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Modern lighting controls are commonly associated with office buildings, which seek to create ‘work-friendly’ lighting for their employees; it is necessary, however, to take a look at smart lighting control for larger buildings. Advocates of lighting controls insist that the use of modern lighting should not be restricted to office buildings. Key figures in the lighting industry such as CP Electronics say that smart light systems are suitable for a variety of large buildings, such as warehouses and schools. A key factor to be considered when lighting large buildings are motion detectors. For instance, in a warehouse, an indoor loading bay may only be used for an hour during the day. If the lights were to remain on for the entire day afterward, it would be a complete waste of energy and money. A key argument for smart lighting control in warehouses: Functionality When a warehouse has varying shift patterns with different lighting requirements, a networked solution (whether it be wired or wireless) could be advantageous. A major advantage that comes with a wireless network, such as the CP Electronics An-10 system, is the ease of installation. Furthermore, it is flexible as you can move and scale it as you see fit. However, a wired system may be preferable in very large installations. These environments are sometimes hostile to electrical interference disrupting wireless connections. In terms of smart light functionality, there are other factors to account for, such as the minimum amount of light needed in an area for safety. For instance, in an unoccupied outbuilding, you may want minimal lighting to ward off potential intruders. One of the important considerations in regard to functionality is ‘ease of use’ that will all but eliminate the need for end-user intervention. The ultimate goal with systems such as these is for them to be hands-free, in order to save time. A core argument for smart lighting control in warehouses: lower costs Warehouses are similar to office buildings in numerous ways. There needs to be multiple control scenarios to suit different areas of the warehouse. Light may be in constant use during standard working hours in one office, and used barely at all in other areas (such as loading bays). Advances made in lighting control technology allows users to have more oversight of their energy consumption. At present, lighting can account for over half of the total energy budget used in warehouses annually. This is an exorbitant amount that can only be explained by energy wastage. Many manufacturing companies provide smart light systems that make use of modular light controls. CP Electronics, for example, have manufactured the Vitesse Plus system, which has a range of features that will drastically reduce costs.Buy Vitesse Plus at Sparks How do smart lighting control save money? The PIR motion detector PIR (Passive Infrared) detectors are a lifesaver when it comes to controlling light usage in warehouses. They operate by detecting moving heat; in a warehouse, this may be caused by the workers or machinery in motion. It is essential that the correct form of detector is used - in large spaces such as warehouses long-range detectors are necessary. They should be placed at a decent height and without obstructing of their line of sight. Alternatives to PIRs come in the form of microwave or High-Frequency (HF) detectors that use low power radars to detect moving objects. However, one downside is that warehouses contain other moving objects that may trigger the microwave or HF detector unnecessarily. Even some loose packaging may cause a ‘false trigger’. PIR detectors also incorporate lux sensors to ensure that areas are only lit if there is not sufficient daylight present. This provides an intelligent way of making use of natural light to ensure energy savings. Why your warehouse should use an LED smart light system The use of smart lighting provides a number of advantages to warehouses, the key one being in energy efficiency. Smart lighting allows for better optimization of lighting during critical working hours. It would also be wise to use a system that utilizes eco-efficient LED bulbs. You will be saving even more money. There are other advantages provided by most LED light systems, as outlined here.1. Better dimming capabilitiesLED lights that are compatible with dimming controls are an important aspect of achieving energy efficiency. Unlike traditional lights, dimming the LEDs won’t affect the lifespan and long-term quality of light emitted by them.2. Energy-efficiencyLED drivers use very little energy. The combined power consumption of both the light and controller is still significantly lower than those of traditional lighting systems.3. Minimal heat emissionConventional lights get hot after extended use, while LED lights emit minimal heat. LED lights have become very efficient with minimal heat output which can benefit working environments. Traditional light bulbs emit heat which can negatively affect the efficiency of air conditioning. LED lights do not have this problem.4. Consistent light with no wait timeThe illumination that LEDs provide is constant from the moment they’re switched on until the moment they’re turned off. Good quality LED lights and drivers never flicker and don’t require minutes of waiting time to get to their full capacity, unlike traditional light bulbs. You can constantly turn LEDs on and off without affecting their brightness and lifespans.5. Low maintenanceLEDs usually have long lifespans and are robust enough to withstand heavy-duty use. They don’t use electronic ballasts (unlike conventional warehouse lighting) which require regular replacements. The lack of maintenance needed for LED bulbs reduces overhead costs for companies. It also ensures that operations will not get interrupted by scheduled maintenance.Buy LED Battens at SparksFactors to consider when installing a smart lighting control systemControl devices used - One of the first things you should consider when implementing a large-scale lighting plan is what control device you intend to use. Compatibility - If you are investing a large amount of money into the system then it may be wise to contact the light manufacturer. You should ensure the controls you plan to buy are compatible with the lights. Type of environment - You should take care when siting control devices dependent on ambient temperature, and how likely it is to affect their operation and range. Number and positioning of devices - Position your lights so that there are no ‘blind spots’ in the warehouse. It is important that operators of heavy-duty machinery, such as forklifts, are able to easily hit the control device when required. Be assured, smart lighting is the solution for large-scale buildings, which have more complex requirements than regular buildings. If you introduce the appropriate control regime, not only will installation costs be reduced but savings will be made immediately. This is an incentive which is difficult to overlook for any company. If you have any further enquiries regarding the Vitesse Plus system and the smart lighting control systems from CP Electronics, please leave a comment or email us.

