid crushing, sharply bending or placing excessive tension on the cable.
Keep electrical connections protected from water and excessive moisture.
Route the cable to minimise trip hazards and accidental disconnection.
Disconnect equipment safely before inspecting or changing power connections.
Do not modify the connectors to fit incompatible equipment.

5m IEC Extension Cable product details

Product type	IEC power extension cable
Cable length	5m
Colour	Black
Connector A	IEC C14 male
Connector B	IEC C13 female
Configuration	Male-to-female IEC extension
Primary function	Extending an existing compatible IEC power connection
Typical applications	Compatible lighting equipment, ballasts, controllers and other IEC-powered electrical equipment
Outer case quantity	25 cables

5m IEC Extension Cable FAQs

How long is this IEC extension cable?

The cable is 5 metres long, providing substantial additional reach between compatible IEC connections.

What connectors does the cable use?

It uses an IEC C14 male plug at one end and an IEC C13 female connector at the other.

Is this a C13 to C14 extension lead?

Yes. It uses the standard C13/C14 IEC connection, with a C13 female equipment connector and C14 male plug.

Does this cable plug directly into a UK wall socket?

No. This is an IEC-to-IEC extension cable rather than a UK 3-pin mains lead. A compatible IEC power connection is required at the supply end.

Can it extend an existing kettle lead?

Yes, where the existing lead terminates in a compatible IEC C13 connector and the equipment uses an IEC C14 inlet.

Can this be used with a lighting ballast?

Yes, where the ballast uses the appropriate IEC C14 inlet and the extension cable is suitable for its electrical requirements.

What is the difference between IEC C13 and C14?

The C13 is the female connector commonly fitted to an IEC power cable, while the C14 is the corresponding male connection commonly fitted to equipment or an extension lead.

Why use an IEC extension cable?

It allows compatible electrical equipment to be positioned further from its existing power connection without replacing the complete power lead.

Can I connect this to the 2m or 5m UK IEC power leads?

It can extend a compatible IEC C13 power lead where the connectors and electrical requirements are suitable.

Is this the same as a standard UK power lead?

No. A standard UK IEC power lead has a UK 3-pin plug at the mains end. This product has an IEC C14 male connector and is specifically intended as an extension.

Can IEC C13/C14 cables be used with any electrical equipment?

No. The equipment must have compatible connectors and the cable must be suitable for its electrical requirements.

Should IEC connections be kept dry?

Yes. Electrical connections should be protected from water, irrigation spray and excessive moisture unless the complete installation is specifically designed and rated for those conditions.

How many 5m IEC extension cables are in an outer case?

The outer case quantity is 25 cables.

4 Gang Extension Lead 5m - 4 Way UK Mains Power Extension

£6.35

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The 4 Gang Extension Lead 5m provides four UK mains sockets from a single wall outlet, combining practical multi-socket power distribution with an extended 5 metre cable for greater flexibility when positioning electrical equipment.

With four UK socket outlets and a 5 metre lead, it provides a convenient way to supply several compatible electrical devices where the available wall socket is some distance from the equipment.

The extended cable length makes it particularly useful in larger working areas and controlled environments where lighting accessories, ventilation equipment, controllers or monitoring devices need to be positioned away from fixed electrical outlets.

The four sockets provide additional connection points but do not increase the electrical capacity of the original supply. The combined electrical load of all connected equipment must remain within the permitted rating of the extension lead and the circuit supplying it.

Why choose a 4 Gang 5m Extension Lead?

Four UK socket outlets - power multiple compatible devices from a single mains outlet.
5 metre cable - provides substantial additional reach for flexible equipment positioning.
UK mains connection - designed for standard UK plugs and sockets.
4 gang / 4 way configuration - provides a convenient central power point for several devices.
Extended reach - useful where equipment is positioned away from the nearest fixed mains socket.
Suitable for compatible electrical equipment - including lighting accessories, controllers, fans and monitoring equipment within the permitted electrical load.
Useful for organised installations - allows related equipment to be powered from one conveniently positioned extension lead.
White finish - clean and practical for professional and general-purpose installations.

Four sockets for multiple electrical devices

A four-way extension lead provides a convenient power distribution point where several pieces of electrical equipment need to operate within the same area.

In horticultural and controlled-environment installations, this may include compatible circulation fans, environmental controllers, monitoring equipment, lighting accessories and other electrical devices.

All connected equipment shares the electrical capacity available through the extension lead. The total load should therefore be calculated from everything that may operate simultaneously rather than considering each socket independently.

Extended 5 metre cable

The 5m cable length provides considerably more positioning flexibility than a typical short extension lead.

This is useful where equipment layout is determined by lighting, ventilation, irrigation or working-space requirements rather than the position of the nearest wall socket.

The additional cable length can also help prevent plugs and connections being placed under unnecessary tension when equipment needs to be positioned further away from the electrical supply.

Route the cable carefully, avoiding sharp edges, crushing, excessive tension and locations where it could create a trip hazard or be accidentally damaged.

Understanding extension lead loading

Four available sockets should not be interpreted as meaning that four high-powered appliances can automatically be operated simultaneously.

The electrical load of every connected device contributes to the total demand placed on the extension lead and the circuit supplying it.

