Clearance - Lighting – Creation Horticulture

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.

Loadstar 300W Dual Spectrum CFL Lamp - E40 Self-Ballasted Plant Light

£2.50

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The Loadstar 300W Dual Spectrum CFL is a high-output compact fluorescent plant lamp designed to provide a mixed light spectrum suitable for use across vegetative growth and flowering.

Rather than using a spectrum focused primarily on one stage of plant development, the dual spectrum output combines light suited to both vegetative and flowering growth. This makes the lamp a practical option where one CFL is required for use throughout the crop cycle.

The lamp uses a large E40 screw fitting and incorporates its operating electronics within the lamp assembly, so it does not require the separate HID ballast used with conventional HPS or metal halide lamps.

At 300W, this is one of the higher-powered CFL options in the Loadstar range and is suited to propagation, vegetative growth, supplementary lighting and smaller-scale full-cycle plant lighting where CFL technology is preferred.

Why choose the Loadstar 300W Dual Spectrum CFL?

300W CFL plant lamp - high-output compact fluorescent lighting for plant development.
Dual spectrum output - combines light suited to vegetative growth and flowering in a single lamp.
Full-cycle flexibility - avoids changing between separate growth and flowering CFL lamps.
Self-ballasted design - operating electronics are incorporated into the lamp rather than requiring a separate HID ballast.
E40 screw fitting - compatible with suitable E40 CFL lamp holders and reflectors.
Useful for propagation and vegetative growth - provides an alternative to higher-intensity lighting where a CFL solution is preferred.
Suitable for supplementary lighting - can be positioned to provide additional light around an existing lighting installation.
Lower radiant heat than traditional HID lighting - useful where heat management is an important consideration.
Loadstar lighting range - part of the established Loadstar horticultural lighting range.

Dual spectrum light for growth & flowering

Plant lighting requirements change as a crop develops. Blue-weighted light is commonly associated with compact vegetative development, while increased red light is particularly useful during flowering and fruiting.

A dual spectrum CFL combines these requirements into one lamp rather than concentrating almost entirely on either a blue growth spectrum or a red flowering spectrum.

This makes the Loadstar 300W Dual Spectrum CFL particularly convenient where the same lamp is intended to remain in use as plants move from propagation and vegetative development into flowering.

It can also be used as supplementary lighting alongside another suitable primary light source where additional mixed-spectrum light is required.

Self-ballasted CFL technology

The Loadstar 300W is a compact fluorescent lamp with integrated operating electronics. Unlike a conventional HPS or metal halide lamp, it does not require a separate external HID ballast to operate.

This simplifies the lighting arrangement considerably. When fitted to an electrically suitable E40 CFL lamp holder or compatible reflector, the lamp can operate from the appropriate mains-powered holder without a separate ballast positioned elsewhere in the installation.

This distinction is important when selecting equipment. An E40 fitting describes the physical lamp base, but does not mean that every E40 lamp and holder combination is automatically compatible. Always use a holder designed for the electrical requirements and weight of the lamp.

Where can a 300W CFL be used?

The 300W output gives this Loadstar lamp considerably more lighting capacity than smaller propagation CFLs, making it useful across several types of plant-lighting application.

Propagation - for established seedlings and cuttings requiring increased light intensity.
Vegetative development - mixed-spectrum lighting for developing foliage and plant structure.
Flowering - the dual spectrum includes light suited to the reproductive stage of plant development.
Supplementary lighting - useful for adding light around areas receiving less illumination from the main fixture.
Smaller plant-lighting areas - can provide a straightforward self-ballasted lighting option where a larger HID system is unnecessary.

Positioning a 300W CFL lamp

CFL lamps generally produce less intense radiant heat than traditional HID lamps, allowing them to be used effectively in applications where managing heat is important.

However, a 300W CFL still produces heat and requires suitable clearance and airflow. Lamp-to-canopy distance should therefore be determined by observing plant response, light coverage and temperature rather than assuming the lamp can be positioned extremely close to foliage.

When used with a reflector, position the lamp to achieve an even spread across the intended plant area. When used as supplementary lighting, the lamp can be positioned to increase illumination in areas that receive less light from the primary fixture.

Installation & lamp handling

Use a compatible E40 lamp holder suitable for the lamp.
Support the lamp and holder securely due to the size and weight of high-output CFL lamps.
Disconnect the electrical supply before fitting or removing the lamp.
Allow the lamp to cool before handling after operation.
Keep the lamp and electrical connections protected from water and irrigation spray.
Maintain suitable airflow and clearance around the lamp.
Do not operate a lamp with damaged glass tubes, base or electrical components.
Handle the fluorescent tubes carefully when installing or removing the lamp.

Loadstar 300W Dual Spectrum CFL product details

Brand	Loadstar
Product type	Compact fluorescent plant lamp
Power	300W
Spectrum	Dual spectrum
Lamp fitting	E40 screw fitting
Ballast arrangement	Self-ballasted / integrated operating electronics
Suitable crop stages	Propagation, vegetative growth and flowering
Typical applications	Full-cycle and supplementary plant lighting
Outer case quantity	10 lamps

Loadstar 300W Dual Spectrum CFL FAQs

What does dual spectrum mean on a CFL lamp?

Dual spectrum means the lamp combines light suited to vegetative development with light suited to flowering, allowing one lamp to be used across different stages of plant growth.

Does the Loadstar 300W CFL need a separate ballast?

No separate HID ballast is required. The CFL incorporates its operating electronics into the lamp assembly and should be fitted to a suitable E40 CFL lamp holder.

What lamp fitting does the 300W Loadstar CFL use?

It uses an E40 large Edison screw fitting. Check that the lamp holder is designed for a high-output CFL of this type before installation.

Can I use the same lamp for vegetative growth and flowering?

Yes. That is the main advantage of the dual spectrum version. Its mixed output allows the same lamp to remain in use as plants progress from vegetative development into flowering.

How is this different from the Loadstar Blue Spectrum CFL?

A blue-spectrum CFL is primarily intended for propagation and vegetative development. The dual spectrum version provides a broader balance suited to both vegetative and flowering stages.

Can this lamp be used for supplementary plant lighting?

Yes. A CFL can be positioned to supplement an existing lighting system, particularly where additional light is required around the edges or lower-intensity areas of the main lighting footprint.

Can I use the 300W CFL with a reflector?

Yes, provided the reflector has a suitable E40 lamp holder and is designed to accommodate the physical size, weight and electrical requirements of the lamp.

Can it be used with a hanging E40 CFL lamp holder?

Yes, where the holder is electrically suitable for the lamp and provides secure mechanical support. The lamp should never be suspended by the electrical cable itself.

Does a 300W CFL still produce heat?

Yes. Although CFL technology generally produces less intense radiant heat than traditional HID lighting, a 300W lamp still generates significant heat and requires suitable clearance and airflow.

How close should a 300W CFL be to plants?

There is no single correct distance for every installation. Positioning depends on the reflector or holder, plant stage, environmental temperature and plant response. Adjust the height to achieve useful light coverage without causing heat or light stress.

How should a used CFL lamp be disposed of?

Fluorescent lamps require appropriate disposal because they contain materials that should not be placed in normal household or commercial general waste. Use an appropriate lamp recycling or WEEE disposal route.

How many Loadstar 300W Dual Spectrum CFL lamps are in an outer case?

The outer case quantity is 10 lamps.

Philips MASTER GreenPower Xtra 1000W EL DE - 2150µmol/s Double-Ended HPS Lamp

£43.75

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The Philips MASTER GreenPower Xtra 1000W EL DE is a professional double-ended high-pressure sodium (HPS) lamp developed for high-output horticultural lighting, delivering an initial photon flux of approximately 2150µmol/s.

Designed for use with suitable high-frequency electronic control gear, the GreenPower Xtra combines very high plant-light output with strong output maintenance over its operating life. Philips developed the Xtra generation specifically to improve growth-light performance and maintenance in professional crop-production environments.

The lamp uses a K12x30s double-ended base and operates horizontally in compatible 1000W DE fixtures. Its clear tubular construction minimises obstruction between the arc tube and reflector, while the double-ended design allows accurate positioning within compatible optical systems.

With a 2000K colour temperature and the characteristic red-rich output of horticultural HPS technology, the lamp is particularly suited to high-intensity flowering and fruiting applications as well as commercial supplementary lighting.

Why choose the Philips MASTER GreenPower Xtra 1000W?

Approximately 2150µmol/s initial photon flux - very high plant-light output for intensive horticultural applications.
Professional 1000W HPS technology - designed for high-output crop lighting.
Double-ended construction - designed for compatible DE fixtures using K12x30s lamp holders.
High-frequency electronic operation - developed for compatible electronic control gear.
Excellent output maintenance - engineered to retain a high proportion of its plant-light output through its rated operating period.
2000K colour temperature - provides the red-rich spectrum associated with high-pressure sodium horticultural lighting.
Clear T40 outer bulb - compact tubular construction designed for efficient use within compatible reflectors.
Dimmable - suitable for dimming when operated with compatible control gear and within the manufacturer's operating requirements.
Philips professional horticultural lamp - developed specifically for crop-lighting applications rather than general-purpose illumination.

2150µmol/s high-output horticultural lighting

For plant lighting, photon output is a much more useful performance measure than simply comparing lamps by visible brightness. The Philips MASTER GreenPower Xtra produces an initial photon flux of approximately 2150µmol/s, placing it firmly within professional high-intensity horticultural lighting.

This high photon output allows suitable fixtures to deliver substantial photosynthetically active light over the crop area. Actual PPFD at canopy level will depend on the fixture, reflector, mounting height, spacing, room geometry and overall lighting layout.

For commercial installations, fixture spacing and mounting height should therefore be determined from an appropriate lighting plan rather than lamp wattage alone.

Designed for strong light-output maintenance

Initial output is only part of the performance of a professional horticultural lamp. As discharge lamps accumulate operating hours, their output gradually declines.

Philips designed the GreenPower Xtra range to provide strong growth-light maintenance over its service period. Published Philips horticultural data specifies an initial photon flux of approximately 2150µmol/s and a maintained value of approximately 2040µmol/s after 10,000 operating hours.

This high level of output retention is particularly valuable in professional crop production, where declining lamp performance can gradually reduce the amount of light reaching the crop even though the lamps continue to operate normally.

2000K HPS spectrum for flowering & fruiting crops

The MASTER GreenPower Xtra has a nominal colour temperature of 2000K, producing the warm, red-rich spectral profile characteristic of horticultural high-pressure sodium lighting.

HPS remains particularly effective for flowering and fruiting crops and is also widely used as high-intensity supplementary lighting in professional greenhouse production.

Where spectral balance is an important part of the crop strategy, the HPS output can also be considered alongside natural daylight or other artificial lighting technologies within the overall lighting design.

Double-ended K12x30s lamp design

Unlike a conventional single-ended HPS lamp, the GreenPower Xtra is supported and electrically connected at both ends using a K12x30s double-ended base.

This construction allows the lamp to sit horizontally within a compatible reflector and removes the need for the internal return-frame arrangement associated with many traditional single-ended HID lamps.

The lamp must only be used in a fixture specifically designed for the correct double-ended lamp format and electrical operating requirements. It is not interchangeable with a conventional E40 screw-fit HPS lamp.

Requires compatible electronic control gear

The MASTER GreenPower Xtra 1000W EL is designed for operation with compatible high-frequency electronic control gear. The lamp cannot be connected directly to the mains supply.

Correct matching between the lamp, electronic ballast and fixture is essential. The ballast must provide the electrical operating characteristics required by this specific lamp type.