A large increase in demand for public services, including the education sector, has been fuelled by a booming population and an increase in migration; to tackle lighting in schools, the question is, Will the modular lighting be the ideal lighting solution? Some local authorities have had problems in accommodating the streams of new students applying to their schools. One way in which this problem is being addressed is with ‘modular buildings’. A modular building is a prefabricated building, where individual sections are constructed off-site. The sections are then brought together and combined on-site. This unique construction process means the building's infrastructure will have to be configured differently to normal buildings. This includes the lighting for these ‘modular schools’, whose installation could be a difficulty because the entire building is not made on the same site. This makes planning a functional light system difficult. However, modular lighting could prove a fine solution and meet the needs of the flourishing modular building market. Strains on the education sector that make modular buildings necessary The education sector has predicted diverging fortunes during a potentially big change in industry hiring trends. Demand for British Universities has actually declined following the uncertainty caused by Brexit, and less overseas students are applying to complete their degrees in the UK. However, experts predict a sharp rise in demand for primary and secondary school spaces, and relevant industry training following that. Projections made in 2018 state there will be a surge in demand for London schools, particularly in the next five years. Figures from the London Datastore show that London will need to find places for approximately 4,800 new students each year. This may prove to be a huge strain on the UK education sector. The big question is whether this demand can be met - and how. Modular buildings compared to traditionally designed buildings Modular buildings present a far quicker alternative to traditional ‘brick and mortar’ schools. It is estimated they can be built in 70% of the time it takes to construct a traditional school. The materials used to build them have been designed in a way so that they can be re-used and re-purposed, making them more eco-friendly. Faster construction times result in lowered costs for the building work itself. However, it also enables substantial cost savings in regards to supply chain efficiency and labour costs. This is due to the fact there is less requirement for skilled construction workers. The money saved in construction has not reflected poorly in the quality of modular housing. In fact, they can easily meet high-spec designs, and are adaptable to meet the standards of a school building. They are functional, long-lasting and aesthetically pleasing. We here at Sparks are delighted to offer a range of modular lighting controls. They are convenient not only for schools but for domestic premises as well. What do modular lighting systems and controls provide? There are various modular lighting systems on the market, all of which offer different features. One example is the Vitesse Plus system made by CP Electronics. We here at Sparks supply modular parts from the Vitesse range, which you can find here. The Vitesse Plus offers a great variety of functions, and are useful for both installers and users. It has a built-in pre-set menu with up to four detectors. This allows users to configure and reconfigure the system quickly and effectively in most settings. The Vitesse Plus includes PIR and microwave combined presence/absence detectors. These movement sensors are ideal for eco-efficiency, as they will turn on only when they detect the heat and motion emitted by people. This system from CP Electronics also includes dimming control switches. These alter the brightness of automatically controlled DALI or DSI bulbs. This means you can adjust the lights to blend in with the natural light levels of their surroundings. Not only does this mean that lighting levels are easily changeable, but it also ensures that energy is used in the most efficient way possible.Buy Modular Lighting at Sparks Modular lighting: tackling the key issues that face today’s schools Schools now face greater levels of scrutiny regarding their eco-friendliness, as they must comply with relevant government legislation. Most notably, Part L of the Building Regulations and the BREEAM standards raise a high level of expectation. Thankfully, modular lighting can meet these expectations, as many of them are designed with eco-efficiency in mind. With traditional building methods, the lighting of an entire school can be very inefficient. They have inherent problems with regards to lighting. Lighting controls and detectors must be hard-wired into a junction box. This work costs a lot of time and is a labour intensive process. Ultimately, it will lead to drawn-out project times and burdensome additional costs. With a prefabricated school, the entire plan for the construction of the building is worked out beforehand. This includes - of course - the lighting. Modular lighting offers solutions that address the key issues that today’s schools face. These are as follows: Functionality Installation Configuration Compliance with relevant legislation Modular lighting - why it is the ideal lighting solution for schools The modular building sector offers something distinct from its traditional counterpart. Firstly, their off-site manufacturing process can enable a real competitive advantage in expenses. Local authorities in the UK have often complained about the costs needed to accommodate influxes of new students. Modular schools seem to be the answer to the problem of high costs. They provide ‘plug and play’ solutions to lighting. Plug and play lighting systems are simple to install. Usually, they’re low voltage systems and require little in the way of tools or maintenance. Furthermore, they do away with the need for deeply buried cables. This means you won’t need to call an electrician, so the labour costs for installing modular systems is minimal compared to that of traditional lighting. These appealing lighting schemes are great for the exterior of buildings. They will illuminate the outside of a school in a grand and useful fashion. Real-life proof that modular lighting is the future for UK schools The Ark Byron Academy School in Ealing implemented a Vitesse Plus and Vitesse modular lighting system. They are already seeing the rewards regarding meeting government regulations and helping students with their work rate. The simple and effective design meant fewer parts are now required, which has reduced transport and storage costs. They also cut maintenance costs by eliminating the need to regularly replace failed or rapidly depreciating lamps.Modular Lighting at Sparks Ark Byron Academy School gratefully declared this system had opened up new revenue streams. A school statement read that: Using the modular plug and play electrical lighting solution helped to reduce the construction time from 6 months to 3 months... The easy-fit nature of the Vitesse systems saved the contractor significant labour costs So, it is expected that modular systems such as the Vitesse Plus will play a crucial role in the construction of sustainable modular-built learning facilities. This will be essential in order to meet the anticipated spike in demand for primary and secondary school education in the UK.

