Applications for telecommunications

Electrical protection is absolutely essential in telecommunications in order to avoid service outage (due to surges and untimely tripping) and to extend the working life of equipment as well as lowering maintenance costs. Thanks to their advanced software, the Sureline units analyse and log the quality of the mains supply, thus permitting the user to display consumption, check on the unit’s status and detect any possible leakage, etc. And all online via the Internet.

Losses:

• Discontinuity of the electrical service (income loss, dissatisfied customers).
• Premature wear or destruction of electronic equipment.

Gains:

• Continuity of the electrical service thanks to the automatic reclosure (extended activity).
• Cost saving due to energy efficiency, extended working life of equipment, reduced, even remote, maintenance.
• Capacity to analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc. And all online via the Internet.

Applications for industry

In industry, the need for increased productivity, safer working conditions, reduced maintenance costs for electronic equipment and a greater energy efficiency are some of the reasons to invert a protection and energy efficient system. Thanks to Safeline technology, the user can analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc and can use domotics to program the unit’s behaviour, time set its enablement / disablement in order to avoid misuse of energy, etc. And all online via the Internet.

Losses:

• Discontinuity of the electrical service (decline in production).
• Premature wear or destruction of electronic equipment.
• Risk for persons and equipment (surges, fires, etc.).
• Misuse of energy (unnecesary lights in certain time slots, inactive machinery left on, etc).

Gains:

• Continuity of the electrical service thanks to the automatic reclosure (extended activity).
• Cost saving due to energy efficiency, extended working life of equipment and reduced, even remote, maintenance.
• Safety for persons and equipment.
• Capacity to analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc. And all online via the Internet.
• Correct use of energy thanks to domotics (auto enablement / disablement of electronic equipment).

Applications for wind farms

The need to achieve maximum energy efficiency in order to obtain maximum productivity requires the installation of an energy efficient device. Thanks to Safeline technology, the user can analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc and can use domotics to program the unit’s behaviour, time set its enablement / disablement in order to avoid misuse of energy, etc. And all online via the Internet.

Gains:

• Cost saving due to energy efficiency and reduced, even remote, maintenance.
• Capacity to analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc. And all online via the Internet.

Applications for solar power stations

Concern for the destruction of this equipment and the need to achieve maximum energy efficiency in order to obtain maximum productivity requires the installation of a protection and energy efficient device. Thanks to Safeline technology, in addition to protecting his installation, the user can analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc and can use domotics to program the unit’s behaviour, time set its enablement / disablement in order to avoid misuse of energy, etc. And all online via the Internet.

Losses:

• Discontinuity of the electrical service (no energy production).
• Premature wear or destruction of electronic equipment.
• Risk for persons and equipment (surges, fires, etc.).

Gains:

• Continuity of the electrical service thanks to the automatic reclosure (extended activity).
• Cost saving due to energy efficiency, extended working life of equipment and reduced, even remote, maintenance.
• Safety for persons and equipment.
• Capacity to analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc. And all online via the Internet.

Applications for banking

In order to increase productivity and security, banking entities need to reduce their electrical consumption, protect their large amount of electronic equipment and guarantee the permanence of its 24 / 7 services, i.e ATM’s, illuminated signage, CCTV and alarms, ... .The Sureline products permit the user to ascertain online the switch-on time and duration phase of the lighting and other electronic equipment such as air-conditioning, computers, ATM’s, signage, etc., thus affording a control by relays of auto enablement / disablement per time slot and per temperature all these elements.

This provides an increased safety and security for persons and equipment (due to the 2ms cut-off time) and reduced costs because of the equipment’s working life having been extended.

Losses:

• Misuse of energy (unnecessary lights in certain time slots, excessive air-conditioning / heating, etc).
• Discontinuity of the electrical service (income loss, dissatisfied customers).
• Premature wear or destruction of electronic equipment.
• Risk for persons and equipment (surges, fires, etc.).