Do not assume that any ballast labelled simply as 1000W is suitable. Compatibility should be confirmed against the ballast or fixture manufacturer's specifications before installation.

Operating position & heat management

Philips specifies this lamp for parallel or horizontal operation. It should therefore be installed in a compatible fixture that maintains the correct lamp orientation.

A 1000W HPS system produces substantial radiant and convective heat. Appropriate fixture clearance, air movement and environmental control are essential when designing the installation.

The lamp and fixture become extremely hot during operation. Allow adequate cooling time before handling, servicing or replacing the lamp.

Philips MASTER GreenPower Xtra 1000W EL DE product details

Brand	Philips
Product range	MASTER GreenPower Xtra
Lamp technology	High-pressure sodium (HPS)
Nominal lamp class	1000W
Published power consumption	1020W
Initial photon flux	Approximately 2150µmol/s
Maintained photon flux	Approximately 2040µmol/s at 10,000 operating hours
Colour temperature	2000K
Cap / base	K12x30s double-ended
Bulb shape	T40 clear tubular
Operating position	Parallel / horizontal
Dimmable	Yes, with compatible control gear and within manufacturer operating requirements
Control gear	Compatible high-frequency electronic ballast required
Rated operating life	10,000 hours
Typical application	High-intensity professional horticultural and greenhouse crop lighting

Philips MASTER GreenPower Xtra 1000W FAQs

What is the light output of the Philips GreenPower Xtra 1000W?

Philips specifies an initial horticultural photon flux of approximately 2150µmol/s, making it a very high-output HPS lamp for professional crop lighting.

How well does the GreenPower Xtra maintain its output?

Published Philips horticultural data gives an initial output of approximately 2150µmol/s and around 2040µmol/s after 10,000 operating hours, demonstrating strong photon-output maintenance over its rated life.

Is this a double-ended HPS lamp?

Yes. It uses a K12x30s double-ended base and must be installed in a compatible double-ended horticultural fixture.

Will this lamp fit an E40 reflector?

No. An E40 reflector uses a large screw-type lamp holder. This Philips lamp uses a K12x30s double-ended fitting and requires the appropriate DE fixture.

Does the lamp need a ballast?

Yes. The lamp requires compatible high-frequency electronic control gear and must not be connected directly to the mains supply.

Can I use any 1000W electronic ballast?

Not automatically. Ballast compatibility depends on the electrical operating requirements of the lamp. Confirm that the specific ballast or fixture is approved for this type of Philips 1000W EL double-ended lamp.

What does 2000K mean for plant lighting?

2000K describes the lamp's warm colour temperature. The resulting HPS spectrum is strongly weighted towards yellow, orange and red wavelengths and is widely used for flowering, fruiting and supplementary greenhouse lighting.

Can the Philips GreenPower Xtra 1000W be dimmed?

Philips lists the lamp as dimmable. Dimming must be carried out using compatible electronic control gear and within the operating limits specified for the lamp and ballast combination.

Why is photon flux measured in µmol/s rather than lumens?

Lumens describe light according to human visual sensitivity. Photon flux expressed in µmol/s is more relevant to horticultural lighting because it quantifies the photosynthetically active photons produced by the light source.

Can the lamp be mounted vertically?

Philips specifies parallel or horizontal operation for this lamp. It should be installed in a compatible fixture that maintains the required operating position.

When should a horticultural HPS lamp be replaced?

A discharge lamp can continue operating after its useful plant-light output has begun to decline. Professional installations commonly manage replacement according to operating hours and measured light performance rather than waiting for the lamp to fail completely.

How should a used Philips HPS lamp be disposed of?

HID lamps contain materials including mercury and require appropriate lamp recycling rather than disposal with general waste. If a lamp breaks, follow Philips' handling guidance and use an appropriate recycling or hazardous-lamp waste route.

Loadstar Pro 600W Dual Spectrum HPS Lamp - Full-Cycle Plant Growth & Flowering Bulb

£6.85

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The Loadstar Pro 600W Dual Spectrum HPS Lamp is a cost-effective high-intensity discharge lamp designed to provide useful light for both vegetative growth and flowering from a single 600W bulb.

Unlike a conventional flowering-focused HPS lamp, the Loadstar Pro uses a dual-spectrum output that supplements the characteristic red and orange HPS spectrum with additional blue light. This gives plants a broader spectrum and allows the same lamp to be used throughout the main growth and flowering stages.

The Loadstar Pro is designed for use with compatible 600W HID lighting equipment and is suitable as a replacement lamp for existing 600W HPS systems or as part of a new 600W lighting installation.

It provides a straightforward option for growers who want the proven intensity of 600W HID lighting without changing between separate vegetative and flowering lamps.

Why choose the Loadstar Pro 600W Dual Spectrum Lamp?

600W HPS lamp - designed for compatible 600W HID lighting systems.
Dual-spectrum output - combines the strong red/orange output associated with HPS lighting with additional blue-spectrum light.
Suitable for vegetative growth - the additional blue component makes the lamp more versatile than a conventional flowering-focused HPS bulb.
Suitable for flowering - retains the strong warm-spectrum output for which HPS lighting is widely used.
One lamp for multiple crop stages - reduces the need to change between separate growth and flowering lamps.
High-intensity lighting - suitable for applications requiring the concentrated output of a 600W HID system.
Replacement lamp option - ideal for replacing an ageing lamp in a compatible 600W HPS lighting system.
Established HID technology - suitable for growers operating existing reflector and ballast-based lighting installations.

Dual spectrum for growth & flowering

Standard high-pressure sodium lamps are particularly strong in the warmer red and orange areas of the spectrum. This makes HPS technology particularly useful during flowering and fruiting, but a conventional HPS spectrum is less balanced towards blue wavelengths.

A dual-spectrum HPS lamp introduces additional blue light while retaining the strong warm-spectrum characteristics of HPS. The result is a more versatile lamp that can support vegetative development as well as flowering and fruiting.

For growers who prefer to run one type of HID lamp throughout the crop cycle, this avoids the need to swap between a separate metal halide growth lamp and HPS flowering lamp.

Suitable applications

Vegetative plant growth
Flowering and fruiting crops
Controlled-environment horticulture
Indoor plant production
Existing 600W HPS lighting installations
Replacement of ageing compatible 600W HID lamps

Using the Loadstar Pro 600W lamp

The Loadstar Pro must be operated with a suitable 600W HID ballast and compatible reflector or lamp holder. The ballast regulates the electrical supply required to start and operate the HID lamp correctly.

Always switch off and isolate the lighting system before fitting, removing or inspecting the lamp. Allow the lamp and reflector to cool fully before handling, as HID lamps and surrounding lighting equipment can become extremely hot during operation.

Ensure the lamp is securely fitted and use only equipment rated for the lamp type and wattage. HID lamps should not be connected directly to the mains without the appropriate ballast.

Replacing older HPS lamps

HID lamps gradually lose useful light output as they age, even when the lamp continues to illuminate normally. This means an older lamp can appear to be working while providing less effective light than when it was new.

Replacing ageing lamps is therefore an important part of maintaining an established HID lighting installation. The Loadstar Pro provides a cost-effective replacement for compatible 600W systems while retaining dual-spectrum operation across both vegetative and flowering stages.

Loadstar Pro 600W product details

Brand	Loadstar
Range	Loadstar Pro
Product type	Dual-spectrum HPS lamp
Lamp technology	High Pressure Sodium (HPS)
Power	600W
Spectrum	Dual spectrum
Suitable crop stages	Vegetative growth, flowering & fruiting
Ballast required	Yes - compatible 600W HID ballast required
Typical use	Plant lighting, controlled-environment horticulture & replacement lamp for compatible 600W HPS systems
Outer case quantity	25 lamps

Loadstar Pro 600W Dual Spectrum Lamp FAQs

What type of lamp is the Loadstar Pro 600W?

It is a 600W dual-spectrum High Pressure Sodium (HPS) lamp designed for plant lighting applications.

What does dual spectrum mean?

A dual-spectrum HPS lamp supplements the strong red and orange output associated with HPS technology with additional blue light, producing a more versatile spectrum for different stages of plant development.

Can I use the Loadstar Pro 600W for vegetative growth?

Yes. The additional blue component of its dual-spectrum output makes the lamp suitable for vegetative growth as well as later crop stages.

Can I use it for flowering and fruiting?

Yes. The Loadstar Pro retains the strong warm-spectrum output associated with HPS lighting and is suitable for flowering and fruiting crops.

Can I use the same lamp throughout the crop cycle?

Yes. One of the main advantages of a dual-spectrum HPS lamp is its ability to provide useful light for both vegetative and flowering stages without changing between separate growth and bloom lamps.

Does the Loadstar Pro 600W need a ballast?

Yes. This is an HID lamp and requires a compatible 600W ballast to start and regulate the lamp correctly.

Can I connect this 600W HPS bulb directly to the mains?

No. A suitable HID ballast and compatible lighting equipment are required. Never connect an HID lamp directly to a mains electrical supply.

Will it work with a 600W digital ballast?

It is designed for compatible 600W HPS lighting systems. Always confirm that the individual ballast is rated for the lamp type and 600W operating power before use.

Can it replace an existing 600W HPS lamp?

Yes, provided the existing ballast, reflector and lamp holder are compatible with this type of 600W HPS lamp.

Is this a metal halide lamp?

No. The Loadstar Pro is a dual-spectrum HPS lamp. Its spectrum contains an additional blue component for improved versatility, but it is not a metal halide lamp.

Does an HPS lamp lose output as it gets older?

Yes. HID lamps gradually lose useful light output with operating time, so an older lamp can continue illuminating while producing less effective plant light than it did when new.

Does a 600W HPS lamp produce heat?

Yes. HID lighting produces substantial heat during operation. Appropriate ventilation, clearance and temperature management should be considered when designing the lighting installation.

Is the Loadstar Pro supplied as a complete lighting system?

No. This product is the 600W dual-spectrum lamp. A compatible ballast, reflector, lamp holder and associated electrical equipment are required to form a complete lighting system.

How many Loadstar Pro 600W lamps are in an outer case?

The outer case quantity for this SKU is 25 lamps.

Loadstar Pro 1000W SE HPS Lamp - Single-Ended High Output Flowering Lamp

£5.00

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The Loadstar Pro 1000W SE HPS Lamp is a high-output single-ended high-pressure sodium lamp designed primarily for the flowering and fruiting stages of plant development.

Producing the predominantly red and yellow light associated with traditional HPS technology, this 1000W lamp is designed for applications where powerful flowering illumination and a large usable lighting footprint are required.

The single-ended (SE) format is designed for compatible 1000W SE reflectors and lighting systems, distinguishing it from the Loadstar Pro 1000W DE lamp used in double-ended fixtures.

As a high-intensity discharge lamp, the Loadstar Pro requires a compatible 1000W ballast to operate and cannot be connected directly to the mains supply.

Why choose the Loadstar Pro 1000W SE HPS Lamp?

1000W HPS lamp - high-intensity lighting for larger plant-lighting installations.
Single-ended design - designed for compatible 1000W SE lighting systems and reflectors.
Flowering-focused spectrum - predominantly red and yellow output suited to flowering and fruiting crops.
High light output - intended for applications requiring considerably greater intensity than lower-wattage HID lamps.
Large-area lighting potential - suitable for appropriately designed installations requiring a substantial lighting footprint.
Compatible with suitable digital ballasts - designed to operate with correctly matched 1000W SE HPS control gear.
Established HPS technology - a proven approach to high-intensity flowering and supplementary crop lighting.
Loadstar Pro range - designed as part of Loadstar's high-output horticultural lighting system.

