E80-S
Exit sign based on LED
logo_brand_glamox
CE ENEC LED emergency mounting_ld_surface_celing-2
e80-s_15cm

E80-S

15x26
e80-s_10cm

E80-S

10x26

E80-S

E80-S is a surface mounted exit sign based on LED.

E80-S is recognized by the use of high quality material and components.

Signs for both 20 and 30 metre reading distance are available. Can be supplied for manual, selftest and central controlled testing and monitoring. Using an environmentally friendly NiMh battery. Also available for centralized battery systems. Signs are included.

Special mounting brackets are ordered separately.

Body material & colour

White painted aluminium with component plate in polycarbonate.

Mounting

For surface ceiling mounting. Flag, wall and suspended possible by using a kit. The kit must be ordered separately.

Accessories

Wall bracket, flag bracket and suspension must be ordered separately.

Connection

Cable entry on top and knock-out in each side. 3 or 5 pole terminal block.

Emergency system

Supplied in standard (S), selftest (ST) or addressable (DALI) system for 1 or 3 hours duration.
e80-s_flag

Product environment

e80-s_flag
e80-s
 Type  H mm
 10x26   105 mm
 15x26   155 mm

E80-S

 Type  H mm
 10x26   105 mm
 15x26   155 mm

Measurement drawings

e80-s

United Reformed Church Taunton

dscf2766

Project Overview:
Taunton United Reformed Church has had its roots firmly placed in Taunton since the 1700's. The fellowships have been at Paul Street since 1968. The church invited Glamox to enhance the lit environment and provide a modern yet comfortable worship and gathering space for the congregation.

Solution:
Our C80-PR was installed to follow the seating lines, creating  two “concentric” U shapes as a dynamic focus of attention towards the pulpit, and allowing space for the existing Church chandelier to remain.

S80 Mini spotlights were also deployed to further illuminate the hymn boards and throw additional focus on the choir and pulpit.

The whole system is controlled via a DALI 7-button scene controller.

Client:   United Reformed Church, Paul Street, Taunton  
Architect:  Barnes Canon, Taunton 
Contractor:  DA Wright, Tiverton 


Products:
C80-PR
S80 Mini 
Pro Track DALI
E80-S

View case study

Croft Medical Centre, Chelmsley Wood

croft_medical_8

Project Overview
Croft Medical Centre is an NHS practice under contract with NHS England, serving the local community. The practice moved into a brand new building in 2015. The owners were determined to create the best possible setting for patients and staff. At the new Croft Medical Centre, this includes not only functional architecture and clean aesthetics, but also modern lighting technology and lighting design.

Our Solution
Careful use of colour, furniture and lighting can make the atmosphere of a practice feel fresh and different. It can mitigate patients’ anxiety and stress as they enter the premises. For example may the use of decorative luminaires create intimacy and soften the clinical ambience. Still, a medical practice is a professional working environment, and ample lighting is required.

At Croft Medical Centre this has been solved by combining the installation of decorative lighting products with recessed luminaires and downlights throughout. The practice is a showcase for good lighting solutions.

Products Installed
Glamox C70-R600 LED recessed luminaires
Glamox C15-R600 LED recessed luminaires
Glamox D70-R downlights
Glamox A10-S350 LED decorative wall luminaires
GPV2-600 LED industrial luminaires
Eminent 1200 LED industrial luminaires
Glamox A50-P pendant luminaires
Glamox E85-R LED emergency lighting
Glamox E80-S LED exit signs
Luxo LHH LED specialist medical examination luminaires


Client:                              Chelmsley Associates Ltd.
Consultant:                     Mr. Dan Horton, Principal Electrical Engineer at
 Engineering Services Consultancy Ltd, Birmingham
Electrical Contractor:    Skerrit Electrical Ltd., Birmingham
Photographs:                 Karl Otto Kristiansen View case study

Kinderdijk - From Marshlands to World Heritage

dsc09166

WE VISITED THE NEW VISITOR CENTRE AT THE Kinderdijk World Heritage site, recently opened by Princess Beatrix, Patron of the Dutch Mill Society. Of the 132 entries, the winning design came from the Hague-based architect firm M& DB. They consciously decided to design a modern, simple visitor centre to make it an easily distinguishable, contemporary addition to the traditional old mills. The use of glass walls creates transparency and allows visitors to feel a connection with the outside surroundings.

Small village - Great destination
The Kinderdijk World Heritage site is a gem of nature and culture in the polder landscape of the Netherlands. Only 600 people live in the village of Kinderdijk, but an estimated 700,000 visitors or more come each year for the Kinderdijk World Heritage site. Visitors include many international travellers, mainly from America and Asia who are brought in on cruise ships and coach trips, but it is a popular day trip destination and locals from the area often come to take a walk or to cycle around. An estimated 700,000 people visit the village each year; paying visitors can enjoy a boat cruise, visiting the mills, a guided tour or a film. No record is kept of visitors who choose to simply take a walk or cycle, enjoying the village without shelling out. Not only has the area been a registered World Heritage Site since 1997, but the Dutch government has also designated it as a protected “Natura 2000” nature reserve because it is home to unique species of birds such as the purple heron and black tern.