The PIR - Passive Infrared Sensor - is an electronic sensor that measures infrared (IR) light radiating from objects in its field of view and then trigger a certain action in a device or light fitting. They are most often used in PIR-based motion detectors, and they work in conjunction with lights, heating, ventilation, etc. Their main purpose is detecting the presence (or absence) of a human being (or a pet) in a certain area, and then switching ON or OFF the light, the fan, or the heat. The PIRs are of different kinds depending on the lighting loads, location (indoor or outdoor, wall or ceiling), IP rating, usage, etc. Some PIRs are integrated with the fitting: some light fittings come complete with a PIR sensor, and some fans have a PIR integrated for presence or motion detection. On our website at www.sparksdirect.co.uk we have quite a large range of PIR sensors - the standalone units - to help you save energy and make sure you don't waste money just because you forgot to turn the light or the fan off. Ceiling or Wall PIR Detectors from CP Electronics CP Electronics has quite a wide range of PIRs. One of them is the batten mount PIR, a miniature PIR that has been specifically engineered for mounting directly onto a batten style luminaire (see EBMPIR-MB), while another one is a retrofit PIR that allows previously uncontrolled lighting sources to benefit from presence detection and lux level (see EBMINT); these are both ceiling mounted PIRs. For ceiling flush mounting CP Electronics has the GEFL PIR movement sensor that provides automatic control of lighting, heating, or ventilation loads, having a low profile and being almost un-noticeable on the ceiling.If you prefer a wall-mounted PIR, the PDS-PRM no-neutral wall-mounted presence detector combines the PIR presence detection with a time delay function - it ideally replaces a wall switch so that, when the presence of a person is detected, the light turns on automatically.Buy CP Electronics PIR Detectors PIR Occupancy Switches from Danlers The Danlers range of passive PIR infra-red occupancy switches is designed for the automatic control of lighting, heating, ventilation or air conditioning loads. How it works: the PIR switch will switch on the connected load automatically when an area is occupied, and then switch it off automatically when the area has been vacant for a chosen duration. This has the benefits of reduced energy bills and automatic control. When being used to control lighting, the built-in photocell can be used to keep the lights off on bright days. Among the most popular ceiling flush PIRs from Danlers are the CEFL PIR (ideal for false or plasterboard ceilings) and the CEFL Sealed version (ideal for bathrooms and damp areas, sealed bathroom version). They also provide a wide range of batten-mounted PIRs with the new "intelligent" photocell and a range of 5-10m detection; they are cost-effective solutions. Furthermore, they have some ceiling directional PIRs (which can be rotated and lowered, ideal for corridors and aisles), wall PIR detectors, and even some PIR occupancy switch modules (ideal for building into luminaires and for wall/ceiling mounting).Buy Danlers PIR Occupancy Switches Other PIRs: mini PIR, Outdoor PIRs, and Integrated PIRs Besides these two main British Manufacturers of PIR detectors and sensors there are many others, such as the outdoor BB2002 black outdoor wall-mounted PIR (up to 2000W, covers approx. 10m range, can be manually operated) and the BB3027 (2000W black PIR for corner-mounting outdoor, 270 degrees, 10m coverage). For indoor lighting control and with a £1 size is the BEG Luxomat PD9 - circular detection area, ceiling-mounted or directly built-in lamps, or the ceiling-mounted PD3FC circular mini occupancy detector which can be remotely controlled. For small spaces such as wardrobe lighting you can always use the LEDPC in-line photocell for LED striplights or the PIRSENSO mini PIR motion sensor for switching ON/OFF the lights up to 250W (10 sec - 3 mins PIR cupboard switch). The choice is yours: where and for what do you need a presence detector? Is it for indoor or outdoor? Is it for LED lamps, fluorescent fittings, or regular halogen or incandescent lamps? Take a look at the PIR solutions we at Sparks can offer you, and let us know if you need more information!