Red-rich HPS spectrum for flowering & fruiting

The Loadstar Pro 1000W SE produces the predominantly red and yellow spectral output characteristic of high-pressure sodium lighting.

This spectral balance makes the lamp particularly suited to flowering and fruiting applications, where high-intensity red-rich lighting can support strong reproductive growth.

The lamp can also form part of a broader crop-lighting strategy where HPS is combined with natural daylight or other artificial light sources.

High-output 1000W plant lighting

At 1000W, the Loadstar Pro is intended for significantly larger and higher-intensity applications than conventional 250W, 400W or 600W HPS systems.

The increased power allows a suitable reflector to distribute substantial light across a larger crop area, although actual canopy intensity depends on the reflector, mounting height, spacing and surrounding environment.

Higher wattage should not automatically be treated as better for every installation. A 1000W HPS lamp is most effective where the available area, mounting height, ventilation and environmental control are appropriate for its output.

What does SE mean?

SE stands for single-ended. The lamp's electrical and mechanical connection is located at one end, allowing it to fit a compatible single-ended reflector or lamp holder.

This is different from a DE or double-ended HPS lamp, which is supported and connected at both ends and requires a completely different type of fixture.

The Loadstar Pro 1000W SE should therefore only be used with equipment specifically suitable for a 1000W single-ended HPS lamp.

Requires a compatible 1000W ballast

High-pressure sodium lamps require dedicated control gear to start the lamp and regulate its operation. The Loadstar Pro 1000W SE therefore cannot be connected directly to the mains supply.

Use a compatible 1000W ballast designed to operate single-ended HPS lamps. Loadstar also produces a 1000W SE digital ballast specifically intended for single-ended 1000W lighting systems.

Where a ballast provides adjustable output settings, follow the ballast and lamp manufacturers' operating requirements. Do not assume that every ballast carrying a 1000W rating is automatically compatible with every 1000W lamp.

Heat management & positioning

A 1000W HPS lamp produces a substantial amount of heat as well as high-intensity light. Appropriate ventilation and environmental management are therefore essential.

Mounting height should be selected according to the reflector, crop, environmental temperature and measured or observed light intensity. Adequate clearance should always be maintained between the lamp, reflector, plants and surrounding materials.

The lamp and reflector become extremely hot during operation. Always switch the lighting system off and allow sufficient cooling time before handling, servicing or replacing the lamp.

Loadstar Pro 1000W SE HPS Lamp product details

Brand	Loadstar
Range	Loadstar Pro
Product type	High-pressure sodium horticultural lamp
Lamp power	1000W
Lamp format	Single-ended (SE)
Light spectrum	Predominantly red and yellow
Primary crop stage	Flowering and fruiting
Control gear	Compatible 1000W SE HPS ballast required
Direct mains operation	No
Fixture requirement	Compatible single-ended 1000W reflector / lamp holder
Typical application	High-intensity flowering, fruiting and supplementary crop lighting

Loadstar Pro 1000W SE HPS Lamp FAQs

What is the Loadstar Pro 1000W SE HPS lamp primarily designed for?

Its predominantly red and yellow HPS spectrum makes it particularly suited to high-intensity flowering and fruiting applications.

What does SE mean on the Loadstar 1000W lamp?

SE means single-ended. The lamp connects to the lighting fixture at one end, unlike a double-ended lamp that is supported and electrically connected at both ends.

Is this the same as the Loadstar Pro 1000W DE lamp?

No. The SE and DE versions use different lamp and fixture formats. This product is the single-ended version and requires compatible SE equipment.

Does the Loadstar 1000W SE lamp need a ballast?

Yes. HPS lamps require suitable control gear for starting and operation. This lamp requires a compatible 1000W ballast designed for single-ended HPS lighting.

Can I plug the lamp directly into the mains?

No. The lamp must be operated through suitable HPS control gear and a compatible reflector or lamp holder. It must not be connected directly to the mains supply.

Can I use it with the Loadstar 1000W SE digital ballast?

The Loadstar 1000W SE digital ballast is designed to operate single-ended 1000W lamps, making it the corresponding type of control gear for an SE lighting system. Always confirm the complete lamp, ballast and reflector configuration before installation.

Is this a dual spectrum lamp?

This particular Loadstar Pro 1000W SE lamp is described as producing predominantly red and yellow light and is primarily positioned as a flowering HPS lamp, rather than the separate Loadstar dual spectrum lamp range.

Can a 1000W HPS lamp cover more area than a 600W lamp?

A 1000W system provides substantially greater lamp power and can be used for larger high-intensity lighting footprints. Actual coverage depends on the reflector, mounting height, layout and required canopy light level rather than wattage alone.

Does a 1000W HPS lamp produce a lot of heat?

Yes. A 1000W HPS lighting system produces substantial heat, so adequate ventilation, clearance and environmental control should form part of the installation design.

Can I put this lamp into a double-ended reflector?

No. Single-ended and double-ended lamps use different mounting systems. This lamp requires a compatible single-ended reflector and lamp holder.

How should the lamp be handled after use?

Switch off the lighting system and allow the lamp and reflector to cool fully before touching or servicing them. HID lamps operate at very high temperatures during use.

How should an old HPS lamp be disposed of?

HID lamps should be handled through an appropriate lamp recycling or WEEE waste route rather than being placed in general waste.

Loadstar 250W Dual Spectrum HPS Lamp - Full-Cycle Plant Growth & Flowering Bulb

£1.00

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The Loadstar 250W Dual Spectrum Lamp is a high-pressure sodium plant lamp designed to provide a broader spectrum for both vegetative growth and flowering, making it a versatile choice for smaller HID lighting systems.

Unlike a conventional flowering-focused HPS lamp, a dual spectrum lamp supplements the strong red and orange output associated with sodium lighting with additional light in the blue region of the spectrum. This creates a more balanced output for use across multiple stages of plant development.

At 250W, the Loadstar offers a lower-power alternative to larger 400W and 600W HID systems. It is particularly useful where a compact lighting footprint is required or where the heat and power consumption of a larger HID lamp would be unnecessary.

The lamp requires a compatible 250W ballast and suitable HID reflector. It is not a self-ballasted lamp and must not be connected directly to the mains supply.

Why choose the Loadstar 250W Dual Spectrum Lamp?

250W dual spectrum lamp - designed for smaller HID plant-lighting systems.
Suitable for growth and flowering - broader spectral output allows one lamp to be used across different crop stages.
Red-rich HPS output - provides the strong red and orange wavelengths associated with flowering and fruiting.
Additional blue output - improves suitability for vegetative plant development compared with a flowering-focused HPS lamp.
Full-cycle flexibility - reduces the need to swap between separate vegetative and flowering lamps.
Lower-power HID option - useful where a 400W, 600W or 1000W lighting system would be unnecessarily powerful.
Compact lighting applications - well suited to smaller crop areas and supplementary lighting.
Compatible with appropriate 250W control gear - can be paired with a suitable 250W HPS or dual-spectrum ballast and reflector system.

Dual spectrum light for vegetative growth & flowering

Traditional high-pressure sodium lamps are particularly strong in the red, orange and yellow regions of the spectrum. This makes them highly effective during flowering and fruiting, but less balanced than some other light sources for vegetative development.

The Loadstar Dual Spectrum lamp broadens this output by providing additional blue light alongside the characteristic red-rich HPS spectrum.

The result is a more versatile lamp that can remain in use as plants move from vegetative development into flowering, rather than requiring a separate metal halide or blue-spectrum lamp for the earlier growth stage.

Where is a 250W dual spectrum lamp useful?

A 250W HID system occupies a useful position between lower-output propagation lighting and substantially more powerful 400W, 600W and 1000W systems.

Vegetative plant development - additional blue-spectrum output supports use during active foliage and structural growth.
Flowering and fruiting - the strong red-rich HPS component makes the lamp particularly useful during reproductive growth.
Full-cycle lighting - one compatible lamp can remain in use across multiple crop stages.
Smaller crop areas - 250W can be more appropriate where the intensity and heat of a larger HID installation are not required.
Supplementary lighting - can be incorporated where additional mixed-spectrum illumination is required.

Requires a compatible 250W ballast

The Loadstar 250W Dual Spectrum Lamp is an HID discharge lamp and therefore requires suitable control gear to start the lamp and regulate its electrical operation.

A compatible 250W ballast must be installed between the mains supply and lamp. The lamp must not be connected directly to the mains.

Loadstar produces a 250W magnetic ballast, while suitable multi-wattage digital ballasts may also support 250W sodium and dual spectrum lamps. Always confirm compatibility with the specific ballast before installation.

Pair with a suitable HID reflector

The reflector has a major influence on how effectively the lamp's output is distributed across the crop. A suitable reflector directs light that would otherwise travel upwards or sideways back towards the plant canopy.

Reflector shape, mounting height and positioning all affect the resulting lighting footprint. For the most uniform coverage, position the fixture centrally over the intended area and adjust its height according to crop response and environmental conditions.

Heat management & lamp positioning

Although a 250W HPS lamp produces less heat than higher-powered HID lamps, it still operates at a very high temperature and requires appropriate ventilation and clearance.

Lamp-to-canopy distance should be selected according to the reflector, environmental temperature, crop stage and plant response. Avoid positioning the lamp so close that foliage experiences excessive heat or light stress.

The lamp and reflector become extremely hot during operation. Always switch off the ballast and allow the system to cool fully before handling or carrying out maintenance.

Loadstar 250W Dual Spectrum Lamp product details

Brand	Loadstar
Product type	Dual spectrum HID plant lamp
Lamp technology	High-pressure sodium (HPS)
Power	250W
Spectrum	Dual spectrum
Primary spectral characteristics	Red-rich HPS output with additional blue-spectrum light
Suitable crop stages	Vegetative growth, flowering and fruiting
Ballast required	Yes - compatible 250W control gear required
Direct mains operation	No
Typical application	Full-cycle and supplementary plant lighting

Loadstar 250W Dual Spectrum Lamp FAQs

What does dual spectrum mean?

A dual spectrum lamp combines the strong red-rich output associated with HPS lighting with additional blue light, creating a broader spectrum suitable for more than one stage of plant development.

Can the Loadstar 250W Dual Spectrum Lamp be used for vegetative growth?

Yes. The additional blue component makes a dual spectrum lamp more suitable for vegetative development than a conventional flowering-focused HPS lamp.

Is the lamp suitable for flowering?

Yes. The lamp retains the strong red, orange and yellow output characteristic of HPS technology, making flowering and fruiting key applications.

Does this lamp need a separate ballast?

Yes. The Loadstar 250W Dual Spectrum Lamp requires compatible 250W control gear. It is not self-ballasted and must not be connected directly to the mains supply.

Can it be used with a digital ballast?

Yes, provided the digital ballast is specifically compatible with 250W sodium or dual spectrum lamps. Some multi-wattage digital ballasts include a dedicated 250W setting.

Can I use the same lamp from vegetative growth through flowering?

Yes. Full-cycle use is one of the main reasons for choosing a dual spectrum lamp, as it removes the need to change between separate vegetative and flowering lamps.

Why choose 250W instead of a 600W HPS lamp?

A 250W system is better suited to smaller lighting areas or installations where the additional light output, electrical demand and heat generated by a 600W system are unnecessary.

Can the lamp be used without a reflector?

A compatible reflector is normally recommended because it redirects otherwise wasted light towards the crop and helps create a more useful lighting footprint.