Check the electrical requirements of the connected equipment and ensure the combined load remains within the permitted rating of the extension lead and electrical supply.

Particular care should be taken with high-powered lighting, heating and other equipment with substantial electrical demand. Where there is uncertainty about electrical loading or installation suitability, seek advice from a suitably qualified electrician.

Safe installation & cable management

Check the electrical requirements of equipment before connection.
Consider the combined electrical load across all four sockets.
Keep the extension lead and electrical connections protected from water and excessive moisture.
Do not use the extension lead if the plug, cable or socket housing is damaged.
Avoid trapping or crushing the cable beneath equipment.
Route the 5m cable carefully to minimise trip hazards and accidental disconnection.
Do not daisy-chain extension leads together to create additional socket capacity.
Keep electrical connections accessible for inspection and maintenance.
Disconnect equipment safely before inspecting or repositioning electrical connections.

4 Gang Extension Lead 5m product details

Product type	Mains extension lead
Number of sockets	4
Socket type	UK mains sockets
Lead length	5m
Colour	White
Configuration	4 gang / 4 way
Primary function	Power distribution for multiple compatible electrical devices
Typical applications	Lighting accessories, controllers, ventilation equipment, monitoring equipment and general electrical devices
Outer case quantity	30 extension leads

4 Gang Extension Lead 5m FAQs

How many sockets does this extension lead have?

It provides four UK mains socket outlets from a single mains connection.

How long is the extension cable?

The extension lead has a 5 metre cable, providing additional reach where equipment is positioned away from the nearest wall socket.

Is this a 4 gang or 4 way extension lead?

Both terms describe the same configuration. This extension lead provides four UK mains sockets.

Can I connect four devices at once?

Four devices can physically be connected, but their combined electrical load must remain within the permitted rating of the extension lead and electrical supply.

Can I use this extension lead for lighting equipment?

It can be used with compatible lighting equipment provided the combined electrical load remains within the permitted rating of the extension lead and supply circuit.

Can it be used with fans and environmental controllers?

Yes, compatible fans, controllers and monitoring equipment can be connected provided their combined electrical load is suitable.

What is the advantage of a 5m extension lead?

The longer cable allows the four-way socket strip to be positioned considerably further from the original wall socket, providing greater flexibility when arranging equipment.

Does having four sockets increase the available electrical capacity?

No. The four sockets provide additional connection points but do not increase the electrical capacity available from the original mains supply.

Can I connect high-powered equipment?

The electrical requirements of all connected equipment must be considered together. High-powered equipment can quickly increase the combined load, so suitability should be checked before connection.

Can I plug another extension lead into this one?

Extension leads should not be daisy-chained together. Use an appropriately designed power distribution arrangement if additional outlets are required.

Can this extension lead be used in wet conditions?

Unless specifically rated for such use, mains extension leads and their connections should be kept protected from water, irrigation spray and excessive moisture.

What should I check before using the extension lead?

Inspect the plug, cable and socket housing for damage and confirm that the combined electrical load of the connected equipment is suitable for the extension lead and supply.

How many 5m 4 gang extension leads are in an outer case?

The outer case quantity is 30 extension leads.

3m IEC Extension Cable - C14 Male to C13 Female Power Extension Lead

£2.95

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The 3m IEC Extension Cable provides an additional three metres of reach between compatible IEC power connections, making it particularly useful for extending reflector, lighting and equipment power cables.

The cable uses an IEC male to IEC female configuration, allowing an existing compatible IEC power connection to be extended when the original cable does not provide sufficient reach.

With an IEC C14 male connector at one end and an IEC C13 female connector at the other, it uses the familiar IEC connection found across a wide range of lighting and electrical equipment.

The 3 metre cable length provides useful additional reach while remaining relatively easy to route and manage around equipment installations.

Why choose the 3m IEC Extension Cable?

3 metre extension - adds useful additional reach to a compatible IEC power connection.
IEC C14 male connector - connects to a compatible IEC C13 power connection.
IEC C13 female connector - connects to equipment fitted with a compatible IEC C14 inlet.
Male-to-female configuration - designed specifically for extending an existing IEC power cable.
Ideal for reflector and lighting connections - useful where additional cable length is required between compatible components.
Black cable - practical and discreet for equipment installations.
Widely used IEC format - C13/C14 connections are used across numerous electrical and electronic devices.
Flexible equipment positioning - allows compatible equipment to be positioned further from its existing power connection.

IEC C14 male to C13 female connection

This extension cable uses an IEC C14 male plug at one end and an IEC C13 female connector at the other.

The C13 female connector is designed to connect to the corresponding IEC C14 inlet found on compatible electrical equipment. The male C14 end can connect to a compatible C13 connector on an existing power cable or suitable power source.

The result is an additional three metres between the existing power connection and the equipment, without needing to replace the complete power cable.

Always check the connectors fitted to your equipment before ordering. Several IEC connector formats exist and similar-looking connectors are not necessarily interchangeable.

Ideal for extending reflector & equipment power cables

The 3m IEC extension lead is particularly useful in lighting installations where the existing reflector or equipment cable does not provide sufficient reach.