With 40 years of experience of producing Energy Saving Controls for lighting, heating, and ventilation, CP Electronics has the green-i range of stylish movement sensors, control systems, switches, and timers, allowing you to easily take control of your energy usage by providing simple and effective control solutions. They boast of being the UK's no. 1 lighting controls, with a wide experience and a great R & D department composed of engineers who work daily on new ideas and new technologies that are incorporated into their energy saving products. There are different areas to look at in order to save the energy, and so you need: Ceiling PIR sensors - automatically turn the lights ON or OFF when you enter or leave the room Wall Mounted PIR sensors, Timers, and dimmers A very simple lighting connection unit, the Vitesse Modular range. Lighting control comes to the forefront of the specifier and builder's mind when they consider a building, but unfortunately the general public is not yet aware of the benefits and potential of these energy saving devices. If you visit our showroom we have a beautiful display of the wide range of Green-I energy saving devices from CP Electronics.Buy CP Electronics at Sparks The products come in a clam shell, which allow the customers to visually see the product and, on the back of the product, the diagrams and explanations show what the product actually does. To understand what Green-I devices you need for your home or office in order to save energy, there's a brochure explaining what every device does, which you can pick up in our showroom. In short, this range has: Ceiling PIR - can be installed on the ceiling in the storerooms, small offices, small rooms, etc, and they automatically switch ON the lights when presence is detected, and then turn the lights OFF when no one is in the room. Wall PIRs - they fit a normal light switch, same size, being an easy and convenient replacement for the wall PIR switches. Time delay switches - they retrofit into a normal light switch and start saving energy immediately. Read more about the Green-I range from CP Electronics you can read our previous articles on the blog like: save energy with Green-I, Advanced Switch Technology, Energy Saving Replacement Like-for-Like, and, Save Money and Energy with Green-I.

All of us would like to be energy-conscious, but changing our appliances to be more efficient can be a hassle.Note: the Green-I range from CP Electronics is no longer available; see the existing time delay switches in the Energy Saving section on our website. What if there would be not-so-expensive switching or dimming devices out there which can successfully replace the existing devices, preferably with more energy-saving ones? The Green-I range from CP Electronics is made up of movement sensors, control systems, switches and timers.Note: the Green-I range from CP Electronics is no longer available; see the existing time delay switches in the Energy Saving section on our website. All of these are compatible with every lamp type, and they can be wired to activate all sorts of systems from the lighting to the ventilation. The movement sensors are the focus: they will turn ON the connected systems in an area when it is occupied, and turn them off again when nobody is around. This saves a great deal of energy, and all you need to do is replace the switches - not the appliances. Occupancy Detectors The Green-I occupancy detectors use PIR (Passive Infra-Red) sensors, which measure IR light radiating from an object that emits heat, such as a person. They're known as "passive" because these sensors don't actually emit anything themselves - they only detect radiated heat energy. The ceiling-mounted PIR occupancy detector also has an integrated light sensor, which prevents the lighting system from being switched on during the daytime when it isn't needed. The Green-I Switches For a little more control, a range of switches is also available. Flexible and user-friendly, there is a solution for every user in the Green-I range. And with the subtle green ring, they're very stylish, too. The time delay switches are fully programmable from 15 seconds to 2 hours, and the user interface is simple but comprehensive. A number of the dimmer switches come with a built-in occupancy detector to be used instead of, or in conjunction with, the ceiling detector. If you need to control more than one circuit, double-dimming models are available for two-circuit operation. The Remote ControlThe optional remote control connects with the switches to control functions like the security mode and dimming speed. You can select one of four fully programmable "scenes" from one very user-friendly device. The Green-I range can help you save energy, which in turn helps you save money. See how much you can save using the online calculator, and to purchase these innovative products, visit the Time Delay Switches section on our website.Energy Saving Systems at Sparks

The article below is by our good friends at CP Electronics. Especially these days there is a lot of emphasis on SAVING money, energy, and saving the planet! Go Green + save the energy! Below you can find some simple tips and new technologies from CP Electronics that will definitely help in this endeavor to save the energy. In today’s climate of growing environmental awareness, the need to save the energy is at the top of the agenda. But it isn’t just about saving energy to meet legislation because rising energy prices continue to be a cause for concern. Paul Mans, Managing Director of CP Electronics explains why energy saving lighting controls provide the perfect answer for everyone. We may all be fed up with hearing about the latest targets which the Government requires us to hit or the latest energy saving devices which have to be incorporated into both new-build and refurbishment projects, but the fact remains that these targets are here to stay. I have heard many people say that they are starting to become overwhelmed by the number of energy saving products which have found their way onto the market and I am sure that sometimes you feel the same, because every day there is a new company launching a new device which is guaranteed to save you thousands. While