Does a 250W HPS lamp produce much heat?

Yes. It produces less total heat than higher-powered HID lamps, but the lamp itself still operates at a very high temperature. Suitable ventilation, clearance and safe handling remain essential.

How do I know when an HPS lamp needs replacing?

HID lamps gradually lose useful light output as they accumulate operating hours. Replacement is best based on operating time, visible lamp condition and measured lighting performance rather than waiting for complete lamp failure.

Can a 250W lamp be run at a higher ballast setting?

Only operate the lamp at settings specifically approved for the lamp and ballast combination. Do not run a 250W lamp at a higher output simply because a multi-wattage ballast offers higher settings.

How should a used HPS lamp be disposed of?

HID lamps should be sent through an appropriate lamp recycling or WEEE waste route rather than being disposed of with general waste.

Adjust-A-Wings Hellion 630W 4200K DE CMH Lamp - Full Spectrum Ceramic Metal Halide

£25.00

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The Adjust-A-Wings Hellion 630W 4200K DE CMH Lamp is a professional double-ended ceramic metal halide lamp delivering approximately 1210µmol/s of broad-spectrum plant light with a high CRI of approximately 97.

Developed specifically for high-performance plant lighting, the 4200K version produces a broad, daylight-style spectrum with a substantial blue component alongside useful red and far-red wavelengths. This makes it particularly well suited to propagation, vegetative development, mother plants and mixed-spectrum lighting installations.

Unlike conventional HPS lighting, CMH technology produces a much broader spectral distribution. Adjust-A-Wings developed its DE-CMH lamps using Japanese ceramic arc-tube technology to provide high output, excellent colour quality and a spectrum designed specifically around plant development.

This is a 630W double-ended CMH lamp and requires a compatible 630W DE-CMH fixture and suitable low-frequency electronic control gear. It is not interchangeable with standard HPS, metal halide or E40 lamps simply because they share a similar wattage.

Why choose the Adjust-A-Wings 630W 4200K DE-CMH Lamp?

630W DE-CMH technology - high-output ceramic metal halide lighting developed for professional plant production.
4200K daylight spectrum - blue-rich broad-spectrum output particularly suited to vegetative development and supplementary lighting.
Approximately 1210µmol/s PPF - strong photosynthetic photon output from a 630W discharge lamp.
Approximately 1.92µmol/J efficacy - efficient conversion of electrical power into photosynthetically useful light.
High CRI of approximately 97 - exceptionally broad visible spectral reproduction compared with conventional HPS lighting.
Double-ended construction - designed for compatible Adjust-A-Wings Hellion and other correctly specified DE-CMH fixtures.
Japanese ceramic arc-tube technology - engineered for high output, spectrum quality and lamp performance.
Useful UV and far-red output - contributes to the broad spectral profile associated with CMH technology.
Excellent mixed-spectrum option - particularly useful alongside warmer DE-HPS lighting where a broader combined spectrum is required.

4200K broad-spectrum CMH lighting

The 4200K version of the Adjust-A-Wings 630W DE-CMH is designed around a cooler, daylight-style spectrum with considerably more blue light than a conventional HPS lamp.

This makes it particularly useful during propagation and vegetative development, where strong blue-spectrum availability can support compact, controlled plant structure and vigorous foliage development.

The output is not limited to blue wavelengths. CMH technology provides a broad spectral distribution extending across the visible spectrum and into useful UV and far-red regions, producing a much more balanced light profile than conventional sodium lighting.

Approximately 1210µmol/s photon output

The 4200K Adjust-A-Wings 630W DE-CMH produces approximately 1210µmol/s of photosynthetic photon flux, equivalent to an efficacy of approximately 1.92µmol/J.

PPF measures the total quantity of photosynthetically active photons produced by the lamp each second. For plant lighting, this provides a more meaningful indication of output than lumens, which are weighted according to human vision.

The amount of light ultimately reaching the crop as PPFD will depend on the reflector, fixture geometry, mounting height, spacing and overall lighting layout.

High CRI broad-spectrum output

With a colour rendering index of approximately CRI 97, the 4200K DE-CMH provides a much broader visible spectrum than traditional HPS lighting.

Plants under the lamp therefore appear considerably more natural in colour, making visual inspection easier while also reflecting the broader spectral distribution produced by the ceramic metal halide arc tube.

CRI itself is a human-vision measurement rather than a measure of plant-light efficiency, so it should be considered alongside PPF, spectrum and crop requirements rather than used as a standalone horticultural performance figure.

Ideal for mixed-spectrum lighting

Adjust-A-Wings specifically positions its 4200K DE-CMH technology as a strong partner for DE-HPS lighting in mixed-spectrum installations.

HPS provides powerful yellow, orange and red output, while the 4200K CMH contributes substantially more blue alongside its broader spectrum. Combining the technologies can therefore create a more balanced overall spectral profile than either source provides alone.

The lamp can also be used independently where its cooler broad-spectrum output is appropriate for the crop and lighting strategy.

Requires dedicated 630W DE-CMH control gear

The Adjust-A-Wings 630W DE-CMH is a specialist discharge lamp and must be operated with compatible 630W DE-CMH control gear.

Adjust-A-Wings developed dedicated low-frequency square-wave electronic control gear for its 630W CMH system. Correct ballast matching is important for lamp starting, stable operation, spectral performance and service life.

Do not connect the lamp directly to the mains and do not assume that a 600W, 630W or adjustable HPS ballast is suitable. Only use control gear specifically approved for the lamp type.

Lamp life & output maintenance

Adjust-A-Wings recommends replacing its 630W DE-CMH lamps according to accumulated operating time and lighting performance rather than waiting for complete lamp failure.

For installations operating around 18 hours per day, the manufacturer recommends replacement approximately every 12-18 months. Lamp output gradually declines with operating hours even though the lamp may continue to illuminate normally.

When commissioning a new lamp, Adjust-A-Wings recommends operating it at full rated power for its first 24 hours to season the lamp before using any compatible dimming function.

Installation & handling

Use only in a compatible 630W double-ended CMH fixture.
Use correctly matched CMH electronic control gear.
Disconnect the complete lighting system before installing or removing the lamp.
Allow the lamp and fixture to cool fully before handling.
Do not touch or operate a lamp with damaged outer glass or electrical contacts.
Ensure both ends of the lamp are correctly seated in the fixture before operation.
Maintain appropriate ventilation and clearance around the fixture.
Keep electrical components protected from irrigation water and excessive moisture.

Adjust-A-Wings 630W 4200K DE-CMH Lamp product details

Brand	Adjust-A-Wings
Range	Hellion
Lamp technology	Ceramic metal halide (CMH / CDM)
Power	630W
Lamp format	Double-ended (DE)
Colour temperature	4200K
Photon flux	Approximately 1210µmol/s
Photon efficacy	Approximately 1.92µmol/J
Colour rendering	Approximately CRI 97
Spectrum	Broad daylight spectrum with strong blue content and useful UV and far-red output
Arc tube	Japanese ceramic arc-tube technology
Control gear	Compatible 630W DE-CMH electronic ballast required
Direct mains operation	No
Typical applications	Propagation, vegetative development, mother plants, full-cycle and mixed-spectrum lighting

Adjust-A-Wings 630W 4200K DE-CMH FAQs

What is the difference between CMH and HPS lighting?

CMH produces a much broader spectrum with substantially more blue light and excellent colour rendering. HPS is more heavily weighted towards yellow, orange and red wavelengths. Both technologies can be useful independently or together depending on the lighting strategy.

What does 4200K mean?

4200K describes the lamp's colour temperature. It produces a cooler, daylight-style appearance with a strong blue component, making this version particularly useful for vegetative development and supplementary lighting.

What is the PPF of the 630W 4200K lamp?

The 4200K version produces approximately 1210µmol/s of photosynthetic photon flux at its rated 630W output.

Can the 4200K CMH lamp be used for flowering?

Yes. Its broad spectrum can support full-cycle plant development, although the 4200K version has a stronger blue component and is particularly well suited to vegetative or mixed-spectrum applications.

Can it be combined with HPS lighting?

Yes. Adjust-A-Wings specifically promotes combining DE-CMH and DE-HPS systems where a broader mixed spectrum is required. The CMH contributes blue and broad-spectrum light while HPS provides strong yellow, orange and red output.

Does this lamp use an E40 screw fitting?

No. This is the 630W double-ended version and requires a compatible DE-CMH fixture. It should not be confused with single-ended CMH lamps that use an E40-style base.

Can I use a standard HPS ballast?

No. The lamp requires compatible control gear specifically designed for 630W DE-CMH operation. Correct ballast matching is essential for reliable lamp operation and lifespan.

Why does the lamp have such a high CRI?

CMH technology produces a broad visible spectrum, giving the 4200K lamp a CRI of approximately 97. This produces a more natural-looking light than conventional HPS and makes visual crop inspection easier.

How often should a 630W DE-CMH lamp be replaced?

Adjust-A-Wings recommends changing its CMH and DE-CMH lamps approximately every 12-18 months when operated for around 18 hours per day. Replacement timing should also take measured light output and operating hours into account.

Should a new CMH lamp be run at full power first?

Yes. Adjust-A-Wings recommends running a new lamp at its full rated output for the first 24 hours to season it before using compatible dimming settings.

Is this lamp suitable as a direct replacement for a 600W HPS lamp?

Not as a simple lamp swap. The 630W DE-CMH requires its own compatible fixture and CMH control gear, so ballast and lamp-holder compatibility must be checked before changing lighting technology.

How should a used CMH lamp be disposed of?

Discharge lamps should be handled through an appropriate lamp recycling or WEEE waste route rather than being placed in general waste.

Adjust-A-Wings Hellion 630W 3100K DE CMH Lamp - Full Spectrum Ceramic Metal Halide

£25.00

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The Adjust-A-Wings Hellion 630W 3100K DE CMH Lamp is a high-output double-ended ceramic metal halide lamp producing approximately 1200µmol/s PPF from a broad, warm full spectrum designed for complete plant development and particularly strong flowering performance.

The 3100K, or 3.1K, version combines the broad spectral characteristics of ceramic metal halide technology with a warmer output than the 4200K version. This gives the lamp a strong balance of wavelengths across the plant-active spectrum while increasing its suitability for flowering and fruiting crops.

Adjust-A-Wings developed the Hellion CMH range around purpose-designed Japanese ceramic arc tubes rather than adapting a general-purpose lamp. The result is a specialist plant-lighting lamp designed to work as part of the Hellion 630W DE-CMH system.

This is a double-ended 630W CMH lamp. It requires a compatible DE-CMH fixture and correctly matched low-frequency electronic ballast and must not be connected directly to the mains supply.

Why choose the Adjust-A-Wings 630W 3100K DE-CMH Lamp?

630W DE-CMH technology - professional high-intensity ceramic metal halide plant lighting.
3100K warm full spectrum - designed for complete crop development with particular strength during flowering.
Approximately 1200µmol/s PPF - high photosynthetic photon output from a 630W discharge lamp.
Approximately 1.91µmol/J efficacy - efficient conversion of electrical power into photosynthetically active light.
CRI approximately 88 - broad visible-spectrum output compared with conventional HPS lighting.
Japanese ceramic arc-tube technology - developed specifically for the Adjust-A-Wings CMH system.
Double-ended construction - designed for compatible 630W DE-CMH fixtures.
Full-cycle capability - suitable from vegetative development through flowering and maturation.
Excellent flowering lamp - Adjust-A-Wings positions the 3K spectrum as its warmer standalone option, particularly suited to flowering.
Mixed-spectrum compatible - can be combined with DE-HPS lighting where greater spectral diversity is required.