It allows compatible components to be positioned more freely while maintaining a detachable IEC connection between the power supply and equipment.

The same C13/C14 connection format is also widely used by compatible ballasts, controllers, computers, monitors, power supplies and other electrical equipment.

Always confirm both physical connector compatibility and electrical suitability for the equipment being connected.

3 metres of additional cable reach

The 3m length provides a useful middle ground where a standard equipment cable is too short but a longer 5m extension is unnecessary.

Additional reach can make equipment positioning easier and helps prevent shorter cables from being stretched or placed under unnecessary tension.

Route the extension carefully and avoid sharp bends, crushing, excessive tension or contact with sharp edges. Any excess cable should be managed neatly without placing strain on the IEC connections.

IEC extension cable vs standard UK power lead

This product is an IEC extension cable, rather than a conventional UK mains power lead.

A standard UK IEC power lead normally has a UK 3-pin plug at one end and an IEC C13 female connector at the other.

This extension cable instead uses an IEC C14 male connector and IEC C13 female connector. It is intended to extend an existing compatible IEC power connection rather than plug directly into a standard UK wall socket.

Installation & electrical safety

Confirm both IEC connector types are compatible before connecting the cable.
Check that the extension is suitable for the electrical requirements of the connected equipment.
Do not use a cable with damaged insulation or damaged connectors.
Avoid crushing, sharply bending or placing excessive tension on the cable.
Keep electrical connections protected from water and excessive moisture.
Route the cable carefully to minimise trip hazards and accidental disconnection.
Disconnect equipment safely before inspecting or changing power connections.
Never modify an IEC connector to make it fit incompatible equipment.

3m IEC Extension Cable product details

Product type	IEC power extension cable
Cable length	3m
Colour	Black
Connector A	IEC C14 male
Connector B	IEC C13 female
Configuration	Male-to-female IEC extension
Primary function	Extending an existing compatible IEC power connection
Typical applications	Compatible reflectors, lighting equipment, ballasts, controllers and other IEC-powered electrical equipment
Outer case quantity	40 cables

3m IEC Extension Cable FAQs

How long is this IEC extension cable?

The cable is 3 metres long, adding three metres of reach to a compatible IEC power connection.

What connectors does the cable use?

It uses an IEC C14 male connector at one end and an IEC C13 female connector at the other.

Is this a C13 to C14 IEC extension lead?

Yes. It uses the standard C13/C14 IEC connection, with a C13 female equipment connector and C14 male plug.

Can this extend a reflector power cable?

Yes, where the reflector or lighting equipment uses compatible IEC C13/C14 connections and the cable is electrically suitable for the equipment.

Can it extend an existing kettle lead?

Yes, where the existing power lead terminates in a compatible IEC C13 connector and the equipment uses an IEC C14 inlet.

Does this cable plug directly into a UK wall socket?

No. This is an IEC-to-IEC extension cable. It does not have a UK 3-pin mains plug.

Can it be used with a compatible lighting ballast?

Yes, provided the ballast uses the appropriate IEC connection and the cable is suitable for its electrical requirements.

What is the difference between IEC C13 and IEC C14?

The C13 is the female connector commonly found on an IEC power cable, while the C14 is the corresponding male connection commonly fitted to equipment or an extension lead.

Why use a 3m IEC extension lead?

It provides additional positioning flexibility where the original equipment or reflector power cable is too short, without introducing the extra cable length of a 5m extension.

Is this the same as a standard UK power lead?

No. A standard UK IEC power lead has a UK 3-pin plug at the mains end. This cable has an IEC C14 male connector and is specifically intended as an extension.

Can IEC C13/C14 cables be used with any electrical equipment?

No. The equipment must have compatible connectors and the extension cable must be suitable for its electrical requirements.

Should the IEC connections be kept dry?

Yes. Electrical connections should be protected from water, irrigation spray and excessive moisture unless the complete installation is specifically designed and rated for those conditions.

How many 3m IEC extension cables are in an outer case?

The outer case quantity is 40 cables.

Loadstar Heavy Duty Lighting Timer - 24 Hour Mechanical Timer for 600W HID Ballasts

£3.75

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The Loadstar Heavy Duty Lighting Timer is a 24-hour segmental mechanical timer designed to handle the high starting load produced by a single compatible 600W HID lighting ballast.

Purpose-built for lighting control, the Loadstar timer provides a straightforward way to automate daily light and dark periods without requiring a separate contactor when operating 1 x 600W HID ballast.

The mechanical dial operates over a repeating 24-hour cycle and is divided into 15-minute timing intervals. This provides 96 individual switching segments across each day, allowing the required lighting period to be set quickly and easily.

Once configured, the selected schedule repeats every 24 hours, making the Loadstar Heavy Duty Timer a practical solution for single-light installations requiring consistent automatic control.

Why choose the Loadstar Heavy Duty Lighting Timer?