I don’t dispute the fact that they do, my advice would be to start with the simple ‘quick wins’ before even looking at other ‘gadgets’. A quick win Lighting is without a doubt one of the best ways to make quick and easy energy savings. In theory it should be as simple as asking staff to switch off the lights when they leave a room – sadly this is often easier said than done and it therefore makes sense to introduce some form of control. When I mention lighting control many installers will instantly think that this is a job for a specialist, but in actual fact any qualified electrician is able to fit a lighting control system, they just need to know where to start – and that is where you come in. New technology Gone are the days when presence detection meant jumping up and down in front of a light until it eventually flickered into life. Today’s modern control systems can be programmed to suit any environment and come with the functionality which enables them to be flexible and thus meet the demands of any commercial space. But with such a huge range of products on the market how do you know where to start and what types of products should you expect your customers to be asking for? The key as always is with new technology. This sounds quite simple but with technology progressing at such a fast rate it pays to keep up to date with what is happening in the market. One of the main advances in recent years has been in wireless technology and while in the past some installers have experienced teething problems, I am happy to say that the latest products on the market really do stand up to the claims they make. CP Electronics has recently introduced An-10, a new lighting control system which uses wireless technology and allows you to install a fully featured lighting control system easily and with minimal disruption. One of the key benefits of this system comes from the simple installation which wireless technology brings. Because wireless signals can pass through walls, floors and ceilings, you can position switches and sensors exactly where you need them and there is no need to run expensive control wires between devices or back to a central controller. As budget cuts continue to take hold more and more companies are choosing to spruce up their office space rather than move. Wireless technology is particularly beneficial in this situation as it involves minimum disruption and the installation time can be cut to a minimum. It is also ideal for historic and listed buildings where disturbing the fabric of the building would prove to be either difficult or just plain impossible. Flexible functionalityFlexibility is another key area where wireless technology wins every time as the system functionality is achieved by programming rather than hard wiring. This makes it incredibly easy to design the operation of the lighting system and if at any point you need to re-organise your working space, you simply reprogram the devices for the new layout. Wireless technology also works well if there is a need to future-proof a building for example if a large building is only half occupied or if the company is planning to expand. With the An-10 control system it is simply a matter of adding extra devices, programming it into the system and you’re ready to go. How it worksThe system works with a number of different components which include PIR presence detectors to switch lighting on and off when a person is detected in a room; they can also work as absence detectors which work with a separate wireless switch to turn lighting on then automatically turn the lighting off. The system also incorporates dimming detectors which allows the artificial lighting to be balanced by daylight, saving even more energy. So in a small office for example, there may be four ceiling lights which are switched and dimmed by the output of the PIR (in this case programmed to work as an absence detector). A push button wall plate is connected to a concealed wireless Switch Module and all of the An-10 devices are then set to the same local code. By simply pressing a button on the wall plate, a message is sent to the PIR detector which can turn the lights on and dim them to a pre-set level. The lights are then automatically turned off when the room is unoccupied. The final part of the system comes in the form of the infrared handsets which are compact and lightweight in design and provide the multi-functional operation for the configuration of the detectors, ballast controllers and input units.Make those savingsLet’s face it – you can’t always rely on the human element and therefore expecting everyone to be as diligent as you are about switching off lights just isn’t going to work in the long term. With lighting accounting for around 20% of the total amount of electricity used in the UK there are clearly huge savings to be made and the installation of a simple lighting control system is one way to make instant savings. The real benefit is that because this is a modular system it is suitable for all applications and whether the job is large or small there are guaranteed savings to be made. It can also prove to be a good source of revenue for you, the wholesaler because each system is made up of a selection of devices which take up little space on the trade counter. By stocking a good variety of devices to suit every application, you are pretty much guaranteed to be able to meet the needs of your customers – whatever installation they are working on. So next time a customer comes in looking for energy saving devices, point them in the direction of a lighting control system – it’s a good revenue stream for you, a quick installation for your customer and an energy saver for the end-user – pretty much a win win situation all round. If you are interested in more Energy Saving Tips, we recommend the Articles about Energy Saving Lights, Devices, and other fittings. Buy Energy Saving Lights at Sparks