3100K spectrum for full-cycle plant development

The 3100K Hellion DE-CMH produces a warm broad-spectrum output rather than the heavily yellow and orange-biased spectrum associated with conventional HPS lighting.

It retains useful blue light for vegetative development while providing a stronger warm and red component than the 4200K Hellion CMH. This makes the 3100K version particularly versatile where one CMH spectrum is required throughout the complete crop cycle.

Adjust-A-Wings specifically describes its 3K lamps as strong standalone choices for all stages of growth, with particular suitability for flowering.

3100K or 4200K CMH?

Both versions use the same fundamental 630W double-ended CMH technology, but their spectral emphasis is different.

3100K / 3.1K	Warmer full spectrum. Excellent standalone option for full-cycle use and particularly well suited to flowering and fruiting.
4200K / 4.2K	Cooler spectrum with additional blue. Particularly useful for vegetative development and supplementing warmer HPS lighting.

For an installation using CMH as the principal light source throughout the crop cycle, the 3100K version is the more flowering-focused of the two spectrum options.

1200µmol/s photosynthetic photon flux

The Hellion 630W 3100K DE-CMH is rated at approximately 1200µmol/s PPF, with a photon efficacy of approximately 1.91µmol/J.

PPF measures the number of photons within the photosynthetically active range emitted by the lamp every second. It is therefore considerably more relevant to plant-lighting performance than a conventional lumen figure alone.

The actual photon density reaching the crop will depend on the reflector, mounting height, fixture spacing and overall lighting layout.

Why use ceramic metal halide?

CMH uses a ceramic arc tube to produce a broad and relatively continuous spectrum. This differs significantly from conventional HPS technology, which concentrates a much greater proportion of its output into yellow, orange and red wavelengths.

The broader output makes CMH particularly attractive where spectral quality is important as well as raw photon output. It also allows the 3100K Hellion lamp to support both vegetative and reproductive stages without changing lamp technology between crop stages.

CMH & HPS mixed-spectrum lighting

The 630W Hellion DE-CMH can also be incorporated alongside DE-HPS fixtures to create a mixed-spectrum installation.

CMH contributes a much broader range of wavelengths, including substantially more blue, while HPS contributes intense yellow, orange and red output. Combining the technologies allows professional lighting layouts to exploit the different spectral characteristics of both lamp types.

The comparable output of the Hellion 630W DE-CMH and higher-output DE-HPS systems makes the combination particularly useful where alternating lighting layouts are being designed.

Dedicated 630W DE-CMH lamp format

This lamp uses a K12x30s double-ended base and is designed for an appropriately rated double-ended lamp holder. Its specified operating position is horizontal within approximately ±15°.

The lamp must be installed in a compatible fixture and operated using correctly matched 630W DE-CMH control gear.

Do not attempt to fit the lamp into conventional single-ended E40 equipment. The double-ended 630W lamp and the smaller Adjust-A-Wings 315W single-ended CMH lamps use different connection systems.

Requires compatible low-frequency CMH control gear

The Hellion 630W DE-CMH was designed to operate with specialist low-frequency square-wave electronic control gear.

Correct ballast matching is important for reliable ignition, stable lamp operation, spectral performance and lamp life. A ballast should therefore be specifically approved for 630W DE-CMH operation.

Do not assume that a conventional 600W HPS ballast, 630W-rated ballast or adjustable HID ballast is compatible simply because its wattage is similar.

12,000-hour rated lamp life

The 630W 3100K DE-CMH has a rated average life of approximately 12,000 hours.

Adjust-A-Wings recommends changing its CMH and DE-CMH lamps approximately every 12-18 months when operated for 18 hours per day, helping maintain lighting performance rather than waiting until complete lamp failure.

A new lamp should initially be operated at its full rated output for the first 24 hours to season the lamp before any compatible dimming function is used.

Adjust-A-Wings Hellion 630W 3100K DE-CMH Lamp product details

Brand	Adjust-A-Wings
Range	Hellion
Lamp technology	Ceramic metal halide (CMH / CDM)
Power	630W
Lamp format	Double-ended (DE)
Colour temperature	3100K / 3.1K
Photon flux	Approximately 1200µmol/s
Photon efficacy	Approximately 1.91µmol/J
Colour rendering index	Approximately CRI 88
Luminous flux	Approximately 64,100 lumens
Rated average life	Approximately 12,000 hours
Base	K12x30s double-ended
Bulb designation	T40
Operating position	Horizontal ±15°
Overall length	Approximately 390mm
Lamp weight	Approximately 283g
Control gear	Compatible 630W DE-CMH electronic ballast required
Typical applications	Full-cycle plant lighting, flowering, fruiting and mixed-spectrum installations

Adjust-A-Wings 630W 3100K DE-CMH FAQs

Is 3100K CMH suitable for flowering?

Yes. Adjust-A-Wings positions its warmer 3K spectrum as an excellent standalone full-cycle lamp and particularly suitable for flowering.

Can I use the 3100K lamp for vegetative growth?

Yes. Unlike a heavily red-biased flowering lamp, the broad CMH spectrum retains substantial light across the visible range, allowing the 3100K version to be used during vegetative development as well as flowering.

What is the difference between the 3100K and 4200K Hellion lamps?

The 3100K version has a warmer spectrum and is particularly strong as a standalone full-cycle and flowering lamp. The 4200K version contains additional blue and is especially useful for vegetative development and supplementing HPS.

What is the PPF of the 630W 3100K DE-CMH?

The lamp is rated at approximately 1200µmol/s PPF, with an efficacy of approximately 1.91µmol/J.

Does this lamp fit an E40 lamp holder?

No. This is a double-ended lamp using a K12x30s base. The 315W single-ended CMH lamps in the Adjust-A-Wings range use a different lamp format.

Can I run it from a normal 600W HPS ballast?

No. The lamp requires control gear specifically compatible with 630W DE-CMH technology. Similar wattage does not make an HPS ballast electrically compatible with a CMH lamp.

Can the 630W CMH be used alongside DE-HPS lighting?

Yes. The Hellion DE-CMH system was designed with mixed-spectrum installations in mind, allowing the broader CMH spectrum to complement the strong yellow, orange and red output of DE-HPS lighting.

How long is the lamp rated to last?

The 630W 3100K DE-CMH has a rated average life of approximately 12,000 operating hours. Useful plant-light output will gradually decline during that period.

When does Adjust-A-Wings recommend replacing its CMH lamps?

For lamps operated around 18 hours per day, Adjust-A-Wings recommends replacement approximately every 12-18 months to maintain lighting performance.

Can a new Hellion CMH lamp be dimmed immediately?

Adjust-A-Wings recommends operating a new lamp at full rated power for its first 24 hours to season it before using a compatible dimming function.

What position should the 630W DE-CMH lamp operate in?

The lamp is specified for horizontal operation within approximately ±15°. It should always be installed correctly in a compatible double-ended fixture.

How should a used DE-CMH lamp be disposed of?

Used discharge lamps should be handled through an appropriate lamp recycling or WEEE waste route rather than being placed in general waste.

Adjust-A-Wings Hellion 315W 4200K SE CMH Lamp - E40 Full Spectrum Ceramic Metal Halide

£12.50

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The Adjust-A-Wings Hellion 315W 4200K SE-CMH Lamp is a high-performance single-ended ceramic metal halide lamp delivering 578µmol/s PPF from a broad daylight spectrum, with an industry-standard E40 mogul base for use in compatible 315W CMH lighting systems.

Designed specifically for plant lighting, the 4200K lamp combines strong blue-spectrum output with a broad distribution of wavelengths across the photosynthetically active range. It is particularly well suited to propagation, vegetative development and mother plants, while its broad spectrum also allows it to be used throughout the complete crop cycle.

Adjust-A-Wings developed the Hellion 315W CMH lamps around bespoke Japanese ceramic arc tubes, rather than simply adapting a general-purpose discharge lamp. An XOS borosilicate outer jacket complements the specialist arc-tube design.

The lamp produces 578µmol/s PPF at 315W with a high CRI of approximately 95, giving it a broad, natural-looking output that differs substantially from the narrower spectral profile of conventional HPS lighting.

Why choose the Adjust-A-Wings 315W 4200K CMH Lamp?

315W ceramic metal halide technology - high-intensity broad-spectrum plant lighting in a compact format.
4200K daylight spectrum - strong blue content makes it particularly useful for vegetative development and mother plants.
578µmol/s PPF - high photosynthetic photon output from a 315W discharge lamp.
Approximately 1.85µmol/J efficacy - efficient photon production from the 315W CMH platform.
CRI 95 - broad visible-spectrum output and natural colour rendition.
E40 mogul base - single-ended format for compatible E40 CMH lamp holders and reflectors.
Bespoke Japanese arc tube - developed specifically for the Adjust-A-Wings Hellion CMH system.
XOS borosilicate jacket - part of the specialist Hellion lamp construction.
Full-cycle capable - suitable for vegetative growth as well as flowering where a cooler broad spectrum is preferred.
Excellent supplementary lamp - useful alongside HPS or DE-HPS lighting to increase spectral diversity.

4200K daylight spectrum

The 4200K Hellion lamp has a cooler spectral balance than the 3100K version, with additional blue light that makes it particularly useful during active vegetative development.

Its spectrum is considerably broader than conventional HPS lighting, extending across blue, green and red wavelengths rather than concentrating the majority of visible output into yellow, orange and red.

Adjust-A-Wings also designed its 4K CMH spectrum with useful deep-red output, allowing the lamp to remain effective beyond vegetative growth and making it suitable for complete crop-cycle lighting.

578µmol/s PPF from 315W

The Hellion 315W 4200K lamp produces a specified 578µmol/s photosynthetic photon flux, equivalent to approximately 1.85µmol/J.

PPF measures the quantity of photosynthetically active photons produced by the lamp every second and provides a more useful measure of plant-light output than lumens alone.

Actual PPFD at crop level will depend on the reflector, mounting height, fixture spacing and lighting layout. Adjust-A-Wings designed the lamp to work particularly effectively with its Hellion ballast and Defender reflector system.

High CRI broad-spectrum light

With a specified CRI of 95, the 4200K Hellion CMH produces a much more natural-looking visible spectrum than conventional high-pressure sodium lighting.

This makes visual inspection of foliage, colour and general crop condition easier under the operating light. CRI is primarily a human colour-rendering measurement, however, so plant-light performance should be judged using spectrum, PPF and PPFD alongside CRI.

Vegetative, mother plant & full-cycle lighting

Adjust-A-Wings positions its 4K CMH lamps as particularly effective for vegetative development, while retaining sufficient spectral breadth for use throughout the plant lifecycle.

Propagation - broad daylight-style spectrum for developing young plants.
Vegetative development - strong blue-spectrum availability supports compact structural growth.
Mother plants - well suited to long-term vegetative plant maintenance.
Pre-flowering - the broad spectrum allows the same lamp to remain in use as plants transition between growth stages.
Full-cycle lighting - usable through flowering where a cooler, broad-spectrum CMH source is preferred.
HPS supplementation - can add blue and broader-spectrum light to an HPS or DE-HPS installation.

4200K or 3100K CMH?

4200K / 4.2K	Cooler daylight spectrum with additional blue. Particularly suited to propagation, vegetative development, mother plants and supplementing warmer HPS lighting.
3100K / 3.1K	Warmer broad spectrum. Particularly suited to standalone full-cycle applications and flowering.