Designed for HID lighting - built to handle the demanding starting load associated with a compatible HID ballast.
Suitable for 1 x 600W HID ballast - purpose-designed for a single 600W lighting system.
No separate contactor required - the specified single 600W HID ballast can be controlled directly.
24-hour automatic control - creates a repeating daily lighting schedule.
15-minute intervals - provides flexible adjustment of lighting on and off periods.
96 switching segments - quarter-hour adjustment throughout the full 24-hour cycle.
Simple mechanical programming - no digital menus, apps or complicated configuration.
Ideal for single-light installations - straightforward automatic control without installing a larger multi-way lighting controller.
12-month manufacturer warranty - supplied with a 12-month manufacturer warranty.

Automatic 24-hour lighting control

Consistent light and dark periods are an important part of managing many crops under artificial lighting. The Loadstar Heavy Duty Timer automates this process, removing the need to manually switch the lighting system at the beginning and end of each cycle.

The timer dial represents a complete 24-hour period and is divided into 15-minute segments. These segments are used to select when the connected lighting system should operate.

Once the current time and required operating periods have been set, the timer progresses through the programme and repeats the same schedule each day.

Designed for the demands of HID lighting

HID lighting places particular demands on switching equipment. When an HID ballast starts, its electrical characteristics can place considerably more stress on timer contacts than would be expected from looking at running wattage alone.

For this reason, a standard household timer should not automatically be assumed suitable for controlling an HID ballast simply because its stated wattage rating appears high enough.

The Loadstar Heavy Duty Lighting Timer is specifically designed to control a single compatible 600W HID ballast, allowing the ballast to be switched directly without requiring a separate contactor for this specified application.

Ideal for single 600W HID lighting systems

The Loadstar timer is particularly suited to installations where one compatible 600W HID lighting system needs to operate on a consistent daily schedule.

It provides a compact and straightforward alternative to a larger multi-way lighting control system where only one ballast needs to be controlled.

For installations using several HID ballasts, an appropriately rated multi-way lighting contactor or dedicated lighting controller should be used instead of attempting to switch multiple ballasts through a single timer.

Simple 15-minute segment programming

The mechanical dial is divided into 96 individual 15-minute segments. These segments allow the required operating periods to be selected directly on the timer.

This makes it suitable for commonly used daily lighting schedules as well as custom programmes that operate in quarter-hour increments.

Mechanical programming also makes the timer easy to check at a glance. The selected operating periods are visible directly around the dial without needing to navigate menus or access a separate controller.

Setting up the Loadstar Heavy Duty Timer

Set the mechanical dial to the correct current time.
Select the required operating period using the 15-minute segments.
Connect one compatible 600W HID ballast to the timer.
Connect the timer to the appropriate mains supply.
Check that the lighting switches on and off at the intended times.
Periodically check that the timer remains set to the correct current time.

Always follow the instructions supplied with the timer and the electrical requirements specified by the manufacturer of the connected ballast and lighting equipment.

Lighting timer safety & load management

The Loadstar Heavy Duty Lighting Timer is specified for one compatible 600W HID ballast. Its suitability for this application should not be interpreted as approval for multiple ballasts or other high-load electrical equipment.

Use with no more than 1 x compatible 600W HID ballast for the stated application.
Do not connect multiple HID ballasts to the timer.
Use appropriately rated lighting control equipment for multi-light installations.
Keep the timer and electrical connections protected from water and excessive moisture.
Do not use the timer if the plug, socket, cable or housing shows signs of damage.
Keep the timer accessible for routine inspection.
Follow the electrical requirements of the connected ballast and lighting system.

Loadstar Heavy Duty Lighting Timer product details

Brand	Loadstar
Product type	Heavy-duty segmental mechanical lighting timer
Timer cycle	24 hours
Timing interval	15 minutes
Switching segments	96 per 24-hour cycle
Specified HID capacity	1 x 600W HID ballast
Separate contactor required	No, when controlling the specified single compatible 600W HID ballast
Control type	Mechanical segmental timer
Schedule type	Repeating 24-hour programme
Manufacturer warranty	12 months
Outer case quantity	50 timers

Loadstar Heavy Duty Lighting Timer FAQs

What is a heavy-duty lighting timer?

A heavy-duty lighting timer is designed to switch electrical loads that can place greater stress on timer contacts than ordinary household appliances. This Loadstar model is specifically designed for controlling a single compatible 600W HID ballast.

What is the maximum HID lighting load for this timer?

The Loadstar Heavy Duty Lighting Timer is designed to control 1 x 600W HID ballast. Larger or multi-light installations should use appropriately rated lighting control equipment.

How accurately can I set the lighting times?

The mechanical dial is divided into 15-minute intervals, allowing switching times to be adjusted in quarter-hour increments across the 24-hour period.

Can I set more than one on and off period during the day?

Yes. The segmental dial allows multiple operating periods to be selected within the same 24-hour cycle, provided the required switching times follow the timer's 15-minute intervals.

Does the timer need programming every day?

No. Once the current time and required operating segments have been set, the mechanical programme repeats on a 24-hour cycle.

Will the timer keep the correct time during a power cut?

The mechanical clock relies on the mains supply to advance, so a power interruption can leave the timer behind the actual time. Check and correct the dial following a power cut where necessary.

Can I use this instead of a lighting contactor?

For the specified application of controlling a single compatible 600W HID ballast, the timer is designed to operate without a separate contactor. Multi-light installations require appropriately rated control equipment.

Can I use the timer for an 18/6 or 12/12 lighting schedule?