The new CP Electronics SPIR-F/C ceiling-mounted presence detector can be easily mounted onto a single gang standard switch box either surface or flush mounting. The CP Electronics SPIRFC presence detector switches are designed to provide automatic control of lighting, heating, or ventilation loads. They detect movement using a PIR sensor and turn the load on. When an area is no longer occupied the load will switch off after an adjustable time-out period. An adjustable internal light sensor provides additional energy savings in lighting applications. When an area is occupied lighting is only switched on when the level of natural light is below a preset level. When the SPIRFC ceiling presence detector is first powered up the PIR sensor will always detect immediately regardless of whether the room is occupied.The SPIRFC Ceiling Presence Detector - Wiring Diagram The New CP Electronics SPIR-F/C Main Features Ceiling PIR: ceiling-mounted presence detector; Energy saving device from CP Electronics; Internal lux sensor; recessed ceiling device; Load taken: ~ 16 Amp resistive load; ~ 10 Amp incandescent lighting; ~ 6 Amp fluorescent lighting; ~ 3 Amp compact fluorescent lighting; ~ 3 Amp low energy lighting; ~ 3 Amp low voltage lighting (switch primary of transformer); ~ Fluorescent lighting (max 6 fittings recommended); ~ For fluorescent lighting total power factor correction capacitance must not exceed 40microF; ~ 3 Amp fans and ventilation equipment; ~ Switch SON lighting loads via a contactor; Supply Voltage: 220-240 Volts AC 50 Hz; Time out period: Adjustable 10 seconds to 30 minutes; Light Level: Light to dark; Fixing Method: Surface fixing 25mm deep plastic surface mount moulded box. Flush fixing 25mm steel wall box or 32mm deep cavity wall box; Terminal capacity: 4.0mm2; Material: Flame retardant ABS; Class 2 electrical rated; Similar model: From the same range:# The CP Electronics SPIR-F energy saving device, PIR presence detector with time delay function; # The CP Electronics EBDSPIR-HB-PRM Ceiling Presence Detector with Lux Level Adjustment; Temperature: -10°C to 35°C; Conforms with: EMC-89/336/EEC, LVD-73/23/EEC;Buy the CP Electronics SPIR-F/C Presence

This device is yet another Energy Saving Solution from CP Electronics. The CP Electronics EBDSPIR-HB-PRM presence/absence detector has been specifically designed for the detection of movement in high bay lighting applications such as warehouses and factories.Please note: this item is no longer available at Sparks; the full range of energy-saving items from CP Electronics are here. All EBDSPIR-HB presence detectors can be set up from ground level using our simple programming handset. The EBDSPIR-HB-PRM PIR (passive infrared) detector provides automatic control of lighting loads with optional manual control. This product has been specifically designed for the detection of movement in high-bay lighting applications such as warehouses and factories. It can be used on incandescent, fluorescent and compact fluorescent lighting, and has the added benefit of being able to connect an external switch.The CP Electronics EBDSPIR has two main modes of operation The EBDSPIR Presence Detection: When movement is detected by the EBDSPIR presence detector, the load will automatically turn on. When the area is no longer occupied the load will automatically switch off after an adjustable time period. If an external switch is connected, this can override the lights off (after the detection time period has elapsed it will revert to automatic operation). An integral adjustable photocell allows the lights to be kept off if there is sufficient ambient light. The EBDSPIR Absence Detection: The load is manually switched on using an external switch. When the area is no longer occupied the load will automatically be switched off by the EBDSPIR absence detector after the adjustable time period has elapsed. Pressing the switch again during occupancy override the lights off (after the detection time period has elapsed it will revert to automatic operation). In both modes of operation a short button press turns the load on whilst a long button press turns the load off. An integral infra-red sensor in the unit allows the unit to be programmed using the optional DD-LCDHS-LR programming handset. This gives complete flexibility over many of the operating parameters. Without the handset, manual adjustments can be made to the sensitivity, lux and time settings using the controls on the rear of the sensor head. The CP Electronics EBDSPIR Technical Features Load taken: 10A of lighting and or ventilation including incandescent, fluorescent, compact fluorescent, low voltage (switch primary of the transformer); Supply Voltage: 220-240 Volts AC 50 Hz; Presence and Absence detector; Time Out Period: Adjustable 10 seconds to 99 minutes; Light Level: Light to dark; Terminal Capacity: 2.5mm2; Ideal for: factories, warehouses, high bay lighting applications; Material: Flame retardant ABS; Class 2 electrical rated; Temperature: -10°C to 35°C; Conforms to: EMC-89/336/EEC, LVD-73/23/EEC;CP Electronics Energy Saving devices Are you interested in other energy-saving devices for domestic or office use? Make sure you check out the other CP Electronics devices via the Energy Saving Devices, like: The EllipseW push button time lag switch from CP Electronics, energy saving; The CP Electronics RBT1, a 20A High Output Electronic Run Back Timer; The CP Electronics RBT2 – the IHT16A Adjustable Boost Timer Delay Switch; The CP Electronics SPIR-F energy saving device, PIR with time delay function; CP Electronics 320A Remote Activated Timer, MRT16-REM Time Delay Switch; CP Electronics MRT16-PB Push Time Lag switch for heating, lighting&ventilation; CP Electronics MRT16-PC Pull Cord multi-range Time Delay Switch; CP Electronics ELT10 Automatic Key Operated Emergency Lighting Test Switch; CP Electronics MWS3A-PRM Microwave Presence&Absence Detector;