Both versions are broad-spectrum CMH lamps and can support multiple stages of crop development. The choice is primarily about the spectral emphasis required from the lighting system.

Single-ended E40 lamp format

Unlike the larger 630W Hellion DE-CMH lamps, this 315W version uses a conventional E40 mogul screw base.

This makes the physical lamp format compatible with appropriate E40 lamp holders and reflector assemblies. However, the presence of an E40 fitting does not mean the lamp can be operated by any E40 lighting system.

The electrical control gear must be specifically compatible with 315W CMH lamp technology.

Use with compatible 315W CMH control gear

The Hellion 315W lamp is designed to work with suitable 315W CMH electronic control gear. Adjust-A-Wings developed its own Hellion ultra-high-frequency electronic ballast alongside the lamp so the two components could operate as a matched lighting system.

Do not connect the lamp directly to the mains and do not operate it from a conventional HPS or metal halide ballast unless that control gear is specifically approved for the 315W CMH lamp.

Correct ballast matching is important for reliable ignition, stable output, spectral performance and lamp life.

Lamp life & replacement

The 315W 4200K Hellion CMH has a specified rated average life of approximately 12,000 hours.

Adjust-A-Wings recommends changing its 315W and 630W CMH lamps approximately every 12-18 months when operated for 18 hours per day to maintain lighting performance.

A new CMH lamp should initially be operated at its full rated output for the first 24 hours to season the lamp before using a compatible dimming function.

Adjust-A-Wings Hellion 315W 4200K SE-CMH Lamp product details

Brand	Adjust-A-Wings
Range	Hellion
Lamp technology	Ceramic metal halide (CMH)
Power	315W
Lamp format	Single-ended (SE)
Base	E40 mogul screw base
Colour temperature	4200K / 4.2K
Photon flux	578µmol/s
Photon efficacy	Approximately 1.85µmol/J
Colour rendering index	CRI 95
Luminous flux	Approximately 32,700 lumens
Luminous efficacy	Approximately 104lm/W
Bulb type	T46
Overall length	Approximately 198mm
Glass diameter	Approximately 46mm
Lamp weight	Approximately 125g
Operating position	Horizontal or vertical
Rated average life	Approximately 12,000 hours
Control gear	Compatible 315W CMH electronic ballast required
Typical applications	Propagation, vegetative development, mother plants, full-cycle and mixed-spectrum lighting

Adjust-A-Wings 315W 4200K CMH Lamp FAQs

What is the PPF of the 315W 4200K Hellion lamp?

The lamp produces 578µmol/s of photosynthetic photon flux at its rated 315W output.

What is the 4200K spectrum best suited to?

Its cooler broad spectrum and strong blue component make it particularly useful for propagation, vegetative development and mother plants. It can also be used throughout the complete crop cycle.

Does the lamp have an E40 fitting?

Yes. The 315W single-ended Hellion CMH uses an industry-standard E40 mogul screw base.

Can I put it into any E40 reflector?

The E40 base provides broad physical compatibility with suitable lamp holders, but the complete fixture must be appropriate for the lamp and the electrical control gear must be compatible with 315W CMH technology.

Can I run it from a normal HPS ballast?

No. Use a ballast specifically designed or approved for 315W CMH operation. The fact that the lamp uses an E40 fitting does not make conventional HPS control gear compatible.

What is the difference between this and the 630W DE-CMH lamp?

This model is a 315W single-ended lamp with an E40 base. The 630W version uses a double-ended format and requires a different fixture and compatible 630W DE-CMH control gear.

Can the 4200K lamp be used alongside HPS?

Yes. Its broad spectrum and additional blue output make it particularly useful for increasing spectral diversity in an installation that also uses warmer HPS or DE-HPS lighting.

How long is the lamp rated to last?

The manufacturer's technical specification gives the 315W 4200K lamp a rated average life of approximately 12,000 hours.

When should the lamp be replaced?

Adjust-A-Wings recommends replacing its CMH lamps approximately every 12-18 months when operated for around 18 hours per day to maintain lighting performance.

Can a new 315W CMH lamp be dimmed immediately?

Adjust-A-Wings recommends operating a new lamp at its full rated output for the first 24 hours before using a compatible dimming function.

Can the lamp operate horizontally or vertically?

Yes. The manufacturer's technical specification permits both horizontal and vertical operating positions when the lamp is installed in a suitable fixture.

How should a used CMH lamp be disposed of?

Used discharge lamps should be handled through an appropriate lamp recycling or WEEE waste route rather than being placed in general waste.

Adjust-A-Wings Hellion 1000W 4000K DE CMH Lamp - Full Spectrum Double-Ended Ceramic Metal Halide

£25.00

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The Adjust-A-Wings Hellion 1000W DE-CMH 4K is a high-output double-ended ceramic metal halide lamp developed to deliver an exceptionally broad, blue-rich spectrum from a powerful 1000W discharge platform.

Part of the specialist Hellion lighting range, this 4K lamp combines the high intensity associated with professional double-ended lighting with the broad spectral distribution for which ceramic metal halide technology is valued.

Its approximately 4000K colour spectrum provides a strong blue component alongside a broad distribution of visible wavelengths, making it particularly useful for vigorous vegetative development, maintaining compact plant structure and mixed-spectrum lighting strategies.

A major advantage of this specialist 1000W DE-CMH lamp is its ability to operate with the compatible 1000W Hellion electronic lighting system, allowing suitable Hellion installations to move between compatible DE-HPS and DE-CMH lamps without requiring completely separate lighting systems.

Why choose the Adjust-A-Wings 1000W DE-CMH 4K Lamp?

1000W DE-CMH technology - combines very high light intensity with the broad spectrum of ceramic metal halide.
4000K spectrum - blue-rich spectral profile particularly well suited to vegetative plant development.
Broad spectral output - CMH technology provides a more continuous distribution of wavelengths than conventional narrow-spectrum HID lamps.
Double-ended lamp design - engineered for compatible professional DE lighting hardware.
Hellion system compatibility - designed as part of the Adjust-A-Wings professional lighting platform.
Mixed-spectrum potential - useful alongside DE-HPS where growers want to combine blue-rich CMH with the warmer red-rich output of HPS.
High-intensity lighting - the 1000W format is intended for substantial production areas where strong photon delivery is required.
Professional replacement lamp - ideal for maintaining existing Hellion DE-CMH installations.

High-intensity 4K ceramic metal halide spectrum

Ceramic metal halide differs from conventional HPS by producing a much broader spectral distribution. Rather than concentrating most of its output into the yellow, orange and red regions, CMH provides substantially more blue light alongside a wider range of wavelengths.

The 4K spectrum is particularly useful where strong vegetative development is the priority. Increased blue content can help support compact morphology, controlled internodal development and dense vegetative growth when overall environmental conditions are correctly managed.

The broad spectrum also makes DE-CMH useful where growers want to introduce greater spectral diversity into a high-intensity lighting installation.

Ideal for mixed-spectrum lighting

Adjust-A-Wings has developed its Hellion lighting platform around the ability to use different discharge technologies strategically rather than treating every lamp as interchangeable in terms of spectrum.

DE-HPS provides particularly strong yellow, orange and red output, while DE-CMH introduces considerably more blue and a broader overall spectrum. Combining the two technologies within a larger installation can therefore provide a wider spectral profile than either lamp type alone.

This makes the 1000W 4K DE-CMH especially interesting for commercial growers operating larger multi-light installations where CMH and HPS fixtures can be arranged to provide complementary spectra across the crop.

Designed for the Hellion 1000W lighting platform

The 1000W DE-CMH lamp was developed as part of Adjust-A-Wings' Hellion professional lighting range.

One of the key benefits of this specialist lamp is the ability to use DE-CMH within a compatible 1000W Hellion installation. This gives growers greater flexibility when changing the spectral strategy of an existing lighting system.

This is a specialist HID lamp and must not be connected directly to the mains. It requires compatible control gear and a suitable double-ended lamp holder and reflector arrangement. Always confirm ballast and fixture compatibility before installation.

Where does a 4K DE-CMH lamp fit into a lighting programme?

Vegetative production - the blue-rich 4K spectrum is particularly suited to strong vegetative development.
Mother and stock plants - useful where compact, vigorous vegetative growth is required.
Young established plants - high-quality broad-spectrum lighting for plants moving into active vegetative production.
Mixed DE-CMH and DE-HPS installations - combines complementary lamp spectra across larger production areas.
Commercial crop lighting - 1000W output is intended for high-intensity professional applications.
Existing Hellion systems - replacement or alternative-spectrum lamp for compatible installations.

Managing a 1000W high-intensity lamp

A 1000W discharge lamp produces substantial light and radiant heat. Correct reflector selection, lamp height, air movement and environmental control are therefore essential parts of the lighting installation.

Lamp-to-canopy distance should be determined according to reflector configuration, crop sensitivity, environmental conditions and measured light intensity rather than relying on wattage alone.

Adjust-A-Wings reflectors are specifically designed to spread light and dissipate heat efficiently, but the environmental load produced by a 1000W lamp must still be accounted for when designing the growing area.

Installation & lamp care

Double-ended HID lamps operate at high temperatures and should always be installed with the lighting system switched off and allowed to cool fully before handling.

Handle the lamp carefully and avoid unnecessary contact with the outer glass. Ensure both ends are correctly seated in the compatible DE lamp holders before operating the system.

Adjust-A-Wings recommends running a new compatible discharge lamp at its full rated power for the first 24 hours to season the lamp before using any supported dimming function.

If dimming adjustments are subsequently made through compatible Hellion control gear, allow sufficient time between adjustments in accordance with the manufacturer's instructions.

Maintaining lighting performance

HID lamps gradually lose output during use even though they may continue to illuminate normally. Professional growers should therefore consider lamp age and operating hours when assessing lighting performance rather than waiting for complete lamp failure.

Keep records of installation dates in multi-lamp facilities so lamps can be inspected and replaced systematically. Maintaining lamps as a matched group can also help keep output more consistent across larger production areas.

Adjust-A-Wings Hellion 1000W DE-CMH 4K Lamp product details

Brand	Adjust-A-Wings
Range	Hellion
Lamp technology	DE-CMH / double-ended ceramic metal halide
Rated power	1000W
Spectrum	4K / approximately 4000K
Lamp format	Double-ended
Spectral characteristic	Broad-spectrum, blue-rich CMH output
Primary applications	Vegetative production, stock plants and mixed-spectrum professional lighting
System compatibility	Compatible Adjust-A-Wings Hellion 1000W lighting equipment
Control gear required	Yes - compatible electronic ballast required
Direct mains operation	No
Initial seasoning	Run at full rated power for the first 24 hours before supported dimming

Adjust-A-Wings 1000W DE-CMH 4K Lamp FAQs

What does 4K mean on this Adjust-A-Wings lamp?

4K refers to an approximately 4000K colour spectrum. It produces a comparatively blue-rich light and is particularly useful during vegetative plant development.

What is DE-CMH?

DE-CMH means double-ended ceramic metal halide. It combines ceramic metal halide lamp technology with a double-ended lamp format designed for compatible high-intensity lighting equipment.

Is this the same as a 1000W HPS lamp?

No. Although both are high-intensity discharge technologies, CMH and HPS have distinctly different spectral characteristics. The 4K CMH lamp provides substantially more blue light and a broader overall spectrum.

Can the 4K lamp be used for vegetative growth?

Yes. Vegetative production is one of the main applications for the blue-rich 4K spectrum, particularly where compact and vigorous plant development is required.

Can I combine this lamp with DE-HPS lighting?