Yes. The 24-hour segmental dial can be configured for commonly used daily schedules such as 18 hours on / 6 hours off or 12 hours on / 12 hours off.

What is the advantage of a mechanical timer over a digital timer?

A mechanical timer is particularly straightforward where the same schedule is required every day. Switching periods are set directly on the dial, making the programme easy to view and adjust without navigating digital menus.

Where should the Loadstar timer be installed?

Install the timer in a suitable dry location where it and its electrical connections are protected from water, irrigation spray and excessive moisture while remaining accessible for inspection.

Should I check a mechanical lighting timer regularly?

Yes. Periodically check that the dial shows the correct current time, the required segments remain correctly set and the timer, plug and socket show no signs of damage or overheating.

How many Loadstar Heavy Duty Lighting Timers are in an outer case?

The outer case quantity is 50 timers.

20 Way +4 + HEATER MDF Lighting Timer Boards with Fan Sockets (4 per box)

£85.00

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The 20 Way + 4 + Heater MDF Lighting Timer Board is a high-capacity centralised power and lighting control system featuring 20 timed lighting sockets, 4 constant auxiliary sockets and a dedicated heater connection.

Designed for larger professional lighting installations, the board brings multiple lighting outputs and supporting environmental equipment together on a single organised, wall-mounted MDF control board.

The 20 timed sockets allow multiple compatible lighting systems to follow the same automatic schedule, while 4 constant auxiliary sockets provide continuous power for compatible equipment such as extraction and circulation fans.

A separate heater connection provides additional flexibility for environmental management, making this configuration particularly useful where lighting, ventilation and heating equipment need to be managed from one central location.

Why choose the 20 Way MDF Lighting Timer Board?

20 timed lighting sockets - centralised automatic control for a large multi-light installation.
4 constant auxiliary sockets - suitable for compatible fans and other equipment that needs continuous power.
Dedicated heater connection - provides an additional connection specifically for compatible heating equipment.
Integrated lighting timer - automatically manages the timed lighting circuit.
Contactor-controlled switching - designed to switch the substantial electrical loads associated with multiple lighting systems.
100A board specification - high-capacity configuration designed for larger installations.
Centralised power distribution - keeps lighting and associated environmental equipment organised in one location.
MDF mounting board - components and sockets are arranged on a rigid board for fixed installation.
Professional installation format - suited to larger horticultural lighting installations where individual plug-in timers are impractical.

20 timed sockets for large lighting installations

The main section of the board provides 20 timed UK sockets. These allow compatible lighting equipment to be connected to a central switching system rather than relying on numerous separate plug-in timers.

The integrated contactor system handles the switching function, allowing the timer to control the lighting schedule without the lighting load passing directly through the timer contacts.

This type of arrangement is particularly valuable with larger lighting installations, where simultaneous switching can place substantial demands on ordinary domestic timing equipment.

The actual lighting equipment connected to the board must be suitable for the electrical supply and installation. Total circuit loading should be calculated as part of the electrical design rather than assuming that every socket can automatically be operated at a particular wattage.

4 constant auxiliary sockets for fans & equipment

In addition to the 20 timed lighting outlets, the board provides 4 constant auxiliary sockets.

These outlets are useful for compatible equipment that needs to remain powered independently of the lighting schedule. Typical applications include extraction fans, intake fans, circulation equipment and environmental control devices.

Separating constant-power equipment from the timed lighting circuit means ventilation can continue operating when the lighting switches off, where that is required by the environmental control strategy.

Dedicated heater connection

This version of the MDF timer board also includes a dedicated heater connection, distinguishing it from standard lighting and auxiliary-only configurations.

Heating can be particularly useful during lights-off periods, when the heat generated by horticultural lighting is no longer contributing to the growing environment.

The heater outlet provides a convenient connection point for compatible heating equipment as part of the overall installation. The electrical requirements and control method of the specific heater should always be checked before connection.

Why use a contactor timer board?

Switching a large number of lighting systems is very different from controlling a single low-load appliance. Lighting equipment can produce significant starting loads, particularly with HID and other ballast-based systems.

A contactor allows the timer to control the switching operation while the contactor itself handles the larger electrical load. This is a much more appropriate architecture for multi-light installations than attempting to place the complete lighting load through an ordinary plug-in timer.

Bringing the timer, contactor system and socket outlets together on one board also creates a cleaner and more manageable installation, making connections easier to identify and access.

Professional fixed installation

A 20-way timer board is a substantial piece of electrical distribution and control equipment and should be treated accordingly.

The board should be securely mounted in a suitable dry location with sufficient access for operation, inspection and maintenance. It should be protected from irrigation water, spray, condensation and other sources of moisture.

The electrical supply, protective devices, cable sizing, circuit arrangement and total connected load must all be appropriate for the installation.

Installation and electrical supply arrangements should be assessed and completed by a suitably qualified electrician.