Water, willpower and wheels
All of the towns and villages in the Alblasserwaard polder are connected by water. A thousand years ago, the Alblasserwaard was a huge bog. The first people to live here permanently built their houses on the dunes so they could stay above water level in the event of a flood. The land was arable, attracting more and more people to the area who wanted to base their livelihoods around the trading towns in the Western Netherlands which were becoming wealthier at the time. Dykes were erected to keep the river water at bay. This meant rain and groundwater had free reign. In the thirteenth century, Count Floris V ordered the creation of the Water Authorities.
Floris V brought the inhabitants of the region together in these organisations to collectively manage the water. A network of ditches and canals drained the water from the polder to its lowest point - the Kinderdijk. Here, four sluices were built to let the water flow into the river Lek at low tide. The area was flooded in the Saint Elizabeth flood of 1421, and thousands of people drowned. It was a catastrophe, and the subsistence was an issue too, needing more and more power to discharge water from the polders to the river. The solution? The mills.

A system of mills and pumps has been installed over the centuries. The series of mills water passes through is made up of 3 polder mills and 16 mills known as bosom mills. Bosom mills are called this way in the Netherlands because a 'boezem' is a type of storage basin or a temporary reservoir. In deep polders like Kinderdijk, the water has to be raised in stages. The maximum lift is approximately 1.5 metres per mill wheel. The lowest mill draws the water to the basin, and the highest mill discharges the water into the river. Following the invention of the steam engine, two steam pumps began to be used in 1869. The first electric-powered pump was used in 1924. During the Second World War, the Germans seized all of the diesel, highlighting again how crucial the mills were when the polders were milled entirely using wind power.

Nowadays, two pumps pump water to the basins located on higher land, where the river flows into the Lek. The G.N. Kok mill can move even more water than 24 mills can handle together. Mortars are controlled by computers at J.U. Smitgemaal, based on water levels and current wind and weather forecasts. At Kinderdijk, 19 of the 20 mills can still be found today. They are on standby and can be deployed when needed. The oldest mill, Blokweer Museum Mill, dates from 1630 and is over a century older than the other mills. Of the 19 mills, 14 are inhabited - some by the same family for many generations. Two museum mills are open to visitors, with a third scheduled to be opened soon.

Lighting emphasises the simplicity
Glamox worked on the lighting plan for A&B Electrotechniek. Though the plan might look boring on paper, in reality it’s obvious how the lighting emphasises the simplicity of the site and enhances its transparency.
Different versions of the D70 downlight have been used in the reception, shop, hospitality area, corridors, and toilets, while i40 luminaires have been installed in the technical areas and i60 luminaires in the kitchen. E80 emergency lights have been installed around the emergency exits.

Theo Vijfvinkel, project leader at A&B Elektrotechniek, is enthusiastic: “We were asked by P van Leeuwen, the construction company, to come up with a proposal. It was a really special project for me - I was born and grew up around here, and when I was a child I went swimming around the Mills. A connection like this makes a project even better and more appealing - luckily, it was able to fit in around the other projects I had scheduled. The team was under pressure as the visitor centre had to be open in time for the summer season, but everyone involved pulled together and everything went smoothly. Glamox was an incredibly easy partner to work with - flexible, proactive, and with good delivery timeframes. When I look at what we’ve managed to achieve, I feel satisfied.”

Pride and Unity
A number of local sponsors came together to help create the visitor centre. An amazing 220 people volunteered to work alongside 60 employees at SWEK, the Stichting Werelderfgoed Kinderdijk, a foundation working to conserve, manage and maintain the mills and promote learning about them. The enthusiastic volunteers all worked in shifts as hosts, millers, skippers, guides, or shop staff and helped to maintain the environment. 

In UNESCO’s words
UNESCO said: “the network of nineteen windmills in Kinderdijk-Elshout shows the incredible contribution the Dutch people have made to technology that keeps water under control. Work on water infrastructure began in the Middle Ages, when it was needed to drain agricultural land and villages, and continues to this day. The area has everything you’d expect to see standing alongside this technology - dykes, reservoirs, pump stations, administrative buildings, and the 19 beautifully preserved windmills.”
 
 
View case study

Find your version

Use this feature to find the exact version of E80-S that you are looking for. Find article numbers and product details, spec sheets, lighting details, accessories and relevant documentation.


Documents

200KB
2MB
~3MB

RFA Revit Files

145KB

RFA Revit Files

Total size
Download