Yes. Mixed-spectrum installations are one of the useful applications of DE-CMH. The broader, blue-rich CMH spectrum can complement the warmer yellow, orange and red-rich output associated with DE-HPS.

Can this lamp be plugged directly into the mains?

No. This is a specialist HID lamp and requires compatible electronic control gear, DE lamp holders and a suitable reflector or lighting fixture.

Will it work with any 1000W ballast?

Do not assume that wattage alone determines compatibility. The ballast must be suitable for the specific lamp technology and operating requirements. Confirm compatibility before installing the lamp.

Do I need to season a new lamp?

Adjust-A-Wings recommends operating a new compatible discharge lamp at its full rated power for the first 24 hours before using supported dimming functions.

Why would I choose CMH instead of HPS?

The main difference is spectrum. CMH provides a broader spectral distribution with considerably more blue, while HPS concentrates more of its output in the yellow, orange and red regions. The appropriate technology depends on the crop stage and lighting strategy.

Does a 1000W CMH lamp produce much heat?

Yes. A 1000W HID lamp is a powerful light source and produces significant heat. Reflector design, hanging position, ventilation and environmental management should all be considered when installing it.

How should the lamp be handled?

Allow the lamp to cool fully before handling, avoid unnecessary contact with the glass and ensure both ends are correctly seated in compatible DE lamp holders before operation.

When should a DE-CMH lamp be replaced?

Light output gradually declines with operating hours, so professional users should monitor lamp age and crop-lighting performance rather than waiting for complete failure. Maintaining an installation-date record is particularly useful in multi-lamp facilities.

Lumatek Daisy Chain 5m Control Cable - M12 LED Fixture Link Cable LUMM0015

£5.00

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The Lumatek Daisy Chain 5m Control Cable is the genuine control link cable for connecting compatible Lumatek controllable LED fixtures together in series, allowing multiple lights to receive a stable and precise control signal.

Designed specifically for Lumatek's controllable LED lighting platform, the cable connects the Signal Out port of one compatible fixture to the Signal In port of the next. This allows a row or group of fixtures to be daisy-chained rather than requiring a separate controller connection to every light.

The cable uses M12 self-locking male and female connectors to provide a secure connection between fixtures and has a generous 5 metre length, providing flexibility when positioning lights across larger propagation, nursery and controlled-environment installations.

This is Lumatek product code LUMM0015 and is IP65 rated for additional protection in demanding growing environments.

Why choose the Lumatek 5m Daisy Chain Control Cable?

Genuine Lumatek accessory - designed specifically for compatible Lumatek controllable LED fixtures.
5 metre cable length - provides plenty of flexibility when spacing fixtures within larger installations.
Daisy-chain multiple LED fixtures - links one compatible Lumatek light to the next in the control network.
M12 self-locking connectors - secure male and female connections help prevent accidental disconnection.
Signal Out to Signal In connection - straightforward installation between consecutive compatible fixtures.
Stable control connection - engineered by Lumatek for precise signal transmission without interference.
IP65 rated - designed for additional protection against dust and water ingress.
RoHS compliant - manufactured in accordance with the applicable restriction of hazardous substances requirements.
Professional multi-light installations - particularly useful where numerous Lumatek fixtures need to operate from a central lighting-control system.

Connect Lumatek LED fixtures in series

The Daisy Chain Control Cable is used between compatible Lumatek LED fixtures once the first fixture has been connected to the appropriate lighting controller.

Simply connect the M12 self-locking male plug to the Signal Out connection on the first LED fixture, then connect the M12 self-locking female plug to the Signal In connection on the next fixture.

Additional compatible fixtures can then be linked in sequence using additional LUMM0015 cables, creating an organised control network across a multi-light installation.

Centralised Lumatek lighting control

Daisy-chaining is particularly useful in larger lighting installations because it allows multiple compatible fixtures to receive their control signal through a single linked network.

When used with the appropriate Lumatek controller and compatible LED fixtures, this arrangement allows supported lighting-control functions to be applied across groups of connected lights without individually wiring every fixture directly back to the controller.

Lumatek's Control Panel Plus 2.0 system can control up to 100 compatible fixtures across two zones, with up to 50 fixtures per zone. The exact controller cable and configuration required depends on the version of the Lumatek fixtures and controller being used.

How to install the Lumatek Daisy Chain Cable

Ensure the lighting equipment is switched off before connecting or disconnecting control cables.
Identify the Signal Out connection on the first compatible Lumatek LED fixture.
Connect the appropriate M12 plug from the LUMM0015 cable and secure the self-locking connector.
Run the 5m cable to the next fixture without placing excessive strain on the cable or connectors.
Connect the opposite end to the Signal In connection of the next compatible LED fixture.
Repeat with additional LUMM0015 cables where further compatible fixtures need to be linked.
Check that all connectors are properly seated before operating the lighting-control system.

Control cable, not a driver extension cable

The LUMM0015 should not be confused with Lumatek's LED driver extension cables. This product is specifically designed to link the control signal between compatible LED fixtures.

If the objective is to position a Lumatek LED driver remotely from its fixture, a different Lumatek extension cable is required. Likewise, the cable used between the lighting controller and the first fixture can differ according to the controller and fixture generation.

Check the model and connection ports on existing Lumatek equipment before ordering accessories for older installations.

Built for professional lighting installations

Lumatek specifies the LUMM0015 using UL 2464 3 x 22AWG cable with an IP65 rating. The cable has been designed to maintain a reliable control connection in environments where lighting equipment may operate for long periods under demanding conditions.

The self-locking M12 connectors also provide a more secure connection than a loose push-fit control plug, particularly where multiple fixtures and cables are installed overhead.

Lumatek Daisy Chain 5m Control Cable product details

Brand	Lumatek
Product	Daisy Chain Control Cable
Product code	LUMM0015
Application	Linking compatible Lumatek controllable LED fixtures in series
Cable length	5m
Connection	M12 self-locking male to M12 self-locking female
Fixture connection	Signal Out to Signal In
Cable specification	UL 2464 3 x 22AWG
Temperature resistance	80°C
Specified working temperature	-20°C to 105°C
Specified storage temperature	-25°C to 105°C
Ingress protection	IP65
Compliance	RoHS compliant
Contents	1 x Lumatek 5m Daisy Chain Control Cable

Lumatek Daisy Chain 5m Control Cable FAQs

What is the Lumatek 5m Daisy Chain Cable used for?

It links compatible Lumatek controllable LED fixtures together so the control signal can pass from one fixture to the next within a multi-light installation.

What is the Lumatek product code?

The official Lumatek product code for the 5m Daisy Chain Control Cable is LUMM0015.

How long is the cable?

The cable is 5 metres long, allowing useful spacing between compatible fixtures in professional lighting installations.

What connectors does the cable use?

The LUMM0015 uses M12 self-locking male and female connectors. The cable connects the Signal Out port of one compatible fixture to the Signal In port of the next.

Is this a power cable?

No. This is a control link cable used for communication between compatible Lumatek LED fixtures. It does not replace the fixture's mains power connection.

Is this the cable for connecting the driver remotely?

No. Lumatek uses a different extension-cable accessory when the LED driver needs to be positioned remotely from the fixture. LUMM0015 is specifically the daisy-chain control cable between compatible fixtures.

How many cables do I need?

For a conventional daisy-chain arrangement, one LUMM0015 cable is required between each additional compatible fixture after the first. For example, linking two fixtures together requires one daisy-chain cable between them.

Is the cable IP rated?

Yes. Lumatek specifies the LUMM0015 Daisy Chain Control Cable as IP65 rated.

Can it be used with the Lumatek Control Panel Plus 2.0?

Yes, as part of a compatible Lumatek LED control installation. The cable between the controller and the first fixture is a separate controller cable, while LUMM0015 links subsequent compatible fixtures together.

How many fixtures can a Lumatek Control Panel Plus 2.0 manage?

Lumatek specifies control of up to 100 compatible fixtures across two independent zones, with up to 50 fixtures in each zone. The correct cables and compatible fixture versions must be used.

How do I know whether my Lumatek LED is compatible?

Check the fixture for compatible Signal In and Signal Out connections and confirm its model and generation against Lumatek's current accessory guidance. This is particularly important with older versions of Lumatek LED equipment.

Can several 5m cables be used in the same installation?

Yes. Additional LUMM0015 cables are used to continue the daisy chain from one compatible fixture to the next.

Lumatek 30W UV Supplemental LED Bar - UVA & UVB Supplementary Light for Zeus LEDs

£50.00

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The Lumatek 30W UV Supplemental LED Bar is a dedicated UVA and UVB lighting module designed to supplement compatible Lumatek Zeus full-spectrum LED fixtures during the flowering stage.

Rather than replacing the main full-spectrum light source, the 30W UV Bar adds carefully targeted ultraviolet wavelengths to an existing Zeus lighting system. It combines UV-A from 315-400nm with UV-B from 280-315nm, while producing no UV-C radiation.

The unit has been specifically designed to mount directly onto Lumatek Zeus LED fixtures, creating a clean integrated lighting system without requiring a separate overhead fixture. An integrated 30W driver, passive thermal management and IP65 construction make it a purpose-built professional lighting accessory.

Multiple UV bars can also be connected in series using the separately available Lumatek UV Bar Daisy Chain Cable, with support for up to 30 units in a daisy chain.

Why choose the Lumatek 30W UV Supplemental LED Bar?

Dedicated UVA and UVB spectrum - supplements full-spectrum LED lighting with targeted ultraviolet wavelengths.
UV-A 315-400nm - provides a substantial UVA component alongside the main lighting spectrum.
UV-B 280-315nm - adds targeted UVB radiation for strategic flowering-stage supplementation.
No UV-C output - designed specifically around UVA and UVB wavelengths.
Developed for Lumatek Zeus LEDs - designed to integrate directly with the Zeus full-spectrum LED range.
30W power consumption - dedicated supplementary output without adding another full-power lighting fixture.
Integrated driver - the LED driver is built into the fixture.
Daisy-chain capability - connect multiple UV bars in series using the appropriate cable.
Up to 30 bars per daisy chain - useful for larger professional installations.
IP65 construction - protected against dust and water ingress for use in appropriate indoor growing environments.
Passive cooling - no cooling fan is required.
140° light distribution - designed to spread supplementary UV across the target crop area.

Targeted UVA & UVB supplementation

Conventional full-spectrum horticultural LEDs concentrate primarily on photosynthetically active radiation. The Lumatek UV Bar extends the lighting programme beyond this conventional spectrum by introducing ultraviolet wavelengths.

The fixture produces UV-A between 315 and 400nm and UV-B between 280 and 315nm. Lumatek specifies output of approximately 12,000mW UVA and 100mW UVB.

Importantly, the fixture is designed specifically for UVA and UVB supplementation and does not produce UV-C radiation.

Designed for strategic flowering-stage use

Lumatek developed the 30W UV Supplemental LED Bar to augment its Zeus full-spectrum lighting systems during flowering rather than to operate as the primary crop light.

Ultraviolet light should therefore be regarded as a controlled supplementary treatment. Exposure duration, distance and crop response all matter, and more UV is not automatically better.

Growers introducing UV supplementation should follow Lumatek's current application recommendations rather than simply operating the bars for the entire main lighting photoperiod.

Designed for Lumatek Zeus LED fixtures

The 30W UV Bar has been designed to fit directly into compatible Lumatek Zeus fixtures. Lumatek recommends using multiple bars to achieve appropriate distribution across the footprint of its larger full-spectrum LEDs.