Gains:

• Correct use of energy thanks to domotics (auto enablement / disablement of electronic equipment).
• Continuity of the electrical service (ATM operation, illuminated signage).
• Cost saving due to energy efficiency, extended working life of equipment and reduced, even remote, maintenance.
• Safety of persons and equipment.
• Capacity to analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc. And all online via the Internet.

Applications for traffic

Electrical protection in traffic control is imperative safety-wise since it prevents the service being disrupted and extends the equipment’s working life considerably. Moreover, it is a sound investment since, thanks to the energy efficiency, maintenance and consumption costs are reduced. Safeline’s advanced technology permits the user to program the units’ behaviour, analyse and log the quality of the mains supply, verify the unit’s status, detect any leakage in the network, etc. And all online via the Internet.

Losses:

• Safety issues caused by disruption of the electrical service.
• Premature wear or destruction of electronic equipment.

Gains:

• Thanks to the automatic reclosure, safety is ensured by the continuity of the electrical service.
• Cost saving due to energy efficiency, extended working life of equipment and reduced, even remote, maintenance.
• Capacity to analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc. And all online via the Internet.
• Online programming of the units.

Applications for education

Digitalisation in classrooms and the increasing cost of energy makes it ever more cost-effective to invest in a protection and energy efficient system. The Sureline products afford safety and security for persons, an increase in the working life of digitalised teaching aids and and a saving in the electrical bills.

Moreover, the domotic capacity of the Sureline products permits the user to enable / disable the lighting and electronic equipment according to a pre-set schedule and conditions, thus obtaining a greater energy efficiency. And all programmable online.

Losses:

• Discontinuity of the electrical service.
• Premature wear or destruction of electronic equipment (electronic boards, projectors, PC’s, etc.).
• Risk for persons and equipment (surges, fires, etc.).
• Misuse of energy (unnecesary lights in certain time slots, excessive air-conditioning, etc.).

Gains:

• Making the most of classroom hours thanks to continuity of service due to automatic reclosure.
• Safety for persons and equipment.
• Cost saving due to energy efficiency, extended working life of equipment and reduced, even remote, maintenance.
• Capacity to analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc. And all online via the Internet.
• Aprovechamiento de la energía gracias a la domótica (auto activación / desactivación de equipos electrónicos).

Applications for public lighting

It is imperative that public lighting be protected against surges in order to avoid civic insecurity in cases such as power disruption in tunnels, highways, etc. Moreover, it is a cost-effective investment since it extends the working life of the public lighting and reduces maintenance costs. In addition to protecting, the Sureline units also provide a detailed analysis and log of the quality of the mains supply, display consumptions and any leakage. The user can also use domotics to program the lighting.

Losses:

• Discontinuity of the electrical service.
• Safety problems due to interruptions in service.
• Premature wear or destruction of the luminaires’ life.

Gains:

• Continuity of the electrical service thanks to the automatic reclosure.
• Cost saving due to energy efficiency, extended working life of the luminaires and reduced, even remote, maintenance.
• Capacity to analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc. And all online via the Internet.
• Correct use of energy thanks to domotics (auto enablement / disablement of electronic equipment).

Applications for housing

When submitted to the effects of an electrical surge, the high technological content of any household becomes a safety risk for the occupants and this electronic equipment suffers wear or destruction. Safeline’s advanced technology permits the user to protect, analyse and log the quality of the mains supply, display consumptions, verify the unit’s status, detect any leakage, etc, use domotics to program the units’ behaviour and enable / disable the electronic equipment according to a pre-set schedule in order to avoid misuse of energy. And all online via the Internet.

Losses:

• Discontinuity of the electrical service.
• Premature wear or destruction of electronic equipment.
• Risk for persons and equipment (surges, fires, etc.).
• Misuse of energy (unnecesary lights in certain time slots, inactive domestic appliances left on etc.).

Gains:

• Continuity of the electrical service thanks to the automatic reclosure.
• Cost saving due to energy efficiency and extended working life of equipment.
• Safety for persons and equipment.
• Capacity to analyse and log the quality of the mains supply, display consumptions, the unit’s status and detection of any leakage, etc. And all online via the Internet.
• Correct use of energy thanks to domotics (auto enablement / disablement of electronic equipment).