20 Way + 4 + Heater MDF Lighting Timer Board product details

Product type	MDF lighting contactor and timer board
Timed lighting sockets	20
Auxiliary sockets	4 constant-power sockets
Heater connection	1 dedicated heater connection
Board specification	100A
Lighting control	Integrated timer and contactor switching
Auxiliary operation	Constant power, independent of the lighting timer
Mounting format	MDF board
Approximate dimensions	60cm x 41cm x 13.5cm
Typical application	Large multi-light horticultural installations with associated ventilation and heating equipment
Outer case quantity	4 boards

20 Way MDF Lighting Timer Board FAQs

What does 20 Way + 4 + Heater mean?

The board provides 20 timed lighting sockets, 4 constant auxiliary sockets and a separate connection for compatible heating equipment.

What is the difference between the timed and auxiliary sockets?

The 20 lighting sockets operate according to the timer schedule. The 4 auxiliary sockets provide constant power, making them useful for compatible equipment that needs to continue operating independently of the lighting cycle.

Why does a large lighting installation need a contactor?

A contactor provides heavy-duty electrical switching for the connected lighting circuits. The timer controls the contactor rather than carrying the complete lighting load through its own switching contacts.

Can the auxiliary sockets be used for extraction fans?

Yes. Compatible extraction, intake and circulation fans are typical applications for constant-power auxiliary sockets because they can remain powered when the timed lighting circuit switches off.

Does the heater socket switch off with the lights?

The heater connection is separate from the main bank of timed lighting sockets. The operating arrangement should be checked against the board configuration and the requirements of the heating equipment during installation.

Can I use all 20 lighting sockets at the same time?

The number and type of lights that can operate simultaneously depends on their electrical characteristics, the board specification and the electrical supply. Total connected load should be assessed as part of the installation rather than determined by socket count alone.

Can this timer board be used with LED lighting?

It can be used with compatible lighting equipment where the electrical characteristics of the fixtures, drivers and switching system are suitable. The connected load and any starting or inrush current should be considered when specifying the installation.

Where should an MDF lighting timer board be mounted?

It should be securely mounted in a suitable dry location, protected from irrigation water, spray and excessive moisture while remaining accessible for operation, inspection and maintenance.

Does a 100A board mean I can automatically draw 100A from the mains?

No. The 100A figure is the board specification and does not determine what the premises electrical supply can provide. Available supply capacity, circuit protection, cabling and connected load must all be assessed for the individual installation.

Does this need to be installed by an electrician?

A high-capacity multi-way lighting control board requires an appropriately designed electrical supply and protection. Installation and supply requirements should be assessed and completed by a suitably qualified electrician.

Why use one central timer board instead of multiple extension leads?

A purpose-designed timer board centralises lighting control, contactor switching and auxiliary connections in one organised installation. It is designed for multi-light control rather than building a large system from numerous independent domestic extension leads and timers.

How many 20 Way + 4 + Heater timer boards are in an outer case?

The outer case quantity is 4 boards.

16 Way MDF Lighting Timer Board - 16 Timed Sockets & 2 Auxiliary Fan Sockets

£59.95

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The 16 Way + 2 MDF Lighting Timer Board provides centralised switching and power distribution for larger lighting installations, combining 16 timed lighting sockets with 2 auxiliary sockets for compatible fans and supporting equipment.

Rather than controlling numerous lights with individual plug-in timers, the board brings the lighting connections together around a single timer and contactor-controlled switching system.

The 16 timed UK sockets allow compatible lighting equipment to operate from the same automatic schedule, while the 2 auxiliary sockets provide separate connections for compatible ventilation or environmental equipment.

Components are mounted together on a rigid MDF board, creating an organised central control point for larger horticultural lighting installations.

Why choose the 16 Way + 2 MDF Lighting Timer Board?

16 timed lighting sockets - centralised automatic switching for a large multi-light installation.
2 auxiliary sockets - additional connections for compatible fans and supporting equipment.
Integrated mechanical timer - controls the daily lighting schedule from one central point.
Contactor-controlled lighting - suitable architecture for switching multiple lighting loads.
Centralised power distribution - keeps numerous lighting connections together in an organised installation.
Reduced reliance on individual timers - one central system replaces the need to programme multiple separate plug-in lighting timers.
MDF mounting board - sockets, switching components and timer are arranged on a rigid mounting surface.
Suitable for larger installations - designed for applications where ordinary single-socket lighting timers are impractical.

16 timed sockets for centralised lighting control

The main section of the board provides 16 timed UK sockets, allowing multiple compatible lighting systems to follow the same automatic operating schedule.

Centralised switching helps maintain a consistent lighting cycle across the installation and avoids having numerous individual timers that each need to be set and checked separately.

This is particularly useful where all lighting within an area needs to switch simultaneously at the beginning and end of each programmed lighting period.

The total electrical load must always be considered when specifying the installation. Socket count alone does not determine the number or wattage of lights that can safely be connected.

Contactor-controlled switching

Larger lighting installations place much greater demands on switching equipment than a single low-load appliance. Lighting systems can also produce significant starting or inrush currents depending on the technology and control gear being used.

The timer board uses a contactor-controlled arrangement. The timer determines when the lighting should operate, while the contactor system performs the switching of the connected lighting circuit.

This separates the timing function from the high-load switching function and provides a more appropriate arrangement for controlling multiple lighting systems than attempting to place the complete load through an ordinary domestic timer.