The manufacturer's recommended arrangement includes a minimum of two 30W UV bars with compatible Zeus fixtures covering larger production areas. The exact number required depends on the Zeus model and installation.

This modular design allows an existing Zeus lighting installation to be upgraded with targeted UV output without replacing the main full-spectrum fixture.

Daisy-chain multiple UV bars

Each UV bar incorporates an input and output connection so multiple units can be linked together in series.

Lumatek specifies daisy-chain capability for up to 30 UV bars. This is particularly useful in larger commercial installations where numerous supplementary fixtures need to be powered in an organised arrangement.

The required 4m power cable and 1.5m UV Bar Daisy Chain Cable are sold separately. This allows the installation to be configured according to the number and position of bars required.

Integrated driver & passive cooling

The Lumatek UV Bar contains its own integrated 30W, 220-240V AC driver, helping keep the installation compact and straightforward.

Heat is managed through a passive heatsink rather than a cooling fan. This removes moving cooling components and allows the bar to operate silently.

Airflow around the fixture should not be restricted. Lumatek warns that excessive heat build-up can significantly reduce the service life of the UV LEDs.

Important UV safety information

This product emits ultraviolet radiation. UVA and particularly UVB require different handling considerations from conventional visible horticultural lighting.

Avoid unnecessary exposure of skin and eyes to operating UV fixtures and follow all safety instructions supplied by Lumatek. The bars should be switched off before carrying out work that would place people directly beneath or close to the UV source.

Do not look directly at operating UV LEDs. Do not connect or disconnect the fixture while it is under electrical load, and allow adequate airflow around the bar during operation.

The IP65 rating does not mean the product is intended for outdoor use or immersion. Lumatek specifies the fixture for appropriate climate-controlled indoor environments.

Lumatek 30W UV Supplemental LED Bar product details

Brand	Lumatek
Product	30W UV Supplemental Light LED Bar
Product code	LUMLED013
Input power	30W ±5%
Input voltage	220-240V AC, 50-60Hz
Driver	Integrated 30W driver
UV-A wavelength	315-400nm
UV-A output	Approximately 12,000mW
UV-B wavelength	280-315nm
UV-B output	Approximately 100mW
UV-C output	None
Light source	UVA and UVB LEDs
Light distribution	140°
Dimensions	1000 x 48 x 42mm
Weight	Approximately 1.2kg
Suggested footprint	1.2 x 0.6m per bar
Ingress protection	IP65
Thermal management	Passive heatsink
Rated LED maintenance	L90 > 8,500 hours
Dimmable	No
Daisy-chain capable	Yes - maximum 30 units
Working temperature	-10°C to +40°C
Working humidity	20-90% RH, non-condensing
Primary compatibility	Lumatek Zeus full-spectrum LED lighting systems
Power cable	Sold separately
Daisy-chain cable	Sold separately

Lumatek 30W UV Supplemental LED Bar FAQs

What does the Lumatek 30W UV Bar do?

It supplements a compatible Lumatek Zeus full-spectrum LED system with targeted UVA and UVB wavelengths. It is an additional light source rather than a replacement for the main horticultural LED fixture.

Does the Lumatek UV Bar produce both UVA and UVB?

Yes. It produces UVA between 315-400nm and UVB between 280-315nm.

Does it produce UV-C?

No. Lumatek specifically states that the 30W Supplemental UV Bar does not produce UV-C radiation.

Which Lumatek lights is it designed for?

The UV Bar has been developed to integrate with compatible Lumatek Zeus full-spectrum LED fixtures. Check the current Lumatek recommendations for the appropriate number of bars for your specific Zeus model.

Is the UV Bar a complete plant light by itself?

No. It is a supplementary ultraviolet fixture intended to augment an appropriate full-spectrum lighting system.

How many UV bars should I use?

The number depends on the main Lumatek fixture and coverage area. Lumatek recommends multiple bars with its larger Zeus fixtures, so use the current manufacturer configuration for your exact model rather than estimating by wattage alone.

Can multiple Lumatek UV Bars be connected together?

Yes. They can be connected in series using the dedicated UV Bar Daisy Chain Cable, with Lumatek specifying a maximum daisy chain of 30 units.

Does the UV Bar include a power cable?

No. The mains power cable is sold separately. The dedicated daisy-chain cable required for linking additional UV bars is also sold separately.

Can I dim the Lumatek 30W UV Bar?

No. Lumatek specifies this UV bar as non-dimmable. UV exposure should instead be managed according to the manufacturer's installation and application guidance.

Does it need an external LED driver?

No. The fixture has an integrated 30W driver designed for a 220-240V AC, 50-60Hz supply.

Can I look directly at the UV LEDs?

No. Avoid direct eye and skin exposure to operating ultraviolet lighting. Switch the UV system off before working directly around the fixtures and follow Lumatek's safety instructions.

Can the Lumatek UV Bar be used outdoors?

No. Although the fixture is IP65 rated, Lumatek specifies it for suitable climate-controlled indoor environments rather than outdoor operation or immersion.

How large is each UV Bar?

The fixture measures approximately 1000mm long, 48mm wide and 42mm high and weighs approximately 1.2kg.

Krystal Rope Ratchet Hangers Twin Pack - Adjustable 68kg Equipment Hanging System

£1.00

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Krystal Rope Ratchet Hangers provide a simple, secure and fully adjustable way to suspend lighting, carbon filters, extraction fans and other equipment, with a combined load capacity of up to 68kg per pair.

Supplied as a twin pack, the two ratchet hangers allow equipment to be raised, lowered and levelled without repeatedly unhooking it or adjusting chains and fixed-length supports.

Each hanger combines strong rope with an automatic locking ratchet mechanism and metal carabiner-style clips. Pulling the free end of the rope raises the suspended equipment, while the ratchet holds the selected position securely. The release mechanism allows the equipment to be lowered again when required.

This makes Krystal Rope Ratchets particularly useful for lighting installations where hanging height needs regular adjustment, as well as filters, fans and other equipment that may need repositioning during installation or maintenance.

Why choose Krystal Rope Ratchet Hangers?

68kg combined load capacity - supports up to 68kg when the load is correctly distributed across the pair.
Two ratchets per pack - provides balanced support across two mounting points.
Fully adjustable hanging height - quickly raise or lower equipment without retying ropes or repositioning chains.
Automatic locking mechanism - the ratchet holds the rope at the selected position.
Metal attachment clips - allows fast connection to suitable mounting points and equipment brackets.
Ideal for lighting - easily adjust fixture height as crop requirements change.
Suitable for ventilation equipment - useful for suspending appropriately sized carbon filters and extraction fans.
Quick installation - no complicated pulley system or knots required.
Reusable and repositionable - useful wherever equipment needs to be moved or adjusted regularly.

Ideal for lighting, filters & ventilation equipment

Rope ratchets are one of the most versatile suspension accessories in an indoor horticultural installation because the same simple system can support a wide range of equipment.

LED lighting fixtures
HID reflectors
CMH lighting equipment
Carbon filters
Inline extraction fans
Silencers and lightweight ventilation components
Propagation lighting
Other suitably mounted equipment within the rated load

Fast, precise lighting height adjustment

Lighting height often needs to change as plants develop or when a different fixture is installed. Fixed chains and basic hanging cords can make these adjustments unnecessarily awkward.

With Krystal Rope Ratchets, the fixture remains suspended while its position is adjusted. Pull the free rope through the ratchet to raise the light, then allow the locking mechanism to hold it at the required height.

Using one ratchet at each suspension point also allows the two sides of a fixture to be adjusted independently, helping keep lighting level over the crop.

Hang carbon filters & extraction equipment

Rope ratchets are equally useful when installing carbon filters and suitable extraction equipment overhead. The adjustable design can make positioning considerably easier than fixed straps or chains, particularly when aligning a filter with a fan or ducting run.

Always check the complete suspended weight before installation. The stated 68kg rating applies to the pair, so the load should be distributed correctly between both ratchets rather than concentrated onto a single hanger.

How to use Krystal Rope Ratchets

Check that the overhead mounting point is secure and suitable for the weight being suspended.
Attach the upper clips of both rope ratchets to the appropriate mounting points.
Attach the opposite clips securely to the equipment's hanging brackets or mounting points.
Ensure the load is shared evenly between the two ratchets.
Pull the free ends of the ropes to raise the equipment gradually.
Adjust each side until the equipment is level and positioned at the required height.
To lower the equipment, support the load and operate the ratchet release carefully, lowering each side in a controlled manner.

Never release a heavily loaded ratchet without supporting the equipment. Make small adjustments to each side to keep the load balanced.

Safe suspension starts with a secure fixing point

A rope ratchet can only support equipment safely when the structure above it is also capable of carrying the load. Always attach the hangers to a strong structural support or properly installed fixing suitable for the combined equipment weight.

Inspect the rope, ratchet mechanism, clips and attachment points periodically, particularly when supporting equipment continuously. Replace the hanger if the rope becomes damaged or frayed, a clip is distorted or the ratchet no longer locks positively.

The 68kg rating is the combined capacity of the pair. Do not treat this figure as the load rating of each individual ratchet.

Krystal Rope Ratchet Hangers product details

Brand	Krystal
Product type	Adjustable rope ratchet equipment hangers
Pack quantity	2 rope ratchet hangers
Maximum load	68kg per pair
Adjustment	Fully adjustable ratchet mechanism
Attachment	Metal carabiner-style clips
Primary applications	Lighting, carbon filters, extraction fans and other suitable suspended equipment
Outer case quantity	100 packs

Krystal Rope Ratchet Hangers FAQs

How many rope ratchets are supplied?

Each pack contains two Krystal Rope Ratchet Hangers, allowing equipment to be supported and adjusted from two mounting points.

How much weight can the Krystal Rope Ratchets hold?

The pair is rated to support a combined load of up to 68kg when correctly installed and the weight is properly distributed across both hangers.

Is the 68kg rating for each ratchet?

No. The stated 68kg load capacity applies to the pair rather than to each individual hanger.

Can they be used to hang LED lights?

Yes. Adjustable rope ratchets are particularly useful for LED fixtures because they allow the hanging height to be changed without removing the fixture from its supports.

Can I hang a carbon filter with them?

Yes, provided the complete filter and associated suspended equipment remain within the rated load and are attached to suitable structural mounting points.

Can they be used with an extraction fan?

Yes. Suitable extraction fans can be suspended using rope ratchets where the weight, mounting arrangement and supporting structure are appropriate.

How do I raise equipment using a rope ratchet?

Once the equipment is securely attached, pull the free end of the rope through the ratchet. The mechanism automatically holds the rope as the equipment is raised.

How do I lower the equipment?

Support the suspended load and carefully operate the ratchet's release mechanism, allowing the rope to feed back through gradually. With a pair, lower each side progressively to keep the equipment balanced.

Are rope ratchets better than fixed chains for adjustable lighting?

For equipment that needs frequent height adjustment, rope ratchets are considerably more convenient because the position can be altered without moving hooks between individual chain links.

Should I inspect the ratchets after installation?

Yes. Periodically inspect the rope, clips, ratchet mechanism and mounting points for wear or damage, particularly where equipment remains suspended for long periods.

Can I use one ratchet on its own?

The product is supplied and rated as a pair. For equipment with two suspension points, using both ratchets distributes the load and allows the equipment to be levelled correctly.

How many packs are in an outer box?

There are 100 twin packs per outer box.

Clearance - Lighting

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Krystal Rope Ratchet Hangers Twin Pack - Adjustable 68kg Equipment Hanging System

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24 Hour digital Timer (50 per box)**

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600W Dual Spectrum Lamp**

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