This energy-saving device - the CP Electronics MWS3A-PRM - is an adjustable microwave presence/absence detector from CP Electronics. Note: this item is NO longer available at Sparks; see the full range of CP Electronics items available right now.The MWS3APRM microwave detector provides automatic control of lighting loads with optional manual control. It can be used on incandescent, fluorescent and compact fluorescent lighting, and has the added benefit of being able to connect an external switch. The MWS3A-PRM detects movement using a highly sensitive microwave detector. This works by emitting low-power microwave signals and measuring the reflections as the signals bounce off moving objects. The MWS3A-PRM microwave presence/absence detector has a unique adjustable sensor head that allows the area of detection to be optimized for the application. There are two modes of operation available: The MWS3A-PRM Presence Detection: When movement is detected by the MWS3APRM presence detector, the load will automatically turn on. When the area is no longer occupied the load will automatically switch off after an adjustable time period. If an external switch is connected, this can override the lights off (after the detection time period has elapsed it will revert to automatic operation). An integral adjustable photocell allows the lights to be kept off if there is sufficient ambient light. The MWS3A-PRM Absence Detection: The load is manually switched on using an external switch. When the area is no longer occupied(as sensed by the MWS3APRM absence detector, the load will automatically switch off after the adjustable time period has elapsed. Pressing the switch again during occupancy overrides the lights off (after the detection time period has elapsed it will revert to automatic operation). In both modes of operation of the CP Electronics MWS3APRM presence/absence detector, a short button press turns the load on whilst a long button press turns the load off. An integral infra-red sensor in the unit allows the unit to be programmed using the optional DD-LCDHS programming handset. This gives complete flexibility over many of the operating parameters. Without the handset, manual adjustments can be made to the sensitivity, lux and time settings using controls accessible behind the lens. The UHS user handset can be used to change output lux levels and override the lights on or off. CP Electronics MWS3A-PRM Microwave Detector - Features Load: 10A of lighting and or ventilation including incandescent, fluorescent, compact fluorescent, low voltage (switch primary of transformer). Supply Voltage: 220-240 Volts AC 50 Hz Time out period: Adjustable 10 seconds to 99 minutes Light Level: Light to dark Terminal Capacity: 2.5mm2 Material: Flame retardant ABS Class 2 electrical rated; Temperature: -10°C to 35°C Safety: The microwave radiation emitted by these units is extremely low power. At a distance of > 50mm, the power density is <6% of the ANSI IEEE C95.1 –1991 recommended microwave power density. At a distance of 5mm from the unit it is <84% of the recommended power density. Standards conformity: EMC-89/336/EEC, LVD-73/23/EEC This CP Electronics device is a great energy-saving solution for home and office use! Detecting both the presence and the absence detector and turning on the lights / ventilation / heating as desired - what else do you need? The technology used is one of the latest developments by CP Electronics - guaranteed, a great product according to the highest standards! Buy CP Electronics Presence Detectors

 The CP Electronics MRT16 series of time delay switches are designed to provide timed control of lighting, heating or ventilation loads. Please note: many of these items are no longer available at Sparks; see the full range of CP Electronics items here.Using push button (the MRT16-PB), touch (light press required, the MRT16-WP), pull cord or remote activation(the MRT16-PC), the user can switch on a load for a preset time period and have the load turn off automatically after the time period has elapsed. Multiple timing ranges come as standard to allow the time-out period to be set accurately. Time setting is achieved using switches and a thumbwheel at the rear of the unit. As the CP Electronics MRT16PC timer has been designed for general-purpose loads, a Neutral feed is required at the switch position. This will allow the timer to be used on various applications from incandescent, fluorescent and compact fluorescent lighting to heating and ventilation loads. In particular, for the MRT16-PC time lag switch, this is a pull-cord activation switch with an optional external trigger.Buy CP Electronics items at SparksGeneral features of the MRT16 Time Lag Switches Used for General Purpose Loads up to 3KW; Adjustable Timing Range between 1 second and 2 hours; Compatible with 20mm deep single gang BS accessory plate; Resistive load up to 16amp; Slave activation available; Pull cord activation with an optional external trigger; Purchase the CP Electronics MRT16 range of Time Lag Switches: # The CP Electronics MRT16PC - Pull Cord Timer, Time Lag, For Heat or Light;# The CP Electronics MRT16PB - Push Time Lag switch for heat, light, ventilation;# The CP Electronics MRT16WP - IP66 16A Multi Range Waterproof Timer delay switch; The modes of operation selectable using the MRT16-PC pull-cord switch On/off: triggering the timer will turn on the load and start the timing. Triggering the timer again during timing will immediately turn off the load and stop the timing. Resetting: triggering the timer will turn on the load and start the timing. Triggering the timer again during timing will re-start the timing period from scratch. When using an external trigger In this mode, the timer will not start until the trigger is removed making it ideal for pump or fan overrun applications. Non-resetting: triggering the time will turn on the load and start the timing. Triggering the timer again during timing will have no effect. MRT16-PC Pull Cord Switch Technical Features Loads Taken: - 16 Amp resistive load; - 10 Amp incandescent lighting; - 6 Amp fluorescent lighting; - 3 Amp compact fluorescent lighting; - 3 Amp low energy lighting; - 3 Amp low voltage lighting (switch primary of transformer); - Fluorescent lighting (max 6 fittings recommended); - For fluorescent lighting total power factor correction capacitance must not exceed 40microF; - 3 Amp fans and ventilation equipment; - Switch SON lighting loads via a contactor; Supply Voltage: 220-240 Volts AC 50 Hz; Timing Period: Adjustable 1 second to 2 hours in ranges; Fixing Method: - Surface fixing 25mm deep plastic surface mount moulded box; - Flush fixing 25mm steel wall box or 32mm deep cavity wall box; Terminal Capacity: 4.0mm2; Material: Flame retardant ABS; Class 2 Electrical rated; Temperature: -10°C to 35°C; Conformity: EMC-89/336/EEC, LVD-73/23/EEC.