2 auxiliary sockets for fans & supporting equipment

Alongside the 16 lighting outlets are 2 auxiliary sockets intended for compatible supporting equipment such as ventilation fans.

Providing separate auxiliary connections makes it easier to integrate equipment that may need to operate independently from the main lighting schedule.

Typical applications can include compatible extraction or intake fans, circulation equipment and other environmental devices, subject to their electrical requirements and the design of the installation.

A central control point for larger installations

As the number of lights increases, power distribution can quickly become difficult to manage if it is assembled from numerous individual extension leads, timers and separate connections.

A dedicated timer board provides a much more organised approach by locating the lighting sockets, auxiliary connections, timer and switching components together.

This also makes the installation easier to understand and inspect because the principal lighting connections are located in one central area rather than distributed across multiple independent timers.

Professional fixed installation

A 16-way lighting timer board forms part of a substantial electrical installation. The available electrical supply, connected equipment, circuit protection and cabling must therefore be considered as a complete system.

The MDF board should be securely mounted in a suitable dry location with sufficient access for operation, inspection and maintenance. Keep the complete assembly protected from irrigation water, spray, condensation and excessive moisture.

The electrical supply and installation requirements should be assessed and completed by a suitably qualified electrician.

16 Way + 2 MDF Lighting Timer Board product details

Product type	MDF lighting contactor and timer board
Timed lighting sockets	16
Auxiliary sockets	2
Socket format	UK sockets
Lighting control	Integrated timer with contactor-controlled switching
Mounting format	MDF board
Primary application	Centralised control of larger multi-light installations
Typical auxiliary applications	Compatible ventilation fans and supporting environmental equipment
Outer case quantity	4 boards

16 Way + 2 MDF Lighting Timer Board FAQs

What does 16 Way + 2 mean?

The board provides 16 sockets for the main timed lighting circuit plus 2 additional auxiliary sockets for compatible supporting equipment such as fans.

Why use a lighting timer board instead of individual plug-in timers?

A timer board centralises the lighting connections and switching system. This makes a larger installation easier to organise and allows the connected lighting circuit to follow one common schedule rather than relying on numerous separately programmed timers.

What does the contactor do?

The timer determines when the lighting should switch, while the contactor handles the electrical switching of the connected lighting circuit. This separates the timing function from the higher-load switching function.

What can the two auxiliary sockets be used for?

They are intended for compatible supporting electrical equipment, with ventilation fans being a typical application. Always check the electrical requirements of the equipment before connection.

Can I use all 16 lighting sockets?

The usable lighting capacity depends on the electrical characteristics of the connected equipment and the supply available to the board. The complete connected load must be assessed rather than assuming capacity from the number of sockets alone.

Can this timer board control LED lighting?

Compatible LED lighting can be used where its drivers, total connected load and starting or inrush characteristics are suitable for the electrical installation and switching equipment.

Is a timer board only for HID lighting?

No. Timer boards can be used with compatible lighting technologies where the electrical characteristics of the connected equipment are suitable. The installation should be specified according to the actual lighting equipment being used.

Will all connected lights switch at the same time?

Lights connected to the same timed circuit follow the board's common timer schedule, allowing the lighting installation to switch together rather than relying on independently programmed timers.

Where should the MDF timer board be installed?

Mount the board securely in a suitable dry location protected from irrigation water, spray, condensation and excessive moisture. It should remain accessible for operation, inspection and maintenance.

Does this board need professional electrical installation?

The board forms part of a high-capacity multi-way electrical installation. The supply, circuit protection, cabling and connected load should be assessed and installed by a suitably qualified electrician.

How do I know how many lights the board can safely operate?

This must be determined from the actual electrical characteristics of the lighting equipment, including running load and any starting or inrush current, together with the board and electrical supply specifications. Socket count alone should not be used to calculate electrical capacity.

How many 16 Way + 2 timer boards are in an outer case?

The outer case quantity is 4 boards.

12 Way MDF Lighting Timer Board - 12 Timed Sockets & 2 Auxiliary Fan Sockets

£49.99

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The 12 Way + 2 MDF Lighting Timer Board provides centralised control for multi-light installations, combining 12 timed lighting sockets with 2 auxiliary sockets for compatible fans and supporting equipment.

Designed to provide a more organised alternative to using numerous individual plug-in timers, the board brings the lighting outlets, mechanical timer and contactor switching together on a single rigid MDF mounting board.

The 12 timed UK sockets allow compatible lighting equipment to follow the same automatic schedule, while the 2 auxiliary sockets provide separate connections for compatible ventilation or environmental equipment.

This makes the board particularly useful for medium to larger horticultural lighting installations where reliable centralised switching and straightforward equipment organisation are required.

Why choose the 12 Way + 2 MDF Lighting Timer Board?

12 timed lighting sockets - control multiple compatible lights from one central timer.
2 auxiliary sockets - additional connections for compatible fans and supporting equipment.
Integrated mechanical timer - provides automatic daily lighting control from a single location.
Contactor-controlled switching - separates the timing function from the switching of the main lighting load.
Centralised lighting control - helps keep a multi-light installation organised and easier to manage.
Common lighting schedule - connected lighting on the timed circuit operates together rather than relying on numerous separately programmed timers.
MDF mounting board - sockets and control components are arranged on a rigid mounting surface.
Designed for fixed installations - suitable where a dedicated multi-way lighting control point is preferable to individual extension leads and timers.

