COFAN Emergency Telephone pictogram poster

Emergency telephone with COFAN pictogram. The sign indicates the message that refers to a signage of the location of an emergency telephone to be used in case you need help.

The rescue sign is made on luminescent plate, (after absorbing light, the product emits it in the dark, so it does not need any electrical source and the product can be charged an indefinite number of times).

These types of signals are installed in different types of industries as a warning and safety measure, while they serve the function of keeping users and workers informed of rescue actions in case of emergency. The emergency telephone is a device that allows you to call emergency services, such as police, firefighters or ambulances, in case of a risk or emergency situation. We often find this sign in public places such as parking lots, buildings, airports, train stations, and so on.

The material:

Manufacture from materials of any heading

Size:

105 x 105 mm

148 x 148 mm

210 x 210 mm

297 x 297 mm

IDENTIFICATION OF THE PRODUCT

According to UNE 23035/4:

• Manufacturer's name or mark
• Date of manufacture
• Designation (Class A or Class B as appropriate)

According to RIPCI 513:

• Manufacturer's name or mark

MINIMUM LUMINESCENCE VALUES AFTER SALINE

All NMZ signalling shall be subjected to different internal and external light response tests ensuring compliance with the light intensity values referred to in UNE 23035.

CLASS A:

CLASS B:

CHARACTERISTICS

PVC SUPPORT MATERIALS

According to UNE 53127:

• White PVC 1 mm for class A and transparent PVC 0,7 mm for class B
• White lacquered aluminum 0.6 mm thick.
• Stability with Ta < 55o.
• Absorption of negligible water (0,04 ± 0,01) %.
• It's self-extinguishing.
• Not containing appreciable amounts of lead and phosphorus (less than 0,01%)
• It's not toxic.

OTHER

According to regulations:

• UNIFIED IN ISO 7010
• OTHER

TEXTS

• According to UNE 23033/1

PHOTOLUMINESCENT PRODUCT

• Composed of pigments.
• Unlimited photoluminescent charge and discharge cycles

COLOUR

Tones by standard:

• UNIFIED IN ISO 7010
• OTHER
• High adhesion and strength ink.
• It allows great flexibility in the final product.
• It's not self-igniting. Not toxic

FINAL THICKNESS

Class A

• PVC 1,2 m/m (± 10%).
• Aluminium 0,8 m/m (± 10%) or more.

Class B

• PVC 0,8 m/m (± 10%) or more.
• Technology" according to the General Technology Note for the "development", "production" or "use" of equipment or "software" specified in 5A001.

REFERENCE

• Printed on the signal

DIMENSIONS

• According to UNE 23033/1

PERCENTAGE OF COLOUR

• According to UNE 23033-1

MAXIMUM DISTANCE OF VISION

• Printed on the signal.

To calculate the necessary dimensions of a signal up to a maximum distance of 50 m, the formula shall be applied:

S≥ L2 /2000

S” represents the surface of the signal in metres squared, and L” the distance in metres from which the signal can be perceived.

APPLICATIONS

Public buildings, Factories, fire stations and so on.

REGULATORY

UNE 23035-4 of December 2003 requires signals to have certain qualities of light intensity and resistance to pigment attenuation. Both the inks and the photoluminescent PVC used in our signage largely comply with these regulations. Since safety signage can help save lives, and is mandatory, use the best possible signage. Recommendations for use: Minimum sizes to be used based on meters.

STORAGE, CLEANING AND PRESERVATION

The working temperature shall not exceed 45 °C. Higher temperatures may deform the support material.

The optimum storage temperature shall be between 15oC and 25oC and a humidity of 10/50%.

Cleaning methods; avoid applying abrasive products. It is recommended to clean them with water and neutral detergents.

The technical building code – Basic fire safety document requires that photoluminescent signalling comply with UNE 23035.

In order to preserve the functionality for which the signalling systems have been designed, SEKURECO recommends that signals be kept free from dust, dirt or any residue or object that prevents their visibility and identification.

For cleaning it is advisable to use soapy solutions preferably, avoiding the use of solvents or abrasive products that may damage the surface of the signal.

Photoluminescent signals shall be so placed that they receive energy from a natural or artificial light source to ensure their correct operation.

In accordance with RD 513/2017 (TABLA III), luminous signalling systems shall be subject to an annual inspection/revision to be carried out by specialised personnel of the manufacturer, a maintenance company or the user or owner of the installation.

At the end of the service life of the signals comprising the signalling system, the inspection of these elements shall be carried out in accordance with the instructions set out in RD 513/2017 and UNE 23035-2

SIGNAL INSTALLATION

Check our blog to learn how to install a sign or sign: https://www.sekureco.eu/blog/76_consejos-de-instalacion-de-senales-de-seguridad.html

The recommended installation height is between 2 and 2.50 metres, always maintaining a separation distance of 0.30 metres from the ceiling.

Photoluminescent signals shall be so placed that they receive energy from a natural or artificial light source to ensure their correct operation.

FIXING of the signalling element shall be carried out on a firm surface free from dirt.

The signal may be secured by means of MECHANICAL ELEMENTS (screwdrivers, rivets, etc.) or ADHESIVES (mounting adhesive, tails, silicones, etc.) carefully, avoiding dirtying the visible surface or deforming it.

EVACUATION signalling must be installed in such a way that an evacuation can be initiated from any point likely to be occupied in the enclosure.

The signage in DOORS shall be placed on the lintel of the door with the appropriate label (“EXIT”, ).EMERGENCY EXIT”, SIN EXIT”, ...).

Means of protection against fire, rescue and/or salvage shall be marked on the same elements to be marked whenever possible.

ON THE HOOD

It is a company with over 15 years' experience in the hardware sector, industrial supply, and in the manufacture of safety footwear and other personal protective equipment.