The Vitesse Modular™ from CP Electronics represents the culmination of years of research into how lighting distribution systems are wired and installed. As a result, it addresses all the issues that persist with most of the other systems available. As its name suggests, the CP Electronics Vitesse Modular range relies on a modular design which means you simply add ‘modules’ as and when they are needed. Packed with innovative features, Vitesse Modular is a cost-effective method of providing power and control for lighting installations in industrial, commercial and retail buildings. The Vitesse Modular system grows and adapts to suit the installation from 4-way to 16-way using the 4-way extender modules. Once the CP Electronics Vitesse Modular is installed, modules can be added (or removed) depending on future requirements. Also, as there are so few parts, you don’t have to waste space in a warehouse or vehicle with a huge variety of different parts just in case you might need them. The compact CP Electronics Vitesse Modular system is ideal for installation in confined ceiling voids. Unlike other products on the market, the Vitesse Modular range of devices are light and easy to hold in position whilst installing. The Tuffgrid lattice design provides the strength for the lightweight CP Electronics Vitesse Modular range. The CP Electronics Vitesse VITM4-2CH is a two-channel, non-dimming distribution box for use in applications that require two independently switched lighting circuits, or lighting and ventilation circuits. For example, this product is ideal for connection to a 2-channel presence detector for separate window row switching. It has two live inputs, a common neutral and two switch inputs. The CP Electronics Vitesse VITM4-2CH-2S is a two-channel, non-dimming distribution box for use in applications that require two independent supplies for switching lighting or lighting and ventilation circuits. For example, this product is ideal for installations that have essential and non-essential supplies for lighting circuits and require common switching using presence detectors. This product provides connections for separate Live, Neutral and Permanent Live inputs.Buy CP Electronics Vitesse at Sparks More Vitesse Modular VITM4 Technical Specs Voltage: 230VAC +/- 10%; Frequency: 50Hz; Terminal capacity: 4mm2 in wiring compartment; Temperature: 0ºC to 35ºC; Modern design modular devices; Power Rating of system: 16A. Rating of each output 10A; Cost-effective switching modules; Compliance: BS 5733:1995; Energy saving switching modules; Manufacturer: CP Electronics; For lighting purposes only with suitable circuit protection. For fixed wiring only. On our website, you can find the following devices from this modern range of switching modules - the Vitesse Modular VITM4: The VITM4S - The CP Electronics VITM4-S Vitesse 4 output starter module, 4 pole modular starter; The VITM4E - The CP Electronics VITM4-E Vitesse 4 output extender module, 4 pole modular extender; The VITM4LPR - The CP Electronics Vitesse 4 pole luminaire connector in a red finish; The VITM4LPW - The CP Electronics Vitesse 4 pole luminaire connector in a white finish; The VITM4SEL - The CP Electronics Vitesse Modular SELV Switching Module.

The RBT1 run-back timer manufactured by CP Electronics (see their presentation page of RBT1 here) is a high-output electronic timer which provides control for a wide range of loads.  Please note: this item is no longer available at Sparks; the full range from CP Electronics is here.Its powerful 20A output makes it particularly suitable for the control of immersion heaters. Also, the CP Electronics RBT unit allows an appliance to be powered for a set time period which can be adjusted by the user.The CP Electronics RBT1 Timer Technical Features Load taken: # 20 Amp resistive load (including immersion heaters); # 6 Amp fluorescent lighting; # 3 Amp compact fluorescent lighting; # 3 Amp low energy lighting; # 3 Amp low voltage lighting (switch primary of the transformer); # Fluorescent lighting (max 6 fittings recommended); Supply Voltage: 220-240 Volts AC 50 Hz; Energy saving device from CP Electronics; An ON/OFF switch allows the user to cancel the timing program whilst a memory remembers the last timing sequence selected; Time out period: 15 minutes to 2 hours in 15-minute increments; Fixing method: # Surface fixing 25mm deep plastic surface mount moulded box; # Flush fixing 25mm steel wall box or 32mm deep cavity wall box; Terminal capacity: 4.0mm2; A simple display shows the user how much time is left to run; Part of the Timers and Thermostats section; Material: Flame retardant ABS; Class 2 Electrical rated; Energy saving device: helping you save the energy; Temperature: -10°C to 35°C; Suitable for the control of lighting, heating, and ventilation; High output run back timer; Conformity: EMC-89/336/EEC, LVD-73/23/EEC;Buy CP Electronics items at Sparks To operate the RBT1 Run Back Timer, follow these simple steps: Press and release the TIME button to select the desired time period. The LED will flash next to the selected time. Press the ON/OFF button to start—the LED will stay on next to the selected time. As the unit times out the position of the LED will drop down to show how much time is left. Pressing the ON/OFF button during timing will turn the unit off. At any stage during timing, pressing the TIME button will set a new time period. When the unit has turned off, it is not necessary to select the time period again, just press the ON/OFF to repeat the previous time period.