12 timed sockets for multi-light control

The board provides 12 UK lighting sockets controlled by the central timer, allowing multiple compatible lighting systems to operate from the same programmed schedule.

This simplifies the management of larger lighting installations because the daily switching cycle can be controlled centrally rather than setting and maintaining a separate timer for every light.

Lighting connected to the timed circuit can therefore switch together at the beginning and end of the programmed lighting period.

The number of available sockets should not be confused with electrical capacity. The actual number, type and wattage of lights that can be connected depends on the electrical characteristics of the equipment, the timer board and the supply feeding it.

Contactor-controlled lighting

Switching multiple lighting systems can place significant demands on electrical control equipment, particularly where ballasts, drivers or other control gear produce substantial starting or inrush current.

The timer board uses a contactor-controlled switching arrangement. The mechanical timer determines when the lighting should operate, while the contactor handles the switching of the connected lighting circuit.

This is a more appropriate arrangement for multi-light control than attempting to pass the entire connected lighting load directly through an ordinary plug-in timer.

2 auxiliary sockets for fans & supporting equipment

In addition to the 12 timed lighting outlets, the board includes 2 auxiliary sockets for compatible supporting equipment.

Ventilation fans are a typical application, allowing extraction, intake or circulation equipment to be incorporated into the same organised power distribution area.

The electrical requirements of any equipment connected to these outlets should be checked before use. Equipment requiring dedicated thermostatic, speed or environmental control should still be connected through the appropriate controller where required.

A cleaner approach to multi-light power distribution

As a lighting installation expands, using numerous individual timers and extension leads can quickly make power distribution difficult to organise.

A dedicated MDF timer board provides a clear central point for the main lighting connections and associated equipment. This can make the installation easier to understand, inspect and maintain.

It also means the lighting schedule is controlled from one location, reducing the possibility of individual timers being set to slightly different times.

Installation & electrical planning

A 12-way lighting timer board forms part of a substantial electrical installation. The electrical supply, circuit protection, cabling and connected equipment therefore need to be considered together.

The board should be securely mounted in a suitable dry location and kept protected from irrigation water, spray, condensation and excessive moisture. Sufficient space should be maintained around the board for safe operation, inspection and maintenance.

The electrical supply and installation requirements should be assessed and completed by a suitably qualified electrician.

12 Way + 2 MDF Lighting Timer Board product details

Product type	MDF lighting contactor and timer board
Timed lighting sockets	12
Auxiliary sockets	2
Socket format	UK sockets
Lighting control	Integrated mechanical timer with contactor-controlled switching
Mounting format	MDF board
Primary application	Centralised control of multi-light installations
Typical auxiliary applications	Compatible ventilation fans and supporting environmental equipment
Outer case quantity	4 boards

12 Way + 2 MDF Lighting Timer Board FAQs

What does 12 Way + 2 mean?

The board has 12 sockets for the main timed lighting circuit plus 2 additional auxiliary sockets for compatible supporting equipment such as ventilation fans.

What is the advantage of controlling all the lights from one timer?

A central timer keeps compatible lighting on one common schedule. This avoids having to programme numerous individual timers and reduces the chance of different lights switching at slightly different times.

Why is a contactor used on the timer board?

The contactor performs the electrical switching of the lighting circuit while the timer determines when that switching occurs. This avoids placing the complete multi-light load directly through the timer contacts.

Can the two additional sockets be used for extraction and intake fans?

Compatible extraction, intake or circulation fans are typical applications for the auxiliary sockets. Any separate fan speed or environmental control requirements should still be considered when planning the system.

Does having 12 sockets mean any 12 lights can be connected?

No. Socket count and electrical capacity are different. The connected equipment's running load, starting or inrush characteristics and the capacity of the electrical installation must all be considered.

Can the timer board be used with modern LED plant lighting?

It can be used with compatible LED lighting where the drivers, total connected load and inrush characteristics are suitable for the switching equipment and electrical installation.

Can HID and LED lighting be connected to the same timer board?

Potentially, but the complete electrical characteristics of the connected equipment must be assessed. Different lighting technologies can have very different starting and inrush behaviour even when their stated running wattages are similar.

What happens if one light is unplugged?

The remaining equipment connected to the timed circuit can continue following the common timer schedule. Individual sockets provide separate physical connections while the switching schedule is controlled centrally.

Where should the MDF lighting timer board be mounted?

Mount it securely in a suitable dry location protected from irrigation water, spray, condensation and excessive moisture, while retaining sufficient access for inspection and maintenance.

Why is the board mounted on MDF?

The MDF panel provides a rigid mounting surface that keeps the sockets, timer and switching components together as one organised control assembly.

Does this require professional electrical installation?

The board forms part of a substantial multi-way electrical installation. The available supply, circuit protection, cabling and total connected load should be assessed and the installation completed by a suitably qualified electrician.

How many 12 Way + 2 timer boards are in an outer case?

The outer case quantity is 4 boards.

Plant Lighting

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